// ascend.js
// creates, and shows and hides terrain chunks and objects (trees, houses, etc)
// kbrecordzz 2023
"use strict";
// ------------------------ //
// ---- CONSTANTS, ETC ---- //
// ------------------------ //
// LOCKED 231012:
const chunkwidth = 50;
// LOCKED 231012:
const ASCEND_ROAD = 1;
const ASCEND_ROADLIGHT = 5;
const ASCEND_TREE = 20;
const ASCEND_BUSH = 30;
const ASCEND_GRASS = 40;
const ASCEND_HOUSE = 50;
const ASCEND_SKYSCRAPER = 60;
const ASCEND_BARN = 70;
// LOCKED 231012:
const CHUNK_DONOTHING = 0;
const CHUNK_SHOW = 1;
const CHUNK_HIDE = 2;
// SCENE, CAMERAS, HTML CANVASES, LIGHTS, FOGS
var scene = new THREE.Scene();
scene.background = new THREE.Color(0x000000);
var camera_main = new THREE.PerspectiveCamera(60, window.innerWidth/window.innerHeight, 2, 125);//0.1, 15000);
var camera_splashscreen = new THREE.PerspectiveCamera(60, window.innerWidth/window.innerHeight, 0.1, 125);
var camera_cutscene = new THREE.PerspectiveCamera(60, window.innerWidth/window.innerHeight, 0.1, 125);
var camera = camera_main;
var renderer;
// LOCKED 231012:
var light = new THREE.AmbientLight(0xFFFFD5, 1.31);
scene.add(light);
scene.fog = new THREE.Fog();
// LOCKED 231012:
var loader = new THREE.TextureLoader();
// race checkpoint
var roadblock_x;
var roadblock_z;
var checkstep_x = new Array();
var checkstep_z = new Array(); // xz for part steps between checkpoints
// some materials
var mat_roadlights;
var mat_trees;
var mat_bushes;
var mat_grass;
var mat_terrain;
var mat_houses;
var mat_skyscrapers;
var mat_barns;
// these are here to be loaded as early as possible
var mat_skybox = new THREE.MeshLambertMaterial({map: loader.load("files/blue.jpg"), side: THREE.BackSide});
var mat_skybox2 = new THREE.MeshLambertMaterial({map: loader.load("files/starry.jpg"), side: THREE.BackSide});
var mat_cloudbox = new THREE.MeshLambertMaterial({map: loader.load("files/clouds.png"), side: THREE.DoubleSiide, transparent: true});
mat_skybox.map.wrapS = THREE.MirroredRepeatWrapping;
mat_skybox.map.wrapT = THREE.MirroredRepeatWrapping;
mat_skybox.map.repeat.set(8,4);
mat_skybox2.map.wrapS = THREE.MirroredRepeatWrapping;
mat_skybox2.map.wrapT = THREE.MirroredRepeatWrapping;
mat_skybox2.map.repeat.set(8,4);
var geometry_skybox;
var geometry_cloudbox;
var mesh_skybox;
var mesh_cloudbox;
var area_water;
var mat_water = new THREE.MeshLambertMaterial({map: loader.load("files/texture_water_2.jpg")});
mat_water.map.repeat.set(96,168);
mat_water.map.wrapS = THREE.RepeatWrapping;
mat_water.map.wrapT = THREE.RepeatWrapping;
mat_water.alphaTest = 0.5;
mat_water.transparent = true;
mat_water.opacity = 0.9;
var water_animate;
var cloudbox_animate;
var sealevel = -1;
var highness;
var wideness; // decides the shape of the terrain
// level start point
var start_chunk_x;
var start_chunk_z;
var start_x = new Array();
var start_z = new Array();
// get start chunk from URL
// this is for working with IE
var params = {};
var parser = document.createElement('a');
parser.href = window.location;
var query = parser.search.substring(1);
var vars = query.split('&');
for (var i = 0; i < vars.length; i++)
{
var pair = vars[i].split('=');
var key = decodeURIComponent(pair[0]);
var value = decodeURIComponent(pair[1]);
if (typeof params[key] === 'undefined') params[key] = value;
else if (Array.isArray(params[key])) params[key].push(value);
else params[key] = [params[key], value];
}
var cookie_x = parseInt(params.x);
var cookie_z = parseInt(params.z);
if (cookie_x >= 0 && cookie_z >= 0)
{
start_chunk_x = cookie_x;
start_chunk_z = cookie_z;
}
// get start chunk from cookies
else if (document.cookie.search("cookie_x=") !== -1 && document.cookie.search("cookie_z=").length !== -1)
{
let kaka_x1 = document.cookie.split("cookie_x=");
let kaka_x2 = kaka_x1[1].split(";");
start_chunk_x = parseInt(kaka_x2[0]);
let kaka_z1 = document.cookie.split("cookie_z=");
let kaka_z2 = kaka_z1[1].split(";");
start_chunk_z = parseInt(kaka_z2[0]);
}
// start chunk if the first time playing
else
{
start_chunk_x = 32;
start_chunk_z = 37;
}
var ci1; // current_chunk_x
var cj1; // current_chunk_z
var last_chunk_x = 0;
var last_chunk_z = 0;
var frame_counter;// = 0;
var blackintro_frame_counter;// = 0;
var main_loop_counter;// = 0; // counter for internal loop in one frame
// chunk creation
var chunk_process = new Array();
var chunk_process_x;
var chunk_process_z;
for (chunk_process_x = 0; chunk_process_x < 46; chunk_process_x++)
{
chunk_process[chunk_process_x] = new Array();
for (chunk_process_z = 0; chunk_process_z < 46; chunk_process_z++)
{
chunk_process[chunk_process_x][chunk_process_z] = 0;
}
}
chunk_process_x = 0;
chunk_process_z = 0;
// dynamic loading of terrain
var to_load_chunk_x = new Array();
var to_load_chunk_z = new Array();
for (let t = 0; t < 25; t++) // 25 = 5x5 chunks
{
to_load_chunk_x[t] = 21;
to_load_chunk_z[t] = 21;
}
var dynload_hm_to_load_i = 0;
var dynload_objects_to_load_i = 0;
var continue_create = 0;
var continue_create2 = 0;
var continue_create3 = 0;
var continue_createb = 0;
var continue_create2b = 0;
var continue_create3b = 0;
var nextpart_start = 0;
var dynload_objects_skipping = 0;
var dynload_height_skipping = 0;
var i_continue = 0;
var j_continue = 0;
var i_continueb = 0;
var j_continueb = 0;
// ---------------------------- //
// create level variable arrays //
// ---------------------------- //
// Graham Relf, Forest (1983), heightmap generation algorithm
var profile = [
77, 80, 84, 88, 92, 96,101,104,108,112,115,118,120,123,126,129,131,133,134,134,133,133,131,130,129,126,123,122,122,122,123,125,126,130,134,137,137,138,138,137,
135,133,129,123,118,111,105,101, 97, 93, 90, 86, 82, 78, 74, 71, 69, 67, 67, 67, 66, 67, 69, 71, 73, 74, 73, 73, 71, 69, 66, 62, 58, 54, 52, 52, 54, 55, 58, 59,
62, 63, 63, 65, 65, 65, 66, 66, 67, 69, 70, 73, 77, 80, 82, 85, 88, 90, 93, 95, 96, 96, 96, 96, 93, 92, 90, 85, 80, 75, 71, 67, 63, 60, 58, 55, 52, 50, 47, 44,
43, 41, 40, 39, 36, 35, 33, 32, 30, 28, 24, 20, 15, 11, 7, 3, 2, 2, 2, 2, 2, 2, 3, 6, 7, 10, 11, 15, 18, 22, 24, 25, 25, 26, 26, 25, 25, 25, 25, 25,
26, 28, 29, 30, 33, 36, 37, 39, 39, 40, 40, 40, 39, 39, 39, 37, 37, 37, 36, 36, 36, 35, 35, 33, 33, 32, 30, 28, 25, 20, 15, 11, 10, 9, 9, 9, 9, 11, 14, 15,
17, 17, 18, 18, 18, 18, 18, 18, 17, 17, 17, 15, 14, 13, 11, 11, 10, 10, 10, 11, 13, 14, 17, 20, 22, 25, 28, 30, 35, 39, 41, 45, 50, 58, 63, 69, 73, 77, 80, 82,
84, 84, 85, 85, 84, 84, 82, 81, 80, 75, 73, 71, 71, 73, 74, 75 ];
var profile_star = [ 14, 18, 42, 47, 47, 51, 55, 8, 63, 14, 15, 2, 21, 23, 29, 3, 34, 36, 38, 40, 42, 5, 6, 9 ]; // another random profile
var profile_weird = [
2, 3, 5, 6, 8, 12, 12, 12, 5, 4, 5, 4, 3, 2, 3, 5, 6, 8, 7, 4, 3, 5, 4, 5, 4, 3, 2, 3, 5, 6, 8, 12, 12, 12, 5, 4, 5, 4, 3, 2,
2, 3, 5, 6, 8, 12, 12, 12, 5, 4, 5, 4, 3, 2, 3, 5, 6, 8, 7, 4, 3, 5, 4, 5, 4, 3, 2, 3, 5, 6, 8, 12, 12, 12, 5, 4, 5, 4, 3, 2,
2, 3, 5, 6, 8, 12, 12, 12, 5, 4, 5, 4, 3, 2, 3, 5, 6, 8, 7, 4, 3, 5, 4, 5, 4, 3, 2, 3, 5, 6, 8, 12, 12, 12, 5, 4, 5, 4, 3, 2,
2, 3, 5, 6, 8, 12, 12, 12, 5, 4, 5, 4, 3, 2, 3, 5, 6, 8, 7, 4, 3, 5, 4, 5, 4, 3, 2, 3, 5, 6, 8, 12, 12, 12, 5, 4, 5, 4, 3, 2,
2, 3, 5, 6, 8, 12, 12, 12, 5, 4, 5, 4, 3, 2, 3, 5, 6, 8, 7, 4, 3, 5, 4, 5, 4, 3, 2, 3, 5, 6, 8, 12, 12, 12, 5, 4, 5, 4, 3, 2,
2, 3, 5, 6, 8, 12, 12, 12, 5, 4, 5, 4, 3, 2, 3, 5, 6, 8, 7, 4, 3, 5, 4, 5, 4, 3, 2, 3, 5, 6, 8, 12, 12, 12, 5, 4, 5, 4, 3, 2,
2, 6, 9, 5, 1, 4, 12, 2, 2, 2, 5, 11, 13, 7, 5, 6 ];
// weights for terrain generator
var a, b, c, d, e; // height
var da, db, dc, dd, de; // height details
var ta, tb, tc, td, te; // trees
var dta, dtb, dtc, dtd, dte; // trees details
// seed and related values
var seed;
var weights_seed; // not the same as seed
var master;
var master2;
var change4;
var change5;
var hm = new Array(); // heightmap
var chunkmap = new Array(); // same as heightmap but at a larger scale for chunks, 4 points per chunk (one for each chunk corner)
var om = new Array(); // "objects map" - trees, houses, etc
var hm_is_loaded = new Array(); // array that says which chunks have loaded heightmap etc
var objects_is_loaded = new Array(); // array that says which chunks have loaded objects etc
var large_arrays_is_created = new Array();
var mesh_terrain = new Array();
var mesh_houses = new Array();
var mesh_skyscrapers = new Array();
var mesh_barns = new Array();
var mesh_roads = new Array();
var pointsprites_roadlights = new Array();
var pointsprites_trees = new Array();
var pointsprites_bushes = new Array();
var pointsprites_grass = new Array();
var ver_terrain = [];
var ver_houses = [];
var ver_skyscrapers = [];
var ver_barns = [];
var ver_roads = [];
var ver_roadlights = [];
var ver_trees = [];
var ver_bushes = [];
var ver_grass = [];
var ver_rain = [];
var ver_fume = [];
var ver_aker = [];
var pointsprites_rain;
var pointsprites_snow;
var pointsprites_fume;
var pointsprites_aker;
var geometry_rain;
var geometry_aker;
var mat_rain;
var mat_snow;
var mat_fume;
var mat_aker;
var uv_terrain = new Float32Array(28812); // 28812 = 49*49*12 (heightvalues per chunk, times UV values per heightvalue)
var uv_roads = new Float32Array(8400); // 8400 = 700*12 (i assume that no chunk has more road blocks in it than 700. but i might be wrong.)
var uv_houses = new Float32Array(30000); // 30000 is slightly more than 324*84 (324 is the largest amount of houses/skyscrapers/barns in any chunk, i think)
var normals = new Float32Array(28812);
// variables
let _1D49 = 1/49;
// UV for terrain mesh
for (let uvi = 0; uvi < 28812; uvi += 12)
{
let current_line = Math.floor(uvi/(49*12));
// variables
let uviD12Mcurrent_lineX49 = uvi/12-current_line*49;
// x on the texture // y on the texture // corners on the 3d triangle
uv_terrain[uvi] = (_1D49+(_1D49)*(uviD12Mcurrent_lineX49)); uv_terrain[uvi+1] = (current_line*(_1D49)); // 1
uv_terrain[uvi+2] = ((_1D49)*(uviD12Mcurrent_lineX49)); uv_terrain[uvi+3] = (_1D49+current_line*(_1D49)); // 2
uv_terrain[uvi+4] = ((_1D49)*(uviD12Mcurrent_lineX49)); uv_terrain[uvi+5] = (current_line*(_1D49)); // 3
uv_terrain[uvi+6] = (_1D49+(_1D49)*(uviD12Mcurrent_lineX49)); uv_terrain[uvi+7] = (current_line*(_1D49)); // 4 (är samma som 1) // gör denna överflödig?
uv_terrain[uvi+8] = (_1D49+(_1D49)*(uviD12Mcurrent_lineX49)); uv_terrain[uvi+9] = (_1D49+current_line*(_1D49)); // 5
uv_terrain[uvi+10] = (_1D49*(uviD12Mcurrent_lineX49)); uv_terrain[uvi+11] = (_1D49+current_line*(_1D49)); // 6 (är samma som 2) // gör denna överflödig?
// just setting all these to the same values. it seems to work, don't know why. and it's faster than three.js's computeVertexNormals()
normals[uvi] = 0.05; normals[uvi+1] = 0.05;
normals[uvi+2] = 0.05; normals[uvi+3] = 0.05;
normals[uvi+4] = 0.05; normals[uvi+5] = 0.05;
normals[uvi+6] = 0.05; normals[uvi+7] = 0.05;
normals[uvi+8] = 0.05; normals[uvi+9] = 0.05;
normals[uvi+10] = 0.05; normals[uvi+11] = 0.05;
}
// UV for roads
for (let uvi = 0; uvi < 8400; uvi += 12)
{
uv_roads[uvi] = 0+uvi; uv_roads[uvi+1] = 1+uvi;
uv_roads[uvi+2] = 1+uvi; uv_roads[uvi+3] = 0+uvi;
uv_roads[uvi+4] = 0+uvi; uv_roads[uvi+5] = 0+uvi;
uv_roads[uvi+6] = 1+uvi; uv_roads[uvi+7] = 1+uvi;
uv_roads[uvi+8] = 0+uvi; uv_roads[uvi+9] = 1+uvi;
uv_roads[uvi+10] = 0+uvi; uv_roads[uvi+11] = 0+uvi;
}
// UV for houses
for (let uvi = 0; uvi < 30000; uvi += 84)
{
// walls (all are the same)
for (let t = 0; t < 4; t++)
{
uv_houses[uvi+12*t] = 0.5; uv_houses[uvi+12*t+1] = 0;
uv_houses[uvi+12*t+2] = 1; uv_houses[uvi+12*t+3] = 0;
uv_houses[uvi+12*t+4] = 1; uv_houses[uvi+12*t+5] = 13;
uv_houses[uvi+12*t+6] = 1; uv_houses[uvi+12*t+7] = 13;
uv_houses[uvi+12*t+8] = 0.5; uv_houses[uvi+12*t+9] = 13;
uv_houses[uvi+12*t+10] = 0.5; uv_houses[uvi+12*t+11] = 0;
}
// roof
uv_houses[uvi+48] = 0.5; uv_houses[uvi+49] = 0;
uv_houses[uvi+50] = 0; uv_houses[uvi+51] = 0;
uv_houses[uvi+52] = 0; uv_houses[uvi+53] = 0.5;
uv_houses[uvi+54] = 0; uv_houses[uvi+55] = 0.5;
uv_houses[uvi+56] = 0.5; uv_houses[uvi+57] = 0.5;
uv_houses[uvi+58] = 0.5; uv_houses[uvi+59] = 0;
uv_houses[uvi+60] = 0.5; uv_houses[uvi+61] = 0.5;
uv_houses[uvi+62] = 0; uv_houses[uvi+63] = 0.5;
uv_houses[uvi+64] = 0; uv_houses[uvi+65] = 1;
uv_houses[uvi+66] = 0; uv_houses[uvi+67] = 1;
uv_houses[uvi+68] = 0.5; uv_houses[uvi+69] = 1;
uv_houses[uvi+70] = 0.5; uv_houses[uvi+71] = 0.5;
// tak"nock"
uv_houses[uvi+72] = 0; uv_houses[uvi+73] = 0;
uv_houses[uvi+74] = 0.25; uv_houses[uvi+75] = 0.5; // längst upp på tak"nocken"
uv_houses[uvi+76] = 0.5; uv_houses[uvi+77] = 0;
uv_houses[uvi+78] = 0.5; uv_houses[uvi+79] = 0;
uv_houses[uvi+80] = 0.25; uv_houses[uvi+81] = 0.5; // längst upp på tak"nocken"
uv_houses[uvi+82] = 0; uv_houses[uvi+783] = 0;
}
var uv_attribute_terrain = new THREE.BufferAttribute(new Float32Array(uv_terrain), 2);
var uv_attribute_roads = new THREE.BufferAttribute(new Float32Array(uv_roads), 2);
var uv_attribute_houses = new THREE.BufferAttribute(new Float32Array(uv_houses), 2);
var normals_attribute = new THREE.BufferAttribute(new Float32Array(normals), 2);
// make arrays empty
normals = new Float32Array(0);
uv_terrain = new Float32Array(0);
uv_roads = new Float32Array(0);
uv_houses = new Float32Array(0);
// --------------------------- //
// ---- GENERAL FUNCTIONS ---- //
// --------------------------- //
// function without the three.js stuff
function hexcol(fobject, hex)
{
fobject.r = ( hex >> 16 & 255 ) / 255;
fobject.g = ( hex >> 8 & 255 ) / 255;
fobject.b = ( hex & 255 ) / 255;
}
//* LOCKED 231007 - convert x or z position to chunk number
function x_to_chunk_no(x) { return Math.floor(x/49); }
//* LOCKED 231007 - convert x or z position to x or z position relative to chunk
function x_to_x_in_chunk(x) { return x-(x_to_chunk_no(x)*49); }
//* LOCKED 231007 - convert chunk-relative x or z position to "real" x or z position
function x_in_chunk_to_x(fi1, fi) { return 49*fi1+fi; }
//* LOCKED 231007 - get distance between two points
function distance_get_xz(fx1, fz1, fx2, fz2) { return Math.sqrt((fx2-fx1)*(fx2-fx1) + (fz2-fz1)*(fz2-fz1)); }
//: LOCKED 231012 - distance functions turn out to be useful for creating circles, or in this case ovals, in the terrain.
function distance_get_oval_xz(fx1, fz1, fx2, fz2, factorx, factorz) { return Math.sqrt((fx2-fx1)*(fx2-fx1)*factorx + (fz2-fz1)*(fz2-fz1)*factorz); }
//* LOCKED 231007 - get distance between two czs/objects
function distance_get(fobject1, fobject2) { return Math.sqrt((fobject2.position.x-fobject1.position.x)*(fobject2.position.x-fobject1.position.x) + (fobject2.position.z-fobject1.position.z)*(fobject2.position.z-fobject1.position.z)); } // distance between two objects
//* LOCKED 231012 - get height at position, not exact height but heightgrid height
function height_get_xz(x, z)
{
let x_floor = Math.floor(x);
let z_floor = Math.floor(z);
return hm[x_to_chunk_no(x_floor)][x_to_chunk_no(z_floor)][x_to_x_in_chunk(x_floor)][x_to_x_in_chunk(z_floor)];
}
//* get exact height at position (interpolates between four points (height values) to find out the exact value - https://codeplea.com/triangular-interpolation)
function height_get_xz_exact(x, z)
{
// check if you're in the first or second triangle, for height value interpolation
// then create values for height value interpolation
let p_xf = Math.floor(x), p_zf = Math.floor(z);
let p_xc = Math.ceil(x), p_zc = Math.ceil(z);
let p_xd = x-p_xf, p_zd = z-p_zf;
let p_value;
let ixf = x_to_chunk_no(p_xf), izf = x_to_chunk_no(p_zf);
let ixc = x_to_chunk_no(p_xf+1), izc = x_to_chunk_no(p_zf+1);
let xf = x_to_x_in_chunk(p_xf), zf = x_to_x_in_chunk(p_zf);
let xc = x_to_x_in_chunk(p_xf+1), zc = x_to_x_in_chunk(p_zf+1);
// first triangle
if (p_xd + p_zd < 1)
{
if (hm_is_loaded[x_to_chunk_no(p_xf)][x_to_chunk_no(p_zf)] === 1)
{
if (hm[ixf][izf][xf][zf] === undefined) throw new Error("ixf = " + ixf + ", izf = " + izf + ", xf = " + xf + ", zf = " + zf);
else p_value = (1-p_xd-p_zd)*hm[ixf][izf][xf][zf] + p_zd*hm[ixf][izc][xf][zc] + p_xd*hm[ixc][izf][xc][zf]; // calculate interpolated value for point p from "weights"
}
else return 1;
}
// second triangle
else
{
if (hm_is_loaded[x_to_chunk_no(p_xc)][x_to_chunk_no(p_zc)] === 1)
{
p_value = (p_xd+p_zd-1)*hm[ixc][izc][xc][zc] + (1-p_zd)*hm[ixc][izf][xc][zf] + (1-p_xd)*hm[ixf][izc][xf][zc]; // calculate interpolated value for point p from "weights"
}
else return 1;
}
// if (isNaN(p_value)) p_value = hm[ixf][izf][xf][zf]; // tar bort denna så det blir error istället! 231013
return p_value+0.3; // 0.3 is for looks inside the game
}
//* get exact height at a cz's/object's position
function height_get(fobject)
{
return height_get_xz_exact(fobject.position.x, fobject.position.z);
}
//* get object value (another thing than cz/object. this is part of the terrain: trees, houses, etc) at cz's/object's position
function object_get(object)
{
let x_floor = Math.floor(object.position.x), z_floor = Math.floor(object.position.z);
let object_code = om[x_to_chunk_no(x_floor)][x_to_chunk_no(z_floor)][x_to_x_in_chunk(x_floor)][x_to_x_in_chunk(z_floor)];
return object_code;
}
// LOCKED 231007 - get pseudorandom value. always returns the same value if number is the same
function pseudorandom(number) { return 29.197483*number - Math.floor(29.197483*number); }
// ------------------------------------- //
// ---- CHOOSE THE TERRAIN SETTINGS ---- //
// ------------------------------------- //
//: LOCKED 231007 - From Graham Relf's game The Forest. All terrain creation in the game is based on this
function grelf() { return profile[a & 0xFF] + profile[b & 0xFF] + profile[c & 0xFF] + profile[d & 0xFF] + profile[e & 0xFF]; }
//: LOCKED 231007 - variation on grelf()
function grelf3() { return profile[c & 0xFF] + profile[a & 0xFF] + (-profile[d & 0xFF]) + profile[e & 0xFF] + (-profile[b & 0xFF]); }
//: LOCKED 231007 - a more "high-res" version of grelf()
function grelf_detail() { return profile[da & 0xFF] + profile[db & 0xFF] + profile[dc & 0xFF] + profile[dd & 0xFF] + profile[de & 0xFF]; }
//: LOCKED 231007 - variation on grelf_detail()
function grelf_detail2() { return profile[dd & 0x31] + profile[dc & 0x21] + profile[db & 0x11] + profile[de & 0x3] + profile[da & 0x3]; }
//: LOCKED 231007 - just a bit different grelf(), i think
function grelf_objects() { return profile[da/2 & 0xF] + profile[db & 0xFF] + profile[dc/2 & 0xF] + profile[dd/2 & 0xF] + profile[de/2 & 0xF]; }
//: LOCKED 231007 - a more "high-res" version of grelf_objects(), i think
function grelf_objects_detail() { return profile[(dta*2) & 0xF] + profile[(dtb*2) & 0xF] + profile[(dtc*2) & 0xF] + profile[(dtd*2) & 0xF] + profile[(dte*2) & 0xF]; }
//: LOCKED 231007 - just a bit different grelf(), i think
function grelf_houses() { return 2*profile[a & 0xFF] - profile[c & 0xFF] - 3*profile[d & 0xFF]; }
//: LOCKED 231007 - a high-res version of grelf()
function grelf_weird() { return profile_weird[c & 0xFF] + profile_weird[a & 0xFF] + (-profile_weird[d & 0xFF]) + profile_weird[e & 0xFF] + (-profile_weird[b & 0xFF]); }
//: LOCKED 231007 - here i set values that decide how the weights in set_weights() will turn out (= how the terrain will look)
function set_wideness_highness(fi1, fj1)
{
if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 33 && fj1 <= 35)) { highness = 95; wideness = 25; seed = 0.6511030308479817; weights_seed = 3; } // epper land
else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 33 && fj1 <= 35)) { highness = 110; wideness = 3; seed = 0.6514484815558458; weights_seed = 2; } // epper bridge
else if ((fi1 >= 36 && fi1 <= 41) && (fj1 >= 27 && fj1 <= 32)) { highness = 200; wideness = 0.05; seed = 0.6511030308479817; weights_seed = 2; } // magnet island
else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 28 && fj1 <= 32)) { highness = 25; wideness = 3; seed = 0.77783324; weights_seed = 2; } // magnet archipelago
else if ((fi1 >= 32 && fi1 <= 35) && (fj1 >= 36 && fj1 <= 38)) { highness = 15; wideness = 4; seed = 0.6602099002976599; weights_seed = 2; } // tjörn
else if ((fi1 >= 29 && fi1 <= 30) && (fj1 >= 35 && fj1 <= 40)) { highness = 25; wideness = 1.5; seed = 0.6511030308479817; weights_seed = 2; } // norway
else if ((fi1 >= 31 && fi1 <= 35) && (fj1 >= 39 && fj1 <= 41)) { highness = 20; wideness = 3; seed = 0.6511030308479817; weights_seed = 2; } // hårass land
else if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 36 && fj1 <= 41)) { highness = 38; wideness = 6; seed = 0.6511030308479817; weights_seed = 3; } // haftlan-drakh
else if ((fi1 >= 29 && fi1 <= 32) && (fj1 >= 28 && fj1 <= 34)) { highness = 21; wideness = 3; seed = 0.6511030308479817; weights_seed = 2; } // hongkong/japan
else if (fi1 === 32 && fj1 === 35) { highness = 10; wideness = 5; seed = 0.6511030308479817; weights_seed = 2; } // pir
else if (fi1 === 31 && fj1 === 35) { highness = 30; wideness = 3.8; seed = 0.6511030308479817; weights_seed = 2; } // fire
else if (fi1 === 31 && fj1 === 38) { highness = 30; wideness = 3.8; seed = 0.6511030308479817; weights_seed = 2; } // leaves
else if (fi1 === 28 && fj1 === 33) { highness = 28; wideness = 7; seed = 0.8126634736; weights_seed = 1; } // passage 1
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 33 && fj1 <= 41)) { highness = 28; wideness = 7; seed = 0.8126634736; weights_seed = 1; } // passage 2
else if ((fi1 >= 26 && fi1 <= 30) && fj1 === 41) { highness = 28; wideness = 7; seed = 0.8126634736; weights_seed = 1; } // passage 3
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 26 && fj1 <= 31)) { highness = 25; wideness = 1; seed = 0.77783324; weights_seed = 1; } // dark waters
else { highness = 0; wideness = 0; seed = 0.6511030308479817; weights_seed = 2; } // (others) water
// denna kommer nu sättas varje gång, men det är luuugnt för den sätts bara en gång per chunk och inte en gång per block i chunken
master = (((seed*10-Math.floor(seed*10))*30)/9+1)*0.5;
master2 = (seed*111-Math.floor(seed*111))*20;
change4 = seed*21-Math.floor(seed*21);
change5 = seed*17-Math.floor(seed*17);
}
//: LOCKED 231007 - here weights get set that decide how the hm and object generation will turn out. everything here should come originally from the seed variable
function set_weights(fi1, fj1, fi, fj)
{
// 50 = chunkwidth, 49 = chunkwidth-1
let fx = fi1*50+fi;
let fz = fj1*50+fj;
// make it right at the end of chunks too
if (fi === 49) fx++;
if (fj === 49) fz++;
// variables so I don't have to calculate the same thing over and over
let fxXwideness = fx*wideness;
let _12XfxXwideness = 12*fxXwideness;
let fzXwideness = fz*wideness;
let master2XfzXwideness = master2*fzXwideness;
// main weights
a = ((weights_seed&2)* _12XfxXwideness + (weights_seed&6)*4.2 *master2XfzXwideness) * 0.01;
b = ((weights_seed&7)*12.6 *fxXwideness + (weights_seed&4)* master2XfzXwideness*0.6) * 0.01;
c = ((weights_seed&4)* _12XfxXwideness + (weights_seed&9)*12 *change4*master2XfzXwideness) * 0.01;
d = ((weights_seed&8)*12.6 *fxXwideness + (weights_seed&1)*12 *change5*master2XfzXwideness) * 0.01;
e = ((weights_seed&3)* _12XfxXwideness + (weights_seed&5)*6.6 *master2XfzXwideness) * 0.01;
// variables
let fxXwidenessX0_1 = fx*wideness*0.1;
// detail weights
da = (weights_seed&4)*(master2+1)*fxXwidenessX0_1 + (weights_seed&3)*0.7*fzXwideness;
db = (weights_seed&1)*(1-master2)*fxXwidenessX0_1 + (weights_seed&4)*1.1*fzXwideness;
dc = (weights_seed&3)*(master2+8)*fxXwidenessX0_1 + (weights_seed&2)*1.4*fzXwideness;
dd = (weights_seed&5)*(master2*1)*fxXwidenessX0_1 + (weights_seed&3)*1.3*fzXwideness;
de = (weights_seed&6)*(5/master2)*fxXwidenessX0_1 + (weights_seed&3)*1.1*fzXwideness;
// variables
let fzXwidenessX0_6 = fzXwideness*0.6;
let masterPmaster2XfzXwidenessX0_6 = (master+master2)*fzXwidenessX0_6;
// tree weights
ta = 1.8 *fxXwideness + 1.2 *masterPmaster2XfzXwidenessX0_6;
tb = 2.4 *fxXwideness + 0.6 *(master-master2)*fzXwidenessX0_6;
tc = 3 *fxXwideness + 14.4 *masterPmaster2XfzXwidenessX0_6;
td = 3.6 *fxXwideness + 1.8 *(master-master2)*fzXwidenessX0_6;
te = 4.2 *fxXwideness + 12.6 *masterPmaster2XfzXwidenessX0_6;
// tree details weights
dta = 1.2 *fxXwideness + 1.8 *fzXwideness;
dtb = 0.6 *fxXwideness + 2.4 *fzXwideness;
dtc = 14.4 *fxXwideness + 3 *fzXwideness;
dtd = 1.8 *fxXwideness + 3.6 *fzXwideness;
dte = 12.6 *fxXwideness + 4.2 *fzXwideness;
}
//: LOCKED 231102 - tilts a whole chunk. complicated to explain but it's cool and effective
function calculate_chunklevel(fi1, fj1, fi, fj)
{
// interpolation in triangle, read about the calculation here: https://codeplea.com/triangular-interpolation
// height values for points in triangle
// check if you're in the first or second triangle, for height value interpolation
// then create values for height value interpolation
let p_x = fi*0.02, p_z = fj*0.02;
let p_value;
// first triangle
if (p_x + p_z < 1)
{
p_value = (1-p_x-p_z)*chunkmap[fi1][fj1] + p_z*chunkmap[fi1][fj1+1] + p_x*chunkmap[fi1+1][fj1]; // calculate interpolated value for point p from "weights"
}
// second triangle
else
{
p_value = (p_x+p_z-1)*chunkmap[fi1+1][fj1+1] + (1-p_z)*chunkmap[fi1+1][fj1] + (1-p_x)*chunkmap[fi1][fj1+1]; // calculate interpolated value for point p from "weights"
}
return p_value;
}
// -------------------------------------------------------------------------------------- //
// ---- CREATE THE HEIGHTMAP (terrain) AND THE OBJECTS (trees, houses, roads) ARRAYS ---- //
// -------------------------------------------------------------------------------------- //
//- LOCKED 231102 - abstraction for race_create()
function add_road_block(fx, fz)
{
// här kan man räkna ut nÃ¥gra fi1 och fj1 i början! men se till att det gÃatt!
let xj1mm = x_to_chunk_no(fz-2);
let xj1m = x_to_chunk_no(fz-1);
let xj1 = x_to_chunk_no(fz);
let xj1p = x_to_chunk_no(fz-1);
let xj12 = x_to_chunk_no(fz+2);
let xj13 = x_to_chunk_no(fz+3);
// roadlights
let xi1 = x_to_chunk_no(fx-2);
if (om[xi1][xj1mm][x_to_x_in_chunk(fx-2)][x_to_x_in_chunk(fz-2)] !== ASCEND_ROAD) om[xi1][xj1mm][x_to_x_in_chunk(fx-2)][x_to_x_in_chunk(fz-2)] = ASCEND_ROADLIGHT;
if (om[xi1][xj1m][x_to_x_in_chunk(fx-2)][x_to_x_in_chunk(fz-1)] !== ASCEND_ROAD) om[xi1][xj1m][x_to_x_in_chunk(fx-2)][x_to_x_in_chunk(fz-1)] = ASCEND_ROADLIGHT;
if (om[xi1][xj1][x_to_x_in_chunk(fx-2)][x_to_x_in_chunk(fz)] !== ASCEND_ROAD) om[xi1][xj1][x_to_x_in_chunk(fx-2)][x_to_x_in_chunk(fz)] = ASCEND_ROADLIGHT;
if (om[xi1][xj1p][x_to_x_in_chunk(fx-2)][x_to_x_in_chunk(fz+1)] !== ASCEND_ROAD) om[xi1][xj1p][x_to_x_in_chunk(fx-2)][x_to_x_in_chunk(fz+1)] = ASCEND_ROADLIGHT;
if (om[xi1][xj12][x_to_x_in_chunk(fx-2)][x_to_x_in_chunk(fz+2)] !== ASCEND_ROAD) om[xi1][xj12][x_to_x_in_chunk(fx-2)][x_to_x_in_chunk(fz+2)] = ASCEND_ROADLIGHT;
if (om[xi1][xj13][x_to_x_in_chunk(fx-2)][x_to_x_in_chunk(fz+3)] !== ASCEND_ROAD) om[xi1][xj13][x_to_x_in_chunk(fx-2)][x_to_x_in_chunk(fz+3)] = ASCEND_ROADLIGHT;
xi1 = x_to_chunk_no(fx-1);
if (om[xi1][xj1mm][x_to_x_in_chunk(fx-1)][x_to_x_in_chunk(fz-2)] !== ASCEND_ROAD) om[xi1][xj1mm][x_to_x_in_chunk(fx-1)][x_to_x_in_chunk(fz-2)] = ASCEND_ROADLIGHT;
if (om[xi1][xj13][x_to_x_in_chunk(fx-1)][x_to_x_in_chunk(fz+3)] !== ASCEND_ROAD) om[xi1][xj13][x_to_x_in_chunk(fx-1)][x_to_x_in_chunk(fz+3)] = ASCEND_ROADLIGHT;
xi1 = x_to_chunk_no(fx);
if (om[xi1][xj1mm][x_to_x_in_chunk(fx)][x_to_x_in_chunk(fz-2)] !== ASCEND_ROAD) om[xi1][xj1mm][x_to_x_in_chunk(fx)][x_to_x_in_chunk(fz-2)] = ASCEND_ROADLIGHT;
if (om[xi1][xj13][x_to_x_in_chunk(fx)][x_to_x_in_chunk(fz+3)] !== ASCEND_ROAD) om[xi1][xj13][x_to_x_in_chunk(fx)][x_to_x_in_chunk(fz+3)] = ASCEND_ROADLIGHT;
xi1 = x_to_chunk_no(fx+1);
if (om[xi1][xj1mm][x_to_x_in_chunk(fx+1)][x_to_x_in_chunk(fz-2)] !== ASCEND_ROAD) om[xi1][xj1mm][x_to_x_in_chunk(fx+1)][x_to_x_in_chunk(fz-2)] = ASCEND_ROADLIGHT;
if (om[xi1][xj13][x_to_x_in_chunk(fx+1)][x_to_x_in_chunk(fz+3)] !== ASCEND_ROAD) om[xi1][xj13][x_to_x_in_chunk(fx+1)][x_to_x_in_chunk(fz+3)] = ASCEND_ROADLIGHT;
xi1 = x_to_chunk_no(fx+2);
if (om[xi1][xj1mm][x_to_x_in_chunk(fx+2)][x_to_x_in_chunk(fz-2)] !== ASCEND_ROAD) om[xi1][xj1mm][x_to_x_in_chunk(fx+2)][x_to_x_in_chunk(fz-2)] = ASCEND_ROADLIGHT;
if (om[xi1][xj13][x_to_x_in_chunk(fx+2)][x_to_x_in_chunk(fz+3)] !== ASCEND_ROAD) om[xi1][xj13][x_to_x_in_chunk(fx+2)][x_to_x_in_chunk(fz+3)] = ASCEND_ROADLIGHT;
xi1 = x_to_chunk_no(fx+3);
if (om[xi1][xj1mm][x_to_x_in_chunk(fx+3)][x_to_x_in_chunk(fz-2)] !== ASCEND_ROAD) om[xi1][xj1mm][x_to_x_in_chunk(fx+3)][x_to_x_in_chunk(fz-2)] = ASCEND_ROADLIGHT;
if (om[xi1][xj1m][x_to_x_in_chunk(fx+3)][x_to_x_in_chunk(fz-1)] !== ASCEND_ROAD) om[xi1][xj1m][x_to_x_in_chunk(fx+3)][x_to_x_in_chunk(fz-1)] = ASCEND_ROADLIGHT;
if (om[xi1][xj1][x_to_x_in_chunk(fx+3)][x_to_x_in_chunk(fz)] !== ASCEND_ROAD) om[xi1][xj1][x_to_x_in_chunk(fx+3)][x_to_x_in_chunk(fz)] = ASCEND_ROADLIGHT;
if (om[xi1][xj1p][x_to_x_in_chunk(fx+3)][x_to_x_in_chunk(fz+1)] !== ASCEND_ROAD) om[xi1][xj1p][x_to_x_in_chunk(fx+3)][x_to_x_in_chunk(fz+1)] = ASCEND_ROADLIGHT;
if (om[xi1][xj12][x_to_x_in_chunk(fx+3)][x_to_x_in_chunk(fz+2)] !== ASCEND_ROAD) om[xi1][xj12][x_to_x_in_chunk(fx+3)][x_to_x_in_chunk(fz+2)] = ASCEND_ROADLIGHT;
if (om[xi1][xj13][x_to_x_in_chunk(fx+3)][x_to_x_in_chunk(fz+3)] !== ASCEND_ROAD) om[xi1][xj13][x_to_x_in_chunk(fx+3)][x_to_x_in_chunk(fz+3)] = ASCEND_ROADLIGHT;
// "4-filig väg"
xi1 = x_to_chunk_no(fx-1);
om[xi1][xj1m][x_to_x_in_chunk(fx-1)][x_to_x_in_chunk(fz-1)] = ASCEND_ROAD;
om[xi1][xj1][x_to_x_in_chunk(fx-1)][x_to_x_in_chunk(fz)] = ASCEND_ROAD;
om[xi1][xj1p][x_to_x_in_chunk(fx-1)][x_to_x_in_chunk(fz+1)] = ASCEND_ROAD;
om[xi1][xj12][x_to_x_in_chunk(fx-1)][x_to_x_in_chunk(fz+2)] = ASCEND_ROAD;
xi1 = x_to_chunk_no(fx);
om[xi1][xj1m][x_to_x_in_chunk(fx)][x_to_x_in_chunk(fz-1)] = ASCEND_ROAD;
om[xi1][xj1][x_to_x_in_chunk(fx)][x_to_x_in_chunk(fz)] = ASCEND_ROAD;
om[xi1][xj1p][x_to_x_in_chunk(fx)][x_to_x_in_chunk(fz+1)] = ASCEND_ROAD;
om[xi1][xj12][x_to_x_in_chunk(fx)][x_to_x_in_chunk(fz+2)] = ASCEND_ROAD;
xi1 = x_to_chunk_no(fx+1);
om[xi1][xj1m][x_to_x_in_chunk(fx+1)][x_to_x_in_chunk(fz-1)] = ASCEND_ROAD;
om[xi1][xj1][x_to_x_in_chunk(fx+1)][x_to_x_in_chunk(fz)] = ASCEND_ROAD;
om[xi1][xj1p][x_to_x_in_chunk(fx+1)][x_to_x_in_chunk(fz+1)] = ASCEND_ROAD;
om[xi1][xj12][x_to_x_in_chunk(fx+1)][x_to_x_in_chunk(fz+2)] = ASCEND_ROAD;
xi1 = x_to_chunk_no(fx+2);
om[xi1][xj1m][x_to_x_in_chunk(fx+2)][x_to_x_in_chunk(fz-1)] = ASCEND_ROAD;
om[xi1][xj1][x_to_x_in_chunk(fx+2)][x_to_x_in_chunk(fz)] = ASCEND_ROAD;
om[xi1][xj1p][x_to_x_in_chunk(fx+2)][x_to_x_in_chunk(fz+1)] = ASCEND_ROAD;
om[xi1][xj12][x_to_x_in_chunk(fx+2)][x_to_x_in_chunk(fz+2)] = ASCEND_ROAD;
}
//- LOCKED 231007 - creates a road, from an array of coordinates, that can be used for race. it also adds a bit of randomization in between the coordinates. unlike most other world generation that is automatic from simple seed values etc, this is semi-manual.
function race_create(x_array, z_array, number)
{
mesh_checkpoint_x[number] = new Array();
mesh_checkpoint_z[number] = new Array();
checkstep_x[number] = new Array();
checkstep_z[number] = new Array();
let check_x;
let check_z;
let array_pos = 0;
let k = 0;
while (array_pos < x_array.length-1)
{
mesh_checkpoint_x[number][k] = x_array[array_pos];
mesh_checkpoint_z[number][k] = z_array[array_pos];
k++;
let step = 0;
// create new race checkpoint
let startpos_x = check_x;
let startpos_z = check_z;
check_x = x_array[array_pos];
check_z = z_array[array_pos];
while (distance_get_xz(check_x,check_z, startpos_x,startpos_z) > 1)
{
let delta_x = check_x-startpos_x;
let delta_z = check_z-startpos_z;
delta_x += delta_x;
delta_z += delta_z;
let delta_x_u;
let delta_z_u;
let delta_x_low;
let delta_z_low;
if (delta_x < 0) delta_x_u = delta_x*-1; else delta_x_u = delta_x;
if (delta_z < 0) delta_z_u = delta_z*-1; else delta_z_u = delta_z;
if (delta_x_u > delta_z_u)
{
if (delta_z_u > 1)
{
delta_x_low = Math.round(delta_x/delta_z_u);
if (delta_z > 0) delta_z_low = 1; else delta_z_low = -1;
}
else
{
if (delta_x > 0) delta_x_low = 2; else delta_x_low = -2;
delta_z_low = 0;
}
}
else
{
if (delta_x_u > 1)
{
delta_z_low = Math.round(delta_z/delta_x_u);
if (delta_x > 0) delta_x_low = 1; else delta_x_low = -1;
}
else
{
if (delta_z > 0) delta_z_low = 2; else delta_z_low = -2;
delta_x_low = 0;
}
}
if (delta_x_low > 6) delta_x_low = 6;
else if (delta_x_low < -6) delta_x_low = -6;
if (delta_z_low > 6) delta_z_low = 6;
else if (delta_z_low < -6) delta_z_low = -6;
if (delta_x_low >= 0) roadblock_x = startpos_x+delta_x_low;
else roadblock_x = startpos_x+delta_x_low;
if (delta_z_low >= 0) roadblock_z = startpos_z+delta_z_low;
else roadblock_z = startpos_z+delta_z_low;
checkstep_x[number][step] = roadblock_x;
checkstep_z[number][step] = roadblock_z; // part steps between checkpoints
step++;
let xxx;
let zzz;
if (delta_x_low >= 0) xxx = 1; else xxx = -1;
if (delta_z_low >= 0) zzz = 1; else zzz = -1;
// blocks between the "main" road blocks
if (delta_x_low >= 0)
{
while (xxx < delta_x_low)
{
add_road_block(startpos_x+xxx, startpos_z+zzz);
mesh_checkpoint_x[number][k] = x_array[array_pos];
mesh_checkpoint_z[number][k] = z_array[array_pos];
k++;
xxx += 2;
}
xxx -= 2;
}
else
{
while (xxx > delta_x_low)
{
add_road_block(startpos_x+xxx, startpos_z+zzz);
mesh_checkpoint_x[number][k] = x_array[array_pos];
mesh_checkpoint_z[number][k] = z_array[array_pos];
k++;
xxx -= 2;
}
xxx += 2;
}
if (delta_z_low >= 0)
{
while (zzz < delta_z_low)
{
add_road_block(startpos_x+xxx, startpos_z+zzz);
mesh_checkpoint_x[number][k] = x_array[array_pos];
mesh_checkpoint_z[number][k] = z_array[array_pos];
k++;
zzz += 2;
}
zzz -= 2;
}
else
{
while (zzz > delta_z_low)
{
add_road_block(startpos_x+xxx, startpos_z+zzz);
mesh_checkpoint_x[number][k] = x_array[array_pos];
mesh_checkpoint_z[number][k] = z_array[array_pos];
k++;
zzz -= 2;
}
zzz += 2;
}
add_road_block(roadblock_x, roadblock_z); // continue the "main" road block
mesh_checkpoint_x[number][k] = x_array[array_pos];
mesh_checkpoint_z[number][k] = z_array[array_pos];
k++;
startpos_x = roadblock_x; startpos_z = roadblock_z; // start next loop...
}
array_pos++;
}
}
//: LOCKED - creating a lake/hole in ONE chunk. or mountain
function terrain_amplify(fi1, fj1, fi, fj, depth)
{
// 49 = 49, 24.5 = 0.5*49
let power_x, power_z;
if (fi < 24.5) power_x = fi;
else power_x = 49-fi;
if (fj < 24.5) power_z = fj;
else power_z = 49-fj;
hm[fi1][fj1][fi][fj] += 0.0005*power_x*power_z*(depth*100-hm[fi1][fj1][fi][fj]);
}
//: LOCKED - creating a lake/hole in 4 chunks. or mountain
function terrain_amplify_4chunks(fi1_start, fj1_start, fi1, fj1, fi, fj, depth, fpower)
{
depth *= -1; // konstig fix...
let origo_x = (fi1_start+1)*49;
let origo_z = (fj1_start+1)*49;
let power_x, power_z;
if (x_in_chunk_to_x(fi1, fi) < origo_x) power_x = 49-(origo_x-x_in_chunk_to_x(fi1, fi)); // make the lake deeper closer to an "origo" point in the middle
else power_x = 49-(x_in_chunk_to_x(fi1, fi)-origo_x);
if (x_in_chunk_to_x(fj1, fj) < origo_z) power_z = 49-(origo_z-x_in_chunk_to_x(fj1, fj));
else power_z = 49-(x_in_chunk_to_x(fj1, fj)-origo_z);
hm[fi1][fj1][fi][fj] -= fpower*0.0000005*power_x*power_x*power_z*power_z*(depth*100-hm[fi1][fj1][fi][fj]);
}
//: LOCKED 231007 - make plains in terrain
function terrain_make_plains(fi1, fj1, fi, fj, base)
{
if (hm[fi1][fj1][fi][fj] < base)
{
hm[fi1][fj1][fi][fj] = base+hm[fi1][fj1][fi][fj]*0.5;
// these many lines is for the transition between terrain_make_plains and mountains, and so it all feels natural, i think
if (hm[fi1][fj1][fi][fj]-base > 0.5) hm[fi1][fj1][fi][fj] = base+(hm[fi1][fj1][fi][fj]-base)*0.05;
else if (hm[fi1][fj1][fi][fj]-base > 1) hm[fi1][fj1][fi][fj] = base+(hm[fi1][fj1][fi][fj]-base)*0.1;
else if (hm[fi1][fj1][fi][fj]-base > 1.5) hm[fi1][fj1][fi][fj] = base+(hm[fi1][fj1][fi][fj]-base)*0.15;
else if (hm[fi1][fj1][fi][fj]-base > 2) hm[fi1][fj1][fi][fj] = base+(hm[fi1][fj1][fi][fj]-base)*0.2;
else if (hm[fi1][fj1][fi][fj]-base > 2.5) hm[fi1][fj1][fi][fj] = base+(hm[fi1][fj1][fi][fj]-base)*0.25;
else if (hm[fi1][fj1][fi][fj]-base > 3) hm[fi1][fj1][fi][fj] = base+(hm[fi1][fj1][fi][fj]-base)*0.3;
else if (hm[fi1][fj1][fi][fj]-base > 3.5) hm[fi1][fj1][fi][fj] = base+(hm[fi1][fj1][fi][fj]-base)*0.35;
else if (hm[fi1][fj1][fi][fj]-base > 4) hm[fi1][fj1][fi][fj] = base+(hm[fi1][fj1][fi][fj]-base)*0.4;
else if (hm[fi1][fj1][fi][fj]-base > 4.5) hm[fi1][fj1][fi][fj] = base+(hm[fi1][fj1][fi][fj]-base)*0.45;
else if (hm[fi1][fj1][fi][fj]-base > 5) hm[fi1][fj1][fi][fj] = base+(hm[fi1][fj1][fi][fj]-base)*0.5;
}
}
//: generate heightvalues to the hm[][][][] array
function calculate_height(fi1, fj1, fi, fj)
{
// sea bottom
if (wideness === 0 && highness === 0)
{
// 50 = chunkwidth, 49 = 49
let fx = fi1*50+fi;
let fz = fj1*50+fj;
// make it right in the end of chunks too
if (fi === 49) fx++;
if (fj === 49) fz++;
// variables so I don't have to calculate the same thing over and over
let fxXwideness = fx*6;
let _12XfxXwideness = 12*6;
let fzXwideness = fz*6;
let master2XfzXwideness = 5.448728*fzXwideness;
// main weights
a = ((3&2)* _12XfxXwideness + (3&6)*4.2 *master2XfzXwideness) * 0.01;
b = ((3&7)*12.6 *fxXwideness + (3&4)* master2XfzXwideness*0.6) * 0.01;
c = ((3&4)* _12XfxXwideness + (3&9)*12 *0.67316*master2XfzXwideness) * 0.01;
d = ((3&8)*12.6 *fxXwideness + (3&1)*12 *0.06875*master2XfzXwideness) * 0.01;
e = ((3&3)* _12XfxXwideness + (3)*6.6 *master2XfzXwideness) * 0.01;
let grelftemp = profile[a & 0xFF] + profile[b & 0xFF] - profile[c & 0xFF] + 3*profile[d & 0xFF] + profile[e & 0xFF];
hm[fi1][fj1][fi][fj] = sealevel-6 + 0.5 - 0.01*grelftemp;
}
// land
// LOCKED 231102
else
{
// Â--- tweaking ---- //
// none yet...
// ---- auto generating ---- //
// calculate height - main
let vgrelf = grelf();
let vgrelf3 = grelf3();
hm[fi1][fj1][fi][fj] = vgrelf3*highness*0.005; // testar att köra ALLT på master > 0.5! se om något blir fel! 231002
// calculate height - detail
let vgrelf_detail2 = grelf_detail2();
let vgrelf_detail = grelf_detail();
if (master2 > 5) { hm[fi1][fj1][fi][fj] += vgrelf_detail*highness*0.004; } // elseif
else { hm[fi1][fj1][fi][fj] += vgrelf_detail2*highness*0.001; }
// amplify heightvalue according to chunkmap
// (this creates triangles big as half a chunk, so the chunks themselves are formed to a large-scale terrain
// in the same way that that the blocks inside the chunk are)
let factor_chunkmap;
if (fi === 49 && fj === 49) factor_chunkmap = calculate_chunklevel(fi1+1, fj1+1, 0, 0); // this makes up for the weird gaps between the chunks (same as "if (fi === chunkwidth-1) fx++;" in set_weights())
else if (fi === 49) factor_chunkmap = calculate_chunklevel(fi1+1, fj1, 0, fj); // -||-
else if (fj === 49) factor_chunkmap = calculate_chunklevel(fi1, fj1+1, fi, 0); // -||-
else factor_chunkmap = calculate_chunklevel(fi1, fj1, fi, fj);
// ---- manual additions ---- //
// epper land
if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 33 && fj1 <= 35))
{
hm[fi1][fj1][fi][fj] -= 100;
terrain_make_plains(fi1,fj1,fi,fj,80);
terrain_amplify(fi1,fj1,fi,fj, 1+(3*(pseudorandom(fi1+fj1)-0.5)));
if (fi1 === 37 && fj1 === 34) terrain_amplify(fi1,fj1,fi,fj, 30);
if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 33 && fj1 <= 35)) hm[fi1][fj1][fi][fj] *= (0.17*factor_chunkmap); // epper land
if (fi1 === 38 && fj1 === 34)
{
if (distance_get_xz(fi,fj, 18,33) < 10) hm[fi1][fj1][fi][fj] = 1; // fighting-grop
}
if ((fi1 === 36 && fj1 === 34) && (fj > 22 && fj < 28)) hm[fi1][fj1][fi][fj] -= 2; // "ingång"
if ((fi1 === 37 && fj1 === 34) && (fj > 22 && fj < 28)) hm[fi1][fj1][fi][fj] -= 2;
if ((fi1 === 38 && fj1 === 34) && (fj > 22 && fj < 28 && fi < 5))hm[fi1][fj1][fi][fj] -= 2;
if (fi1 === 38 && fj1 === 33)
{
if (distance_get_xz(fi,fj, 21,38) < 9) hm[fi1][fj1][fi][fj] *= 2;
}
if (fi1 === 38 && fj1 === 33)
{
if (fi > 18 && fi < 22 && fj > 40 && fj < 48) hm[fi1][fj1][fi][fj] -= 0.4*distance_get_xz(fi,fj, 20,40);
}
if ((fi1 === 37 && fj1 === 34) && (fi >= 2 && fi <= 11 && fj >= 23 && fj <= 26)) hm[fi1][fj1][fi][fj] += 10-fi; // ski jump
if ((fi1 === 39 && fj1 === 35) && (fi >= 5 && fi <= 12 && fj >= 5 && fj <= 20)) hm[fi1][fj1][fi][fj] += (fj-5)*0.6; // ski jump 2
if ((fi1 === 37 && fj1 === 35) && fj >= 27 && (fi % 3 === 1 && fj % 4 === 1)) hm[fi1][fj1][fi][fj] += 10;
// push down
if (fi1 === 36) hm[fi1][fj1][fi][fj] -= 0.005 * (chunkwidth-fi)*(chunkwidth-fi);
if (fi1 === 39) hm[fi1][fj1][fi][fj] -= 0.005 * fi*fi;
if (fj1 === 33) hm[fi1][fj1][fi][fj] -= 0.007 * (chunkwidth-fj)*(chunkwidth-fj);
if (fj1 === 35) hm[fi1][fj1][fi][fj] -= 0.007 * fj*fj;
// lite tillägg
if ((fi1 === 37 && fj1 === 35) && (fj > 20 && fj <= 35 && fi > 27 && fi < 32)) hm[fi1][fj1][fi][fj] = sealevel+0.5; // flotte/brygga
if ((fi1 === 37 && fj1 === 35) && (fj > 35 && fj < 49 && fi > 20 && fi < 40)) hm[fi1][fj1][fi][fj] = sealevel+1;
// isflak ute på havet
if (hm[fi1][fj1][fi][fj] < sealevel-0.5 && fi % 5*pseudorandom(fi1+fi+fj) > 1 && fj % 3*pseudorandom(fi1+fj*fj) && vgrelf_detail > 350)
{
hm[fi1][fj1][fi][fj] = sealevel+0.2;
}
}
// epper bridge
else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 33 && fj1 <= 35))
{
hm[fi1][fj1][fi][fj] -= 110;
hm[fi1][fj1][fi][fj] *= (1.24*factor_chunkmap);
// - mitten
if (fj1 === 34)
{
if (hm[fi1][fj1][fi][fj] > sealevel+30 || hm[fi1][fj1][fi][fj] < sealevel-16) hm[fi1][fj1][fi][fj] = sealevel+0.25; // isflak
else hm[fi1][fj1][fi][fj] = sealevel-1.5;
if (fi1 === 33)
{
if (fi % 8 >= 4 && fj % 18 >= 18-18*pseudorandom(fj-fi)) hm[fi1][fj1][fi][fj] = sealevel+0.25;
if (fi % 3 === 0+Math.floor(3*pseudorandom(fj)) && fj % 3 === 0+Math.floor(3*pseudorandom(fi))) hm[fi1][fj1][fi][fj] = sealevel+1.25;
}
else if (fi1 === 34)
{
if (fi % 6 >= 4-(fj%3) && fj % 8 >= 5-(fi%4)) hm[fi1][fj1][fi][fj] = sealevel+0.25;
}
if (fi1 === 34 || fi1 === 35)
{
if (fj > 35) hm[fi1][fj1][fi][fj] += 0.2*(fj-35) + 0.001*vgrelf;
else if (fj < 15) hm[fi1][fj1][fi][fj] += 0.2*(15-fj) + 0.001*vgrelf3;
}
}
// - sidorna
else
{
hm[fi1][fj1][fi][fj] -= 60;
hm[fi1][fj1][fi][fj] *= 0.1;
}
// push down
// mitten
if (fj1 === 34)
{
if (fj < 7) hm[fi1][fj1][fi][fj] -= 0.05 * (12-fj)*(12-fj);
if (fj > 42) hm[fi1][fj1][fi][fj] -= 0.05 * (fj-37)*(fj-37);
}
// sidorna
else
{
if (fj1 === 33)
{
if (fj > 47) hm[fi1][fj1][fi][fj] -= 0.05 * (fj-40)*(fj-40)*(fj-40);
}
if (fj1 === 35)
{
if (fj < 3) hm[fi1][fj1][fi][fj] -= 0.05 * (10-fj)*(10-fj)*(10-fj);
}
}
if (fi1 === 33 && fi < 9) hm[fi1][fj1][fi][fj] -= 0.05 * (9-fi)*(9-fi)*(9-fi);
if (fi1 === 35 && fi > chunkwidth-9) hm[fi1][fj1][fi][fj] -= 0.05 * (fi-41)*(fi-41)*(fi-41);
if (fj1 === 33 && fj < 9) hm[fi1][fj1][fi][fj] -= 0.05 * (9-fj)*(9-fj)*(9-fj);
if (fj1 === 35 && fj > chunkwidth-9) hm[fi1][fj1][fi][fj] -= 0.05 * (fj-41)*(fj-41)*(fj-41);
if (fj1 === 35 && fj > chunkwidth-4) hm[fi1][fj1][fi][fj] = vgrelf3*0.01 - 8;
}
// magnet island
else if ((fi1 >= 36 && fi1 <= 41) && (fj1 >= 27 && fj1 <= 32))
{
hm[fi1][fj1][fi][fj] -= 340;
hm[fi1][fj1][fi][fj] *= -1.5;
hm[fi1][fj1][fi][fj] -= 200;
if (fj1 <= 30 || (fj1 === 31 && fj < 8)) hm[fi1][fj1][fi][fj] += 30;
terrain_make_plains(fi1,fj1,fi,fj, 25);
// push down
if (fi1 === 36) hm[fi1][fj1][fi][fj] -= 1.5 * (49-fi);
if (fi1 === 39) hm[fi1][fj1][fi][fj] -= 1.5 * fi;
if (fj1 === 28) hm[fi1][fj1][fi][fj] -= 1.5 * (49-fj);
if (fj1 === 32) hm[fi1][fj1][fi][fj] -= 1.5 * fj;
hm[fi1][fj1][fi][fj] = 2*Math.floor(0.5*hm[fi1][fj1][fi][fj]); // bara jämna steg
// "tunnel"
if (fj1 === 31 && fj >= 2 && fj <= 21) hm[fi1][fj1][fi][fj] = sealevel-2;
// "klippdal"s-broar
if (((fi1 === 37 && fj1 === 29 && fj < 45) && hm[fi1][fj1][fi][fj] <= 3) || ((fi1 === 37 && fj1 === 28 && fj > 46) && hm[fi1][fj1][fi][fj] <= 3))
{
if (fi % 13 === 2 || fi % 13 === 3 || fi % 13 === 4 || fi % 13 === 5) hm[fi1][fj1][fi][fj] = 3;
}
// magnet factory platå
if ((fi1 === 37 && fj1 === 28) && fj < 43 && fj > 3 && fi > 3 && fi < 46) hm[fi1][fj1][fi][fj] = sealevel+1;
// next station
if ((fi1 === 37 && fj1 === 27))
{
hm[fi1][fj1][fi][fj] -= 100;
terrain_make_plains(fi1,fj1,fi,fj, 5);
}
// dogert fps
if ((fi1 === 38 && fj1 === 27))
{
hm[fi1][fj1][fi][fj] -= 100;
terrain_make_plains(fi1,fj1,fi,fj, 5);
if (distance_get_xz(fi,fj, 41,9) < 2) hm[fi1][fj1][fi][fj] *= 1.3; // klumpar
else if (distance_get_xz(fi,fj, 20,19) < 2) hm[fi1][fj1][fi][fj] *= 0.6;
else if (distance_get_xz(fi,fj, 24,40) < 3) hm[fi1][fj1][fi][fj] *= 1.3;
else if (distance_get_xz(fi,fj, 6,25) < 2) hm[fi1][fj1][fi][fj] *= 1.2;
}
// corridor
if (fi1 === 39 && fj1 === 27)
{
hm[fi1][fj1][fi][fj] = 5;
}
// magnet factory factory
if (fi1 === 38 && fj1 === 28)
{
let mdist = distance_get_xz(fi,fj, 24,22);
if (mdist < 11) hm[fi1][fj1][fi][fj] = vgrelf - 0.5*mdist - 467;
}
// rings
if (fi1 >= 39 && fi1 <= 41 && fj1 >= 28 && fj1 <= 30)
{
// planet
if (fi1 === 40 && fj1 === 29)
{
let planety = Math.sqrt(23*23 - (fi-25)*(fi-25) - (fj-25)*(fj-25)) - 5; // 23 = radie, 25 = center. 5 = nedsänkning
if (planety > sealevel-1) hm[fi1][fj1][fi][fj] = planety;
else hm[fi1][fj1][fi][fj] = sealevel-12;
}
// rings
else
{
let rdist = distance_get_oval_xz(x_in_chunk_to_x(fi1,fi),x_in_chunk_to_x(fj1,fj), 40*(chunkwidth-1)+25,29*(chunkwidth-1)+25, 0.5, 2);
if (rdist >= 41 && rdist <= 50) hm[fi1][fj1][fi][fj] = sealevel+0.3;
else hm[fi1][fj1][fi][fj] = sealevel-12;
}
}
}
// magnet archipelago
else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 28 && fj1 <= 32))
{
hm[fi1][fj1][fi][fj] -= 45;
hm[fi1][fj1][fi][fj] *= (1.24*factor_chunkmap);
hm[fi1][fj1][fi][fj] += 1.4;
// push down
if ((fi1 === 35 && fj1 === 30) && fj > 4 && fj < 18) hm[fi1][fj1][fi][fj] = sealevel-1;
if ((fi1 === 35 && fj1 === 30) && fj >= 9 && fj <= 12) hm[fi1][fj1][fi][fj] = sealevel+((49-fi)*0.05) + (35-fi1)*2.45 + 0.5;
if ((fi1 === 34 && fj1 === 30) && fj > 4 && fj < 18) hm[fi1][fj1][fi][fj] = sealevel-1;
if ((fi1 === 34 && fj1 === 30) && fj >= 9 && fj <= 12) hm[fi1][fj1][fi][fj] = sealevel+((49-fi)*0.05) + (35-fi1)*2.45 + 0.5;
if ((fi1 === 33 && fj1 === 30) && fj > 4 && fj < 18) hm[fi1][fj1][fi][fj] = sealevel-1;
if ((fi1 === 33 && fj1 === 30) && fj >= 9 && fj <= 12) hm[fi1][fj1][fi][fj] = sealevel+((49-fi)*0.05) + (35-fi1)*2.45 + 0.5;
// push down (igen)
if (fi1 === 33 && fi < 20) hm[fi1][fj1][fi][fj] -= 0.05 * (20-fi)*(20-fi);
if (fi1 === 35 && fi > 20) hm[fi1][fj1][fi][fj] -= 0.05 * (fi-20)*(fi-20);
if (fj1 === 28 && fj < 20) hm[fi1][fj1][fi][fj] -= 0.05 * (20-fj)*(20-fj); // slut på hela skiten
// if (fj1 === 30 && fj < 37 && fj > 13) hm[fi1][fj1][fi][fj] -= 0.05 * (37-fj)*(37-fj); // slut innan bron
if (fj1 === 32 && fj > 20) hm[fi1][fj1][fi][fj] -= 0.05 * (fj-20)*(fj-20);
hm[fi1][fj1][fi][fj] -= 3;
// underwater
if (hm[fi1][fj1][fi][fj] < sealevel-0.5) hm[fi1][fj1][fi][fj] *= 1.8;
hm[fi1][fj1][fi][fj] += 1;
}
// tjörn
else if ((fi1 >= 32 && fi1 <= 35) && (fj1 >= 36 && fj1 <= 38))
{
if (fi1 === 33 && fj1 === 38) terrain_amplify(fi1,fj1,fi,fj, 2.3); // berg
else if (fi1 === 33 && fj1 === 36) terrain_amplify(fi1,fj1,fi,fj, 1.7); // berg
else if (fi1 === 32 && fj1 === 37) terrain_amplify(fi1,fj1,fi,fj, 1.3); // (race start)
if ((fi1 === 34 || fi1 === 35) && (fj1 === 36 || fj1 === 37))
{
terrain_amplify_4chunks(34,36,fi1,fj1,fi,fj, 0.7, 0.7); // klubbhus berg
}
if (fi1 % 2 === 0 && fj1 % 2 === 0)
{
let dist = distance_get_xz(fi,fj, 12,24);
let dist2 = distance_get_xz(fi,fj, 2,24);
if (dist < 10) hm[fi1][fj1][fi][fj] += (10-dist2) + 10*(pseudorandom(fi*fj)-0.4);
}
if ((fi1 >= 32 && fi1 <= 35) && (fj1 >= 36 && fj1 <= 38)) hm[fi1][fj1][fi][fj] *= 0.12; // tjörn
if ((fi1 >= 32 && fi1 <= 35) && (fj1 >= 36 && fj1 <= 38)) hm[fi1][fj1][fi][fj] += 10-9.248347-1; // tjörn
hm[fi1][fj1][fi][fj] -= 4;
if ((fi1 === 34 && fj1 === 37) && (fi > 15 && fi < 35 && fj > 10 && fj < 30)) hm[fi1][fj1][fi][fj] = sealevel+0.3; // industri-platta
if ((fi1 === 32 && fj1 === 38) && distance_get_xz(fi,fj, 42,31) < 7) hm[fi1][fj1][fi][fj] = sealevel+0.3; // gym
if ((fi1 === 32 && fj1 === 38) && distance_get_xz(fi,fj, 42,32) < 2) hm[fi1][fj1][fi][fj] = sealevel-0.5; // gym sjö
if (hm[fi1][fj1][fi][fj] < sealevel-0.75) hm[fi1][fj1][fi][fj] = sealevel-0.75;
if ((fi1 === 32 && fj1 === 37) && distance_get_xz(fi,fj, 19,9) < 5) hm[fi1][fj1][fi][fj] = 0; // (race start)
// push down
if (fi1 === 32 && fi < 9) hm[fi1][fj1][fi][fj] -= 0.05 * (9-fi)*(9-fi)*(9-fi);
if (fi1 === 35 && fi > chunkwidth-9) hm[fi1][fj1][fi][fj] -= 0.05 * (fi-41)*(fi-41)*(fi-41);
if (fj1 === 36 && fj < 9) hm[fi1][fj1][fi][fj] -= 0.05 * (9-fj)*(9-fj)*(9-fj);
if (fj1 === 38 && fj > chunkwidth-9) hm[fi1][fj1][fi][fj] -= 0.05 * (fj-41)*(fj-41)*(fj-41);
if (fi1 === 32 && fi < 4) hm[fi1][fj1][fi][fj] = vgrelf3*0.01 - 8;
if (fi1 === 35 && fi > chunkwidth-4) hm[fi1][fj1][fi][fj] = vgrelf3*0.01 - 8;
if (fj1 === 36 && fj < 4) hm[fi1][fj1][fi][fj] = vgrelf3*0.01 - 8;
if (fj1 === 38 && fj > chunkwidth-4) hm[fi1][fj1][fi][fj] = vgrelf3*0.01 - 8;
// weirdness noise
if (grelf_weird() > 18)
{
if (pseudorandom(20*Math.floor((fi+fj)*0.05)) > 0.5) hm[fi1][fj1][fi][fj] -= 2;
else hm[fi1][fj1][fi][fj] += 2;
}
// fotbollsplan
if (fi1 === 33 && fj1 === 36 && fi >= 30 && fj >= 20 && fj <= 43) hm[fi1][fj1][fi][fj] = 0;
else if (fi1 === 34 && fj1 === 36 && fi <= 14 && fj >= 20 && fj <= 43) hm[fi1][fj1][fi][fj] = 0;
}
// norway
else if ((fi1 >= 29 && fi1 <= 30) && (fj1 >= 35 && fj1 <= 40))
{
terrain_amplify(fi1,fj1,fi,fj, 1+pseudorandom(fi1+fj1)); // variationer
if ((fi1 >= 29 && fi1 <= 30) && (fj1 >= 35 && fj1 <= 40)) hm[fi1][fj1][fi][fj] *= 0.2; // norway
// Denna gör att det blir högre berg ju mer åt z-riktninig man åker: 0.003*((fj1*49+fj)-35*49)
// Denna skapar en sinus-kurva likt en Rjukan-dal: (1+Math.sin(3 * Math.PI * (((fi1*49+fi)-(29*49)) / 100)))
hm[fi1][fj1][fi][fj] *= 0.003*((fj1*49+fj)-35*49) * 1.3*(1+Math.sin(3 * Math.PI * (((fi1*49+fi)-(29*49)) / 100))); // sinus curve creating Rjukan valley
hm[fi1][fj1][fi][fj] += 0.004*vgrelf_detail;
hm[fi1][fj1][fi][fj] -= 2.5; // fjord
if (fj1 === 40) terrain_amplify(fi1,fj1,fi,fj, -0.5); // lite coola berg & sjö, av nån anledning
// push down
if (fi1 === 29) hm[fi1][fj1][fi][fj] -= 0.004 * (chunkwidth-fi)*(chunkwidth-fi);
if (fi1 === 30) hm[fi1][fj1][fi][fj] -= 0.006 * fi*fi;
if (fj1 === 35) hm[fi1][fj1][fi][fj] -= 0.001 * (chunkwidth-fj)*(chunkwidth-fj);
if (fj1 === 40) hm[fi1][fj1][fi][fj] -= 0.008 * fj*fj;
hm[fi1][fj1][fi][fj] -= 2; // djupare fjord
}
// hårass land
else if ((fi1 >= 31 && fi1 <= 35) && (fj1 >= 39 && fj1 <= 41))
{
if ((fi1 >= 33 && fi1 <= 34) && (fj1 >= 39 && fj1 <= 40))
{
if ((fi+fj) % 4 === 0) hm[fi1][fj1][fi][fj] -= vgrelf_detail*0.001; // sjö
terrain_amplify_4chunks(33,39,fi1,fj1,fi,fj, -0.7, 1.3); // sjö forts.
}
terrain_amplify(fi1,fj1,fi,fj, (pseudorandom(fi1*fj1)*2)-1); // small random differences
if ((fi1 >= 31 && fi1 <= 35) && (fj1 >= 39 && fj1 <= 41)) hm[fi1][fj1][fi][fj] *= (0.5*factor_chunkmap); // hårass land
if ((fi1 >= 31 && fi1 <= 35) && (fj1 >= 39 && fj1 <= 41)) hm[fi1][fj1][fi][fj] += 10-9.248347; // hårass land
// flod-delta
hm[fi1][fj1][fi][fj] *= 0.01*((fi1*49+fi)-31*49); // mer land ju mer åt z-hållet
hm[fi1][fj1][fi][fj] -= 2;
let tmp = hm[fi1][fj1][fi][fj] - sealevel; // utjämna runt sealevel så det blir platt men land/vatten-förhållandet blir samma
tmp *= 0.03;
hm[fi1][fj1][fi][fj] = sealevel + tmp;
if (fi1 >= 34)
{
hm[fi1][fj1][fi][fj] += 0.02*((fi1*49+fi)-34*49); // högre ju mer åt z-hållet
// kinesiska risfält-"backar"
hm[fi1][fj1][fi][fj] += 5;
hm[fi1][fj1][fi][fj] *= 20;
hm[fi1][fj1][fi][fj] -= 85;
hm[fi1][fj1][fi][fj] = Math.floor(hm[fi1][fj1][fi][fj]);
// små berg
if (vgrelf < 200)
{
hm[fi1][fj1][fi][fj] += 0.5;
hm[fi1][fj1][fi][fj] *= 4;
}
}
if (fi1 === 34 && fj1 === 40)
{
if (distance_get_xz(fi,fj, 42,9) < 6) hm[fi1][fj1][fi][fj] -= 6-0.1*distance_get_xz(fi,fj, 42,9); // oas
if (fj > 30 && fj < 40 && fi > 5 && fi < 45) hm[fi1][fj1][fi][fj] *= Math.sin(fi); // jobbiga gupp
if (distance_get_xz(fi,fj, 22,9) < 6 && fi < 22) hm[fi1][fj1][fi][fj] += 0.2 * (6-distance_get_xz(fi,fj, 22,9)); // sanddyner
if (distance_get_xz(fi,fj, 22,41) < 6 && fi < 22) hm[fi1][fj1][fi][fj] += 0.2 * (6-distance_get_xz(fi,fj, 22,41));
if (distance_get_xz(fi,fj, 41,36) < 6 && fi < 41) hm[fi1][fj1][fi][fj] += 0.2 * (6-distance_get_xz(fi,fj, 41,36));
if (distance_get_xz(fi,fj, 15,25) < 6 && fi < 15) hm[fi1][fj1][fi][fj] += 0.2 * (6-distance_get_xz(fi,fj, 15,25));
}
hm[fi1][fj1][fi][fj] -= 10;
if (fi1 <= 33) hm[fi1][fj1][fi][fj] += 0.02*vgrelf+4; // sanddyner
// push down
if (fi1 === 31 && fi < 10) hm[fi1][fj1][fi][fj] -= 0.012 * (10-fi);
if (fi1 === 33 && fi >= 40) hm[fi1][fj1][fi][fj] -= 0.1 * (fi-40)*(fi-40); // slut på sanddyner
if (fi1 === 35) hm[fi1][fj1][fi][fj] -= 0.015 * fi*fi; // slut på hela skiten
if (fj1 === 39) hm[fi1][fj1][fi][fj] -= 0.005 * (chunkwidth-fj)*(chunkwidth-fj);
if (fj1 === 41) hm[fi1][fj1][fi][fj] -= 0.005 * fj*fj;
}
// haftlan-drakh
else if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 36 && fj1 <= 41))
{
terrain_make_plains(fi1,fj1,fi,fj, 40);
if (fi1 === 37 && fj1 === 37) terrain_amplify(fi1,fj1,fi,fj, -4); // haftlan-drakh, deep lake
if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 36 && fj1 <= 41)) hm[fi1][fj1][fi][fj] *= (1.24*factor_chunkmap); // haftlan-drakh
if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 36 && fj1 <= 41)) hm[fi1][fj1][fi][fj] += 5-9.248347; // haftlan-drakh. konstigt tal är för att fixa efter sealevel-fel
if ((fi1 === 39 && fj1 === 38) && (fi > 1 && fi < 16 && fj > 20 && fj < 36) && (hm[fi1][fj1][fi][fj] > 10 && hm[fi1][fj1][fi][fj] < 20)) hm[fi1][fj1][fi][fj] = 14; // platå (dark gandalf)
if ((fi1 === 37 && fj1 === 37) && distance_get_xz(fi,fj, 25,30) < 8) hm[fi1][fj1][fi][fj] = sealevel-10+0.03*vgrelf_detail; // ö i sjö?
if (fi1 === 37 && fj1 === 41) terrain_amplify(fi1,fj1,fi,fj, -1); // sjö
// push down
if (fi1 === 36) hm[fi1][fj1][fi][fj] -= 0.0003 * (chunkwidth-fi)*(chunkwidth-fi)*(chunkwidth-fi);
if (fi1 === 39) hm[fi1][fj1][fi][fj] -= 0.0008 * fi*fi*fi;
if (fj1 === 36) hm[fi1][fj1][fi][fj] -= 0.0003 * (chunkwidth-fj)*(chunkwidth-fj)*(chunkwidth-fj);
if (fj1 === 41) hm[fi1][fj1][fi][fj] -= 0.0003 * fj*fj*fj;
if (fi1 === 39 && fj1 === 39)
{
let hotspring_dist = distance_get_xz(fi,fj, 21,8);
if (hotspring_dist < 2) hm[fi1][fj1][fi][fj] = sealevel-1; // hotspring
if (hotspring_dist >= 2 && hotspring_dist <= 3) hm[fi1][fj1][fi][fj] = sealevel+0.5;
hotspring_dist = distance_get_xz(fi,fj, 26,18);
if (hotspring_dist < 2) hm[fi1][fj1][fi][fj] = sealevel-1;
if (hotspring_dist >= 2 && hotspring_dist <= 3) hm[fi1][fj1][fi][fj] = sealevel+0.5;
}
}
// hongkong/japan
else if ((fi1 >= 29 && fi1 <= 32) && (fj1 >= 28 && fj1 <= 34))
{
if (fi1 === 30 && fj1 === 33 && fi > 6 && fj > 6 && fi < 43 && fj < 43 && hm[fi1][fj1][fi][fj] < 30) hm[fi1][fj1][fi][fj] -= 4*(30-hm[fi1][fj1][fi][fj]); // lakes?
hm[fi1][fj1][fi][fj] *= (1.24*factor_chunkmap);
if ((fi1 >= 30 && fi1 <= 31) && (fj1 >= 33 && fj1 <= 34)) // golf course
{
let dist = distance_get_xz(x_in_chunk_to_x(fi1,fi), x_in_chunk_to_x(fj1,fj), x_in_chunk_to_x(31,0), x_in_chunk_to_x(34,0));
if (dist < chunkwidth-2 && dist > 3) hm[fi1][fj1][fi][fj] = sealevel+3 + hm[fi1][fj1][fi][fj] * (7/dist);
if (fi1 === 31 && fj1 === 33) terrain_amplify(fi1,fj1,fi,fj, -0.3);
if (fi1 === 31 && fj1 === 33 && distance_get_xz(fi,fj, 25,25) < 4) { hm[fi1][fj1][fi][fj] *= -0.2; hm[fi1][fj1][fi][fj] -= 1.5; }
}
// grustag of shame
else if (fi1 === 30 && fj1 === 32)
{
let val = vgrelf;
if (fi > 5 && fj > 5 && fi < 40 && fj < 40 && (!(fi >= 35 && fj >= 35)) && val > 250 && val < 400)
{
terrain_make_plains(fi1,fj1,fi,fj, 9);
terrain_amplify(fi1,fj1,fi,fj, -0.3);
}
}
if ((fi1 === 30 && fj1 === 29) && distance_get_xz(fi,fj, 18,13) < 9) hm[fi1][fj1][fi][fj] = 9.3; // upphöjt/nedsänkt (magnet festival)
// push down
if (fi1 === 29) hm[fi1][fj1][fi][fj] -= 0.011 * (chunkwidth-fi)*(chunkwidth-fi);
if (fi1 === 32) hm[fi1][fj1][fi][fj] -= 0.009 * fi*fi;
if (fj1 === 28) hm[fi1][fj1][fi][fj] -= 0.012 * (chunkwidth-fj)*(chunkwidth-fj);
if (fj1 === 34) hm[fi1][fj1][fi][fj] -= 0.007 * fj*fj;
if (fj1 === 34) terrain_amplify(fi1,fj1,fi,fj, -0.4*pseudorandom(fi1));
if ((fi1 === 32 || fi1 === 31) && (fj1 === 32 ||fj1 === 31))
{
if ((fj1 === 31 && fj > 4) || (fj1 === 32 && fj < 45))
{
if (fi1 === 31 && fi > 0.1*vgrelf) terrain_make_plains(fi1,fj1,fi,fj, 8);// dogertcliff
else if (fi1 === 32 && fi < 0.1*vgrelf) terrain_make_plains(fi1,fj1,fi,fj, 8);// dogertcliff
}
}
// förändring 230814
hm[fi1][fj1][fi][fj] *= 2;
terrain_make_plains(fi1,fj1,fi,fj, 5);
hm[fi1][fj1][fi][fj] -= 5;
if (fi1 === 30 && fj1 === 30 && fi > 3 && fi < 46 && fj > 3 && fj < 46)
{
let g3 = vgrelf3;
if (g3 > 100) terrain_amplify(fi1,fj1,fi,fj, -0.2);
else if (g3 < 50) terrain_amplify(fi1,fj1,fi,fj, -0.2);
else if (g3 > 60 && g3 < 90) terrain_amplify(fi1,fj1,fi,fj, 0.3);
}
}
// pir
else if (fi1 === 32 && fj1 === 35)
{
hm[fi1][fj1][fi][fj] += 0.04*vgrelf3 - 0.5*Math.abs(fi-40) + 2;
let tmp = 0.1 * (hm[fi1][fj1][fi][fj] - sealevel);
hm[fi1][fj1][fi][fj] = sealevel + tmp;
if (distance_get_xz(fi,fj, 24,33) < 6) hm[fi1][fj1][fi][fj] += 0.8; // garden
if (fi >= 27 && fi <= 28 && fj >= 34 && fj <= 36) hm[fi1][fj1][fi][fj] = sealevel-0.1;
if (fi >= 20 && fi <= 22 && fj >= 31 && fj <= 33) hm[fi1][fj1][fi][fj] += 1;
// push down
if (fi < 13) hm[fi1][fj1][fi][fj] -= 0.01 * (13-fi)*(13-fi)*(13-fi);
if (fi > chunkwidth-13) hm[fi1][fj1][fi][fj] -= 0.01 * (fi-37)*(fi-37)*(fi-37);
if (fj < 13) hm[fi1][fj1][fi][fj] -= 0.01 * (13-fj)*(13-fj)*(13-fj);
if (fj > chunkwidth-13) hm[fi1][fj1][fi][fj] -= 0.01 * (fj-37)*(fj-37)*(fj-37);
hm[fi1][fj1][fi][fj] -= 0.6;
}
// fire
else if (fi1 === 31 && fj1 === 35)
{
hm[fi1][fj1][fi][fj] -= 7;
hm[fi1][fj1][fi][fj] *= (1.24*factor_chunkmap);
// push down
hm[fi1][fj1][fi][fj] -= 15;
hm[fi1][fj1][fi][fj] += 18 - 0.5*distance_get_xz(fi,fj, 25,25);
}
// leaves
else if (fi1 === 31 && fj1 === 38)
{
hm[fi1][fj1][fi][fj] -= 7;
hm[fi1][fj1][fi][fj] *= (1.24*factor_chunkmap);
// push down
hm[fi1][fj1][fi][fj] -= 15;
hm[fi1][fj1][fi][fj] *= 0.2;
if (fi < 5) hm[fi1][fj1][fi][fj] -= 0.05 * (5-fi)*(5-fi)*(5-fi);
if (fi > chunkwidth-5) hm[fi1][fj1][fi][fj] -= 0.05 * (fi-45)*(fi-45)*(fi-45);
if (fj < 15) hm[fi1][fj1][fi][fj] -= 0.05 * (15-fj)*(15-fj)*(15-fj);
// if (fj > chunkwidth-5) hm[fi1][fj1][fi][fj] -= 0.001 * (fj-45)*(fj-45)*(fj-45);
}
// passage 1
else if (fi1 === 28 && fj1 === 33)
{
hm[fi1][fj1][fi][fj] *= (1.24*factor_chunkmap);
// push down
hm[fi1][fj1][fi][fj] -= 5;
if (fi > chunkwidth-19) hm[fi1][fj1][fi][fj] -= 0.02 * (fi-30)*(fi-30);
if (fi < 19) hm[fi1][fj1][fi][fj] -= 0.01 * (19-fi)*(19-fi);
if (fj > chunkwidth-19) hm[fi1][fj1][fi][fj] -= 0.007 * (fj-30)*(fj-30);
if (fj < 19) hm[fi1][fj1][fi][fj] -= 0.007 * (19-fj)*(19-fj);
}
// passage 2
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 33 && fj1 <= 41))
{
hm[fi1][fj1][fi][fj] *= (1.24*factor_chunkmap);
if (fi1 === 27 && fj1 === 35) terrain_amplify(fi1,fj1,fi,fj, -0.2);
if (fi1 === 26 && fj1 === 36) terrain_amplify(fi1,fj1,fi,fj, -0.2);
if (fi1 === 27 && fj1 === 39) terrain_amplify(fi1,fj1,fi,fj, -0.35);
// push down
hm[fi1][fj1][fi][fj] -= 5;
terrain_make_plains(fi1, fj1, fi, fj, 1.1);
if ((fi1 === 27 && fj1 === 34) && (fi >= 1 && fi <= 19 && fj >= 2)) hm[fi1][fj1][fi][fj] = 0.6; // flygplats airport
if ((fi1 === 27 && fj1 === 35) && (fi >= 1 && fi <= 19 && fj <= 36)) hm[fi1][fj1][fi][fj] = 0.6;
if (fi1 === 26 && fi < 23) hm[fi1][fj1][fi][fj] -= 0.015 * (23-fi)*(23-fi);
if (fi1 === 26 && fi < 5) hm[fi1][fj1][fi][fj] -= 0.13 * (5-fi)*(5-fi);
if (fi1 === 27 && fi > chunkwidth-19) hm[fi1][fj1][fi][fj] -= 0.02 * (fi-30)*(fi-30);
if (fi1 === 27 && fi > chunkwidth-5) hm[fi1][fj1][fi][fj] -= 0.13 * (fi-44)*(fi-44);
if (fj1 === 33 && fj < 23) hm[fi1][fj1][fi][fj] -= 0.015 * (23-fj)*(23-fj);
if (fj1 === 41 && fj > chunkwidth-19) hm[fi1][fj1][fi][fj] -= 0.02 * (fj-30)*(fj-30);
if (fi1 === 26 && fj1 === 38 && distance_get_xz(fi,fj, 25,23) < 15) hm[fi1][fj1][fi][fj] = 1.3; // datacenter
}
// passage 3
else if ((fi1 >= 28 && fi1 <= 30) && fj1 === 41)
{
hm[fi1][fj1][fi][fj] *= (1.24*factor_chunkmap);
if (fi1 === 28 && fj1 === 41) terrain_amplify(fi1,fj1,fi,fj, 0.35);
if (fi1 === 28 && fj1 === 41 && distance_get_xz(fi,fj, 25,25) < 3.7) hm[fi1][fj1][fi][fj] = sealevel-3; // crater
// push down
hm[fi1][fj1][fi][fj] -= 5;
terrain_make_plains(fi1, fj1, fi, fj, 1.1);
if (fi1 === 28 && fi < 23) hm[fi1][fj1][fi][fj] -= 0.02 * (23-fi)*(23-fi);
if (fi1 === 28 && fi < 5) hm[fi1][fj1][fi][fj] -= 0.14 * (5-fi)*(5-fi);
if (fi1 === 30 && fi > chunkwidth-19) hm[fi1][fj1][fi][fj] -= 0.02 * (fi-30)*(fi-30);
if (fi1 === 30 && fi > chunkwidth-5) hm[fi1][fj1][fi][fj] -= 0.13 * (fi-44)*(fi-44);
if (fj < 23) hm[fi1][fj1][fi][fj] -= 0.015 * (23-fj)*(23-fj);
if (fj < 5) hm[fi1][fj1][fi][fj] -= 0.3 * (5-fj)*(5-fj);
if (fj > chunkwidth-19) hm[fi1][fj1][fi][fj] -= 0.02 * (fj-30)*(fj-30);
}
// dark waters
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 26 && fj1 <= 31))
{
hm[fi1][fj1][fi][fj] -= 45;
hm[fi1][fj1][fi][fj] *= 1;
// push down
if (fi1 === 26 && fi < 20) hm[fi1][fj1][fi][fj] -= 0.03 * (20-fi)*(20-fi);
else if (fi1 === 27 && fi > 25) hm[fi1][fj1][fi][fj] -= 0.02 * (fi-25)*(fi-25);
else if (fj1 === 26 && fi < 10) hm[fi1][fj1][fi][fj] -= 0.02 * (10-fj)*(10-fj);
else if (fj1 === 31 && fi > 25) hm[fi1][fj1][fi][fj] -= 0.02 * (fj-25)*(fj-25);
}
else
{
hm[fi1][fj1][fi][fj] *= (1.24*factor_chunkmap);
}
// sea bottom - is in two places! just make sure the code is the same, it shouldn't run two times anyway?
if (hm[fi1][fj1][fi][fj] < sealevel-6)
{
// 50 = chunkwidth, 49 = 49
let fx = fi1*50+fi;
let fz = fj1*50+fj;
// make it right in the end of chunks too
if (fi === 49) fx++;
if (fj === 49) fz++;
// variables so I don't have to calculate the same thing over and over
let fxXwideness = fx*6;
let _12XfxXwideness = 12*6;
let fzXwideness = fz*6;
let master2XfzXwideness = 5.448728*fzXwideness;
// main weights
a = ((3&2)* _12XfxXwideness + (3&6)*4.2 *master2XfzXwideness) * 0.01;
b = ((3&7)*12.6 *fxXwideness + (3&4)* master2XfzXwideness*0.6) * 0.01;
c = ((3&4)* _12XfxXwideness + (3&9)*12 *0.67316*master2XfzXwideness) * 0.01;
d = ((3&8)*12.6 *fxXwideness + (3&1)*12 *0.06875*master2XfzXwideness) * 0.01;
e = ((3&3)* _12XfxXwideness + (3)*6.6 *master2XfzXwideness) * 0.01;
let grelftemp = profile[a & 0xFF] + profile[b & 0xFF] - profile[c & 0xFF] + 3*profile[d & 0xFF] + profile[e & 0xFF];
hm[fi1][fj1][fi][fj] = sealevel-6 + 0.5 - 0.004*grelftemp;
}
}
}
//: heightvalues generated by the in-game "minecraft" editor. this runs only one time per chunk, otherwise it's very slow. these should get added after everything else (if everything is set up right).
function calculate_height_after(fi1, fj1)
{
if (fi1 === 30 && fj1 === 35)
{
// norway liten o
hm[30][35][20][42] = 0.2;
hm[30][35][21][42] = 0.2;
hm[30][35][21][43] = 0.2;
hm[30][35][20][43] = 0.2;
hm[30][35][20][44] = 0.2;
hm[30][35][20][45] = 0.2;
hm[30][35][19][45] = 0.2;
hm[30][35][19][46] = 0.2;
hm[30][35][21][46] = 0.2;
hm[30][35][21][45] = 0.2;
hm[30][35][22][45] = 0.2;
hm[30][35][23][45] = 0.2;
hm[30][35][23][46] = 0.2;
hm[30][35][24][46] = 0.2;
hm[30][35][24][47] = 0.2;
hm[30][35][23][47] = 0.2;
hm[30][35][22][48] = 0.2;
hm[30][35][22][48] = 0.2;
hm[30][35][21][48] = 0.2;
hm[30][35][21][47] = 0.2;
hm[30][35][20][47] = 0.2;
hm[30][35][20][46] = 0.2;
// norway avlang o
hm[30][35][3][22] = -0.4;
hm[30][35][4][22] = -0.4;
hm[30][35][5][22] = -0.4;
hm[30][35][5][21] = -0.4;
hm[30][35][6][21] = -0.4;
hm[30][35][7][21] = -0.4;
hm[30][35][8][21] = -0.4;
hm[30][35][7][20] = -1.1;
hm[30][35][6][20] = -1.1;
hm[30][35][5][20] = -1.1;
hm[30][35][4][20] = -1.1;
hm[30][35][4][21] = -1.1;
hm[30][35][3][21] = -1.1;
hm[30][35][3][20] = -1.1;
hm[30][35][2][20] = -1.1;
hm[30][35][2][21] = -1.1;
hm[30][35][1][21] = -1.1;
hm[30][35][1][20] = -1.1;
hm[30][35][1][19] = -1.1;
hm[30][35][0][20] = -1.1;
hm[30][35][0][19] = -1.1;
}
if (fi1 === 35 && fj1 === 40)
{
// harass town hus
hm[35][40][10][27] = 8.9;
hm[35][40][10][26] = 8.9;
hm[35][40][9][26] = 8.9;
hm[35][40][9][25] = 8.9;
hm[35][40][8][25] = 8.9;
hm[35][40][8][26] = 8.9;
hm[35][40][8][28] = 8.9;
hm[35][40][8][29] = 8.9;
hm[35][40][8][30] = 8.9;
hm[35][40][9][30] = 8.9;
hm[35][40][9][29] = 8.9;
hm[35][40][9][28] = 8.9;
hm[35][40][10][28] = 8.9;
hm[35][40][10][29] = 8.9;
hm[35][40][11][29] = 8.9;
hm[35][40][11][28] = 8.9;
hm[35][40][12][27] = 8.9;
hm[35][40][12][26] = 8.9;
hm[35][40][11][26] = 8.9;
hm[35][40][11][27] = 8.9;
hm[35][40][11][28] = 8.5;
hm[35][40][11][29] = 8.5;
hm[35][40][12][29] = 8.5;
hm[35][40][12][28] = 8.5;
hm[35][40][13][28] = 8.5;
hm[35][40][13][29] = 8.5;
hm[35][40][14][29] = 8.5;
hm[35][40][14][28] = 8.5;
hm[35][40][14][27] = 8.5;
hm[35][40][13][27] = 8.5;
hm[35][40][12][27] = 8.5;
hm[35][40][11][27] = 8.5;
hm[35][40][11][26] = 8.5;
hm[35][40][12][26] = 8.5;
hm[35][40][13][26] = 8.5;
hm[35][40][14][26] = 8.5;
hm[35][40][14][25] = 8.5;
hm[35][40][13][25] = 8.5;
hm[35][40][12][25] = 8.5;
hm[35][40][11][25] = 8.5;
for (let fi = 4; fi <= 6; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 4; fi <= 6; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 4; fi <= 6; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 4; fi <= 6; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 7; fi <= 9; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 7; fi <= 9; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 7; fi <= 9; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 7; fi <= 9; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 24; fj <= 26; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 24; fj <= 26; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[35][40][fi][fj] = 7.7; } }
for (let fi = 6; fi <= 8; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[35][40][fi][fj] = 8.0; } }
for (let fi = 9; fi <= 11; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[35][40][fi][fj] = 8.0; } }
for (let fi = 12; fi <= 14; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[35][40][fi][fj] = 8.0; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[35][40][fi][fj] = 8.0; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[35][40][fi][fj] = 8.0; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[35][40][fi][fj] = 8.0; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[35][40][fi][fj] = 8.0; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 24; fj <= 26; fj++) { hm[35][40][fi][fj] = 8.0; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[35][40][fi][fj] = 8.0; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[35][40][fi][fj] = 8.0; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[35][40][fi][fj] = 8.0; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[35][40][fi][fj] = 8.0; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[35][40][fi][fj] = 8.0; } }
}
// passage 3 liten stad
if (fi1 === 29 && fj1 === 41) hm[29][41][39][27] = 2.0;
if (fi1 === 29 && fj1 === 41) hm[29][41][39][27] = 2.0;
if (fi1 === 29 && fj1 === 41) hm[29][41][38][29] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][37][29] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][37][28] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][38][28] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][38][27] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][39][27] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][39][28] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][40][28] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][39][29] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][39][30] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][40][30] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][40][29] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][41][29] = 6.4;
if (fi1 === 29 && fj1 === 41) hm[29][41][41][28] = 6.4;
// passage 2 o ute i havet (for bhagz!)
if (fi1 === 26 && fj1 === 41) hm[26][41][1][6] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][0][6] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][0][5] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][1][5] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][2][6] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][1][7] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][0][7] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][0][8] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][1][8] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][2][7] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][3][6] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][4][6] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][5][6] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][5][5] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][4][5] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][3][5] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][2][5] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][2][4] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][3][4] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][4][4] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][0][4] = 0.3;
if (fi1 === 26 && fj1 === 41) hm[26][41][0][4] = 0.3;
// dark waters astol
if (fi1 === 26 && fj1 === 26) hm[26][26][21][14] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][21][15] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][20][15] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][20][14] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][20][13] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][21][13] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][21][12] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][21][11] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][20][12] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][19][12] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][18][12] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][17][12] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][16][12] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][16][11] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][17][11] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][18][11] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][19][11] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][20][11] = -2.4;
if (fi1 === 26 && fj1 === 26) hm[26][26][22][15] = -2.075;
if (fi1 === 26 && fj1 === 26) hm[26][26][21][15] = -2.075;
if (fi1 === 26 && fj1 === 26) hm[26][26][20][16] = -2.075;
if (fi1 === 26 && fj1 === 26) hm[26][26][20][15] = -2.075;
if (fi1 === 26 && fj1 === 26) hm[26][26][21][16] = -2.075;
if (fi1 === 29 && fj1 === 29)
{
// hongkong/japan pir (for bhagz?)
hm[29][29][21][7] = -0.9;
hm[29][29][20][7] = -0.9;
hm[29][29][19][7] = -0.9;
hm[29][29][18][7] = -0.9;
hm[29][29][17][7] = -0.9;
hm[29][29][16][7] = -0.9;
hm[29][29][15][7] = -0.9;
hm[29][29][14][7] = -0.9;
hm[29][29][13][7] = -0.9;
hm[29][29][12][7] = -0.9;
hm[29][29][11][7] = -0.9;
hm[29][29][10][7] = -0.9;
hm[29][29][9][7] = -0.9;
hm[29][29][9][6] = -0.9;
hm[29][29][10][6] = -0.9;
hm[29][29][11][6] = -0.9;
hm[29][29][12][6] = -0.9;
hm[29][29][13][6] = -0.9;
hm[29][29][14][6] = -0.9;
hm[29][29][15][6] = -0.9;
hm[29][29][16][6] = -0.9;
hm[29][29][17][6] = -0.9;
hm[29][29][18][6] = -0.9;
hm[29][29][19][6] = -0.9;
hm[29][29][20][6] = -0.9;
hm[29][29][21][6] = -0.9;
hm[29][29][21][5] = -0.9;
hm[29][29][20][5] = -0.9;
hm[29][29][19][5] = -0.9;
hm[29][29][18][5] = -0.9;
hm[29][29][17][5] = -0.9;
hm[29][29][16][5] = -0.9;
hm[29][29][15][5] = -0.9;
hm[29][29][14][5] = -0.9;
hm[29][29][13][5] = -0.9;
hm[29][29][12][5] = -0.9;
hm[29][29][11][5] = -0.9;
hm[29][29][9][3] = -0.9;
hm[29][29][8][3] = -0.9;
hm[29][29][8][2] = -0.9;
hm[29][29][7][2] = -0.9;
hm[29][29][6][2] = -0.9;
hm[29][29][5][2] = -0.9;
hm[29][29][5][3] = -0.9;
hm[29][29][4][3] = -0.9;
hm[29][29][6][3] = -0.9;
hm[29][29][7][3] = -0.9;
hm[29][29][7][4] = -0.9;
hm[29][29][6][4] = -0.9;
hm[29][29][5][4] = -0.9;
hm[29][29][4][4] = -0.9;
hm[29][29][4][5] = -0.9;
hm[29][29][5][5] = -0.9;
hm[29][29][6][5] = -0.9;
hm[29][29][7][5] = -0.9;
hm[29][29][8][4] = -0.9;
hm[29][29][7][6] = -0.9;
hm[29][29][6][6] = -0.9;
hm[29][29][5][6] = -0.9;
hm[29][29][4][6] = -0.9;
hm[29][29][5][7] = -0.9;
hm[29][29][6][7] = -0.9;
hm[29][29][7][7] = -0.9;
hm[29][29][8][5] = -0.9;
hm[29][29][9][5] = -0.9;
hm[29][29][9][4] = -0.9;
hm[29][29][10][5] = -0.9;
hm[29][29][8][6] = -0.9;
}
// epper bridge hojdandringar
if (fi1 === 33 && fj1 === 34)
{
hm[33][34][6][7] = -7.0;
hm[33][34][6][6] = -7.0;
hm[33][34][7][6] = -7.0;
hm[33][34][7][7] = -7.0;
}
if (fi1 === 34 && fj1 === 34)
{
hm[34][34][9][22] = -7.0;
hm[34][34][10][22] = -7.0;
hm[34][34][33][11] = -7.0;
hm[34][34][34][11] = -7.0;
hm[34][34][34][10] = -7.0;
hm[34][34][33][10] = -7.0;
hm[34][34][33][13] = -7.0;
hm[34][34][34][13] = -7.0;
}
if (fi1 === 28 && fj1 === 41)
{
// passage 3 utkiksplat¿
hm[28][41][44][8] = 6.5;
hm[28][41][43][8] = 6.5;
hm[28][41][42][8] = 6.5;
hm[28][41][41][8] = 6.5;
hm[28][41][40][8] = 6.5;
hm[28][41][40][7] = 6.5;
hm[28][41][41][7] = 6.5;
hm[28][41][42][7] = 6.5;
hm[28][41][43][7] = 6.5;
hm[28][41][44][7] = 6.5;
hm[28][41][45][7] = 6.5;
hm[28][41][45][6] = 6.5;
hm[28][41][44][6] = 6.5;
hm[28][41][43][6] = 6.5;
hm[28][41][42][6] = 6.5;
hm[28][41][41][6] = 6.5;
hm[28][41][40][6] = 6.5;
hm[28][41][40][5] = 6.5;
hm[28][41][41][5] = 6.5;
hm[28][41][42][5] = 6.5;
hm[28][41][43][5] = 6.5;
hm[28][41][44][5] = 6.5;
hm[28][41][45][5] = 6.5;
hm[28][41][45][4] = 6.5;
hm[28][41][44][4] = 6.5;
hm[28][41][43][4] = 6.5;
hm[28][41][42][4] = 6.5;
hm[28][41][41][4] = 6.5;
hm[28][41][40][4] = 6.5;
hm[28][41][40][3] = 6.5;
hm[28][41][41][3] = 6.5;
hm[28][41][42][3] = 6.5;
hm[28][41][43][3] = 6.5;
hm[28][41][44][3] = 6.5;
hm[28][41][45][3] = 6.5;
hm[28][41][45][2] = 6.5;
hm[28][41][44][2] = 6.5;
hm[28][41][43][2] = 6.5;
hm[28][41][42][2] = 6.5;
hm[28][41][41][2] = 6.5;
hm[28][41][40][2] = 6.5;
}
// hongkong/japan "grotta"
if (fi1 === 29 && fj1 === 29)
{
hm[29][29][20][18] = -0.6;
hm[29][29][21][18] = -0.6;
hm[29][29][22][18] = -0.6;
hm[29][29][23][18] = -0.6;
hm[29][29][24][18] = -0.6;
hm[29][29][25][18] = -0.6;
hm[29][29][26][18] = -0.6;
hm[29][29][27][18] = -0.6;
hm[29][29][28][18] = -0.6;
hm[29][29][29][18] = -0.6;
hm[29][29][30][18] = -0.6;
hm[29][29][31][18] = -0.6;
hm[29][29][32][18] = -0.6;
hm[29][29][32][19] = -0.6;
hm[29][29][31][19] = -0.6;
hm[29][29][30][19] = -0.6;
hm[29][29][29][19] = -0.6;
hm[29][29][28][19] = -0.6;
hm[29][29][27][19] = -0.6;
hm[29][29][26][19] = -0.6;
hm[29][29][25][19] = -0.6;
hm[29][29][24][19] = -0.6;
hm[29][29][23][19] = -0.6;
hm[29][29][22][19] = -0.6;
hm[29][29][21][19] = -0.6;
hm[29][29][20][19] = -0.6;
hm[29][29][19][19] = -0.6;
hm[29][29][19][20] = -0.6;
hm[29][29][20][20] = -0.6;
hm[29][29][21][20] = -0.6;
hm[29][29][22][20] = -0.6;
hm[29][29][23][20] = -0.6;
hm[29][29][24][20] = -0.6;
hm[29][29][25][20] = -0.6;
hm[29][29][26][20] = -0.6;
hm[29][29][27][20] = -0.6;
hm[29][29][28][20] = -0.6;
hm[29][29][29][20] = -0.6;
hm[29][29][30][20] = -0.6;
hm[29][29][31][20] = -0.6;
hm[29][29][32][20] = -0.6;
hm[29][29][31][18] = -1.3;
hm[29][29][31][19] = -1.3;
hm[29][29][31][21] = -1.3;
hm[29][29][31][22] = -1.3;
hm[29][29][31][24] = -1.3;
hm[29][29][31][25] = -1.3;
hm[29][29][33][25] = -1.3;
hm[29][29][33][26] = -1.3;
hm[29][29][33][27] = -1.3;
hm[29][29][33][28] = -1.3;
hm[29][29][32][28] = -1.3;
hm[29][29][32][27] = -1.3;
hm[29][29][32][26] = -1.3;
hm[29][29][32][25] = -1.3;
hm[29][29][31][26] = -1.3;
hm[29][29][31][27] = -1.3;
hm[29][29][31][28] = -1.3;
hm[29][29][30][28] = -1.3;
hm[29][29][30][27] = -1.3;
hm[29][29][30][26] = -1.3;
hm[29][29][30][25] = -1.3;
hm[29][29][29][25] = -1.3;
hm[29][29][29][26] = -1.3;
hm[29][29][29][27] = -1.3;
hm[29][29][29][28] = -1.3;
hm[29][29][28][28] = -1.3;
hm[29][29][28][27] = -1.3;
hm[29][29][28][26] = -1.3;
hm[29][29][28][25] = -1.3;
hm[29][29][31][23] = -1.3;
hm[29][29][31][20] = -1.3;
hm[29][29][30][19] = -1.3;
hm[29][29][30][20] = -1.3;
hm[29][29][30][21] = -1.3;
hm[29][29][30][22] = -1.3;
hm[29][29][30][23] = -1.3;
hm[29][29][30][24] = -1.3;
hm[29][29][29][23] = -1.3;
hm[29][29][29][22] = -1.3;
hm[29][29][29][21] = -1.3;
hm[29][29][29][20] = -1.3;
hm[29][29][29][19] = -1.3;
}
if (fi1 === 35 && fj1 === 34)
{
// epper bridge liten "grotta"
hm[35][34][24][41] = 5.5;
hm[35][34][24][40] = 5.5;
hm[35][34][24][39] = 5.5;
hm[35][34][24][38] = 5.5;
hm[35][34][23][38] = 5.5;
hm[35][34][23][39] = 5.5;
hm[35][34][23][40] = 5.5;
hm[35][34][23][41] = 5.5;
hm[35][34][23][42] = 5.5;
hm[35][34][22][42] = 5.5;
hm[35][34][21][42] = 5.5;
hm[35][34][20][43] = 5.5;
hm[35][34][21][43] = 5.5;
hm[35][34][22][43] = 5.5;
hm[35][34][23][43] = 5.5;
hm[35][34][24][43] = 5.5;
hm[35][34][19][43] = 5.5;
hm[35][34][19][42] = 5.5;
hm[35][34][19][41] = 5.5;
hm[35][34][19][40] = 5.5;
hm[35][34][19][39] = 5.5;
hm[35][34][19][38] = 5.5;
hm[35][34][20][38] = 5.5;
hm[35][34][20][39] = 5.5;
hm[35][34][20][40] = 5.5;
hm[35][34][20][41] = 5.5;
hm[35][34][20][42] = 5.5;
}
// tj¿rn klubbhus-hemlig g¿ng in i berget
if (fi1 === 34 && fj1 === 37)
{
hm[34][37][28][20] = 0.6;
hm[34][37][27][11] = 0.6;
hm[34][37][27][10] = 0.6;
hm[34][37][27][9] = 0.6;
hm[34][37][27][8] = 0.6;
hm[34][37][27][7] = 0.6;
hm[34][37][27][6] = 0.6;
hm[34][37][27][5] = 0.6;
hm[34][37][27][4] = 0.6;
hm[34][37][27][3] = 0.6;
hm[34][37][27][2] = 0.6;
hm[34][37][27][1] = 0.6;
hm[34][37][27][0] = 0.6;
}
if (fi1 === 34 && fj1 === 36)
{
hm[34][36][27][47] = 0.6;
hm[34][36][27][46] = 0.6;
hm[34][36][27][45] = 0.6;
hm[34][36][27][44] = 0.6;
hm[34][36][27][43] = 0.6;
hm[34][36][27][42] = 0.6;
hm[34][36][27][41] = 0.6;
hm[34][36][26][41] = 0.6;
hm[34][36][26][43] = 0.6;
hm[34][36][26][44] = 0.6;
hm[34][36][26][45] = 0.6;
hm[34][36][26][46] = 0.6;
hm[34][36][26][47] = 0.6;
hm[34][36][26][48] = 0.6;
hm[34][36][26][49] = 0.6;
}
if (fi1 === 34 && fj1 === 37)
{
hm[34][37][26][1] = 0.6;
hm[34][37][26][2] = 0.6;
hm[34][37][26][3] = 0.6;
hm[34][37][26][4] = 0.6;
hm[34][37][26][5] = 0.6;
hm[34][37][26][6] = 0.6;
hm[34][37][26][7] = 0.6;
hm[34][37][26][8] = 0.6;
hm[34][37][26][9] = 0.6;
hm[34][37][26][10] = 0.6;
hm[34][37][26][11] = 0.6;
}
if (fi1 === 34 && fj1 === 36)
{
hm[34][36][28][41] = 0.6;
hm[34][36][29][41] = 0.6;
hm[34][36][30][42] = 0.6;
hm[34][36][29][42] = 0.6;
hm[34][36][28][42] = 0.6;
hm[34][36][26][42] = 0.6;
hm[34][36][31][44] = 0.6;
hm[34][36][32][44] = 0.6;
hm[34][36][33][44] = 0.6;
hm[34][36][34][44] = 0.6;
hm[34][36][35][44] = 0.6;
hm[34][36][35][43] = 0.6;
hm[34][36][35][42] = 0.6;
hm[34][36][35][39] = 0.6;
hm[34][36][35][38] = 0.6;
hm[34][36][34][38] = 0.6;
hm[34][36][33][38] = 0.6;
hm[34][36][32][38] = 0.6;
hm[34][36][31][38] = 0.6;
hm[34][36][30][38] = 0.6;
hm[34][36][30][40] = 0.6;
hm[34][36][30][41] = 0.6;
hm[34][36][31][40] = 0.6;
hm[34][36][32][39] = 0.6;
hm[34][36][34][39] = 0.6;
hm[34][36][35][40] = 0.6;
hm[34][36][35][40] = 0.6;
hm[34][36][35][41] = 0.6;
hm[34][36][30][39] = 0.6;
hm[34][36][31][39] = 0.6;
hm[34][36][33][39] = 0.6;
hm[34][36][33][40] = 0.6;
hm[34][36][33][42] = 0.6;
hm[34][36][33][43] = 0.6;
hm[34][36][32][43] = 0.6;
hm[34][36][31][43] = 0.6;
hm[34][36][31][42] = 0.6;
hm[34][36][31][41] = 0.6;
hm[34][36][32][41] = 0.6;
hm[34][36][33][41] = 0.6;
hm[34][36][32][42] = 0.6;
}
// norway sl¿tt
if (fi1 === 30 && fj1 === 40)
{
hm[30][40][14][3] = 0.1;
hm[30][40][13][3] = 0.1;
hm[30][40][12][3] = 0.1;
hm[30][40][12][2] = 0.1;
hm[30][40][11][2] = 0.1;
hm[30][40][11][1] = 0.1;
hm[30][40][10][1] = 0.1;
hm[30][40][10][0] = 0.1;
hm[30][40][9][0] = 0.1;
hm[30][40][9][1] = 0.1;
hm[30][40][9][2] = 0.1;
hm[30][40][9][3] = 0.1;
hm[30][40][9][4] = 0.1;
hm[30][40][9][5] = 0.1;
hm[30][40][9][6] = 0.1;
hm[30][40][9][7] = 0.1;
hm[30][40][9][8] = 0.1;
hm[30][40][9][9] = 0.1;
hm[30][40][10][9] = 0.1;
hm[30][40][10][10] = 0.1;
hm[30][40][11][10] = 0.1;
hm[30][40][11][11] = 0.1;
hm[30][40][12][11] = 0.1;
hm[30][40][12][12] = 0.1;
hm[30][40][12][13] = 0.1;
hm[30][40][13][13] = 0.1;
hm[30][40][13][14] = 0.1;
hm[30][40][14][14] = 0.1;
hm[30][40][15][14] = 0.1;
hm[30][40][16][14] = 0.1;
hm[30][40][17][14] = 0.1;
hm[30][40][17][13] = 0.1;
hm[30][40][18][13] = 0.1;
hm[30][40][19][13] = 0.1;
hm[30][40][19][14] = 0.1;
hm[30][40][20][14] = 0.1;
hm[30][40][20][15] = 0.1;
hm[30][40][20][16] = 0.1;
hm[30][40][21][16] = 0.1;
hm[30][40][22][16] = 0.1;
hm[30][40][23][16] = 0.1;
hm[30][40][24][16] = 0.1;
hm[30][40][24][15] = 0.1;
hm[30][40][25][15] = 0.1;
hm[30][40][10][2] = 0.1;
hm[30][40][10][3] = 0.1;
hm[30][40][10][4] = 0.1;
hm[30][40][10][5] = 0.1;
hm[30][40][10][6] = 0.1;
hm[30][40][10][7] = 0.1;
hm[30][40][10][8] = 0.1;
hm[30][40][11][8] = 0.1;
hm[30][40][11][9] = 0.1;
hm[30][40][12][9] = 0.1;
hm[30][40][12][10] = 0.1;
hm[30][40][13][10] = 0.1;
hm[30][40][13][11] = 0.1;
hm[30][40][13][12] = 0.1;
hm[30][40][14][12] = 0.1;
hm[30][40][14][13] = 0.1;
hm[30][40][15][13] = 0.1;
hm[30][40][16][12] = 0.1;
hm[30][40][17][12] = 0.1;
hm[30][40][18][12] = 0.1;
hm[30][40][19][12] = 0.1;
hm[30][40][20][12] = 0.1;
hm[30][40][20][13] = 0.1;
hm[30][40][21][13] = 0.1;
hm[30][40][21][14] = 0.1;
hm[30][40][21][15] = 0.1;
hm[30][40][22][15] = 0.1;
}
// haftlan-drakh liten kust-stad
if (fi1 === 36 && fj1 === 36)
{
hm[36][36][45][40] = 2.5;
hm[36][36][46][40] = 2.5;
hm[36][36][47][40] = 2.5;
hm[36][36][48][40] = 2.5;
hm[36][36][49][40] = 2.5;
}
if (fi1 === 37 && fj1 === 36)
{
hm[37][36][1][40] = 2.5;
hm[37][36][2][40] = 2.5;
hm[37][36][3][40] = 2.5;
hm[37][36][3][41] = 2.5;
hm[37][36][2][41] = 2.5;
hm[37][36][1][41] = 2.5;
hm[37][36][0][41] = 2.5;
}
if (fi1 === 36 && fj1 === 36)
{
hm[36][36][48][41] = 2.5;
hm[36][36][47][41] = 2.5;
hm[36][36][46][41] = 2.5;
hm[36][36][45][41] = 2.5;
hm[36][36][44][41] = 2.5;
hm[36][36][44][42] = 2.5;
hm[36][36][45][42] = 2.5;
hm[36][36][46][42] = 2.5;
hm[36][36][47][42] = 2.5;
hm[36][36][48][42] = 2.5;
hm[36][36][49][42] = 2.5;
}
if (fi1 === 37 && fj1 === 36)
{
hm[37][36][1][42] = 2.5;
hm[37][36][2][42] = 2.5;
hm[37][36][3][42] = 2.5;
hm[37][36][3][43] = 2.5;
hm[37][36][2][43] = 2.5;
hm[37][36][1][43] = 2.5;
hm[37][36][0][43] = 2.5;
}
if (fi1 === 36 && fj1 === 36)
{
hm[36][36][48][43] = 2.5;
hm[36][36][47][43] = 2.5;
hm[36][36][46][43] = 2.5;
hm[36][36][45][43] = 2.5;
hm[36][36][44][43] = 2.5;
hm[36][36][44][44] = 2.5;
hm[36][36][45][44] = 2.5;
hm[36][36][46][44] = 2.5;
hm[36][36][47][44] = 2.5;
hm[36][36][48][44] = 2.5;
hm[36][36][49][44] = 2.5;
}
if (fi1 === 37 && fj1 === 36)
{
hm[37][36][1][44] = 2.5;
hm[37][36][2][44] = 2.5;
hm[37][36][3][44] = 2.5;
hm[37][36][3][45] = 2.5;
hm[37][36][2][45] = 2.5;
hm[37][36][1][45] = 2.5;
hm[37][36][0][45] = 2.5;
}
if (fi1 === 36 && fj1 === 36)
{
hm[36][36][48][45] = 2.5;
hm[36][36][47][45] = 2.5;
hm[36][36][46][45] = 2.5;
hm[36][36][45][45] = 2.5;
hm[36][36][44][45] = 2.5;
}
// haftlan-drakh bro ¿ver lila sj¿n
if (fi1 === 37 && fj1 === 37)
{
for (let fi = 46; fi <= 48; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 43; fi <= 45; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 31; fj <= 33; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 31; fj <= 33; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 31; fj <= 33; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 31; fj <= 33; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 22; fi <= 24; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 19; fi <= 21; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[37][37][fi][fj] = 8.2; } }
for (let fi = 7; fi <= 9; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[37][37][fi][fj] = 8.2; } }
}
// passage 2 liten parkering
if (fi1 === 26 && fj1 === 41)
{
for (let fi = 26; fi <= 28; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 29; fi <= 31; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 29; fi <= 31; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 29; fi <= 31; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 29; fi <= 31; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[26][41][fi][fj] = -0.3; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 13; fj <= 15; fj++) { hm[26][41][fi][fj] = -0.3; } }
}
// passage 2 speedrace skyskrapor
if (fi1 === 26 && fj1 === 40)
{
for (let fi = 38; fi <= 40; fi++) { for (let fj = 24; fj <= 26; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 44; fi <= 46; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 44; fi <= 46; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 44; fi <= 46; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 44; fi <= 46; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 47; fi <= 49; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 47; fi <= 49; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 47; fi <= 49; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[26][40][fi][fj] = 4.0; } }
for (let fi = 47; fi <= 49; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[26][40][fi][fj] = 4.0; } }
}
// norway - passage 2 bro
if (fi1 === 27 && fj1 === 37)
{
for (let fi = 37; fi <= 39; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[27][37][fi][fj] = 0.5; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[27][37][fi][fj] = 0.5; } }
for (let fi = 43; fi <= 45; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[27][37][fi][fj] = 0.5; } }
for (let fi = 46; fi <= 48; fi++) { for (let fj = 31; fj <= 33; fj++) { hm[27][37][fi][fj] = 0.5; } }
}
if (fi1 === 28 && fj1 === 37)
{
for (let fi = 3; fi <= 5; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 6; fi <= 8; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 9; fi <= 11; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 12; fi <= 14; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 21; fi <= 23; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 15; fj <= 17; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 12; fj <= 14; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 12; fj <= 14; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[28][37][fi][fj] = 0.5; } }
for (let fi = 45; fi <= 47; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[28][37][fi][fj] = 0.5; } }
}
if (fi1 === 29 && fj1 === 37)
{
for (let fi = 2; fi <= 4; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[29][37][fi][fj] = 0.5; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[29][37][fi][fj] = 0.5; } }
for (let fi = 7; fi <= 9; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[29][37][fi][fj] = 0.5; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[29][37][fi][fj] = 0.5; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[29][37][fi][fj] = 0.5; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[29][37][fi][fj] = 0.5; } }
}
// norway bro ¿ver fjord
if (fi1 === 29 && fj1 === 39)
{
for (let fi = 36; fi <= 38; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[29][39][fi][fj] = 4.1; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[29][39][fi][fj] = 4.1; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[29][39][fi][fj] = 4.1; } }
for (let fi = 45; fi <= 49; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[29][39][fi][fj] = 4.1; } }
}
if (fi1 === 30 && fj1 === 39)
{
for (let fi = 2; fi <= 4; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[30][39][fi][fj] = 4.1; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[30][39][fi][fj] = 4.1; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[30][39][fi][fj] = 4.1; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[30][39][fi][fj] = 4.1; } }
}
// tj¿rn gym-stad
if (fi1 === 33 && fj1 === 38)
{
for (let fi = 2; fi <= 4; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[33][38][fi][fj] = 0.4; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[33][38][fi][fj] = 0.4; } }
}
if (fi1 === 33 && fj1 === 38)
{
for (let fi = 20; fi <= 22; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[33][38][fi][fj] = 5.0; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[33][38][fi][fj] = 5.0; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[33][38][fi][fj] = 5.0; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[33][38][fi][fj] = 5.0; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[33][38][fi][fj] = 5.0; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[33][38][fi][fj] = 5.0; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[33][38][fi][fj] = 5.0; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[33][38][fi][fj] = 5.0; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[33][38][fi][fj] = 5.0; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[33][38][fi][fj] = 5.0; } }
}
// hongkong/japan magnet festival
if (fi1 === 30 && fj1 === 29)
{
for (let fi = 23; fi <= 25; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 29; fi <= 31; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 29; fi <= 31; fi++) { for (let fj = 2; fj <= 4; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 2; fj <= 4; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 2; fj <= 4; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 13; fj <= 15; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 16; fj <= 18; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 29; fi <= 31; fi++) { for (let fj = 16; fj <= 18; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[30][29][fi][fj] = 13.9; } }
}
if (fi1 === 30 && fj1 === 29)
{
for (let fi = 39; fi <= 41; fi++) { for (let fj = 24; fj <= 26; fj++) { hm[30][29][fi][fj] = 16.6; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[30][29][fi][fj] = 16.6; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 18; fj <= 20; fj++) { hm[30][29][fi][fj] = 16.6; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[30][29][fi][fj] = 16.6; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 24; fj <= 26; fj++) { hm[30][29][fi][fj] = 16.6; } }
for (let fi = 43; fi <= 45; fi++) { for (let fj = 24; fj <= 26; fj++) { hm[30][29][fi][fj] = 16.6; } }
for (let fi = 43; fi <= 45; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[30][29][fi][fj] = 16.6; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[30][29][fi][fj] = 16.6; } }
for (let fi = 43; fi <= 45; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[30][29][fi][fj] = 16.6; } }
for (let fi = 45; fi <= 47; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[30][29][fi][fj] = 16.6; } }
for (let fi = 44; fi <= 46; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[30][29][fi][fj] = 16.6; } }
}
if (fi1 === 30 && fj1 === 29)
{
for (let fi = 19; fi <= 21; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 24; fj <= 26; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 24; fj <= 26; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[30][29][fi][fj] = 13.7; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 24; fj <= 26; fj++) { hm[30][29][fi][fj] = 13.7; } }
}
if (fi1 === 30 && fj1 === 29)
{
for (let fi = 13; fi <= 15; fi++) { for (let fj = 6; fj <= 8; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[30][29][fi][fj] = 13.9; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 0; fj <= 2; fj++) { hm[30][29][fi][fj] = 13.9; } }
}
if (fi1 === 30 && fj1 === 28)
{
for (let fi = 13; fi <= 15; fi++) { for (let fj = 43; fj <= 45; fj++) { hm[30][28][fi][fj] = 13.9; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 43; fj <= 45; fj++) { hm[30][28][fi][fj] = 13.9; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 43; fj <= 45; fj++) { hm[30][28][fi][fj] = 13.9; } }
for (let fi = 19; fi <= 21; fi++) { for (let fj = 43; fj <= 45; fj++) { hm[30][28][fi][fj] = 13.9; } }
for (let fi = 19; fi <= 21; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[30][28][fi][fj] = 13.9; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[30][28][fi][fj] = 13.9; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[30][28][fi][fj] = 13.9; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[30][28][fi][fj] = 13.9; } }
for (let fi = 12; fi <= 14; fi++) { for (let fj = 37; fj <= 39; fj++) { hm[30][28][fi][fj] = 13.9; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 37; fj <= 39; fj++) { hm[30][28][fi][fj] = 13.9; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 37; fj <= 39; fj++) { hm[30][28][fi][fj] = 13.9; } }
}
if (fi1 === 29 && fj1 === 29)
{
for (let fi = 44; fi <= 46; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 44; fi <= 46; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[29][29][fi][fj] = 17.5; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[29][29][fi][fj] = 17.5; } }
}
// darkwaters sm¿ spets-¿ar
if (fi1 === 26 && fj1 === 28)
{
hm[26][28][32][19] = 0.4;
hm[26][28][35][21] = 0.4;
hm[26][28][42][24] = 0.4;
hm[26][28][44][24] = 0.4;
}
if (fi1 === 27 && fj1 === 28)
{
hm[27][28][6][28] = 0.4;
hm[27][28][10][33] = 0.4;
}
if (fi1 === 26 && fj1 === 29)
{
hm[26][29][20][14] = 0.4;
hm[26][29][12][14] = 0.4;
hm[26][29][15][17] = 0.4;
hm[26][29][15][7] = 0.4;
hm[26][29][8][11] = 0.4;
}
// passage 3 liten vik-sj¿
if (fi1 === 28 && fj1 === 41)
{
for (let fi = 36; fi <= 38; fi++) { for (let fj = 0; fj <= 2; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 6; fj <= 8; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 6; fj <= 8; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 0; fj <= 2; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 0; fj <= 2; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 6; fj <= 8; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 6; fj <= 8; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 1; fj <= 3; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[28][41][fi][fj] = -1.2; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[28][41][fi][fj] = -1.2; } }
}
// h¿rassland stavanger flod
if (fi1 === 31 && fj1 === 40)
{
hm[31][40][35][19] = -1.6;
hm[31][40][34][19] = -1.6;
hm[31][40][33][19] = -1.6;
hm[31][40][32][19] = -1.6;
hm[31][40][32][20] = -1.6;
hm[31][40][31][20] = -1.6;
hm[31][40][30][20] = -1.6;
hm[31][40][29][20] = -1.6;
hm[31][40][29][21] = -1.6;
hm[31][40][29][22] = -1.6;
hm[31][40][28][22] = -1.6;
hm[31][40][28][23] = -1.6;
hm[31][40][27][23] = -1.6;
hm[31][40][27][24] = -1.6;
hm[31][40][26][24] = -1.6;
hm[31][40][25][24] = -1.6;
hm[31][40][24][24] = -1.6;
hm[31][40][23][24] = -1.6;
hm[31][40][23][23] = -1.6;
hm[31][40][22][23] = -1.6;
hm[31][40][21][23] = -1.6;
hm[31][40][20][23] = -1.6;
hm[31][40][20][24] = -1.6;
hm[31][40][19][24] = -1.6;
hm[31][40][19][23] = -1.6;
hm[31][40][18][23] = -1.6;
hm[31][40][17][23] = -1.6;
hm[31][40][16][23] = -1.6;
hm[31][40][15][23] = -1.6;
hm[31][40][15][22] = -1.6;
hm[31][40][15][21] = -1.6;
hm[31][40][15][20] = -1.6;
hm[31][40][14][20] = -1.6;
hm[31][40][14][19] = -1.6;
hm[31][40][13][19] = -1.6;
hm[31][40][12][19] = -1.6;
hm[31][40][12][18] = -1.6;
hm[31][40][12][17] = -1.6;
hm[31][40][11][17] = -1.6;
hm[31][40][10][17] = -1.6;
hm[31][40][9][17] = -1.6;
hm[31][40][9][18] = -1.6;
hm[31][40][8][18] = -1.6;
hm[31][40][7][18] = -1.6;
hm[31][40][6][18] = -1.6;
hm[31][40][5][18] = -1.6;
hm[31][40][4][18] = -1.6;
hm[31][40][4][19] = -1.6;
hm[31][40][3][19] = -1.6;
hm[31][40][2][19] = -1.6;
hm[31][40][1][19] = -1.6;
hm[31][40][1][20] = -1.6;
hm[31][40][0][20] = -1.6;
}
if (fi1 === 30 && fj1 === 40)
{
hm[30][40][48][20] = -1.6;
}
// h¿rassland stavanger liten damm
if (fi1 === 31 && fj1 === 40) hm[31][40][42][43] = -1.4;
if (fi1 === 31 && fj1 === 40) hm[31][40][42][42] = -1.4;
if (fi1 === 31 && fj1 === 40) hm[31][40][42][41] = -1.4;
if (fi1 === 31 && fj1 === 40) hm[31][40][41][41] = -1.4;
if (fi1 === 31 && fj1 === 40) hm[31][40][40][41] = -1.4;
if (fi1 === 31 && fj1 === 40) { for (let fi = 37; fi <= 39; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[31][40][fi][fj] = -1.4; } } }
if (fi1 === 31 && fj1 === 40) { for (let fi = 33; fi <= 35; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[31][40][fi][fj] = -1.1; } } }
if (fi1 === 31 && fj1 === 40) { for (let fi = 33; fi <= 35; fi++) { for (let fj = 37; fj <= 39; fj++) { hm[31][40][fi][fj] = -1.1; } } }
if (fi1 === 31 && fj1 === 40) { for (let fi = 35; fi <= 37; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[31][40][fi][fj] = -1.1; } } }
if (fi1 === 31 && fj1 === 40) { for (let fi = 34; fi <= 36; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[31][40][fi][fj] = -1.5; } } }
// haftlan-drakh h¿rass flod
if (fi1 === 36 && fj1 === 40)
{
for (let fi = 28; fi <= 30; fi++) { for (let fj = 22; fj <= 26; fj++) { hm[36][40][fi][fj] = -2.0; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 22; fj <= 26; fj++) { hm[36][40][fi][fj] = -2.0; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 22; fj <= 26; fj++) { hm[36][40][fi][fj] = -2.0; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 22; fj <= 26; fj++) { hm[36][40][fi][fj] = -2.0; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 22; fj <= 26; fj++) { hm[36][40][fi][fj] = -2.0; } }
for (let fi = 43; fi <= 45; fi++) { for (let fj = 22; fj <= 26; fj++) { hm[36][40][fi][fj] = -2.0; } }
for (let fi = 46; fi <= 49; fi++) { for (let fj = 22; fj <= 26; fj++) { hm[36][40][fi][fj] = -2.0; } }
}
if (fi1 === 37 && fj1 === 40)
{
for (let fi = 3; fi <= 5; fi++) { for (let fj = 22; fj <= 26; fj++) { hm[37][40][fi][fj] = -2.0; } }
}
// haftlan-drakh ¿ar i viken
if (fi1 === 38 && fj1 === 39)
{
for (let fi = 28; fi <= 30; fi++) { for (let fj = 46; fj <= 48; fj++) { hm[38][39][fi][fj] = -0.4; } }
}
if (fi1 === 38 && fj1 === 39)
{
for (let fi = 42; fi <= 44; fi++) { for (let fj = 42; fj <= 44; fj++) { hm[38][39][fi][fj] = -0.4; } }
}
// haftlan-drakh bro i viken
if (fi1 === 39 && fj1 === 39)
{
for (let fi = 2; fi <= 4; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[39][39][fi][fj] = 3.1; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 24; fj <= 26; fj++) { hm[39][39][fi][fj] = 3.1; } }
for (let fi = 3; fi <= 5; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[39][39][fi][fj] = 3.1; } }
for (let fi = 4; fi <= 6; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[39][39][fi][fj] = 3.1; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[39][39][fi][fj] = 3.1; } }
for (let fi = 6; fi <= 8; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[39][39][fi][fj] = 3.1; } }
for (let fi = 7; fi <= 9; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[39][39][fi][fj] = 3.1; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 41; fj <= 43; fj++) { hm[39][39][fi][fj] = 3.1; } }
for (let fi = 9; fi <= 11; fi++) { for (let fj = 44; fj <= 48; fj++) { hm[39][39][fi][fj] = 3.1; } }
}
// haftlan-drakh bad-palats
if (fi1 === 38 && fj1 === 39)
{
for (let fi = 46; fi <= 48; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 45; fi <= 47; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 31; fj <= 33; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 31; fj <= 33; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 21; fi <= 23; fi++) { for (let fj = 31; fj <= 33; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 31; fj <= 33; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 41; fj <= 43; fj++) { hm[38][39][fi][fj] = 3.4; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 41; fj <= 43; fj++) { hm[38][39][fi][fj] = 3.4; } }
}
if (fi1 === 38 && fj1 === 40)
{
for (let fi = 11; fi <= 13; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 14; fi <= 16; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 6; fj <= 8; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 12; fj <= 14; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 12; fj <= 14; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 43; fi <= 45; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 46; fi <= 48; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[38][40][fi][fj] = 3.4; } }
for (let fi = 46; fi <= 48; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[38][40][fi][fj] = 3.4; } }
}
if (fi1 === 39 && fj1 === 40)
{
for (let fi = 1; fi <= 2; fi++) { for (let fj = 2; fj <= 4; fj++) { hm[39][40][fi][fj] = 3.4; } }
for (let fi = 3; fi <= 5; fi++) { for (let fj = 2; fj <= 4; fj++) { hm[39][40][fi][fj] = 3.4; } }
for (let fi = 3; fi <= 5; fi++) { for (let fj = 1; fj <= 1; fj++) { hm[39][40][fi][fj] = 3.4; } }
for (let fi = 6; fi <= 8; fi++) { for (let fj = 1; fj <= 1; fj++) { hm[39][40][fi][fj] = 3.4; } }
}
// epper land borg
if (fi1 === 38 && fj1 === 33)
{
for (let fi = 8; fi <= 10; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 41; fj <= 43; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 44; fj <= 46; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 47; fj <= 48; fj++) { hm[38][33][fi][fj] = 1.6; } }
}
if (fi1 === 38 && fj1 === 34)
{
for (let fi = 8; fi <= 10; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 1; fj <= 3; fj++) { hm[38][34][fi][fj] = 1.6; } }
}
if (fi1 === 38 && fj1 === 33)
{
for (let fi = 11; fi <= 13; fi++) { for (let fj = 44; fj <= 46; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 14; fi <= 16; fi++) { for (let fj = 44; fj <= 46; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 14; fi <= 16; fi++) { for (let fj = 47; fj <= 48; fj++) { hm[38][33][fi][fj] = 1.6; } }
}
if (fi1 === 38 && fj1 === 34)
{
for (let fi = 14; fi <= 16; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 14; fi <= 16; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 22; fi <= 24; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 19; fi <= 21; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 1; fj <= 2; fj++) { hm[38][34][fi][fj] = 1.6; } }
}
if (fi1 === 38 && fj1 === 33)
{
for (let fi = 17; fi <= 19; fi++) { for (let fj = 43; fj <= 45; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 43; fj <= 45; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 46; fj <= 48; fj++) { hm[38][33][fi][fj] = 1.6; } }
}
if (fi1 === 38 && fj1 === 34)
{
for (let fi = 20; fi <= 22; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[38][34][fi][fj] = 1.6; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 1; fj <= 2; fj++) { hm[38][34][fi][fj] = 1.6; } }
}
if (fi1 === 38 && fj1 === 33)
{
for (let fi = 23; fi <= 25; fi++) { for (let fj = 43; fj <= 45; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 41; fj <= 43; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 41; fj <= 43; fj++) { hm[38][33][fi][fj] = 1.6; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 44; fj <= 46; fj++) { hm[38][33][fi][fj] = 1.6; } }
}
// epper bridge lite sm¿ piggar ute i havet
if (fi1 === 33 && fj1 === 34)
{
hm[33][34][0][12] = 0.0;
hm[33][34][6][6] = 0.0;
hm[33][34][17][3] = 0.0;
hm[33][34][27][2] = 0.0;
hm[33][34][29][5] = 0.0;
}
if (fi1 === 33 && fj1 === 34)
{
hm[33][34][36][0] = 0.0;
hm[33][34][36][0] = 0.0;
hm[33][34][36][2] = 0.0;
hm[33][34][38][2] = 0.0;
hm[33][34][38][4] = 0.0;
hm[33][34][33][3] = 0.0;
hm[33][34][29][47] = 0.0;
hm[33][34][27][47] = 0.0;
hm[33][34][30][45] = 0.0;
hm[33][34][28][44] = 0.0;
hm[33][34][16][48] = 0.0;
hm[33][34][13][47] = 0.0;
}
if (fi1 === 33 && fj1 === 34)
{
hm[33][34][2][45] = 0.0;
hm[33][34][5][45] = 0.0;
hm[33][34][5][43] = 0.0;
hm[33][34][4][43] = 0.0;
hm[33][34][4][44] = 0.0;
hm[33][34][3][44] = 0.0;
hm[33][34][3][43] = 0.0;
hm[33][34][3][31] = 0.0;
hm[33][34][2][31] = 0.0;
hm[33][34][0][24] = 0.0;
hm[33][34][2][22] = 0.0;
hm[33][34][2][21] = 0.0;
hm[33][34][0][20] = 0.0;
hm[33][34][1][19] = 0.0;
hm[33][34][1][18] = 0.0;
}
// hongkong/japan liten hemlig g¿ng
if (fi1 === 32 && fj1 === 29) hm[32][29][2][1] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][2][2] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][2][3] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][2][4] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][2][5] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][3][5] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][3][6] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][3][7] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][3][8] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][4][8] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][4][9] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][4][10] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][4][11] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][4][12] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][5][12] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][6][12] = 2.6;
if (fi1 === 32 && fj1 === 29) hm[32][29][7][12] = 2.6;
if (fi1 === 32 && fj1 === 29) { for (let fi = 7; fi <= 9; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[32][29][fi][fj] = 2.6; } } }
if (fi1 === 32 && fj1 === 29) { for (let fi = 9; fi <= 11; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[32][29][fi][fj] = 2.9; } } }
if (fi1 === 32 && fj1 === 29) { for (let fi = 9; fi <= 11; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[32][29][fi][fj] = 2.9; } } }
if (fi1 === 32 && fj1 === 29) { for (let fi = 8; fi <= 10; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[32][29][fi][fj] = 2.9; } } }
if (fi1 === 32 && fj1 === 29) { for (let fi = 9; fi <= 11; fi++) { for (let fj = 13; fj <= 15; fj++) { hm[32][29][fi][fj] = 2.9; } } }
// haftlan-drakh dark gandalf's kulle
if (fi1 === 38 && fj1 === 39)
{
for (let fi = 37; fi <= 39; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[38][39][fi][fj] = 3.7; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[38][39][fi][fj] = 3.7; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[38][39][fi][fj] = 3.7; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[38][39][fi][fj] = 3.7; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[38][39][fi][fj] = 1.7; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[38][39][fi][fj] = 1.7; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[38][39][fi][fj] = 1.7; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[38][39][fi][fj] = 1.7; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[38][39][fi][fj] = 2.0; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[38][39][fi][fj] = 2.0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[38][39][fi][fj] = 2.0; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[38][39][fi][fj] = 2.0; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[38][39][fi][fj] = 2.0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[38][39][fi][fj] = 2.0; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[38][39][fi][fj] = 2.0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[38][39][fi][fj] = 2.0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 12; fj <= 14; fj++) { hm[38][39][fi][fj] = 2.0; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 12; fj <= 14; fj++) { hm[38][39][fi][fj] = 2.0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 12; fj <= 14; fj++) { hm[38][39][fi][fj] = 2.0; } }
}
// haftlan-drakh h¿rass tomt
if (fi1 === 37 && fj1 === 40)
{
for (let fi = 7; fi <= 9; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 7; fi <= 9; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 7; fi <= 9; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 18; fj <= 20; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[37][40][fi][fj] = 2.4; } }
for (let fi = 6; fi <= 8; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[37][40][fi][fj] = 2.4; } }
}
// haftlan-drakh gas station
if (fi1 === 38 && fj1 === 36)
{
for (let fi = 31; fi <= 33; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 37; fj <= 39; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 37; fj <= 39; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 37; fj <= 39; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 31; fj <= 33; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 31; fj <= 33; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 31; fj <= 33; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 39; fj <= 41; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 42; fj <= 44; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 42; fj <= 44; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 42; fj <= 44; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 42; fj <= 44; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 42; fj <= 44; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 39; fj <= 41; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 45; fi <= 47; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 44; fi <= 46; fi++) { for (let fj = 41; fj <= 43; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[38][36][fi][fj] = 12.5; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[38][36][fi][fj] = 12.5; } }
}
// hongkong/japan nationalpark park sj¿
if (fi1 === 29 && fj1 === 30)
{
for (let fi = 36; fi <= 38; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 18; fj <= 20; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 15; fj <= 17; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 12; fj <= 14; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 18; fj <= 20; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 13; fj <= 15; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 16; fj <= 18; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 16; fj <= 18; fj++) { hm[29][30][fi][fj] = -1.5; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[29][30][fi][fj] = -1.1; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[29][30][fi][fj] = -1.1; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][30][fi][fj] = -1.1; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 18; fj <= 20; fj++) { hm[29][30][fi][fj] = -1.1; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[29][30][fi][fj] = -1.1; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[29][30][fi][fj] = -1.1; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 16; fj <= 18; fj++) { hm[29][30][fi][fj] = -1.1; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 13; fj <= 15; fj++) { hm[29][30][fi][fj] = -1.1; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[29][30][fi][fj] = -1.1; } }
}
// hongkong/japan kuststad
if (fi1 === 30 && fj1 === 34)
{
for (let fi = 31; fi <= 33; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[30][34][fi][fj] = 2.0; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[30][34][fi][fj] = 2.0; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[30][34][fi][fj] = 2.0; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[30][34][fi][fj] = 2.0; } }
for (let fi = 43; fi <= 45; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[30][34][fi][fj] = 2.0; } }
for (let fi = 43; fi <= 45; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[30][34][fi][fj] = 2.0; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[30][34][fi][fj] = 2.0; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[30][34][fi][fj] = 2.0; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[30][34][fi][fj] = 2.0; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[30][34][fi][fj] = 2.0; } }
}
// norway pirar
if (fi1 === 29 && fj1 === 36)
{
for (let fi = 11; fi <= 13; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 23; fj <= 25; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 9; fi <= 11; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 6; fi <= 8; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 4; fi <= 6; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 12; fj <= 14; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 6; fj <= 8; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 6; fj <= 8; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 12; fj <= 14; fj++) { hm[29][36][fi][fj] = -0.9; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 18; fj <= 20; fj++) { hm[29][36][fi][fj] = -0.7; } }
for (let fi = 12; fi <= 14; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[29][36][fi][fj] = -0.7; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 16; fj <= 18; fj++) { hm[29][36][fi][fj] = -0.7; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 15; fj <= 17; fj++) { hm[29][36][fi][fj] = -0.7; } }
for (let fi = 9; fi <= 11; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][36][fi][fj] = -0.7; } }
}
if (fi1 === 29 && fj1 === 37)
{
for (let fi = 9; fi <= 11; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[29][37][fi][fj] = -0.7; } }
for (let fi = 6; fi <= 8; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[29][37][fi][fj] = -0.7; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[29][37][fi][fj] = -0.7; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[29][37][fi][fj] = -0.7; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[29][37][fi][fj] = -0.7; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 26; fj <= 28; fj++) { hm[29][37][fi][fj] = -0.7; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[29][37][fi][fj] = -0.7; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[29][37][fi][fj] = -0.7; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[29][37][fi][fj] = -0.7; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[29][37][fi][fj] = -0.7; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[29][37][fi][fj] = -0.7; } }
for (let fi = 8; fi <= 10; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[29][37][fi][fj] = -0.7; } }
for (let fi = 9; fi <= 11; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[29][37][fi][fj] = -0.7; } }
}
if (fi1 === 29 && fj1 === 38)
{
for (let fi = 0; fi <= 2; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[29][38][fi][fj] = -0.7; } }
}
if (fi1 === 29 && fj1 === 39)
{
for (let fi = 3; fi <= 5; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[29][39][fi][fj] = -0.7; } }
for (let fi = 0; fi <= 2; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[29][39][fi][fj] = -0.7; } }
for (let fi = 4; fi <= 6; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[29][39][fi][fj] = -0.7; } }
for (let fi = 1; fi <= 3; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[29][39][fi][fj] = -0.7; } }
for (let fi = 1; fi <= 3; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[29][39][fi][fj] = -0.7; } }
}
if (fi1 === 29 && fj1 === 40)
{
for (let fi = 4; fi <= 6; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[29][40][fi][fj] = -0.7; } }
for (let fi = 1; fi <= 3; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[29][40][fi][fj] = -0.7; } }
for (let fi = 1; fi <= 3; fi++) { for (let fj = 8; fj <= 10; fj++) { hm[29][40][fi][fj] = -0.7; } }
for (let fi = 1; fi <= 3; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[29][40][fi][fj] = -0.7; } }
for (let fi = 1; fi <= 3; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][40][fi][fj] = -0.7; } }
for (let fi = 4; fi <= 6; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][40][fi][fj] = -0.7; } }
for (let fi = 7; fi <= 9; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][40][fi][fj] = -0.7; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][40][fi][fj] = -0.7; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[29][40][fi][fj] = -0.7; } }
}
if (fi1 === 29 && fj1 === 37)
{
for (let fi = 1; fi <= 3; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[29][37][fi][fj] = -8.9; } }
for (let fi = 1; fi <= 3; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[29][37][fi][fj] = -8.9; } }
for (let fi = 1; fi <= 3; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[29][37][fi][fj] = -8.9; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[29][37][fi][fj] = -8.9; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[29][37][fi][fj] = -8.9; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[29][37][fi][fj] = -8.9; } }
for (let fi = 2; fi <= 4; fi++) { for (let fj = 27; fj <= 29; fj++) { hm[29][37][fi][fj] = -8.9; } }
}
// norway gruva
if (fi1 === 30 && fj1 === 38)
{
for (let fi = 13; fi <= 15; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 41; fj <= 43; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 41; fj <= 43; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 19; fi <= 21; fi++) { for (let fj = 41; fj <= 43; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 19; fi <= 21; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 19; fi <= 21; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 19; fi <= 21; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 35; fj <= 37; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 21; fi <= 23; fi++) { for (let fj = 38; fj <= 40; fj++) { hm[30][38][fi][fj] = -0.2; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 39; fj <= 41; fj++) { hm[30][38][fi][fj] = -0.2; } }
}
// norway gruva 2
if (fi1 === 30 && fj1 === 39)
{
for (let fi = 27; fi <= 29; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[30][39][fi][fj] = 10.0; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[30][39][fi][fj] = 10.0; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[30][39][fi][fj] = 10.0; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[30][39][fi][fj] = 10.0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[30][39][fi][fj] = 10.0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 33; fj <= 35; fj++) { hm[30][39][fi][fj] = 10.0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[30][39][fi][fj] = 10.0; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[30][39][fi][fj] = 10.0; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[30][39][fi][fj] = 10.0; } }
}
if (fi1 === 30 && fj1 === 38)
{
hm[30][38][12][36] = -2.0;
hm[30][38][13][36] = -2.0;
hm[30][38][14][36] = -2.0;
hm[30][38][15][36] = -2.0;
hm[30][38][16][36] = -2.0;
hm[30][38][17][36] = -2.0;
hm[30][38][18][36] = -2.0;
hm[30][38][18][35] = -2.0;
hm[30][38][17][35] = -2.0;
hm[30][38][16][35] = -2.0;
hm[30][38][16][38] = -2.0;
hm[30][38][16][37] = -2.0;
hm[30][38][17][37] = -2.0;
hm[30][38][18][37] = -2.0;
hm[30][38][19][36] = -2.0;
}
// norway rift
if (fi1 === 30 && fj1 === 37)
{
for (let fi = 21; fi <= 23; fi++) { for (let fj = 1; fj <= 2; fj++) { hm[30][37][fi][fj] = -0.8; } }
}
if (fi1 === 30 && fj1 === 36)
{
for (let fi = 21; fi <= 23; fi++) { for (let fj = 43; fj <= 45; fj++) { hm[30][36][fi][fj] = -0.8; } }
for (let fi = 22; fi <= 24; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[30][36][fi][fj] = -0.8; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[30][36][fi][fj] = -0.8; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[30][36][fi][fj] = -0.8; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 37; fj <= 39; fj++) { hm[30][36][fi][fj] = -0.8; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[30][36][fi][fj] = -0.8; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[30][36][fi][fj] = -0.8; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[30][36][fi][fj] = -0.8; } }
}
if (fi1 === 30 && fj1 === 37)
{
hm[30][37][16][5] = -1.2;
hm[30][37][17][5] = -1.2;
hm[30][37][18][5] = -1.2;
hm[30][37][19][5] = -1.2;
hm[30][37][20][5] = -1.2;
hm[30][37][20][4] = -1.2;
hm[30][37][21][4] = -1.2;
hm[30][37][22][4] = -1.2;
hm[30][37][23][4] = -1.2;
hm[30][37][23][3] = -1.2;
hm[30][37][24][3] = -1.2;
hm[30][37][25][3] = -1.2;
hm[30][37][26][3] = -1.2;
hm[30][37][26][4] = -1.2;
hm[30][37][27][4] = -1.2;
hm[30][37][28][4] = -1.2;
hm[30][37][29][4] = -1.2;
}
// leaves parkering f¿r amerikanare
if (fi1 === 31 && fj1 === 38)
{
for (let fi = 3; fi <= 5; fi++) { for (let fj = 42; fj <= 44; fj++) { hm[31][38][fi][fj] = 0.8; } }
for (let fi = 3; fi <= 5; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[31][38][fi][fj] = 0.8; } }
for (let fi = 6; fi <= 8; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[31][38][fi][fj] = 0.8; } }
for (let fi = 6; fi <= 8; fi++) { for (let fj = 43; fj <= 45; fj++) { hm[31][38][fi][fj] = 0.8; } }
for (let fi = 9; fi <= 11; fi++) { for (let fj = 43; fj <= 45; fj++) { hm[31][38][fi][fj] = 0.8; } }
for (let fi = 9; fi <= 11; fi++) { for (let fj = 40; fj <= 42; fj++) { hm[31][38][fi][fj] = 0.8; } }
}
// fire hus
if (fi1 === 31 && fj1 === 35)
{
for (let fi = 12; fi <= 14; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[31][35][fi][fj] = -0.4; } }
for (let fi = 12; fi <= 14; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[31][35][fi][fj] = -0.4; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[31][35][fi][fj] = -0.4; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 32; fj <= 34; fj++) { hm[31][35][fi][fj] = -0.4; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 34; fj <= 36; fj++) { hm[31][35][fi][fj] = -0.4; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[31][35][fi][fj] = -0.4; } }
}
// epper land president
if (fi1 === 37 && fj1 === 35)
{
for (let fi = 24; fi <= 26; fi++) { for (let fj = 45; fj <= 47; fj++) { hm[37][35][fi][fj] = 2.3; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 45; fj <= 47; fj++) { hm[37][35][fi][fj] = 2.3; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 45; fj <= 47; fj++) { hm[37][35][fi][fj] = 2.3; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 42; fj <= 44; fj++) { hm[37][35][fi][fj] = 2.3; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 42; fj <= 44; fj++) { hm[37][35][fi][fj] = 2.3; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 42; fj <= 44; fj++) { hm[37][35][fi][fj] = 2.3; } }
for (let fi = 22; fi <= 24; fi++) { for (let fj = 45; fj <= 47; fj++) { hm[37][35][fi][fj] = 0.1; } }
for (let fi = 22; fi <= 24; fi++) { for (let fj = 42; fj <= 44; fj++) { hm[37][35][fi][fj] = 0.1; } }
for (let fi = 22; fi <= 24; fi++) { for (let fj = 39; fj <= 41; fj++) { hm[37][35][fi][fj] = 0.1; } }
for (let fi = 22; fi <= 24; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[37][35][fi][fj] = 0.1; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[37][35][fi][fj] = 0.1; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[37][35][fi][fj] = 0.1; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[37][35][fi][fj] = 0.1; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 36; fj <= 38; fj++) { hm[37][35][fi][fj] = 0.1; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 39; fj <= 41; fj++) { hm[37][35][fi][fj] = 0.1; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 42; fj <= 44; fj++) { hm[37][35][fi][fj] = 0.1; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 45; fj <= 47; fj++) { hm[37][35][fi][fj] = 0.1; } }
}
// haftlan-drakh disappeirce's skrivarstudio
if (fi1 === 36 && fj1 === 41)
{
for (let fi = 46; fi <= 48; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[36][41][fi][fj] = 5.2; } }
for (let fi = 46; fi <= 48; fi++) { for (let fj = 1; fj <= 2; fj++) { hm[36][41][fi][fj] = 5.2; } }
}
if (fi1 === 36 && fj1 === 40)
{
for (let fi = 45; fi <= 47; fi++) { for (let fj = 46; fj <= 48; fj++) { hm[36][40][fi][fj] = 5.2; } }
}
if (fi1 === 36 && fj1 === 41)
{
for (let fi = 45; fi <= 47; fi++) { for (let fj = 3; fj <= 5; fj++) { hm[36][41][fi][fj] = 5.2; } }
for (let fi = 45; fi <= 47; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[36][41][fi][fj] = 5.2; } }
}
// tj¿rn v¿g till parkeringen
if (fi1 === 33 && fj1 === 37)
{
for (let fi = 43; fi <= 45; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[33][37][fi][fj] = -0.3; } }
for (let fi = 46; fi <= 48; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[33][37][fi][fj] = -0.3; } }
}
if (fi1 === 34 && fj1 === 37)
{
for (let fi = 3; fi <= 5; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[34][37][fi][fj] = -0.3; } }
for (let fi = 6; fi <= 8; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[34][37][fi][fj] = -0.3; } }
for (let fi = 9; fi <= 11; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[34][37][fi][fj] = -0.3; } }
for (let fi = 12; fi <= 14; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[34][37][fi][fj] = -0.3; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[34][37][fi][fj] = -0.3; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[34][37][fi][fj] = -0.3; } }
}
// fire nedplattat v¿g
if (fi1 === 31 && fj1 === 35)
{
for (let fi = 15; fi <= 17; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 21; fi <= 23; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 21; fi <= 23; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 21; fi <= 23; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 21; fi <= 23; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 18; fi <= 20; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 15; fi <= 17; fi++) { for (let fj = 22; fj <= 24; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 12; fi <= 14; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 29; fi <= 31; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[31][35][fi][fj] = 1.8; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[31][35][fi][fj] = 1.8; } }
}
// hongkong/japan golf hemlig g¿ng
if (fi1 === 31 && fj1 === 33) hm[31][33][32][16] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][33][16] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][34][16] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][35][16] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][36][16] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][37][16] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][38][16] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][39][16] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][40][16] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][40][15] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][40][14] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][41][14] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][42][14] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][43][14] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][43][13] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][44][13] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][44][12] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][45][12] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][45][11] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][45][10] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][45][9] = -0.8;
if (fi1 === 31 && fj1 === 33) hm[31][33][45][8] = -0.8;
if (fi1 === 31 && fj1 === 33) { for (let fi = 44; fi <= 46; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[31][33][fi][fj] = -0.8; } } }
if (fi1 === 31 && fj1 === 33) { for (let fi = 42; fi <= 44; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[31][33][fi][fj] = -0.8; } } }
if (fi1 === 31 && fj1 === 33) { for (let fi = 46; fi <= 48; fi++) { for (let fj = 9; fj <= 11; fj++) { hm[31][33][fi][fj] = -0.8; } } }
if (fi1 === 31 && fj1 === 33) hm[31][33][34][15] = -0.6;
if (fi1 === 31 && fj1 === 33) hm[31][33][35][15] = -0.6;
if (fi1 === 31 && fj1 === 33) hm[31][33][36][15] = -0.6;
if (fi1 === 31 && fj1 === 33) hm[31][33][37][15] = -0.6;
if (fi1 === 31 && fj1 === 33) hm[31][33][38][15] = -0.6;
if (fi1 === 31 && fj1 === 33) hm[31][33][38][14] = -0.7;
if (fi1 === 31 && fj1 === 33) hm[31][33][39][14] = -0.7;
if (fi1 === 31 && fj1 === 33) hm[31][33][39][14] = -0.7;
if (fi1 === 31 && fj1 === 33) hm[31][33][39][13] = -0.7;
if (fi1 === 31 && fj1 === 33) hm[31][33][40][12] = -0.7;
if (fi1 === 31 && fj1 === 33) hm[31][33][41][12] = -0.7;
if (fi1 === 31 && fj1 === 33) hm[31][33][42][12] = -0.7;
if (fi1 === 31 && fj1 === 33) hm[31][33][40][11] = -0.7;
if (fi1 === 31 && fj1 === 33) { for (let fi = 37; fi <= 39; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[31][33][fi][fj] = -0.5; } } }
if (fi1 === 31 && fj1 === 33) { for (let fi = 39; fi <= 41; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[31][33][fi][fj] = -0.5; } } }
if (fi1 === 31 && fj1 === 33) { for (let fi = 41; fi <= 43; fi++) { for (let fj = 13; fj <= 15; fj++) { hm[31][33][fi][fj] = -0.5; } } }
if (fi1 === 31 && fj1 === 33) { for (let fi = 40; fi <= 42; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[31][33][fi][fj] = -0.5; } } }
if (fi1 === 31 && fj1 === 33) { for (let fi = 44; fi <= 46; fi++) { for (let fj = 6; fj <= 8; fj++) { hm[31][33][fi][fj] = -0.8; } } }
if (fi1 === 31 && fj1 === 33) { for (let fi = 46; fi <= 48; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[31][33][fi][fj] = -0.8; } } }
if (fi1 === 36 && fj1 === 30)
{
for (let fi = 14; fi <= 16; fi++) { for (let fj = 15; fj <= 17; fj++) { hm[36][30][fi][fj] = 0; } }
for (let fi = 14; fi <= 16; fi++) { for (let fj = 16; fj <= 18; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 14; fi <= 16; fi++) { for (let fj = 13; fj <= 15; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 14; fi <= 16; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 14; fi <= 16; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 13; fj <= 15; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 16; fj <= 18; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 16; fj <= 18; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 13; fj <= 15; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 14; fi <= 16; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 17; fi <= 19; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 7; fj <= 9; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 13; fj <= 15; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 13; fj <= 15; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 16; fj <= 18; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[36][30][fi][fj] = -1.0; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[36][30][fi][fj] = -1.0; } }
}
if (fi1 === 38 && fj1 === 28)
{
// mrs superconductor's castle
for (let fi = 32; fi <= 34; fi++) { for (let fj = 25; fj <= 27; fj++) { hm[38][28][fi][fj] = 7.3; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[38][28][fi][fj] = 2.0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 14; fj <= 16; fj++) { hm[38][28][fi][fj] = 7.3; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 13; fj <= 15; fj++) { hm[38][28][fi][fj] = 7.3; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 12; fj <= 14; fj++) { hm[38][28][fi][fj] = 2.0; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 11; fj <= 13; fj++) { hm[38][28][fi][fj] = 7.2; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[38][28][fi][fj] = 7.2; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[38][28][fi][fj] = 7.2; } }
for (let fi = 22; fi <= 24; fi++) { for (let fj = 10; fj <= 12; fj++) { hm[38][28][fi][fj] = 7.3; } }
for (let fi = 21; fi <= 23; fi++) { for (let fj = 29; fj <= 31; fj++) { hm[38][28][fi][fj] = 7.4; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 30; fj <= 32; fj++) { hm[38][28][fi][fj] = 2.0; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 28; fj <= 30; fj++) { hm[38][28][fi][fj] = 7.1; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[38][28][fi][fj] = 7.3; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[38][28][fi][fj] = 7.3; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[38][28][fi][fj] = 7.3; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[38][28][fi][fj] = 7.3; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[38][28][fi][fj] = 7.3; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[38][28][fi][fj] = 7.3; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[38][28][fi][fj] = 0.8; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[38][28][fi][fj] = 0.8; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[38][28][fi][fj] = 0.8; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[38][28][fi][fj] = 0.8; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[38][28][fi][fj] = 0.8; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[38][28][fi][fj] = 0.8; } }
for (let fi = 43; fi <= 45; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[38][28][fi][fj] = 0.8; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 20; fj <= 22; fj++) { hm[38][28][fi][fj] = 4.1; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 18; fj <= 20; fj++) { hm[38][28][fi][fj] = 4.1; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[38][28][fi][fj] = 4.1; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 19; fj <= 21; fj++) { hm[38][28][fi][fj] = 10.4; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 21; fj <= 23; fj++) { hm[38][28][fi][fj] = 10.4; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 17; fj <= 19; fj++) { hm[38][28][fi][fj] = 10.4; } }
}
// hongkong/japan golfbanan flod
if (fi1 === 31 && fj1 === 33)
{
hm[31][33][13][24] = -2.0;
hm[31][33][12][24] = -2.0;
hm[31][33][11][24] = -2.0;
hm[31][33][11][23] = -2.0;
hm[31][33][10][23] = -2.0;
hm[31][33][10][22] = -2.0;
hm[31][33][9][22] = -2.0;
hm[31][33][9][21] = -2.0;
hm[31][33][9][20] = -2.0;
hm[31][33][9][19] = -2.0;
hm[31][33][8][19] = -2.0;
hm[31][33][7][19] = -2.0;
hm[31][33][6][19] = -2.0;
hm[31][33][6][20] = -2.0;
hm[31][33][5][20] = -2.0;
hm[31][33][5][21] = -2.0;
hm[31][33][4][21] = -2.0;
hm[31][33][4][23] = -2.0;
hm[31][33][4][22] = -2.0;
hm[31][33][4][24] = -2.0;
hm[31][33][3][24] = -2.0;
hm[31][33][2][24] = -2.0;
hm[31][33][2][25] = -2.0;
hm[31][33][1][25] = -2.0;
hm[31][33][1][26] = -2.0;
hm[31][33][0][26] = -2.0;
}
if (fi1 === 30 && fj1 === 33)
{
hm[30][33][48][27] = -2.0;
hm[30][33][48][28] = -2.0;
hm[30][33][48][29] = -2.0;
hm[30][33][48][30] = -2.0;
hm[30][33][48][31] = -2.0;
}
if (fi1 === 31 && fj1 === 33)
{
hm[31][33][0][32] = -2.0;
}
if (fi1 === 30 && fj1 === 33)
{
hm[30][33][47][32] = -2.0;
hm[30][33][47][33] = -2.0;
hm[30][33][46][33] = -2.0;
hm[30][33][46][34] = -2.0;
}
if (fi1 === 32 && fj1 === 34)
{
hm[32][34][7][32] = -4.2;
hm[32][34][7][31] = -4.2;
hm[32][34][6][31] = -4.2;
hm[32][34][6][32] = -4.2;
hm[32][34][5][32] = -4.2;
hm[32][34][5][31] = -4.2;
hm[32][34][4][31] = -4.2;
hm[32][34][4][32] = -4.2;
hm[32][34][4][32] = -4.2;
hm[32][34][3][32] = -4.2;
hm[32][34][3][31] = -4.2;
hm[32][34][2][31] = -4.2;
hm[32][34][2][32] = -4.2;
hm[32][34][1][32] = -4.2;
hm[32][34][1][31] = -4.2;
hm[32][34][0][31] = -4.2;
hm[32][34][0][32] = -4.2;
}
if (fi1 === 31 && fj1 === 34)
{
hm[31][34][48][31] = -4.2;
hm[31][34][47][31] = -4.2;
hm[31][34][47][32] = -4.2;
hm[31][34][46][32] = -4.2;
hm[31][34][46][31] = -4.2;
hm[31][34][45][31] = -4.2;
hm[31][34][45][32] = -4.2;
hm[31][34][44][32] = -4.2;
hm[31][34][44][31] = -4.2;
hm[31][34][43][31] = -4.2;
hm[31][34][43][32] = -4.2;
hm[31][34][42][32] = -4.2;
hm[31][34][42][31] = -4.2;
hm[31][34][41][31] = -4.2;
hm[31][34][41][32] = -4.2;
hm[31][34][40][32] = -4.2;
hm[31][34][40][31] = -4.2;
hm[31][34][39][31] = -4.2;
hm[31][34][39][32] = -4.2;
hm[31][34][38][32] = -4.2;
hm[31][34][38][31] = -4.2;
hm[31][34][37][31] = -4.2;
hm[31][34][37][32] = -4.2;
hm[31][34][36][32] = -4.2;
hm[31][34][36][31] = -4.2;
hm[31][34][35][31] = -4.2;
hm[31][34][35][32] = -4.2;
hm[31][34][34][32] = -4.2;
hm[31][34][34][31] = -4.2;
hm[31][34][33][31] = -4.2;
hm[31][34][33][32] = -4.2;
hm[31][34][32][32] = -4.2;
hm[31][34][32][31] = -4.2;
hm[31][34][31][32] = -4.2;
hm[31][34][31][33] = -4.2;
hm[31][34][30][33] = -4.2;
hm[31][34][30][32] = -4.2;
hm[31][34][29][32] = -4.2;
hm[31][34][29][33] = -4.2;
hm[31][34][28][33] = -4.2;
}
// hongkong/japan korvskaparhuset
if (fi1 === 32 && fj1 === 29)
{
hm[32][29][25][28] = 0.4;
hm[32][29][25][29] = 0.4;
hm[32][29][25][30] = 0.4;
hm[32][29][25][31] = 0.4;
hm[32][29][25][32] = 0.4;
hm[32][29][25][33] = 0.4;
hm[32][29][25][34] = 0.4;
hm[32][29][25][35] = 0.4;
hm[32][29][25][36] = 0.4;
hm[32][29][25][37] = 0.4;
hm[32][29][25][38] = 0.4;
hm[32][29][25][39] = 0.4;
hm[32][29][25][40] = 0.4;
hm[32][29][25][41] = 0.4;
hm[32][29][25][42] = 0.4;
hm[32][29][25][43] = 0.4;
hm[32][29][25][44] = 0.4;
hm[32][29][25][45] = 0.4;
hm[32][29][25][46] = 0.4;
hm[32][29][25][47] = 0.4;
}
// hongkong/japan city trafikkontrollplats
if (fi1 === 30 && fj1 === 31)
{
for (let fi = 32; fi <= 34; fi++) { for (let fj = 6; fj <= 8; fj++) { hm[30][31][fi][fj] = 2.1; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 6; fj <= 8; fj++) { hm[30][31][fi][fj] = 2.1; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[30][31][fi][fj] = 2.1; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 5; fj <= 7; fj++) { hm[30][31][fi][fj] = 2.1; } }
}
// haftlan-drakh slott
if (fi1 === 39 && fj1 === 37)
{
for (let fi = 16; fi <= 18; fi++) { for (let fj = 45; fj <= 47; fj++) { hm[39][37][fi][fj] = 0; } }
}
if (fi1 === 38 && fj1 === 37)
{
for (let fi = 8; fi <= 10; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[38][37][fi][fj] = 34.2; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[38][37][fi][fj] = 34.2; } }
for (let fi = 5; fi <= 7; fi++) { for (let fj = 1; fj <= 3; fj++) { hm[38][37][fi][fj] = 34.2; } }
}
if (fi1 === 38 && fj1 === 36)
{
for (let fi = 2; fi <= 4; fi++) { for (let fj = 47; fj <= 49; fj++) { hm[38][36][fi][fj] = 34.2; } }
}
if (fi1 === 38 && fj1 === 37)
{
for (let fi = 2; fi <= 4; fi++) { for (let fj = 4; fj <= 6; fj++) { hm[38][37][fi][fj] = 34.2; } }
}
// haftlan-drakh race
if (fi1 === 37 && fj1 === 39) { for (let fi = 24; fi <= 30; fi++) { for (let fj = 27; fj <= 33; fj++) { hm[37][39][fi][fj] = 2.2; } } }
if (fi1 === 37 && fj1 === 39) { for (let fi = 27; fi <= 33; fi++) { for (let fj = 24; fj <= 30; fj++) { hm[37][39][fi][fj] = 2.2; } } }
if (fi1 === 37 && fj1 === 39) { for (let fi = 30; fi <= 36; fi++) { for (let fj = 22; fj <= 28; fj++) { hm[37][39][fi][fj] = 2.2; } } }
if (fi1 === 37 && fj1 === 39) { for (let fi = 33; fi <= 39; fi++) { for (let fj = 21; fj <= 27; fj++) { hm[37][39][fi][fj] = 2.8; } } }
if (fi1 === 37 && fj1 === 39) { for (let fi = 36; fi <= 42; fi++) { for (let fj = 21; fj <= 27; fj++) { hm[37][39][fi][fj] = 2.8; } } }
if (fi1 === 37 && fj1 === 39) { for (let fi = 42; fi <= 49; fi++) { for (let fj = 19; fj <= 25; fj++) { hm[37][39][fi][fj] = 3.0; } } }
if (fi1 === 37 && fj1 === 39) { for (let fi = 42; fi <= 49; fi++) { for (let fj = 18; fj <= 24; fj++) { hm[37][39][fi][fj] = 3.0; } } }
if (fi1 === 37 && fj1 === 39) { for (let fi = 42; fi <= 49; fi++) { for (let fj = 18; fj <= 24; fj++) { hm[37][39][fi][fj] = 3.0; } } }
if (fi1 === 38 && fj1 === 39) { for (let fi = 0; fi <= 6; fi++) { for (let fj = 18; fj <= 24; fj++) { hm[38][39][fi][fj] = 3.0; } } }
if (fi1 === 38 && fj1 === 39) { for (let fi = 3; fi <= 9; fi++) { for (let fj = 17; fj <= 23; fj++) { hm[38][39][fi][fj] = 3.0; } } }
if (fi1 === 38 && fj1 === 39) { for (let fi = 22; fi <= 28; fi++) { for (let fj = 7; fj <= 13; fj++) { hm[38][39][fi][fj] = 2.3; } } }
if (fi1 === 38 && fj1 === 39) { for (let fi = 26; fi <= 32; fi++) { for (let fj = 5; fj <= 11; fj++) { hm[38][39][fi][fj] = 2.3; } } }
if (fi1 === 38 && fj1 === 39) { for (let fi = 27; fi <= 33; fi++) { for (let fj = 5; fj <= 11; fj++) { hm[38][39][fi][fj] = 2.3; } } }
if (fi1 === 38 && fj1 === 39) { for (let fi = 32; fi <= 38; fi++) { for (let fj = 3; fj <= 9; fj++) { hm[38][39][fi][fj] = 2.3; } } }
if (fi1 === 38 && fj1 === 39) { for (let fi = 37; fi <= 43; fi++) { for (let fj = 0; fj <= 6; fj++) { hm[38][39][fi][fj] = 2.3; } } }
if (fi1 === 38 && fj1 === 39) { for (let fi = 40; fi <= 46; fi++) { for (let fj = 0; fj <= 6; fj++) { hm[38][39][fi][fj] = 2.3; } } }
if (fi1 === 38 && fj1 === 38) { for (let fi = 43; fi <= 49; fi++) { for (let fj = 43; fj <= 49; fj++) { hm[38][38][fi][fj] = 2.3; } } }
if (fi1 === 39 && fj1 === 38) { for (let fi = 2; fi <= 8; fi++) { for (let fj = 13; fj <= 19; fj++) { hm[39][38][fi][fj] = 3.6; } } }
if (fi1 === 39 && fj1 === 38) { for (let fi = 3; fi <= 9; fi++) { for (let fj = 9; fj <= 15; fj++) { hm[39][38][fi][fj] = 3.7; } } }
if (fi1 === 39 && fj1 === 38) { for (let fi = 4; fi <= 10; fi++) { for (let fj = 4; fj <= 10; fj++) { hm[39][38][fi][fj] = 3.8; } } }
if (fi1 === 39 && fj1 === 38) { for (let fi = 4; fi <= 10; fi++) { for (let fj = 0; fj <= 6; fj++) { hm[39][38][fi][fj] = 3.9; } } }
if (fi1 === 39 && fj1 === 37) { for (let fi = 5; fi <= 11; fi++) { for (let fj = 43; fj <= 49; fj++) { hm[39][37][fi][fj] = 4.1; } } }
if (fi1 === 39 && fj1 === 37) { for (let fi = 5; fi <= 11; fi++) { for (let fj = 41; fj <= 47; fj++) { hm[39][37][fi][fj] = 4.2; } } }
if (fi1 === 39 && fj1 === 37) { for (let fi = 5; fi <= 11; fi++) { for (let fj = 38; fj <= 44; fj++) { hm[39][37][fi][fj] = 4.3; } } }
if (fi1 === 39 && fj1 === 37) { for (let fi = 5; fi <= 11; fi++) { for (let fj = 34; fj <= 40; fj++) { hm[39][37][fi][fj] = 4.4; } } }
if (fi1 === 39 && fj1 === 37) { for (let fi = 4; fi <= 10; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[39][37][fi][fj] = 4.5; } } }
if (fi1 === 39 && fj1 === 37) { for (let fi = 4; fi <= 10; fi++) { for (let fj = 29; fj <= 35; fj++) { hm[39][37][fi][fj] = 4.6; } } }
if (fi1 === 39 && fj1 === 37) { for (let fi = 0; fi <= 6; fi++) { for (let fj = 23; fj <= 29; fj++) { hm[39][37][fi][fj] = 4.8; } } }
if (fi1 === 39 && fj1 === 37) { for (let fi = 1; fi <= 7; fi++) { for (let fj = 26; fj <= 32; fj++) { hm[39][37][fi][fj] = 5.2; } } }
if (fi1 === 39 && fj1 === 37) { for (let fi = 0; fi <= 6; fi++) { for (let fj = 21; fj <= 27; fj++) { hm[39][37][fi][fj] = 5.5; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 43; fi <= 49; fi++) { for (let fj = 19; fj <= 25; fj++) { hm[38][37][fi][fj] = 5.8; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 42; fi <= 48; fi++) { for (let fj = 16; fj <= 22; fj++) { hm[38][37][fi][fj] = 6.4; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 37; fi <= 43; fi++) { for (let fj = 13; fj <= 19; fj++) { hm[38][37][fi][fj] = 7.0; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 32; fi <= 38; fi++) { for (let fj = 11; fj <= 17; fj++) { hm[38][37][fi][fj] = 7.8; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 43; fi <= 49; fi++) { for (let fj = 29; fj <= 35; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 0; fi <= 6; fi++) { for (let fj = 27; fj <= 33; fj++) { hm[38][37][fi][fj] = 8.5; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 1; fi <= 7; fi++) { for (let fj = 25; fj <= 31; fj++) { hm[38][37][fi][fj] = 8.5; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 7; fi <= 13; fi++) { for (let fj = 20; fj <= 26; fj++) { hm[38][37][fi][fj] = 8.5; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 11; fi <= 17; fi++) { for (let fj = 17; fj <= 23; fj++) { hm[38][37][fi][fj] = 8.5; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 19; fi <= 25; fi++) { for (let fj = 14; fj <= 20; fj++) { hm[38][37][fi][fj] = 8.5; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 14; fi <= 20; fi++) { for (let fj = 15; fj <= 21; fj++) { hm[38][37][fi][fj] = 8.5; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 0; fi <= 6; fi++) { for (let fj = 27; fj <= 33; fj++) { hm[38][37][fi][fj] = 8.5; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 2; fi <= 8; fi++) { for (let fj = 26; fj <= 32; fj++) { hm[38][37][fi][fj] = 8.4; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 4; fi <= 10; fi++) { for (let fj = 25; fj <= 31; fj++) { hm[38][37][fi][fj] = 8.4; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 6; fi <= 12; fi++) { for (let fj = 24; fj <= 30; fj++) { hm[38][37][fi][fj] = 8.3; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 8; fi <= 14; fi++) { for (let fj = 24; fj <= 30; fj++) { hm[38][37][fi][fj] = 8.2; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 9; fi <= 15; fi++) { for (let fj = 23; fj <= 29; fj++) { hm[38][37][fi][fj] = 8.1; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 12; fi <= 18; fi++) { for (let fj = 22; fj <= 28; fj++) { hm[38][37][fi][fj] = 8.0; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 16; fi <= 22; fi++) { for (let fj = 20; fj <= 26; fj++) { hm[38][37][fi][fj] = 7.8; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 17; fj <= 23; fj++) { hm[38][37][fi][fj] = 7.6; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 25; fi <= 31; fi++) { for (let fj = 15; fj <= 21; fj++) { hm[38][37][fi][fj] = 7.4; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 29; fi <= 35; fi++) { for (let fj = 13; fj <= 19; fj++) { hm[38][37][fi][fj] = 7.2; } } }
if (fi1 === 38 && fj1 === 37) { for (let fi = 35; fi <= 41; fi++) { for (let fj = 13; fj <= 19; fj++) { hm[38][37][fi][fj] = 7.0; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 39; fi <= 45; fi++) { for (let fj = 29; fj <= 35; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 35; fi <= 41; fi++) { for (let fj = 29; fj <= 35; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 27; fi <= 33; fi++) { for (let fj = 28; fj <= 34; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 31; fi <= 37; fi++) { for (let fj = 28; fj <= 34; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 24; fi <= 30; fi++) { for (let fj = 29; fj <= 35; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 20; fi <= 26; fi++) { for (let fj = 30; fj <= 36; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 16; fi <= 22; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 13; fi <= 19; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 8; fi <= 14; fi++) { for (let fj = 32; fj <= 38; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 2; fi <= 8; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 1; fi <= 7; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 3; fi <= 9; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 1; fi <= 7; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 0; fi <= 6; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 0; fi <= 6; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 37 && fj1 === 37) { for (let fi = 0; fi <= 6; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[37][37][fi][fj] = 8.5; } } }
if (fi1 === 36 && fj1 === 37) { for (let fi = 43; fi <= 49; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[36][37][fi][fj] = 8.5; } } }
if (fi1 === 36 && fj1 === 37) { for (let fi = 41; fi <= 47; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[36][37][fi][fj] = 8.5; } } }
if (fi1 === 36 && fj1 === 37) { for (let fi = 36; fi <= 42; fi++) { for (let fj = 32; fj <= 38; fj++) { hm[36][37][fi][fj] = 8.5; } } }
if (fi1 === 38 && fj1 === 39) { for (let fi = 12; fi <= 18; fi++) { for (let fj = 11; fj <= 17; fj++) { hm[38][39][fi][fj] = 2.3; } } }
if (fi1 === 38 && fj1 === 39) { for (let fi = 14; fi <= 20; fi++) { for (let fj = 10; fj <= 16; fj++) { hm[38][39][fi][fj] = 2.3; } } }
if (fi1 === 38 && fj1 === 39) { for (let fi = 18; fi <= 24; fi++) { for (let fj = 11; fj <= 17; fj++) { hm[38][39][fi][fj] = 2.3; } } }
if (fi1 === 38 && fj1 === 39) { for (let fi = 11; fi <= 17; fi++) { for (let fj = 15; fj <= 21; fj++) { hm[38][39][fi][fj] = 2.3; } } }
if (fi1 === 35 && fj1 === 37) { for (let fi = 22; fi <= 28; fi++) { for (let fj = 0; fj <= 6; fj++) { hm[35][37][fi][fj] = 2.2; } } }
if (fi1 === 35 && fj1 === 36) { for (let fi = 22; fi <= 28; fi++) { for (let fj = 43; fj <= 49; fj++) { hm[35][36][fi][fj] = 2.2; } } }
if (fi1 === 35 && fj1 === 36) { for (let fi = 22; fi <= 28; fi++) { for (let fj = 41; fj <= 47; fj++) { hm[35][36][fi][fj] = 2.2; } } }
if (fi1 === 35 && fj1 === 36) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 37; fj <= 43; fj++) { hm[35][36][fi][fj] = 2.0; } } }
if (fi1 === 35 && fj1 === 36) { for (let fi = 20; fi <= 26; fi++) { for (let fj = 34; fj <= 40; fj++) { hm[35][36][fi][fj] = 1.5; } } }
if (fi1 === 35 && fj1 === 36) { for (let fi = 19; fi <= 25; fi++) { for (let fj = 30; fj <= 36; fj++) { hm[35][36][fi][fj] = 1.0; } } }
if (fi1 === 35 && fj1 === 36) { for (let fi = 18; fi <= 24; fi++) { for (let fj = 26; fj <= 32; fj++) { hm[35][36][fi][fj] = 0.7; } } }
if (fi1 === 35 && fj1 === 36) { for (let fi = 16; fi <= 22; fi++) { for (let fj = 23; fj <= 29; fj++) { hm[35][36][fi][fj] = 0.4; } } }
if (fi1 === 35 && fj1 === 36) { for (let fi = 14; fi <= 20; fi++) { for (let fj = 20; fj <= 26; fj++) { hm[35][36][fi][fj] = 0.4; } } }
if (fi1 === 35 && fj1 === 36) { for (let fi = 12; fi <= 18; fi++) { for (let fj = 19; fj <= 25; fj++) { hm[35][36][fi][fj] = 0.2; } } }
if (fi1 === 35 && fj1 === 36) { for (let fi = 7; fi <= 13; fi++) { for (let fj = 14; fj <= 20; fj++) { hm[35][36][fi][fj] = -0.1; } } }
if (fi1 === 35 && fj1 === 36) { for (let fi = 4; fi <= 10; fi++) { for (let fj = 11; fj <= 17; fj++) { hm[35][36][fi][fj] = -0.2; } } }
if (fi1 === 35 && fj1 === 36) { for (let fi = 0; fi <= 6; fi++) { for (let fj = 9; fj <= 15; fj++) { hm[35][36][fi][fj] = -0.4; } } }
if (fi1 === 34 && fj1 === 36) { for (let fi = 42; fi <= 48; fi++) { for (let fj = 8; fj <= 14; fj++) { hm[34][36][fi][fj] = -0.6; } } }
if (fi1 === 34 && fj1 === 36) { for (let fi = 43; fi <= 49; fi++) { for (let fj = 9; fj <= 15; fj++) { hm[34][36][fi][fj] = -0.7; } } }
if (fi1 === 34 && fj1 === 36) { for (let fi = 31; fi <= 37; fi++) { for (let fj = 8; fj <= 14; fj++) { hm[34][36][fi][fj] = -0.6; } } }
if (fi1 === 34 && fj1 === 36) { for (let fi = 28; fi <= 34; fi++) { for (let fj = 9; fj <= 15; fj++) { hm[34][36][fi][fj] = -0.6; } } }
if (fi1 === 34 && fj1 === 36) { for (let fi = 25; fi <= 31; fi++) { for (let fj = 10; fj <= 16; fj++) { hm[34][36][fi][fj] = -0.6; } } }
if (fi1 === 34 && fj1 === 36) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 11; fj <= 17; fj++) { hm[34][36][fi][fj] = -0.6; } } }
if (fi1 === 34 && fj1 === 36) { for (let fi = 17; fi <= 23; fi++) { for (let fj = 12; fj <= 18; fj++) { hm[34][36][fi][fj] = -0.6; } } }
if (fi1 === 34 && fj1 === 36) { for (let fi = 14; fi <= 20; fi++) { for (let fj = 14; fj <= 20; fj++) { hm[34][36][fi][fj] = -0.4; } } }
if (fi1 === 34 && fj1 === 36) { for (let fi = 10; fi <= 16; fi++) { for (let fj = 17; fj <= 23; fj++) { hm[34][36][fi][fj] = -0.2; } } }
if (fi1 === 34 && fj1 === 36) { for (let fi = 7; fi <= 13; fi++) { for (let fj = 19; fj <= 25; fj++) { hm[34][36][fi][fj] = 0.0; } } }
// passage race
if (fi1 === 29 && fj1 === 31) { for (let fi = 28; fi <= 34; fi++) { for (let fj = 34; fj <= 40; fj++) { hm[29][31][fi][fj] = 0.3; } } }
if (fi1 === 29 && fj1 === 31) { for (let fi = 28; fi <= 34; fi++) { for (let fj = 35; fj <= 41; fj++) { hm[29][31][fi][fj] = 0.4; } } }
if (fi1 === 29 && fj1 === 31) { for (let fi = 27; fi <= 33; fi++) { for (let fj = 37; fj <= 43; fj++) { hm[29][31][fi][fj] = 0.5; } } }
if (fi1 === 29 && fj1 === 31) { for (let fi = 27; fi <= 33; fi++) { for (let fj = 38; fj <= 44; fj++) { hm[29][31][fi][fj] = 0.6; } } }
if (fi1 === 29 && fj1 === 31) { for (let fi = 26; fi <= 32; fi++) { for (let fj = 40; fj <= 46; fj++) { hm[29][31][fi][fj] = 0.7; } } }
if (fi1 === 29 && fj1 === 31) { for (let fi = 26; fi <= 32; fi++) { for (let fj = 42; fj <= 48; fj++) { hm[29][31][fi][fj] = 0.8; } } }
if (fi1 === 29 && fj1 === 31) { for (let fi = 25; fi <= 31; fi++) { for (let fj = 43; fj <= 49; fj++) { hm[29][31][fi][fj] = 0.9; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 24; fi <= 30; fi++) { for (let fj = 0; fj <= 6; fj++) { hm[29][32][fi][fj] = 1.0; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 24; fi <= 30; fi++) { for (let fj = 0; fj <= 6; fj++) { hm[29][32][fi][fj] = 1.1; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 23; fi <= 29; fi++) { for (let fj = 1; fj <= 7; fj++) { hm[29][32][fi][fj] = 1.2; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 22; fi <= 28; fi++) { for (let fj = 3; fj <= 9; fj++) { hm[29][32][fi][fj] = 1.3; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 22; fi <= 28; fi++) { for (let fj = 5; fj <= 11; fj++) { hm[29][32][fi][fj] = 1.4; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 8; fj <= 14; fj++) { hm[29][32][fi][fj] = 1.5; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 11; fj <= 17; fj++) { hm[29][32][fi][fj] = 1.6; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 14; fj <= 20; fj++) { hm[29][32][fi][fj] = 1.7; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 20; fi <= 26; fi++) { for (let fj = 17; fj <= 23; fj++) { hm[29][32][fi][fj] = 1.8; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 20; fi <= 26; fi++) { for (let fj = 22; fj <= 28; fj++) { hm[29][32][fi][fj] = 1.9; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 20; fi <= 26; fi++) { for (let fj = 24; fj <= 30; fj++) { hm[29][32][fi][fj] = 2.0; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 20; fi <= 26; fi++) { for (let fj = 27; fj <= 33; fj++) { hm[29][32][fi][fj] = 2.1; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 29; fj <= 35; fj++) { hm[29][32][fi][fj] = 2.2; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 32; fj <= 38; fj++) { hm[29][32][fi][fj] = 2.3; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 35; fj <= 41; fj++) { hm[29][32][fi][fj] = 2.4; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 37; fj <= 43; fj++) { hm[29][32][fi][fj] = 2.5; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 40; fj <= 46; fj++) { hm[29][32][fi][fj] = 2.6; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 41; fj <= 47; fj++) { hm[29][32][fi][fj] = 2.7; } } }
if (fi1 === 29 && fj1 === 32) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 43; fj <= 49; fj++) { hm[29][32][fi][fj] = 2.8; } } }
if (fi1 === 29 && fj1 === 33) { for (let fi = 22; fi <= 28; fi++) { for (let fj = 0; fj <= 6; fj++) { hm[29][33][fi][fj] = 2.9; } } }
if (fi1 === 29 && fj1 === 33) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 2; fj <= 8; fj++) { hm[29][33][fi][fj] = 3.0; } } }
if (fi1 === 29 && fj1 === 33) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 6; fj <= 12; fj++) { hm[29][33][fi][fj] = 3.1; } } }
if (fi1 === 29 && fj1 === 33) { for (let fi = 20; fi <= 26; fi++) { for (let fj = 9; fj <= 15; fj++) { hm[29][33][fi][fj] = 3.2; } } }
if (fi1 === 29 && fj1 === 33) { for (let fi = 19; fi <= 25; fi++) { for (let fj = 12; fj <= 18; fj++) { hm[29][33][fi][fj] = 3.3; } } }
if (fi1 === 29 && fj1 === 33) { for (let fi = 17; fi <= 23; fi++) { for (let fj = 14; fj <= 20; fj++) { hm[29][33][fi][fj] = 3.4; } } }
if (fi1 === 29 && fj1 === 33) { for (let fi = 14; fi <= 20; fi++) { for (let fj = 17; fj <= 23; fj++) { hm[29][33][fi][fj] = 3.5; } } }
if (fi1 === 29 && fj1 === 33) { for (let fi = 12; fi <= 18; fi++) { for (let fj = 18; fj <= 24; fj++) { hm[29][33][fi][fj] = 3.6; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 1; fi <= 7; fi++) { for (let fj = 36; fj <= 42; fj++) { hm[28][41][fi][fj] = -0.7; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 2; fi <= 8; fi++) { for (let fj = 36; fj <= 42; fj++) { hm[28][41][fi][fj] = -0.6; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 4; fi <= 10; fi++) { for (let fj = 36; fj <= 42; fj++) { hm[28][41][fi][fj] = -0.5; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 9; fi <= 15; fi++) { for (let fj = 36; fj <= 42; fj++) { hm[28][41][fi][fj] = -0.4; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 12; fi <= 18; fi++) { for (let fj = 36; fj <= 42; fj++) { hm[28][41][fi][fj] = -0.3; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 16; fi <= 22; fi++) { for (let fj = 35; fj <= 41; fj++) { hm[28][41][fi][fj] = -0.2; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 19; fi <= 25; fi++) { for (let fj = 34; fj <= 40; fj++) { hm[28][41][fi][fj] = -0.1; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 21; fi <= 27; fi++) { for (let fj = 34; fj <= 40; fj++) { hm[28][41][fi][fj] = 0.0; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 25; fi <= 31; fi++) { for (let fj = 34; fj <= 40; fj++) { hm[28][41][fi][fj] = 0.1; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 29; fi <= 35; fi++) { for (let fj = 34; fj <= 40; fj++) { hm[28][41][fi][fj] = 0.2; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 33; fi <= 39; fi++) { for (let fj = 33; fj <= 39; fj++) { hm[28][41][fi][fj] = 0.3; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 35; fi <= 41; fi++) { for (let fj = 33; fj <= 39; fj++) { hm[28][41][fi][fj] = 0.4; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 37; fi <= 43; fi++) { for (let fj = 33; fj <= 39; fj++) { hm[28][41][fi][fj] = 0.5; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 40; fi <= 46; fi++) { for (let fj = 33; fj <= 39; fj++) { hm[28][41][fi][fj] = 0.6; } } }
if (fi1 === 28 && fj1 === 41) { for (let fi = 43; fi <= 49; fi++) { for (let fj = 32; fj <= 38; fj++) { hm[28][41][fi][fj] = 0.7; } } }
if (fi1 === 29 && fj1 === 41) { for (let fi = 0; fi <= 6; fi++) { for (let fj = 32; fj <= 38; fj++) { hm[29][41][fi][fj] = 0.8; } } }
if (fi1 === 29 && fj1 === 41) { for (let fi = 0; fi <= 6; fi++) { for (let fj = 32; fj <= 38; fj++) { hm[29][41][fi][fj] = 0.9; } } }
if (fi1 === 29 && fj1 === 41) { for (let fi = 3; fi <= 9; fi++) { for (let fj = 31; fj <= 37; fj++) { hm[29][41][fi][fj] = 1.0; } } }
if (fi1 === 29 && fj1 === 41) { for (let fi = 6; fi <= 12; fi++) { for (let fj = 30; fj <= 36; fj++) { hm[29][41][fi][fj] = 1.1; } } }
if (fi1 === 29 && fj1 === 41) { for (let fi = 9; fi <= 15; fi++) { for (let fj = 29; fj <= 35; fj++) { hm[29][41][fi][fj] = 1.2; } } }
// epper race
if (fi1 === 37 && fj1 === 35) { for (let fi = 19; fi <= 21; fi++) { for (let fj = 1; fj <= 3; fj++) { hm[37][35][fi][fj] = 3; } } }
if (fi1 === 37 && fj1 === 35) { for (let fi = 16; fi <= 22; fi++) { for (let fj = 0; fj <= 6; fj++) { hm[37][35][fi][fj] = 3; } } }
if (fi1 === 37 && fj1 === 35) { for (let fi = 12; fi <= 18; fi++) { for (let fj = 0; fj <= 6; fj++) { hm[37][35][fi][fj] = 3; } } }
if (fi1 === 37 && fj1 === 35) { for (let fi = 8; fi <= 14; fi++) { for (let fj = 0; fj <= 6; fj++) { hm[37][35][fi][fj] = 3; } } }
if (fi1 === 37 && fj1 === 35) { for (let fi = 7; fi <= 13; fi++) { for (let fj = 0; fj <= 6; fj++) { hm[37][35][fi][fj] = 3; } } }
// CONTINUE HERE
}
//: generate object values to the om[][][][] array
function generate_objects_array(fi1, fj1, fi, fj)
{
// ---- TREES ---- //
if (hm[fi1][fj1][fi][fj] > sealevel+0.5)
{
// LOCKED 231013:
let curve_trees = grelf3()+grelf_detail2();
// ---- tweaking ---- //
// tweaking LOCKED 231013:
// epper land
if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 33 && fj1 <= 35)) curve_trees -= 150;
// epper bridge
else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 33 && fj1 <= 35)) curve_trees += 250;
// magnet island
else if ((fi1 >= 36 && fi1 <= 41) && (fj1 >= 27 && fj1 <= 32)) curve_trees += 1000;
// magnet archipelago
// else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 28 && fj1 <= 32))
// tjörn
else if ((fi1 >= 32 && fi1 <= 35) && (fj1 >= 36 && fj1 <= 38)) curve_trees -= 133;
// norway
// else if ((fi1 >= 29 && fi1 <= 30) && (fj1 >= 35 && fj1 <= 40))
// hårass land
else if ((fi1 >= 31 && fi1 <= 35) && (fj1 >= 39 && fj1 <= 41))
{
if (fi1 === 31) curve_trees += 62; // stavanger
}
// haftlan-drakh
else if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 36 && fj1 <= 41)) curve_trees += 50;
// hongkong/japan
else if ((fi1 >= 29 && fi1 <= 32) && (fj1 >= 28 && fj1 <= 34))
{
if ((fi1 === 32 || fi1 === 31) && (fj1 === 32 || fj1 === 31)) curve_trees += 50; // dogert's house
else if (fi1 === 31 && fj1 === 29) curve_trees += 200; // busparking
else if (fi1 === 30 && fj1 === 29) curve_trees -= 200; // magnet festival
else if ((fi1 >= 30 && fi1 <= 31) && (fj1 >= 33 && fj1 <= 34)) curve_trees += 1000; // golf course
else if ((fi1 >= 29 && fi1 <= 30) && (fj1 >= 28 && fj1 <= 29)) curve_trees += 43; // SW
else if (fi1 === 29 && (fj1 >= 32 && fj1 <= 34)) curve_trees += 50; // XP (SE)
else if ((fi1 >= 30 && fi1 <= 31) && (fj1 >= 32 && fj1 <= 34)) curve_trees += 50; // E
else curve_trees += 100;
}
// pir
// else if (fi1 === 32 && fj1 === 35)
// fire
// else if (fi1 === 31 && fj1 === 35)
// leaves
// else if(fi1 === 31 && fj1 === 38)
// passage 1
else if (fi1 === 28 && fj1 === 33) curve_trees += 1000;
// passage 2
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 33 && fj1 <= 41))
{
if (fi1 === 27 && (fj1 === 34 || fj1 === 35)) curve_trees += 1000; // landningsbana
}
// passage 3
// else if ((fi1 >= 26 && fi1 <= 30) && fj1 === 41)
// dark waters
// else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 26 && fj1 <= 31))
// ---- auto generating ---- //
// auto generating LOCKED 231102
if (curve_trees < 616 && curve_trees > 524) // godtyckligt
{
if (om[fi1][fj1][fi][fj] !== ASCEND_ROAD) om[fi1][fj1][fi][fj] = ASCEND_TREE;
// "seed" system (this is REAL tree seeds and not random number seed
if (!(fi1 === 38 && fj1 === 39) && Math.floor(curve_trees) % 5 === 0) // not in dark gandalf's house
{
// LOCKED 231013:
let seed_length = Math.floor(pseudorandom(fi*fj)*10);
if (seed_length > 5) seed_length = 10;
else seed_length = 1;
if (fi-seed_length > 0 && fj-seed_length > 0 && om[fi1][fj1][fi-seed_length][fj-seed_length] !== ASCEND_ROAD)
{
// seed for new bush
if (Math.floor(curve_trees) % 10 === 0)
{
if (hm[fi1][fj1][fi-seed_length][fj-seed_length] > sealevel+0.5 && om[fi1][fj1][fi-seed_length][fj-seed_length] !== ASCEND_ROAD) om[fi1][fj1][fi-seed_length][fj-seed_length] = ASCEND_BUSH; // throw seed diagonally
}
else
{
if (hm[fi1][fj1][fi-seed_length][fj] > sealevel+0.5 && om[fi1][fj1][fi-seed_length][fj] !== ASCEND_ROAD) om[fi1][fj1][fi-seed_length][fj] = ASCEND_GRASS; // throw seed straight to the i direction
}
}
}
}
}
// ---- manual additions ---- //
// epper land
// if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 33 && fj1 <= 35))
// epper bridge
// else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 33 && fj1 <= 35))
// magnet island
// else if ((fi1 >= 36 && fi1 <= 41) && (fj1 >= 27 && fj1 <= 32))
// magnet archipelago
// else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 28 && fj1 <= 32))
// tjörn
if ((fi1 >= 32 && fi1 <= 35) && (fj1 >= 36 && fj1 <= 38))
{
if (grelf() > 270 && fi % 4 > 2 && fj % 4 > 1 && om[fi1][fj1][fi][fj] !== ASCEND_ROAD) om[fi1][fj1][fi][fj] = ASCEND_GRASS;
if (fi1 === 34 && fj1 === 37)
{
if (distance_get_xz(fi,fj, 27,24) <= 25 && hm[fi1][fj1][fi][fj] > sealevel+0.1 && pseudorandom(fi*fj) >= 0.7 && distance_get_xz(fi,fj, 31,23) > 5) om[fi1][fj1][fi][fj] = ASCEND_TREE; // around clubhouse
}
}
// norway
// else if ((fi1 >= 29 && fi1 <= 30) && (fj1 >= 35 && fj1 <= 40))
// hårass land
// else if ((fi1 >= 31 && fi1 <= 35) && (fj1 >= 39 && fj1 <= 41))
// haftlan-drakh
else if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 36 && fj1 <= 41))
{
if (fi1 === 39 && fj1 === 39)
{
let hotspring_dist = distance_get_xz(fi,fj, 21,8);
if (hotspring_dist >= 2 && hotspring_dist <= 3) om[fi1][fj1][fi][fj] = ASCEND_BUSH;
}
// dark gandalf's house
else if (fi1 === 38 && fj1 === 39)
{
if (fi >= 30 && fj > 12) om[fi1][fj1][fi][fj] = ASCEND_TREE;
if (fi > 25 && fi <= 40 && fj >= 12 && fj <= 23)
{
om[fi1][fj1][fi][fj] = 0;
if (fi > 30 && fi <= 40 && ((fj <= 15 && fj >= 12) || (fj >= 20 && fj <= 23))) om[fi1][fj1][fi][fj] = ASCEND_TREE;
else if (fi > 25 && fi <= 28 && ((fj <= 14 && fj >= 12) || (fj >= 21 && fj <= 23))) om[fi1][fj1][fi][fj] = ASCEND_TREE;
else if (fi > 30 && fi <= 37 && fi % 2 === 0 && (fj === 16 || fj === 19)) om[fi1][fj1][fi][fj] = ASCEND_BUSH;
else if (fi > 25 && fi <= 29 && fi % 2 === 1 && (fj === 15 || fj === 20)) om[fi1][fj1][fi][fj] = ASCEND_BUSH;
}
}
}
// hongkong/japan
else if ((fi1 >= 29 && fi1 <= 32) && (fj1 >= 28 && fj1 <= 34))
{
if (fi1 === 31 && fj1 === 33 && fi % 2 === 0 && fj % 2 === 0 && distance_get_xz(fi,fj, 25,25) < 4) om[fi1][fj1][fi][fj] = ASCEND_TREE; // ödskölt ö
else if (fi1 === 30 && fj1 === 29)
{
let fdist = distance_get_xz(fi,fj, 18,13);
if (fdist < 9) om[fi1][fj1][fi][fj] = 0; // magnet festival
else if (fdist >= 9 && fdist <= 11) om[fi1][fj1][fi][fj] = ASCEND_TREE; // upphöjt/nedsänkt (magnet festival)
}
else if ((fi1 === 32 && fj1 === 32) && distance_get_xz(fi,fj, 29,11) < 5) om[fi1][fj1][fi][fj] = 0; // hongkong/japan - dogert's house
if (fi1 === 29 && fj1 === 29 && distance_get_xz(fi,fj, 43,36) < 5) om[fi1][fj1][fi][fj] = 0; // start of passage race
}
// pir
else if (fi1 === 32 && fj1 === 35)
{
if (distance_get_xz(fi,fj, 24,33) >= 4.5 && distance_get_xz(fi,fj, 24,33) <= 5.5 && (fj <= 33 || fj >= 36)) om[fi1][fj1][fi][fj] = ASCEND_TREE; // garden
if (distance_get_xz(fi,fj, 24,33) === 3) om[fi1][fj1][fi][fj] = ASCEND_BUSH;
}
// fire
// else if (fi1 === 31 && fj1 === 35)
// leaves
// else if (fi1 === 31 && fj1 === 38)
// passage 1
// else if (fi1 === 28 && fj1 === 33)
// passage 2
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 33 && fj1 <= 41))
{
if ((fi1 === 27 && fj1 === 34) && (fi >= 1 && fi <= 19 && fj >= 2)) om[fi1][fj1][fi][fj] = 0; // landningsbana
if ((fi1 === 27 && fj1 === 35) && (fi >= 1 && fi <= 19 && fj <= 36)) om[fi1][fj1][fi][fj] = 0;
}
// passage 3
// else if ((fi1 >= 26 && fi1 <= 30) && fj1 === 41)
// dark waters
// else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 26 && fj1 <= 31))
// ---- HOUSES ---- //
// LOCKED 231102:
let curve_objects = grelf_objects()*highness*0.0001-grelf_objects_detail()*highness*0.0002;
if (curve_objects > -0.2) { curve_objects = -100; }
if (curve_objects < (-0.1/master2)+2 && hm[fi1][fj1][fi][fj] > sealevel+1
&& (((fi1*3/fj1/fi*2/fj)*100)-(Math.floor((fi1*3/fj1/fi*2/fj)*100)) <= 0.6) // något från itch release som tar bort lite hus
&& om[fi1][fj1][fi][fj] !== ASCEND_ROAD // make sure that you don't add a house where there is a road
&& (fi > 0 && fi < 49 && fj > 0 && fj < 50) // ... (I had to add this because the dynamic loading seems to do things in the wrong order sometimes...)
&& (fi % 3 === 0 && fj % 3 === 0))
{
// LOCKED 231013:
let curve_houses = grelf_houses()*highness*0.0005;
// ---- tweaking ---- //
// tweaking LOCKED 231013:
// epper land
if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 33 && fj1 <= 35)) curve_houses += 1000;
// epper bridge
else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 33 && fj1 <= 35)) curve_houses += 11;
// magnet island
else if ((fi1 >= 36 && fi1 <= 41) && (fj1 >= 27 && fj1 <= 32)) curve_houses += 1000;
// magnet archipelago
else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 28 && fj1 <= 32)) curve_houses += 1000;
// tjörn
else if ((fi1 >= 32 && fi1 <= 35) && (fj1 >= 36 && fj1 <= 38)) curve_houses += 2.65;
// norway
// else if ((fi1 >= 29 && fi1 <= 30) && (fj1 >= 35 && fj1 <= 40))
// hårass land
// else if ((fi1 >= 31 && fi1 <= 35) && (fj1 >= 39 && fj1 <= 41))
// haftlan-drakh
else if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 36 && fj1 <= 41))
{
if (fi1 === 38 && fj1 === 38) curve_houses += 1000; // auction
else curve_houses += 8.5;
}
// hongkong/japan
else if ((fi1 >= 29 && fi1 <= 32) && (fj1 >= 28 && fj1 <= 34))
{
if (fi1 === 30 && fj1 === 31) curve_houses -= 1000; // city
else curve_houses += 3;
}
// pir
// else if (fi1 === 32 && fj1 === 35)
// fire
else if (fi1 === 31 && fj1 === 35) curve_houses += 1000;
// leaves
else if (fi1 === 31 && fj1 === 38) curve_houses += 1000;
// passage 1
else if (fi1 === 28 && fj1 === 33) curve_houses += 0.5;
// passage 2
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 33 && fj1 <= 41)) curve_houses -= 0.5;
// passage 3
else if ((fi1 >= 28 && fi1 <= 30) && fj1 === 41) curve_houses -= 1.5;
// dark waters
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 26 && fj1 <= 31)) curve_houses += 1000;
// ---- auto generating ---- //
// auto generating LOCKED 231102
if (curve_houses <= 0.5)
{
// calculate slope
let c = 0, l = 0, r = 0, m = 0;
if (fi+1 < chunkwidth-1) c = Math.abs(hm[fi1][fj1][fi+1][fj]-hm[fi1][fj1][fi][fj]);
if (fj+1 < chunkwidth-1) l = Math.abs(hm[fi1][fj1][fi][fj+1]-hm[fi1][fj1][fi][fj]);
if (fi-1 > 0) r = Math.abs(hm[fi1][fj1][fi-1][fj]-hm[fi1][fj1][fi][fj]);
if (fj-1 > 0) m = Math.abs(hm[fi1][fj1][fi][fj-1]-hm[fi1][fj1][fi][fj]);
// only make house if not steep slope, otherwise cancel out
if (c+l+r+m <= 5)
{
// LOCKED 231013:
let housetype = ((curve_objects*-0.1)/(curve_objects*-0.1+1))*9*9;
// knasa till hustyperna med en annan profil
// LOCKED 231013:
if (((fi1*7/fj1/fi*11/fj)*100)-(Math.floor((fi1*7/fj1/fi*11/fj)*100)) > 0.6)
{
housetype += profile_star[(fi1*50+fi)*31+(fj1*50+fj)*11 & 0xF]*0.01;
}
// LOCKED 231013:
housetype = Math.floor(housetype);
if (housetype < 7)
{
// LOCKED 231013:
om[fi1][fj1][fi][fj] = ASCEND_HOUSE;
}
else if (housetype >= 7 && housetype < 8.5)
{
if ((fi >= 4 && fi <= 45) && (fj >= 4 && fj <= 45)) // 45 = chunkwdith-5. detta för att det ska se bra ut när hus tänds och släcks när man åker in i nya chunks
{
// variation
if (fi1 % 9 < 3 && fj1 % 3 === 0) {}
else if ((fi1 >= 31 && fi1 <= 35) && (fj1 >= 39 && fj1 <= 41)) {} // hårass land
else om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
}
}
else
{
// LOCKED 231013:
if ((fi >= 4 && fi <= 45) && (fj >= 4 && fj <= 45))
{
om[fi1][fj1][fi][fj] = ASCEND_BARN;
}
}
}
}
}
// ---- manual additions ---- //
// epper land
if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 33 && fj1 <= 35))
{
// epper
if (fi1 === 38 && fj1 === 34)
{
// epper's house
if (fi === 15 && fj === 40) om[fi1][fj1][fi][fj] = ASCEND_HOUSE;
if (fi >= 18 && fi <= 20 && fj === 40) om[fi1][fj1][fi][fj] = ASCEND_BARN;
// epper's boxes
if (fi === 22 && fj === 25) om[fi1][fj1][fi][fj] = ASCEND_BARN;
if (fi === 18 && fj === 25) om[fi1][fj1][fi][fj] = ASCEND_BARN;
if (fi === 13 && fj === 25) om[fi1][fj1][fi][fj] = ASCEND_BARN;
}
}
// epper bridge
// else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 33 && fj1 <= 35))
// magnet island
if ((fi1 >= 36 && fi1 <= 41) && (fj1 >= 27 && fj1 <= 32))
{
// tull area
if (fj1 === 29 && fj === 36)
{
if (fi1 === 37 && (fi % 13 === 3 || fi % 13 === 3 || fi % 13 === 4)) {}
else om[fi1][fj1][fi][fj] = ASCEND_HOUSE;
}
// platå
if ((fi1 === 37 && fj1 === 28) && fj < 43 && fj > 3 && fi > 3 && fi < 46)
{
// "dörr"
if (fj === 4 && fi === 24) om[fi1][fj1][fi][fj] = 0;
// väggar
else if (fi === 45 || fi === 4 || fj === 4) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
// pelare i mitten
else if (fi % 5 === 0 & fj % 5 === 0) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
// labyrint
else if (fi === 7 && fj < 28) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
else if (fj === 28 && fi > 12) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
else if (fj === 33 && fi > 8 && fi < 15) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
else if (fi === 17 && fj > 12 && fj < 19) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
else if (fi === 22 && fj > 29 && fj < 38) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
else if (fi === 38 && fj === 37) om[fi1][fj1][fi][fj] = ASCEND_BARN;
else if (fi > 30 && fj > 30 && fi%2 === 0 && fj%2 === 0)om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
else if (fi > 25 && fi < 40 && fj === 15) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
else if (fi === 25 && fj > 5 && fj < 15) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
else if (fi > 17 && fi < 25 && fj === 14) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
}
// next station
else if ((fi1 === 37 && fj1 === 27) && fj < 46 && fj > 3 && fi > 3 && fi < 46)
{
om[fi1][fj1][fi][fj] = 0;
if (fi === 45 || fi === 4 || fj === 45 || fj === 4 || fi === 22 || fj === 22) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER; // väggar
if (fj === 45 && fi === 3) om[fi1][fj1][fi][fj] = 0; // dörr
// dörr ut
}
// dogert fps
else if ((fi1 === 38 && fj1 === 27) && fj < 46 && fj > 3 && fi > 3 && fi < 46)
{
om[fi1][fj1][fi][fj] = 0;
if (fi === 45 || fi === 4 || fj === 45 || fj === 4) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER; // väggar
// pelare i mitten
else if (fi % 3 < (2*pseudorandom(fi*fj)) && fj % 4 < (2*pseudorandom(fi+fj)) && (grelf() > 315 || grelf_detail() > 487 || grelf3() > 47)) om[fi1][fj1][fi][fj] = ASCEND_BARN; // camp
if (fi % 23 === 0 && fj % 17 === 0) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER; // skyskrapor typ i mitten?
// dörr in
// dörr ut
}
// corridor
else if ((fi1 === 39 && fj1 === 27) && fj < 46 && fj > 3 && fi > 3 && fi < 46)
{
if (fi === 45 || fi === 4 || fj === 45 || fj === 4) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
else if (fi % 7 === 2) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER; // väggar
// dörr in
// dörrar ut
// dörrar mellan korridorer
}
// rings
else if ((fi1 >= 39 && fi1 <= 41) && (fi1 >= 28 && fj1 <= 30))
{
let xx = x_in_chunk_to_x(fi1,fi);
let zz = x_in_chunk_to_x(fj1,fj);
let centerx = 40*(chunkwidth-1)+25;
let centerz = 29*(chunkwidth-1)+25;
let rdist = distance_get_oval_xz(xx, zz, centerx, centerz, 0.5, 2);
if (rdist >= 41 && rdist <= 50) om[fi1][fj1][fi][fj] = ASCEND_ROAD;
else om[fi1][fj1][fi][fj] = 0;
}
}
// magnet archipelago
// else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 28 && fj1 <= 32))
// tjörn
else if ((fi1 >= 32 && fi1 <= 35) && (fj1 >= 36 && fj1 <= 38))
{
if ((fi1 === 34 && fj1 === 37) && (fi === 31 && fj === 23))
{
om[fi1][fj1][fi][fj] = ASCEND_HOUSE; // club house
}
else if (fi1 === 32 && fj1 === 38) // gym
{
if (fi >= 37 && fj === 37 && fi % 3 === 0) om[fi1][fj1][fi][fj] = ASCEND_HOUSE;
if (fi === 36 && fj >= 27 && fj <= 37 && fj % 3 === 0) om[fi1][fj1][fi][fj] = ASCEND_BARN;
if (fi >= 37 && fj === 27 && fi % 4 === 0) om[fi1][fj1][fi][fj] = ASCEND_HOUSE;
}
else if (fi1 === 33 && fj1 === 38) // gym början
{
if (fi === 4 && fj >= 33 && fj <= 35) om[fi1][fj1][fi][fj] = ASCEND_HOUSE;
if (fi === 4 && fj >= 27 && fj <= 29) om[fi1][fj1][fi][fj] = ASCEND_HOUSE;
if (fi === 8 && (fj === 30 || fj === 31)) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
}
// fotbollsplan
// if (fi1 === 33 && fj1 === 36 && fi >= 30 && fj >= 20 && fj <= 43) om[fi1][fj1][fi][fj] = 0;
// else if (fi1 === 34 && fj1 === 36 && fi <= 14 && fj >= 20 && fj <= 43) om[fi1][fj1][fi][fj] = 0;
}
// norway
// else if ((fi1 >= 29 && fi1 <= 30) && (fj1 >= 35 && fj1 <= 40))
// hårass land
// else if ((fi1 >= 31 && fi1 <= 35) && (fj1 >= 39 && fj1 <= 41))
// haftlan-drakh
else if ((fi1 === 38 && fj1 === 39) && (fi === 39 && fj === 17)) om[fi1][fj1][fi][fj] = ASCEND_BARN; // dark gandalf's house
else if ((fi1 === 38 && fj1 === 39) && (fi === 39 && fj === 16)) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER; // dark gandalf's house
else if ((fi1 === 38 && fj1 === 39) && (fi === 39 && fj === 18)) om[fi1][fj1][fi][fj] = ASCEND_BARN; // dark gandalf's house
else if ((fi1 === 38 && fj1 === 36) && (fi === 36 && fj === 38)) om[fi1][fj1][fi][fj] = ASCEND_HOUSE; // gas station
// hongkong/japan
else if ((fi1 === 32 && fj1 === 32) && (fi === 26 && fj === 10)) om[fi1][fj1][fi][fj] = ASCEND_HOUSE; // dogert's house
// pir
else if ((fi1 === 32 && fj1 === 35) && (fi === 24 && fj === 33)) om[fi1][fj1][fi][fj] = ASCEND_HOUSE; // garden
// fire
// else if (fi1 === 31 && fj1 === 35)
// leaves
// else if (fi1 === 31 && fj1 === 38)
// passage 1
// else if (fi1 === 28 && fj1 === 33)
// passage 2
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 33 && fj1 <= 41))
{
if ((fi1 === 27 && fj1 === 34) && (fi >= 1 && fi <= 19 && fj >= 2)) om[fi1][fj1][fi][fj] = ASCEND_ROAD; // flygplats airport
if ((fi1 === 27 && fj1 === 35) && (fi >= 1 && fi <= 19 && fj <= 36)) om[fi1][fj1][fi][fj] = ASCEND_ROAD;
if (fi1 === 26 && fj1 === 34 && fi === 48 && fj >= 4 && fj < 14) om[fi1][fj1][fi][fj] = ASCEND_BARN;
if (fi1 === 26 && fj1 === 34 && fi === 46 && fj === 4) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
if (fi1 === 26 && fj1 === 34 && fi === 46 && fj === 7) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
if (fi1 === 26 && fj1 === 34 && fi === 46 && fj === 11) om[fi1][fj1][fi][fj] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 36 && distance_get_xz(fi,fj, 22,27) < 15) om[fi1][fj1][fi][fj] = 0; // bondgard
if (fi1 === 26 && fj1 === 38 && distance_get_xz(fi,fj, 25,23) < 15 && om[fi1][fj1][fi][fj] !== ASCEND_ROAD && om[fi1][fj1][fi][fj] !== ASCEND_ROADLIGHT) om[fi1][fj1][fi][fj] = 0; // datacenter
}
// passage 3
// else if ((fi1 >= 26 && fi1 <= 30) && fj1 === 41)
// dark waters
// else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 26 && fj1 <= 31))
}
//: objects generated by the in-game "minecraft" editor. this runs only one time per chunk, otherwise it's very slow. these should get added after everything else (if everything is set up right).
function generate_objects_array_after(fi1, fj1)
{
if (fi1 === 34 && fj1 === 37)
{
// tjorn vag in mot clubhouse
om[34][37][2][24] = 0;
om[34][37][2][25] = 0;
om[34][37][3][24] = 0;
om[34][37][3][25] = 0;
om[34][37][4][25] = 0;
om[34][37][4][24] = 0;
om[34][37][5][24] = 0;
om[34][37][6][24] = 0;
om[34][37][7][24] = 0;
om[34][37][8][24] = 0;
om[34][37][8][25] = 0;
om[34][37][7][25] = 0;
om[34][37][6][25] = 0;
om[34][37][5][25] = 0;
om[34][37][9][25] = 0;
om[34][37][9][24] = 0;
om[34][37][10][24] = 0;
om[34][37][11][24] = 0;
om[34][37][10][25] = 0;
om[34][37][11][25] = 0;
om[34][37][12][23] = 0;
om[34][37][11][22] = 0;
om[34][37][12][22] = 0;
om[34][37][12][21] = 0;
om[34][37][11][21] = 0;
om[34][37][11][20] = 0;
om[34][37][12][20] = 0;
om[34][37][13][20] = 0;
om[34][37][14][21] = 0;
om[34][37][14][20] = 0;
om[34][37][15][20] = 0;
om[34][37][16][21] = 0;
om[34][37][15][21] = 0;
om[34][37][18][21] = 0;
om[34][37][18][20] = 0;
om[34][37][19][20] = 0;
om[34][37][19][21] = 0;
om[34][37][20][21] = 0;
om[34][37][20][20] = 0;
om[34][37][21][20] = 0;
om[34][37][21][21] = 0;
om[34][37][22][21] = 0;
om[34][37][22][20] = 0;
om[34][37][23][20] = 0;
om[34][37][23][21] = 0;
om[34][37][24][21] = 0;
om[34][37][24][20] = 0;
om[34][37][25][20] = 0;
om[34][37][26][21] = 0;
om[34][37][27][20] = 0;
om[34][37][26][20] = 0;
om[34][37][25][21] = 0;
om[34][37][13][21] = 0;
om[34][37][9][23] = 0;
om[34][37][13][22] = 0;
om[34][37][11][23] = 0;
}
// andra vagen in
if (fi1 === 34 && fj1 === 37)
{
om[34][37][29][33] = 0;
om[34][37][29][32] = 0;
om[34][37][29][31] = 0;
om[34][37][29][30] = 0;
om[34][37][29][29] = 0;
om[34][37][29][28] = 0;
om[34][37][29][27] = 0;
om[34][37][30][27] = 0;
om[34][37][30][28] = 0;
om[34][37][30][29] = 0;
om[34][37][30][30] = 0;
om[34][37][30][31] = 0;
om[34][37][30][32] = 0;
om[34][37][30][33] = 0;
om[34][37][27][33] = 0;
om[34][37][27][31] = 0;
om[34][37][27][32] = 0;
om[34][37][27][30] = 0;
om[34][37][27][30] = 0;
}
// hongkong/japan house + grasplatt
if (fi1 === 30 && fj1 === 30)
{
om[30][30][43][3] = 40;
om[30][30][43][3] = 40;
om[30][30][44][3] = 40;
om[30][30][45][3] = 40;
om[30][30][46][4] = 40;
om[30][30][45][4] = 40;
om[30][30][44][4] = 40;
om[30][30][44][5] = 40;
om[30][30][45][5] = 40;
om[30][30][45][2] = 40;
om[30][30][44][2] = 40;
om[30][30][45][5] = 50;
}
// hongkong/japan mur runt vag
if (fi1 === 30 && fj1 === 33)
{
om[30][33][8][32] = 50;
om[30][33][9][32] = 50;
om[30][33][10][32] = 50;
om[30][33][10][31] = 50;
om[30][33][11][31] = 50;
om[30][33][12][31] = 50;
om[30][33][12][30] = 50;
om[30][33][13][30] = 50;
om[30][33][14][30] = 50;
om[30][33][15][30] = 50;
om[30][33][16][30] = 50;
om[30][33][16][29] = 50;
om[30][33][17][29] = 50;
om[30][33][18][29] = 50;
om[30][33][19][29] = 50;
om[30][33][20][29] = 50;
om[30][33][21][29] = 50;
om[30][33][22][29] = 50;
om[30][33][22][35] = 50;
om[30][33][22][36] = 50;
om[30][33][21][36] = 50;
om[30][33][20][36] = 50;
om[30][33][19][37] = 50;
om[30][33][18][37] = 50;
om[30][33][17][37] = 50;
om[30][33][16][37] = 50;
om[30][33][15][37] = 50;
om[30][33][15][38] = 50;
om[30][33][14][38] = 50;
om[30][33][13][38] = 50;
om[30][33][13][39] = 50;
om[30][33][12][39] = 50;
om[30][33][11][39] = 50;
om[30][33][10][39] = 50;
om[30][33][9][39] = 50;
om[30][33][9][40] = 50;
om[30][33][8][40] = 50;
om[30][33][23][27] = 50;
om[30][33][24][27] = 50;
om[30][33][25][27] = 50;
om[30][33][25][26] = 50;
om[30][33][25][25] = 50;
om[30][33][25][24] = 50;
om[30][33][26][24] = 50;
om[30][33][27][24] = 50;
om[30][33][28][24] = 50;
om[30][33][29][24] = 50;
om[30][33][30][24] = 50;
om[30][33][31][24] = 50;
om[30][33][31][23] = 50;
om[30][33][32][23] = 50;
om[30][33][32][22] = 50;
om[30][33][33][22] = 50;
om[30][33][33][21] = 50;
om[30][33][34][21] = 50;
om[30][33][34][20] = 50;
om[30][33][34][19] = 50;
om[30][33][35][19] = 50;
om[30][33][35][18] = 50;
om[30][33][36][18] = 50;
om[30][33][36][17] = 50;
om[30][33][37][17] = 50;
om[30][33][37][16] = 50;
om[30][33][37][15] = 50;
om[30][33][37][14] = 50;
om[30][33][37][13] = 50;
om[30][33][37][12] = 50;
om[30][33][37][11] = 50;
om[30][33][37][10] = 50;
om[30][33][37][9] = 50;
om[30][33][37][8] = 50;
om[30][33][37][7] = 50;
om[30][33][38][7] = 50;
om[30][33][38][6] = 50;
om[30][33][38][5] = 50;
om[30][33][38][4] = 50;
om[30][33][38][3] = 50;
om[30][33][38][2] = 50;
om[30][33][38][1] = 50;
om[30][33][39][1] = 50;
om[30][33][39][0] = 50;
}
if (fi1 === 30 && fj1 === 33)
{
om[30][33][9][41] = 50;
om[30][33][10][41] = 50;
om[30][33][10][40] = 50;
om[30][33][11][40] = 50;
om[30][33][12][40] = 50;
om[30][33][13][40] = 50;
om[30][33][14][40] = 50;
om[30][33][14][39] = 50;
om[30][33][15][39] = 50;
om[30][33][16][39] = 50;
om[30][33][16][38] = 50;
om[30][33][17][38] = 50;
om[30][33][18][38] = 50;
om[30][33][19][38] = 50;
om[30][33][20][38] = 50;
om[30][33][20][37] = 50;
om[30][33][21][37] = 50;
om[30][33][22][37] = 50;
om[30][33][23][37] = 50;
om[30][33][23][36] = 50;
}
if (fi1 === 30 && fj1 === 32)
{
om[30][32][48][48] = 50;
}
if (fi1 === 30 && fj1 === 33)
{
om[30][33][48][1] = 50;
om[30][33][48][2] = 50;
om[30][33][48][3] = 50;
om[30][33][47][3] = 50;
om[30][33][47][4] = 50;
om[30][33][47][5] = 50;
om[30][33][47][6] = 50;
om[30][33][47][7] = 50;
om[30][33][47][8] = 50;
om[30][33][46][8] = 50;
om[30][33][46][9] = 50;
om[30][33][46][10] = 50;
om[30][33][46][11] = 50;
om[30][33][46][12] = 50;
om[30][33][46][13] = 50;
om[30][33][46][14] = 50;
om[30][33][45][14] = 50;
om[30][33][45][15] = 50;
om[30][33][45][16] = 50;
om[30][33][45][17] = 50;
om[30][33][45][18] = 50;
om[30][33][45][19] = 50;
om[30][33][45][20] = 50;
om[30][33][45][21] = 50;
om[30][33][45][22] = 50;
om[30][33][45][23] = 50;
om[30][33][44][23] = 50;
om[30][33][44][24] = 50;
om[30][33][44][25] = 50;
om[30][33][43][25] = 50;
om[30][33][43][26] = 50;
om[30][33][42][26] = 50;
om[30][33][42][27] = 50;
om[30][33][42][28] = 50;
om[30][33][41][28] = 50;
om[30][33][41][29] = 50;
om[30][33][40][29] = 50;
om[30][33][40][30] = 50;
om[30][33][39][30] = 50;
om[30][33][39][31] = 50;
om[30][33][38][31] = 50;
om[30][33][38][32] = 50;
om[30][33][37][32] = 50;
om[30][33][36][32] = 50;
om[30][33][36][33] = 50;
om[30][33][35][33] = 50;
om[30][33][35][34] = 50;
om[30][33][35][35] = 50;
om[30][33][34][35] = 50;
om[30][33][33][35] = 50;
om[30][33][32][35] = 50;
om[30][33][31][35] = 50;
om[30][33][30][35] = 50;
om[30][33][29][35] = 50;
om[30][33][29][36] = 50;
om[30][33][28][36] = 50;
om[30][33][27][36] = 50;
om[30][33][26][36] = 50;
om[30][33][25][36] = 50;
om[30][33][24][36] = 50;
}
if (fi1 === 30 && fj1 === 33)
{
om[30][33][36][15] = 70;
om[30][33][35][15] = 70;
om[30][33][34][15] = 70;
om[30][33][33][15] = 70;
om[30][33][32][15] = 70;
om[30][33][31][15] = 70;
om[30][33][30][15] = 70;
om[30][33][29][15] = 70;
om[30][33][28][15] = 70;
om[30][33][25][18] = 70;
om[30][33][25][19] = 70;
om[30][33][25][20] = 70;
om[30][33][25][21] = 70;
om[30][33][25][22] = 70;
om[30][33][25][23] = 70;
om[30][33][16][28] = 70;
om[30][33][16][27] = 70;
om[30][33][16][26] = 70;
om[30][33][16][25] = 70;
om[30][33][16][22] = 70;
om[30][33][16][21] = 70;
om[30][33][16][20] = 70;
om[30][33][16][19] = 70;
om[30][33][18][29] = 60;
om[30][33][13][30] = 60;
om[30][33][9][32] = 60;
om[30][33][9][41] = 60;
om[30][33][15][39] = 60;
om[30][33][27][36] = 60;
om[30][33][35][33] = 60;
om[30][33][25][24] = 60;
om[30][33][29][24] = 60;
om[30][33][33][21] = 60;
om[30][33][38][15] = 60;
}
// haftlan-drakh hus vid sjon
if (fi1 === 37 && fj1 === 37)
{
om[37][37][40][35] = 50;
om[37][37][26][44] = 50;
om[37][37][23][46] = 50;
om[37][37][21][45] = 50;
om[37][37][0][34] = 50;
om[37][37][0][31] = 70;
om[37][37][0][37] = 70;
om[37][37][0][37] = 5;
om[37][37][13][11] = 50;
om[37][37][38][11] = 70;
om[37][37][38][13] = 70;
om[37][37][41][13] = 70;
om[37][37][40][15] = 70;
om[37][37][35][10] = 70;
om[37][37][39][9] = 70;
om[37][37][42][18] = 70;
om[37][37][45][19] = 70;
om[37][37][40][36] = 30;
om[37][37][39][35] = 30;
om[37][37][40][34] = 30;
om[37][37][39][34] = 30;
om[37][37][0][32] = 30;
om[37][37][1][32] = 30;
om[37][37][1][33] = 30;
om[37][37][1][35] = 40;
om[37][37][1][35] = 30;
om[37][37][0][35] = 30;
om[37][37][0][30] = 30;
om[37][37][1][30] = 30;
om[37][37][28][4] = 50;
om[37][37][29][3] = 50;
om[37][37][33][2] = 50;
om[37][37][35][2] = 50;
om[37][37][42][8] = 50;
om[37][37][42][8] = 50;
om[37][37][44][7] = 50;
om[37][37][44][2] = 50;
om[37][37][42][1] = 50;
}
if (fi1 === 37 && fj1 === 37)
{
om[37][37][41][2] = 70;
om[37][37][39][2] = 70;
om[37][37][38][2] = 70;
om[37][37][32][0] = 70;
om[37][37][33][3] = 70;
om[37][37][32][3] = 70;
om[37][37][28][6] = 70;
}
// harasstown hus
if (fi1 === 35 && fj1 === 40)
{
om[35][40][7][32] = 50;
om[35][40][9][32] = 50;
om[35][40][12][31] = 50;
om[35][40][15][31] = 50;
om[35][40][15][23] = 50;
om[35][40][13][23] = 50;
om[35][40][13][21] = 50;
om[35][40][9][21] = 50;
om[35][40][6][24] = 50;
om[35][40][9][28] = 20;
om[35][40][10][28] = 20;
om[35][40][10][29] = 20;
om[35][40][9][30] = 20;
om[35][40][10][30] = 20;
om[35][40][8][30] = 20;
om[35][40][8][28] = 20;
om[35][40][5][21] = 70;
om[35][40][17][27] = 70;
om[35][40][17][26] = 70;
om[35][40][13][33] = 70;
om[35][40][10][34] = 60;
om[35][40][10][26] = 60;
om[35][40][11][23] = 30;
om[35][40][10][23] = 30;
om[35][40][9][23] = 30;
om[35][40][11][31] = 30;
om[35][40][8][29] = 20;
om[35][40][9][25] = 20;
om[35][40][10][25] = 20;
om[35][40][11][25] = 20;
om[35][40][11][26] = 20;
om[35][40][10][26] = 20;
om[35][40][10][27] = 20;
om[35][40][11][27] = 20;
om[35][40][12][27] = 20;
om[35][40][12][26] = 20;
om[35][40][6][31] = 5;
om[35][40][9][31] = 5;
om[35][40][15][29] = 5;
om[35][40][14][25] = 5;
om[35][40][11][23] = 5;
}
// tjorn lite hoghus
if (fi1 === 34 && fj1 === 36)
{
om[34][36][48][48] = 60; // uppe pa bergstoppen
}
if (fi1 === 33 && fj1 === 38)
{
om[33][38][24][26] = 60; // gym
}
// harassland stavanger
if (fi1 === 31 && fj1 === 39)
{
om[31][39][11][45] = 50;
om[31][39][9][45] = 50;
om[31][39][9][45] = 50;
om[31][39][12][46] = 50;
om[31][39][15][45] = 70;
om[31][39][16][43] = 70;
}
// passage 3 liten stad
if (fi1 === 29 && fj1 === 41)
{
om[29][41][39][27] = 0;
om[29][41][39][30] = 0;
om[29][41][42][30] = 0;
om[29][41][42][27] = 0;
om[29][41][39][29] = 30;
om[29][41][38][28] = 40;
om[29][41][37][29] = 40;
om[29][41][38][29] = 40;
om[29][41][39][30] = 30;
om[29][41][40][30] = 20;
om[29][41][41][31] = 20;
om[29][41][41][30] = 20;
om[29][41][40][29] = 30;
}
// passage 2 o ute i havet (for bhagz!)
if (fi1 === 26 && fj1 === 41)
{
om[26][41][2][7] = 60;
}
// passage 1 slotts-stad
if (fi1 === 28 && fj1 === 33)
{
om[28][33][39][18] = 60;
om[28][33][39][17] = 60;
om[28][33][39][16] = 60;
om[28][33][39][15] = 60;
om[28][33][40][15] = 60;
om[28][33][40][14] = 60;
om[28][33][40][13] = 60;
om[28][33][40][12] = 60;
om[28][33][40][11] = 60;
om[28][33][39][11] = 60;
om[28][33][39][10] = 60;
om[28][33][39][9] = 60;
om[28][33][38][9] = 60;
om[28][33][37][9] = 60;
om[28][33][36][9] = 60;
om[28][33][35][9] = 60;
om[28][33][34][9] = 60;
om[28][33][33][9] = 60;
om[28][33][32][9] = 60;
om[28][33][31][9] = 60;
om[28][33][30][9] = 60;
om[28][33][29][9] = 60;
om[28][33][28][9] = 60;
om[28][33][27][9] = 60;
om[28][33][26][9] = 60;
om[28][33][25][9] = 60;
om[28][33][24][9] = 60;
om[28][33][23][9] = 60;
om[28][33][22][9] = 60;
om[28][33][21][9] = 60;
om[28][33][20][9] = 60;
om[28][33][19][9] = 60;
om[28][33][18][9] = 60;
om[28][33][17][9] = 60;
om[28][33][16][9] = 60;
om[28][33][15][9] = 60;
om[28][33][14][9] = 60;
om[28][33][13][9] = 60;
om[28][33][13][10] = 60;
om[28][33][13][11] = 60;
om[28][33][13][12] = 60;
om[28][33][12][12] = 60;
om[28][33][12][13] = 60;
om[28][33][12][14] = 60;
om[28][33][12][15] = 60;
om[28][33][12][16] = 60;
om[28][33][12][17] = 60;
om[28][33][12][18] = 60;
om[28][33][12][19] = 60;
om[28][33][13][19] = 60;
om[28][33][13][20] = 60;
}
if (fi1 === 28 && fj1 === 33)
{
om[28][33][40][27] = 60;
om[28][33][40][28] = 60;
om[28][33][39][28] = 60;
om[28][33][39][29] = 60;
om[28][33][39][30] = 60;
om[28][33][39][31] = 60;
om[28][33][39][32] = 60;
om[28][33][39][33] = 60;
om[28][33][39][34] = 60;
om[28][33][39][35] = 60;
om[28][33][38][35] = 60;
om[28][33][37][35] = 60;
om[28][33][36][35] = 60;
om[28][33][35][35] = 60;
om[28][33][34][35] = 60;
om[28][33][33][35] = 60;
om[28][33][32][35] = 60;
om[28][33][31][35] = 60;
om[28][33][30][35] = 60;
om[28][33][29][35] = 60;
om[28][33][28][35] = 60;
om[28][33][27][35] = 60;
om[28][33][26][35] = 60;
om[28][33][25][35] = 60;
om[28][33][24][35] = 60;
om[28][33][23][35] = 60;
om[28][33][22][35] = 60;
om[28][33][21][35] = 60;
om[28][33][20][35] = 60;
om[28][33][19][35] = 60;
om[28][33][18][35] = 60;
om[28][33][17][35] = 60;
om[28][33][16][35] = 60;
om[28][33][15][35] = 60;
om[28][33][15][34] = 60;
om[28][33][15][33] = 60;
om[28][33][15][32] = 60;
om[28][33][14][32] = 60;
om[28][33][13][32] = 60;
om[28][33][12][32] = 60;
om[28][33][12][31] = 60;
om[28][33][12][30] = 60;
om[28][33][12][29] = 60;
om[28][33][27][27] = 60;
om[28][33][27][28] = 60;
om[28][33][27][29] = 60;
om[28][33][27][30] = 60;
om[28][33][27][31] = 60;
om[28][33][27][32] = 60;
om[28][33][27][33] = 60;
om[28][33][27][34] = 60;
}
if (fi1 === 28 && fj1 === 33)
{
om[28][33][39][27] = 60;
om[28][33][38][27] = 60;
om[28][33][37][27] = 60;
om[28][33][36][27] = 60;
om[28][33][35][27] = 60;
om[28][33][34][27] = 60;
om[28][33][33][27] = 60;
om[28][33][32][27] = 60;
om[28][33][31][27] = 60;
om[28][33][30][27] = 60;
om[28][33][26][27] = 60;
om[28][33][25][27] = 60;
om[28][33][24][27] = 60;
om[28][33][23][27] = 60;
om[28][33][22][27] = 60;
om[28][33][22][28] = 60;
om[28][33][22][29] = 60;
om[28][33][22][30] = 60;
om[28][33][22][31] = 60;
om[28][33][22][32] = 60;
om[28][33][21][32] = 60;
om[28][33][20][32] = 60;
om[28][33][19][32] = 60;
om[28][33][18][32] = 60;
om[28][33][17][32] = 60;
om[28][33][17][31] = 60;
om[28][33][17][30] = 60;
om[28][33][17][29] = 60;
om[28][33][17][28] = 60;
om[28][33][15][28] = 60;
om[28][33][14][28] = 60;
om[28][33][14][29] = 60;
om[28][33][13][29] = 60;
}
if (fi1 === 28 && fj1 === 33)
{
om[28][33][14][19] = 70;
om[28][33][15][19] = 70;
om[28][33][16][19] = 70;
om[28][33][18][19] = 70;
om[28][33][19][19] = 70;
om[28][33][20][19] = 70;
om[28][33][22][18] = 70;
om[28][33][23][18] = 70;
om[28][33][24][18] = 70;
om[28][33][26][18] = 70;
om[28][33][27][18] = 70;
om[28][33][28][18] = 70;
om[28][33][29][18] = 70;
om[28][33][30][18] = 70;
om[28][33][31][18] = 70;
om[28][33][32][18] = 70;
om[28][33][33][18] = 70;
om[28][33][34][18] = 70;
om[28][33][35][18] = 70;
om[28][33][36][18] = 70;
}
if (fi1 === 28 && fj1 === 33)
{
om[28][33][11][16] = 60;
om[28][33][10][16] = 60;
om[28][33][9][16] = 60;
om[28][33][41][14] = 60;
om[28][33][42][14] = 60;
om[28][33][43][14] = 60;
om[28][33][32][9] = 0;
}
// darkwaters astol
if (fi1 === 26 && fj1 === 26)
{
om[26][26][8][17] = 50;
om[26][26][10][17] = 50;
om[26][26][10][15] = 50;
om[26][26][9][15] = 50;
om[26][26][11][13] = 50;
om[26][26][11][11] = 50;
om[26][26][13][11] = 50;
om[26][26][13][13] = 50;
om[26][26][13][17] = 50;
om[26][26][11][17] = 50;
om[26][26][12][19] = 50;
om[26][26][14][19] = 50;
om[26][26][16][17] = 50;
om[26][26][15][15] = 50;
om[26][26][15][13] = 60;
om[26][26][17][13] = 60;
om[26][26][22][10] = 60;
}
// hongkong/japan pir (for bhagz?)
if (fi1 === 29 && fj1 === 29)
{
om[29][29][6][3] = 70;
}
// magnet island roadlights
if (fi1 === 37 && fj1 === 31)
{
om[37][31][1][37] = 5;
om[37][31][1][46] = 5;
om[37][31][32][46] = 5;
om[37][31][40][38] = 5;
om[37][31][35][36] = 5;
om[37][31][35][5] = 5;
om[37][31][41][5] = 5;
om[37][31][47][5] = 5;
}
if (fi1 === 38 && fj1 === 31)
{
om[38][31][9][5] = 5;
om[38][31][14][5] = 5;
om[38][31][20][5] = 5;
om[38][31][26][5] = 5;
om[38][31][32][5] = 5;
om[38][31][38][5] = 5;
om[38][31][43][5] = 5;
om[38][31][47][5] = 5;
}
if (fi1 === 37 && fj1 === 31)
{
om[37][31][34][5] = 5;
om[37][31][28][5] = 5;
om[37][31][21][5] = 5;
om[37][31][16][5] = 5;
om[37][31][10][5] = 5;
om[37][31][4][5] = 5;
}
if (fi1 === 36 && fj1 === 31)
{
om[36][31][42][5] = 5;
}
if (fi1 === 37 && fj1 === 30)
{
om[37][30][0][48] = 5;
om[37][30][0][37] = 5;
om[37][30][0][29] = 5;
om[37][30][0][21] = 5;
om[37][30][0][14] = 5;
om[37][30][0][2] = 5;
}
if (fi1 === 38 && fj1 === 30)
{
om[38][30][47][15] = 5;
om[38][30][47][21] = 5;
om[38][30][47][31] = 5;
om[38][30][47][43] = 5;
om[38][30][47][47] = 5;
}
// epper land fps vaggar
if (fi1 === 38 && fj1 === 34)
{
om[38][34][27][1] = 70;
om[38][34][27][1] = 70;
om[38][34][27][2] = 70;
om[38][34][27][3] = 70;
om[38][34][27][4] = 70;
om[38][34][27][5] = 70;
om[38][34][27][6] = 70;
om[38][34][27][7] = 70;
om[38][34][27][8] = 70;
om[38][34][27][9] = 70;
om[38][34][47][9] = 70;
om[38][34][47][10] = 70;
om[38][34][47][11] = 70;
om[38][34][47][12] = 70;
om[38][34][47][13] = 70;
om[38][34][47][14] = 70;
om[38][34][47][15] = 70;
om[38][34][47][16] = 70;
om[38][34][47][18] = 70;
om[38][34][47][19] = 70;
om[38][34][47][20] = 70;
om[38][34][29][28] = 70;
om[38][34][30][28] = 70;
om[38][34][31][28] = 70;
om[38][34][32][28] = 70;
om[38][34][33][28] = 70;
om[38][34][35][26] = 70;
om[38][34][34][26] = 70;
om[38][34][33][26] = 70;
om[38][34][32][26] = 70;
om[38][34][38][26] = 70;
om[38][34][38][27] = 70;
om[38][34][38][28] = 70;
om[38][34][36][29] = 70;
om[38][34][36][30] = 70;
om[38][34][36][31] = 70;
om[38][34][36][32] = 70;
om[38][34][36][33] = 70;
om[38][34][31][15] = 60;
om[38][34][37][12] = 60;
om[38][34][37][17] = 60;
om[38][34][32][17] = 60;
om[38][34][35][20] = 60;
om[38][34][41][23] = 70;
om[38][34][42][23] = 70;
om[38][34][43][23] = 70;
om[38][34][30][4] = 70;
om[38][34][31][4] = 70;
om[38][34][32][4] = 70;
om[38][34][32][9] = 70;
om[38][34][33][9] = 70;
om[38][34][34][9] = 70;
om[38][34][35][9] = 70;
om[38][34][37][7] = 70;
om[38][34][37][6] = 70;
om[38][34][37][5] = 70;
om[38][34][37][4] = 70;
om[38][34][37][3] = 70;
}
if (fi1 === 38 && fj1 === 34)
{
om[38][34][26][13] = 20;
om[38][34][26][14] = 20;
om[38][34][26][15] = 20;
om[38][34][26][16] = 20;
om[38][34][26][17] = 20;
om[38][34][27][16] = 20;
om[38][34][27][16] = 20;
om[38][34][27][15] = 30;
om[38][34][27][14] = 30;
om[38][34][28][13] = 40;
om[38][34][23][15] = 50;
om[38][34][24][15] = 50;
om[38][34][25][15] = 50;
om[38][34][26][15] = 50;
om[38][34][26][16] = 50;
om[38][34][26][18] = 50;
om[38][34][26][19] = 50;
om[38][34][26][20] = 50;
om[38][34][25][20] = 50;
om[38][34][24][20] = 50;
om[38][34][23][20] = 50;
om[38][34][23][19] = 50;
om[38][34][23][18] = 50;
om[38][34][23][17] = 50;
om[38][34][23][16] = 50;
}
// h¿rassland stavanger lite tr¿d
if (fi1 === 31 && fj1 === 39)
{
om[31][39][12][43] = 20;
om[31][39][12][42] = 20;
om[31][39][13][42] = 20;
om[31][39][10][43] = 20;
om[31][39][9][43] = 20;
om[31][39][7][44] = 20;
om[31][39][7][45] = 20;
om[31][39][1][37] = 20;
om[31][39][3][36] = 20;
om[31][39][4][35] = 20;
om[31][39][6][34] = 20;
om[31][39][8][33] = 20;
om[31][39][10][33] = 20;
om[31][39][12][32] = 20;
om[31][39][14][32] = 20;
om[31][39][16][31] = 20;
om[31][39][18][31] = 20;
om[31][39][20][31] = 20;
om[31][39][22][31] = 20;
om[31][39][24][31] = 20;
om[31][39][26][31] = 20;
om[31][39][28][31] = 20;
om[31][39][30][31] = 20;
om[31][39][32][32] = 20;
om[31][39][34][32] = 20;
om[31][39][36][33] = 20;
om[31][39][48][36] = 30;
om[31][39][47][36] = 30;
om[31][39][48][37] = 30;
om[31][39][47][37] = 30;
om[31][39][47][38] = 30;
om[31][39][46][37] = 40;
om[31][39][45][37] = 40;
om[31][39][45][36] = 40;
om[31][39][46][36] = 40;
}
// passage 2 speedrace skyskrapor
if (fi1 === 26 && fj1 === 40)
{
om[26][40][48][29] = 60;
om[26][40][48][31] = 60;
om[26][40][46][33] = 60;
om[26][40][44][33] = 60;
om[26][40][42][33] = 60;
om[26][40][41][31] = 60;
om[26][40][41][29] = 60;
om[26][40][41][27] = 60;
om[26][40][43][27] = 60;
om[26][40][45][26] = 60;
}
// passage 2 liten radhus-by
if (fi1 === 26 && fj1 === 37)
{
om[26][37][8][16] = 70;
om[26][37][9][16] = 70;
om[26][37][10][16] = 70;
om[26][37][11][16] = 70;
om[26][37][13][16] = 70;
om[26][37][14][16] = 70;
om[26][37][15][16] = 70;
om[26][37][16][16] = 70;
om[26][37][16][12] = 70;
om[26][37][15][12] = 70;
om[26][37][14][12] = 70;
om[26][37][13][12] = 70;
om[26][37][11][12] = 70;
om[26][37][10][12] = 70;
om[26][37][9][12] = 70;
om[26][37][8][12] = 70;
om[26][37][8][8] = 70;
om[26][37][9][8] = 70;
om[26][37][10][8] = 70;
om[26][37][11][8] = 70;
om[26][37][13][8] = 70;
om[26][37][14][8] = 70;
om[26][37][15][8] = 70;
om[26][37][16][8] = 70;
om[26][37][16][3] = 70;
om[26][37][16][2] = 70;
om[26][37][16][1] = 70;
om[26][37][16][0] = 70;
}
if (fi1 === 26 && fj1 === 36)
{
om[26][36][12][48] = 70;
}
if (fi1 === 26 && fj1 === 37)
{
om[26][37][12][1] = 70;
om[26][37][12][2] = 70;
om[26][37][12][3] = 70;
om[26][37][8][3] = 70;
om[26][37][8][2] = 70;
om[26][37][8][1] = 70;
om[26][37][8][0] = 70;
}
if (fi1 === 26 && fj1 === 36)
{
om[26][36][11][42] = 60;
om[26][36][11][38] = 60;
om[26][36][15][38] = 60;
om[26][36][13][41] = 60;
}
// magnet island murbur
if (fi1 === 38 && fj1 === 29)
{
om[38][29][33][37] = 70;
om[38][29][33][38] = 70;
om[38][29][33][39] = 70;
om[38][29][33][40] = 70;
om[38][29][33][41] = 70;
om[38][29][34][41] = 70;
om[38][29][35][41] = 70;
om[38][29][36][41] = 70;
om[38][29][37][41] = 70;
om[38][29][38][41] = 70;
om[38][29][40][41] = 70;
om[38][29][41][41] = 70;
om[38][29][42][41] = 70;
om[38][29][42][40] = 70;
om[38][29][42][39] = 70;
om[38][29][42][38] = 70;
om[38][29][42][37] = 70;
}
// haftlan-drakh liten kust-stad
if (fi1 === 36 && fj1 === 36)
{
om[36][36][47][43] = 60;
}
if (fi1 === 36 && fj1 === 36)
{
om[36][36][44][44] = 50;
}
// darkwaters lite hus
if (fi1 === 27 && fj1 === 28)
{
om[27][28][16][35] = 70;
}
// haftlan-drakh ¿ar i viken
if (fi1 === 38 && fj1 === 39)
{
om[38][39][28][46] = 60;
}
if (fi1 === 38 && fj1 === 39)
{
om[38][39][42][42] = 60;
}
// haftlan-drakh bad-plats
if (fi1 === 38 && fj1 === 39)
{
om[38][39][11][44] = 70;
}
if (fi1 === 38 && fj1 === 40)
{
om[38][40][12][0] = 60;
}
// epper land tunnel
if (fi1 === 38 && fj1 === 34)
{
om[38][34][26][5] = 50;
om[38][34][25][5] = 50;
om[38][34][24][5] = 50;
om[38][34][23][5] = 50;
om[38][34][22][5] = 50;
om[38][34][21][5] = 50;
om[38][34][20][5] = 50;
om[38][34][19][5] = 50;
om[38][34][18][5] = 50;
om[38][34][17][5] = 50;
om[38][34][17][4] = 50;
om[38][34][17][3] = 50;
om[38][34][17][2] = 50;
om[38][34][17][1] = 50;
om[38][34][17][0] = 50;
}
if (fi1 === 38 && fj1 === 33)
{
om[38][33][17][47] = 50;
om[38][33][17][46] = 50;
om[38][33][17][45] = 50;
om[38][33][17][44] = 50;
om[38][33][17][43] = 50;
om[38][33][16][43] = 50;
om[38][33][15][43] = 50;
om[38][33][14][43] = 50;
om[38][33][13][43] = 50;
om[38][33][12][43] = 50;
om[38][33][11][43] = 50;
om[38][33][10][43] = 50;
om[38][33][10][42] = 50;
om[38][33][10][41] = 50;
om[38][33][10][40] = 50;
om[38][33][10][39] = 50;
om[38][33][10][38] = 50;
om[38][33][8][38] = 50;
om[38][33][8][39] = 50;
om[38][33][8][40] = 50;
om[38][33][8][41] = 50;
om[38][33][8][42] = 50;
om[38][33][8][43] = 50;
om[38][33][8][44] = 50;
om[38][33][8][45] = 50;
om[38][33][8][46] = 50;
om[38][33][8][47] = 50;
}
// epper land borg
if (fi1 === 38 && fj1 === 33)
{
om[38][33][8][48] = 50;
}
if (fi1 === 38 && fj1 === 34)
{
om[38][34][8][1] = 50;
om[38][34][8][2] = 50;
om[38][34][8][3] = 50;
om[38][34][8][4] = 50;
om[38][34][8][5] = 50;
om[38][34][8][6] = 50;
om[38][34][8][7] = 50;
om[38][34][8][8] = 50;
om[38][34][8][9] = 50;
om[38][34][9][9] = 50;
om[38][34][10][9] = 50;
om[38][34][11][9] = 50;
om[38][34][12][9] = 50;
om[38][34][13][9] = 50;
om[38][34][14][9] = 50;
om[38][34][15][9] = 50;
om[38][34][16][9] = 50;
om[38][34][17][9] = 50;
om[38][34][18][9] = 50;
om[38][34][19][9] = 50;
om[38][34][20][9] = 50;
om[38][34][21][9] = 50;
om[38][34][22][9] = 50;
om[38][34][23][9] = 50;
om[38][34][24][9] = 50;
om[38][34][25][9] = 50;
}
if (fi1 === 38 && fj1 === 33)
{
om[38][33][12][38] = 50;
om[38][33][13][38] = 50;
om[38][33][14][38] = 50;
om[38][33][15][38] = 50;
om[38][33][16][38] = 50;
om[38][33][17][38] = 50;
om[38][33][17][39] = 50;
om[38][33][17][40] = 50;
om[38][33][18][38] = 50;
om[38][33][19][38] = 50;
om[38][33][20][38] = 50;
om[38][33][21][38] = 50;
om[38][33][22][38] = 50;
om[38][33][23][38] = 50;
om[38][33][24][39] = 50;
om[38][33][24][40] = 50;
om[38][33][24][41] = 50;
om[38][33][25][41] = 50;
om[38][33][26][41] = 50;
om[38][33][27][41] = 50;
om[38][33][28][41] = 50;
om[38][33][28][40] = 50;
om[38][33][28][39] = 50;
om[38][33][28][38] = 50;
om[38][33][28][37] = 50;
om[38][33][28][36] = 50;
om[38][33][27][36] = 50;
om[38][33][26][36] = 50;
om[38][33][25][36] = 50;
om[38][33][24][36] = 50;
om[38][33][24][32] = 50;
om[38][33][25][32] = 50;
om[38][33][26][32] = 50;
om[38][33][27][32] = 50;
om[38][33][28][32] = 50;
om[38][33][29][32] = 50;
om[38][33][30][32] = 50;
om[38][33][31][32] = 50;
om[38][33][32][32] = 50;
om[38][33][32][33] = 50;
om[38][33][32][34] = 50;
om[38][33][32][35] = 50;
om[38][33][32][36] = 50;
om[38][33][32][37] = 50;
om[38][33][33][37] = 50;
om[38][33][34][37] = 50;
om[38][33][35][37] = 50;
om[38][33][36][37] = 50;
om[38][33][36][38] = 50;
om[38][33][36][39] = 50;
om[38][33][36][40] = 50;
om[38][33][35][40] = 50;
om[38][33][34][40] = 50;
om[38][33][33][40] = 50;
om[38][33][33][41] = 50;
om[38][33][33][42] = 50;
om[38][33][33][43] = 50;
om[38][33][33][44] = 50;
om[38][33][33][45] = 50;
om[38][33][33][46] = 50;
om[38][33][32][46] = 50;
om[38][33][31][46] = 50;
om[38][33][30][46] = 50;
om[38][33][29][46] = 50;
om[38][33][28][46] = 50;
om[38][33][27][46] = 50;
om[38][33][26][46] = 50;
om[38][33][25][46] = 50;
}
// hongkong/japan n¿gra kusthus
if (fi1 === 32 && fj1 === 29)
{
om[32][29][34][0] = 50;
om[32][29][31][0] = 50;
}
// hongkong/japan nationalpark n¿gra hus
if (fi1 === 30 && fj1 === 30)
{
om[30][30][0][21] = 70;
om[30][30][0][19] = 70;
}
// haftlan-drakh - auction town
if (fi1 === 38 && fj1 === 38)
{
om[38][38][22][36] = 50;
om[38][38][21][33] = 50;
om[38][38][22][30] = 50;
om[38][38][22][29] = 50;
om[38][38][22][28] = 50;
om[38][38][25][26] = 50;
om[38][38][28][24] = 50;
om[38][38][30][26] = 50;
om[38][38][33][25] = 50;
om[38][38][40][34] = 50;
om[38][38][40][36] = 50;
om[38][38][39][38] = 50;
om[38][38][38][40] = 50;
om[38][38][38][42] = 50;
om[38][38][38][44] = 50;
}
if (fi1 === 38 && fj1 === 38)
{
om[38][38][44][23] = 60;
}
if (fi1 === 38 && fj1 === 38)
{
om[38][38][47][25] = 60;
}
if (fi1 === 38 && fj1 === 39)
{
om[38][39][23][3] = 50;
om[38][39][18][3] = 50;
om[38][39][14][1] = 50;
om[38][39][12][3] = 50;
om[38][39][12][1] = 60;
om[38][39][22][3] = 60;
om[38][39][14][4] = 60;
}
if (fi1 === 38 && fj1 === 38) { for (let fi = 25; fi <= 28; fi++) { om[38][38][fi][32] = 20; } }
if (fi1 === 38 && fj1 === 38) { for (let fj = 32; fj <= 27; fj++) { om[38][38][28][fj] = 20; } }
if (fi1 === 38 && fj1 === 38) { for (let fj = 27; fj <= 39; fj++) { om[38][38][32][fj] = 20; } }
if (fi1 === 38 && fj1 === 38) { for (let fi = 32; fi <= 36; fi++) { om[38][38][fi][39] = 20; } }
if (fi1 === 38 && fj1 === 38) { for (let fi = 36; fi <= 32; fi++) { om[38][38][fi][42] = 20; } }
if (fi1 === 38 && fj1 === 38) { for (let fj = 42; fj <= 48; fj++) { om[38][38][32][fj] = 20; } }
if (fi1 === 38 && fj1 === 38) { for (let fj = 48; fj <= 41; fj++) { om[38][38][29][fj] = 20; } }
if (fi1 === 38 && fj1 === 38) { for (let fj = 27; fj <= 38; fj++) { om[38][38][28][fj] = 20; } }
if (fi1 === 38 && fj1 === 38) { for (let fj = 41; fj <= 47; fj++) { om[38][38][28][fj] = 20; } }
if (fi1 === 38 && fj1 === 38) { for (let fi = 32; fi <= 36; fi++) { om[38][38][fi][42] = 20; } }
if (fi1 === 38 && fj1 === 38) { for (let fi = 21; fi <= 27; fi++) { om[38][38][fi][41] = 20; } }
if (fi1 === 38 && fj1 === 38) { for (let fi = 20; fi <= 27; fi++) { om[38][38][fi][38] = 20; } }
// hongkong/japan - nationalpark stad
if (fi1 === 31 && fj1 === 30) { for (let fi = 11; fi <= 13; fi++) { for (let fj = 25; fj <= 27; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 14; fi <= 16; fi++) { for (let fj = 25; fj <= 27; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 14; fi <= 16; fi++) { for (let fj = 22; fj <= 24; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 11; fi <= 13; fi++) { for (let fj = 22; fj <= 24; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 11; fi <= 13; fi++) { for (let fj = 19; fj <= 21; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 14; fi <= 16; fi++) { for (let fj = 19; fj <= 21; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 8; fi <= 10; fi++) { for (let fj = 19; fj <= 21; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 8; fi <= 10; fi++) { for (let fj = 22; fj <= 24; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 8; fi <= 10; fi++) { for (let fj = 25; fj <= 27; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 7; fi <= 9; fi++) { for (let fj = 22; fj <= 24; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 4; fi <= 6; fi++) { for (let fj = 22; fj <= 24; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 1; fi <= 3; fi++) { for (let fj = 22; fj <= 24; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 0; fi <= 2; fi++) { for (let fj = 21; fj <= 23; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 30 && fj1 === 30) { for (let fi = 46; fi <= 48; fi++) { for (let fj = 20; fj <= 22; fj++) { om[30][30][fi][fj] = 0; } } }
if (fi1 === 30 && fj1 === 30) { for (let fi = 46; fi <= 48; fi++) { for (let fj = 17; fj <= 19; fj++) { om[30][30][fi][fj] = 0; } } }
if (fi1 === 30 && fj1 === 30) { for (let fi = 43; fi <= 45; fi++) { for (let fj = 17; fj <= 19; fj++) { om[30][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 1; fi <= 3; fi++) { for (let fj = 17; fj <= 19; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 1; fi <= 3; fi++) { for (let fj = 19; fj <= 21; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 4; fi <= 6; fi++) { for (let fj = 17; fj <= 19; fj++) { om[31][30][fi][fj] = 0; } } }
if (fi1 === 31 && fj1 === 30) { for (let fj = 8; fj <= 19; fj++) { om[31][30][1][fj] = ASCEND_TREE; } }
if (fi1 === 31 && fj1 === 30) { for (let fi = 1; fi <= 7; fi++) { om[31][30][fi][19] = ASCEND_TREE; } }
if (fi1 === 30 && fj1 === 30) { for (let fi = 47; fi <= 7; fi++) { om[30][30][fi][23] = ASCEND_TREE; } }
if (fi1 === 30 && fj1 === 30) { for (let fj = 11; fj <= 23; fj++) { om[30][30][47][fj] = ASCEND_TREE; } }
if (fi1 === 31 && fj1 === 30) { for (let fj = 10; fj <= 18; fj++) { om[31][30][1][fj] = ASCEND_TREE; } }
// hongkong/japan - nationalpark park
if (fi1 === 29 && fj1 === 30)
{
for (let fi = 42; fi <= 44; fi++) { for (let fj = 7; fj <= 9; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 10; fj <= 12; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 13; fj <= 15; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 16; fj <= 18; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 19; fj <= 21; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 19; fj <= 21; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 16; fj <= 18; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 13; fj <= 15; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 10; fj <= 12; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 7; fj <= 9; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 7; fj <= 9; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 10; fj <= 12; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 13; fj <= 15; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 16; fj <= 18; fj++) { om[29][30][fi][fj] = 0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 19; fj <= 21; fj++) { om[29][30][fi][fj] = 0; } }
}
// hongkong/japan mur-v¿g
if (fi1 === 30 && fj1 === 33) { for (let fi = 28; fi <= 36; fi++) { om[30][33][fi][14] = 20; } }
if (fi1 === 30 && fj1 === 33) { for (let fj = 18; fj <= 26; fj++) { om[30][33][24][fj] = 20; } }
if (fi1 === 30 && fj1 === 33) { for (let fj = 25; fj <= 28; fj++) { om[30][33][17][fj] = 20; } }
if (fi1 === 30 && fj1 === 33) { for (let fj = 19; fj <= 22; fj++) { om[30][33][17][fj] = 20; } }
if (fi1 === 30 && fj1 === 33)
{
om[30][33][33][8] = 20;
om[30][33][33][9] = 20;
om[30][33][33][10] = 20;
om[30][33][32][11] = 20;
om[30][33][31][11] = 20;
om[30][33][30][11] = 20;
om[30][33][29][10] = 20;
om[30][33][29][9] = 20;
om[30][33][29][8] = 20;
om[30][33][30][7] = 20;
om[30][33][31][7] = 20;
om[30][33][32][7] = 20;
om[30][33][28][17] = 20;
om[30][33][30][17] = 20;
om[30][33][32][17] = 20;
om[30][33][27][19] = 20;
om[30][33][27][21] = 20;
om[30][33][27][23] = 20;
om[30][33][31][20] = 20;
om[30][33][30][21] = 20;
om[30][33][29][22] = 20;
om[30][33][15][22] = 20;
om[30][33][14][22] = 20;
om[30][33][13][22] = 20;
om[30][33][15][25] = 20;
om[30][33][14][25] = 20;
om[30][33][13][28] = 20;
om[30][33][12][28] = 20;
om[30][33][11][28] = 20;
om[30][33][11][29] = 20;
om[30][33][10][29] = 20;
om[30][33][9][29] = 20;
om[30][33][9][30] = 20;
om[30][33][8][30] = 20;
om[30][33][7][30] = 20;
om[30][33][7][27] = 20;
om[30][33][8][27] = 20;
om[30][33][9][27] = 20;
om[30][33][9][26] = 20;
om[30][33][10][26] = 20;
om[30][33][11][26] = 20;
om[30][33][11][25] = 20;
om[30][33][12][25] = 20;
om[30][33][13][25] = 20;
om[30][33][13][24] = 20;
om[30][33][13][23] = 20;
om[30][33][14][23] = 20;
om[30][33][31][19] = 20;
}
// hongkong/japan golfsj¿-stad
if (fi1 === 31 && fj1 === 33)
{
for (let fi = 30; fi <= 32; fi++) { for (let fj = 38; fj <= 40; fj++) { om[31][33][fi][fj] = 0; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 38; fj <= 40; fj++) { om[31][33][fi][fj] = 0; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 41; fj <= 43; fj++) { om[31][33][fi][fj] = 0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 41; fj <= 43; fj++) { om[31][33][fi][fj] = 0; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 41; fj <= 43; fj++) { om[31][33][fi][fj] = 0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 41; fj <= 43; fj++) { om[31][33][fi][fj] = 0; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 41; fj <= 43; fj++) { om[31][33][fi][fj] = 0; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 41; fj <= 43; fj++) { om[31][33][fi][fj] = 0; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 41; fj <= 43; fj++) { om[31][33][fi][fj] = 0; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 41; fj <= 43; fj++) { om[31][33][fi][fj] = 0; } }
}
// norway rift
if (fi1 === 30 && fj1 === 37)
{
om[30][37][17][4] = 20;
om[30][37][23][2] = 20;
om[30][37][24][2] = 20;
om[30][37][25][2] = 20;
om[30][37][26][2] = 20;
om[30][37][26][3] = 20;
om[30][37][27][3] = 20;
om[30][37][28][3] = 20;
om[30][37][28][4] = 20;
om[30][37][27][4] = 20;
om[30][37][26][4] = 20;
om[30][37][25][4] = 20;
om[30][37][24][4] = 20;
om[30][37][23][4] = 20;
om[30][37][23][5] = 20;
om[30][37][22][5] = 20;
om[30][37][21][5] = 20;
om[30][37][20][5] = 20;
om[30][37][20][6] = 20;
om[30][37][19][6] = 20;
om[30][37][18][6] = 20;
om[30][37][16][6] = 20;
}
// leaves hus
if (fi1 === 31 && fj1 === 38)
{
om[31][38][14][37] = 70;
om[31][38][11][38] = 70;
om[31][38][13][35] = 70;
om[31][38][11][36] = 20;
om[31][38][15][37] = 20;
om[31][38][14][40] = 20;
om[31][38][11][41] = 20;
om[31][38][9][37] = 20;
om[31][38][12][33] = 20;
om[31][38][14][34] = 20;
om[31][38][15][36] = 20;
om[31][38][5][39] = 5;
om[31][38][7][40] = 5;
om[31][38][10][39] = 5;
om[31][38][8][36] = 5;
}
// fire hus
if (fi1 === 31 && fj1 === 38)
{
om[31][38][5][36] = 20;
}
if (fi1 === 31 && fj1 === 35)
{
om[31][35][12][31] = 70;
}
// epper bridge hus
if (fi1 === 33 && fj1 === 34)
{
om[33][34][13][15] = 70;
}
if (fi1 === 34 && fj1 === 34)
{
om[34][34][34][38] = 70;
}
// epper land president
if (fi1 === 37 && fj1 === 35)
{
for (let fi = 22; fi <= 24; fi++) { for (let fj = 43; fj <= 45; fj++) { om[37][35][fi][fj] = 0; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 43; fj <= 45; fj++) { om[37][35][fi][fj] = 0; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 43; fj <= 45; fj++) { om[37][35][fi][fj] = 0; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 43; fj <= 45; fj++) { om[37][35][fi][fj] = 0; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 43; fj <= 45; fj++) { om[37][35][fi][fj] = 0; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 40; fj <= 42; fj++) { om[37][35][fi][fj] = 0; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 40; fj <= 42; fj++) { om[37][35][fi][fj] = 0; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 40; fj <= 42; fj++) { om[37][35][fi][fj] = 0; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 40; fj <= 42; fj++) { om[37][35][fi][fj] = 0; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 40; fj <= 42; fj++) { om[37][35][fi][fj] = 0; } }
for (let fi = 23; fi <= 25; fi++) { for (let fj = 40; fj <= 42; fj++) { om[37][35][fi][fj] = 0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 37; fj <= 39; fj++) { om[37][35][fi][fj] = 0; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 37; fj <= 39; fj++) { om[37][35][fi][fj] = 0; } }
}
if (fi1 === 36 && fj1 === 41) om[36][41][32][17] = ASCEND_BARN;
if (fi1 === 36 && fj1 === 41) om[36][41][34][17] = ASCEND_HOUSE;
if (fi1 === 36 && fj1 === 41) om[36][41][34][17] = ASCEND_ROADLIGHT;
if (fi1 === 36 && fj1 === 41) om[36][41][34][17] = ASCEND_ROADLIGHT;
if (fi1 === 36 && fj1 === 41) { for (let fi = 35; fi <= 44; fi++) { om[36][41][fi][14] = ASCEND_HOUSE; } }
if (fi1 === 36 && fj1 === 41) { for (let fj = 5; fj <= 14; fj++) { om[36][41][44][fj] = ASCEND_HOUSE; } }
if (fi1 === 36 && fj1 === 41) { for (let fj = 5; fj <= 18; fj++) { om[36][41][48][fj] = ASCEND_HOUSE; } }
if (fi1 === 36 && fj1 === 41) { for (let fi = 36; fi <= 48; fi++) { om[36][41][fi][18] = ASCEND_HOUSE; } }
if (fi1 === 36 && fj1 === 40) { for (let fj = 38; fj <= 44; fj++) { om[36][40][48][fj] = ASCEND_HOUSE; } }
if (fi1 === 37 && fj1 === 40) { for (let fj = 30; fj <= 38; fj++) { om[37][40][3][fj] = ASCEND_HOUSE; } }
if (fi1 === 36 && fj1 === 40) { for (let fj = 30; fj <= 43; fj++) { om[36][40][48][fj] = ASCEND_HOUSE; } }
if (fi1 === 36 && fj1 === 40) om[36][40][45][45] = ASCEND_HOUSE;
if (fi1 === 36 && fj1 === 40) om[36][40][45][47] = ASCEND_HOUSE;
if (fi1 === 36 && fj1 === 41) om[36][41][44][1] = ASCEND_HOUSE;
if (fi1 === 36 && fj1 === 41) om[36][41][43][4] = ASCEND_HOUSE;
if (fi1 === 36 && fj1 === 41) om[36][41][48][3] = ASCEND_HOUSE;
if (fi1 === 37 && fj1 === 40) om[37][40][1][48] = ASCEND_HOUSE;
if (fi1 === 37 && fj1 === 40) om[37][40][5][44] = ASCEND_HOUSE;
if (fi1 === 37 && fj1 === 40) om[37][40][3][42] = ASCEND_HOUSE;
if (fi1 === 37 && fj1 === 40) om[37][40][2][39] = ASCEND_HOUSE;
// tj¿rn v¿gen in till parkeringen
if (fi1 === 34 && fj1 === 37)
{
for (let fi = 4; fi <= 6; fi++) { for (let fj = 25; fj <= 27; fj++) { om[34][37][fi][fj] = 0; } }
for (let fi = 7; fi <= 9; fi++) { for (let fj = 25; fj <= 27; fj++) { om[34][37][fi][fj] = 0; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 25; fj <= 27; fj++) { om[34][37][fi][fj] = 0; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 25; fj <= 27; fj++) { om[34][37][fi][fj] = 0; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 25; fj <= 27; fj++) { om[34][37][fi][fj] = 0; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 22; fj <= 24; fj++) { om[34][37][fi][fj] = 0; } }
for (let fi = 19; fi <= 21; fi++) { for (let fj = 22; fj <= 24; fj++) { om[34][37][fi][fj] = 0; } }
for (let fi = 19; fi <= 21; fi++) { for (let fj = 25; fj <= 27; fj++) { om[34][37][fi][fj] = 0; } }
for (let fi = 22; fi <= 24; fi++) { for (let fj = 25; fj <= 27; fj++) { om[34][37][fi][fj] = 0; } }
for (let fi = 22; fi <= 24; fi++) { for (let fj = 22; fj <= 24; fj++) { om[34][37][fi][fj] = 0; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 22; fj <= 24; fj++) { om[34][37][fi][fj] = 0; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 22; fj <= 24; fj++) { om[34][37][fi][fj] = 0; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 25; fj <= 27; fj++) { om[34][37][fi][fj] = 0; } }
}
// hongkong/japan lite hus
if (fi1 === 30 && fj1 === 30)
{
om[30][30][24][21] = 70;
}
if (fi1 === 29 && fj1 === 29)
{
om[29][29][36][12] = 60;
om[29][29][36][20] = 60;
}
// hongkong/japan golf hemlig g¿ng
if (fi1 === 31 && fj1 === 33)
{
om[31][33][46][10] = 50;
}
// hongkong/japan yuri's vandrarhem
//if (fi1 === 31 && fj1 === 29 && fj === 23 && fi >= 28 && fi <= 33) om[fi1][fj1][fi][fj] = ASCEND_HOUSE;
//if (fi1 === 31 && fj1 === 29 && fj === 23 && fi >= 35 && fi <= 40) om[fi1][fj1][fi][fj] = ASCEND_HOUSE;
if (fi1 === 31 && fj1 === 29) { for (let fj = 26; fj <= 37; fj++) { om[31][29][39][fj] = ASCEND_HOUSE; } }
if (fi1 === 31 && fj1 === 29) { for (let fi = 35; fi <= 41; fi++) { om[31][29][fi][39] = ASCEND_HOUSE; } }
if (fi1 === 31 && fj1 === 29) { for (let fi = 27; fi <= 33; fi++) { om[31][29][fi][39] = ASCEND_HOUSE; } }
if (fi1 === 31 && fj1 === 29) om[fi1][fj1][32][34] = ASCEND_HOUSE;
if (fi1 === 31 && fj1 === 29) om[fi1][fj1][32][30] = ASCEND_HOUSE;
if (fi1 === 31 && fj1 === 29) om[fi1][fj1][28][32] = ASCEND_HOUSE;
if (fi1 === 31 && fj1 === 29) om[fi1][fj1][31][26] = ASCEND_HOUSE;
if (fi1 === 31 && fj1 === 29) om[fi1][fj1][37][29] = ASCEND_HOUSE;
if (fi1 === 31 && fj1 === 29) om[fi1][fj1][36][33] = ASCEND_HOUSE;
// DOGERTS.CAR.WASH
if (fi1 === 31 && fj1 === 31)
{
om[31][31][44][15] = 50;
}
// epper land l'amour de pommes frites
if (fi1 === 37 && fj1 === 35)
{
om[37][35][22][46] = 50;
}
// dogert's hus
if (fi1 === 32 && fj1 === 32)
{
om[32][32][17][5] = 50;
}
// bilskrot
if (fi1 === 31 && fj1 === 32)
{
om[31][32][12][38] = 50;
}
// dogert's hus 2
if (fi1 === 32 && fj1 === 31)
{
om[32][31][3][41] = 50;
}
// magnet island mur skyskrapor
if (fi1 === 37 && fj1 === 29)
{
om[37][29][5][36] = 60;
om[37][29][2][36] = 60;
om[37][29][15][36] = 60;
om[37][29][18][36] = 60;
om[37][29][28][36] = 60;
om[37][29][31][36] = 60;
om[37][29][41][36] = 60;
om[37][29][44][36] = 60;
om[37][29][48][36] = 60;
}
// rings hus
if (fi1 === 40 && fj1 === 29)
{
om[40][29][47][25] = 60;
om[40][29][43][36] = 60;
om[40][29][18][33] = 60;
om[40][29][16][23] = 50;
om[40][29][13][22] = 50;
om[40][29][15][20] = 50;
om[40][29][29][23] = 70;
om[40][29][31][23] = 70;
om[40][29][32][26] = 70;
om[40][29][30][28] = 70;
om[40][29][29][26] = 70;
om[40][29][27][27] = 70;
om[40][29][43][32] = 60;
om[40][29][46][32] = 60;
om[40][29][46][30] = 60;
om[40][29][44][30] = 60;
om[40][29][43][29] = 60;
om[40][29][46][27] = 60;
om[40][29][46][27] = 60;
om[40][29][42][34] = 60;
om[40][29][41][35] = 60;
om[40][29][42][37] = 60;
om[40][29][40][39] = 60;
om[40][29][38][38] = 60;
om[40][29][36][38] = 60;
om[40][29][35][39] = 60;
om[40][29][34][39] = 60;
om[40][29][36][37] = 60;
om[40][29][39][35] = 60;
om[40][29][38][34] = 60;
om[40][29][34][11] = 20;
om[40][29][33][10] = 20;
om[40][29][32][9] = 20;
om[40][29][30][9] = 20;
om[40][29][29][10] = 20;
om[40][29][28][12] = 20;
om[40][29][29][11] = 20;
om[40][29][32][7] = 20;
om[40][29][35][9] = 20;
om[40][29][34][10] = 20;
om[40][29][34][11] = 30;
om[40][29][32][11] = 30;
om[40][29][31][12] = 30;
om[40][29][28][9] = 30;
om[40][29][30][8] = 40;
om[40][29][30][9] = 40;
om[40][29][29][10] = 30;
om[40][29][28][10] = 40;
om[40][29][28][10] = 30;
om[40][29][30][11] = 40;
om[40][29][34][8] = 30;
om[40][29][35][7] = 40;
om[40][29][36][6] = 30;
om[40][29][36][6] = 40;
om[40][29][31][5] = 40;
om[40][29][31][5] = 30;
om[40][29][30][4] = 40;
om[40][29][21][45] = 70;
om[40][29][18][41] = 70;
om[40][29][21][41] = 70;
om[40][29][25][39] = 70;
om[40][29][25][41] = 30;
om[40][29][22][44] = 30;
om[40][29][18][43] = 30;
om[40][29][20][43] = 20;
om[40][29][23][44] = 20;
om[40][29][25][45] = 20;
om[40][29][27][43] = 20;
}
if (fi1 === 40 && fj1 === 28)
{
om[40][28][1][47] = 70;
}
if (fi1 === 39 && fj1 === 28)
{
om[39][28][44][48] = 70;
}
// mrs superconductor's castle
if (fi1 === 38 && fj1 === 28)
{
om[38][28][30][16] = 60;
om[38][28][19][16] = 60;
om[38][28][19][27] = 60;
om[38][28][30][27] = 60;
om[38][28][30][23] = 60;
om[38][28][30][19] = 60;
om[38][28][30][18] = 70;
om[38][28][30][17] = 70;
om[38][28][29][16] = 70;
om[38][28][28][16] = 70;
om[38][28][27][16] = 70;
om[38][28][26][16] = 70;
om[38][28][25][16] = 70;
om[38][28][24][16] = 70;
om[38][28][23][16] = 70;
om[38][28][22][16] = 70;
om[38][28][21][16] = 70;
om[38][28][20][16] = 70;
om[38][28][19][17] = 70;
om[38][28][19][18] = 70;
om[38][28][19][19] = 70;
om[38][28][19][20] = 70;
om[38][28][19][21] = 70;
om[38][28][19][22] = 70;
om[38][28][19][23] = 70;
om[38][28][19][24] = 70;
om[38][28][19][25] = 70;
om[38][28][19][26] = 70;
om[38][28][20][27] = 70;
om[38][28][21][27] = 70;
om[38][28][22][27] = 70;
om[38][28][23][27] = 70;
om[38][28][24][27] = 70;
om[38][28][25][27] = 70;
om[38][28][26][27] = 70;
om[38][28][27][27] = 70;
om[38][28][28][27] = 70;
om[38][28][29][27] = 70;
om[38][28][30][26] = 70;
om[38][28][30][25] = 70;
om[38][28][30][24] = 70;
}
if (fi1 === 38 && fj1 === 28)
{
om[38][28][24][23] = 70;
om[38][28][24][19] = 70;
om[38][28][26][20] = 70;
om[38][28][26][22] = 70;
om[38][28][25][21] = 60;
om[38][28][25][22] = 60;
om[38][28][24][21] = 60;
om[38][28][24][22] = 60;
}
if (fi1 === 33 && fj1 === 36)
{
om[33][36][46][44] = 50;
om[33][36][47][44] = 50;
om[33][36][48][44] = 50;
}
if (fi1 === 33 && fj1 === 36)
{
om[33][36][46][19] = 50;
om[33][36][45][19] = 50;
om[33][36][44][19] = 50;
om[33][36][28][22] = 50;
om[33][36][28][24] = 50;
}
// epper's omojliga gang
if (fi1 === 34 && fj1 === 36)
{
om[34][36][1][44] = 60;
}
if (fi1 === 34 && fj1 === 36)
{
om[34][36][6][19] = 50;
om[34][36][5][19] = 50;
om[34][36][0][19] = 50;
}
if (fi1 === 33 && fj1 === 36)
{
om[33][36][47][19] = 50;
om[33][36][28][23] = 50;
om[33][36][28][27] = 50;
om[33][36][28][29] = 50;
om[33][36][28][31] = 50;
}
// hongkong/japan korvskaparhuset
if (fi1 === 32 && fj1 === 29)
{
om[32][29][25][47] = 50;
om[32][29][25][46] = 50;
om[32][29][25][45] = 50;
om[32][29][25][44] = 50;
om[32][29][25][43] = 50;
om[32][29][25][42] = 50;
om[32][29][25][41] = 50;
om[32][29][25][40] = 50;
om[32][29][25][39] = 50;
om[32][29][25][38] = 50;
om[32][29][25][37] = 50;
om[32][29][25][36] = 50;
om[32][29][25][35] = 50;
om[32][29][25][34] = 50;
om[32][29][25][33] = 50;
om[32][29][25][32] = 50;
om[32][29][25][31] = 50;
om[32][29][25][30] = 50;
om[32][29][25][29] = 50;
om[32][29][25][28] = 50;
}
// passage 2 bondgard
if (fi1 === 27 && fj1 === 36)
{
om[27][36][12][29] = 70;
om[27][36][14][24] = 70;
om[27][36][31][19] = 70;
om[27][36][25][36] = 70;
om[27][36][23][36] = 70;
om[27][36][22][36] = 70;
}
// passage 2 datacenter
//if (fi1 === 26 && fj1 === 38 && fj === 14 && fi <= 34 && fi >= 18) om[fi1][fj1][fi][fj] = 50;
//if (fi1 === 26 && fj1 === 38 && fi === 17 && fj >= 16 && fj <= 32) om[fi1][fj1][fi][fj] = 50;
//if (fi1 === 26 && fj1 === 38 && fj === 31 && fi >= 19 && fi <= 29) om[fi1][fj1][fi][fj] = 50;
//if (fi1 === 26 && fj1 === 38 && fi === 22 && fj <= 27 && fj >= 20) om[fi1][fj1][fi][fj] = 50;
//if (fi1 === 26 && fj1 === 38) om[26][38][23][20] = 50;
//if (fi1 === 26 && fj1 === 38 && fi === 24 && fj >= 20 && fj <= 27) om[fi1][fj1][fi][fj] = 50;
//if (fi1 === 26 && fj1 === 38 && fj === 27 && fi >= 24 && fi <= 27) om[fi1][fj1][fi][fj] = 50;
// epper's orimliga presidentsbyggnad
if (fi1 === 37 && fj1 === 35)
{
om[37][35][31][45] = 60;
om[37][35][25][45] = 60;
om[37][35][26][46] = 70;
om[37][35][27][46] = 70;
om[37][35][28][46] = 70;
om[37][35][29][46] = 70;
om[37][35][30][45] = 50;
om[37][35][30][46] = 70;
om[37][35][30][42] = 70;
om[37][35][27][42] = 70;
}
// haftlan-drakh slott
if (fi1 === 38 && fj1 === 37)
{
om[38][37][9][3] = 20;
om[38][37][9][3] = 20;
om[38][37][6][5] = 60;
om[38][37][6][1] = 60;
om[38][37][5][4] = 60;
om[38][37][5][2] = 60;
om[38][37][7][4] = 60;
om[38][37][7][2] = 60;
om[38][37][7][3] = 70;
om[38][37][5][3] = 70;
om[38][37][9][5] = 70;
om[38][37][9][1] = 70;
om[38][37][2][1] = 70;
om[38][37][2][5] = 70;
}
// haftlan-drakh liten by
if (fi1 === 38 && fj1 === 37)
{
om[38][37][29][10] = 70;
om[38][37][31][10] = 70;
om[38][37][33][11] = 70;
om[38][37][35][16] = 70;
om[38][37][32][18] = 70;
om[38][37][30][18] = 60;
}
// remove passage 2
if (fi1 === 27 && fj1 === 38)
{
for (let fi = 24; fi <= 30; fi++) { for (let fj = 25; fj <= 31; fj++) { om[27][38][fi][fj] = 0; } }
for (let fi = 22; fi <= 28; fi++) { for (let fj = 30; fj <= 36; fj++) { om[27][38][fi][fj] = 0; } }
for (let fi = 22; fi <= 28; fi++) { for (let fj = 34; fj <= 40; fj++) { om[27][38][fi][fj] = 0; } }
for (let fi = 22; fi <= 28; fi++) { for (let fj = 37; fj <= 43; fj++) { om[27][38][fi][fj] = 0; } }
for (let fi = 21; fi <= 27; fi++) { for (let fj = 42; fj <= 48; fj++) { om[27][38][fi][fj] = 0; } }
}
if (fi1 === 27 && fj1 === 36)
{
for (let fi = 0; fi <= 4; fi++) { for (let fj = 34; fj <= 40; fj++) { om[27][36][fi][fj] = 0; } }
for (let fi = 0; fi <= 6; fi++) { for (let fj = 41; fj <= 47; fj++) { om[27][36][fi][fj] = 0; } }
}
if (fi1 === 26 && fj1 === 36)
{
for (let fi = 46; fi <= 48; fi++) { for (let fj = 40; fj <= 42; fj++) { om[26][36][fi][fj] = 0; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 34; fj <= 36; fj++) { om[26][36][fi][fj] = 0; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 25; fj <= 27; fj++) { om[26][36][fi][fj] = 0; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 23; fj <= 25; fj++) { om[26][36][fi][fj] = 0; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 21; fj <= 23; fj++) { om[26][36][fi][fj] = 0; } }
for (let fi = 37; fi <= 43; fi++) { for (let fj = 17; fj <= 23; fj++) { om[26][36][fi][fj] = 0; } }
}
if (fi1 === 27 && fj1 === 36)
{
for (let fi = 7; fi <= 9; fi++) { for (let fj = 14; fj <= 16; fj++) { om[27][36][fi][fj] = 0; } }
for (let fi = 6; fi <= 8; fi++) { for (let fj = 8; fj <= 10; fj++) { om[27][36][fi][fj] = 0; } }
for (let fi = 6; fi <= 8; fi++) { for (let fj = 6; fj <= 8; fj++) { om[27][36][fi][fj] = 0; } }
for (let fi = 9; fi <= 11; fi++) { for (let fj = 6; fj <= 8; fj++) { om[27][36][fi][fj] = 0; } }
for (let fi = 10; fi <= 12; fi++) { for (let fj = 6; fj <= 8; fj++) { om[27][36][fi][fj] = 0; } }
for (let fi = 12; fi <= 14; fi++) { for (let fj = 6; fj <= 8; fj++) { om[27][36][fi][fj] = 0; } }
for (let fi = 13; fi <= 15; fi++) { for (let fj = 5; fj <= 7; fj++) { om[27][36][fi][fj] = 0; } }
for (let fi = 21; fi <= 23; fi++) { for (let fj = -1; fj <= 1; fj++) { om[27][36][fi][fj] = 0; } }
}
if (fi1 === 26 && fj1 === 35)
{
for (let fi = 34; fi <= 36; fi++) { for (let fj = 42; fj <= 44; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 39; fj <= 41; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 38; fj <= 40; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 36; fj <= 38; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 35; fj <= 37; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 32; fj <= 34; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 34; fi <= 36; fi++) { for (let fj = 33; fj <= 35; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 35; fj <= 37; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 33; fi <= 35; fi++) { for (let fj = 32; fj <= 34; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 24; fj <= 26; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 21; fj <= 23; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 21; fj <= 23; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 18; fj <= 20; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 16; fj <= 18; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 15; fj <= 17; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 17; fj <= 19; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 45; fi <= 48; fi++) { for (let fj = 16; fj <= 22; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 36; fi <= 38; fi++) { for (let fj = 6; fj <= 8; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 4; fj <= 6; fj++) { om[26][35][fi][fj] = 0; } }
for (let fi = 37; fi <= 39; fi++) { for (let fj = 47; fj <= 48; fj++) { om[26][35][fi][fj] = 0; } }
}
if (fi1 === 26 && fj1 === 34)
{
for (let fi = 40; fi <= 42; fi++) { for (let fj = 39; fj <= 41; fj++) { om[26][34][fi][fj] = 0; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 35; fj <= 37; fj++) { om[26][34][fi][fj] = 0; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 31; fj <= 33; fj++) { om[26][34][fi][fj] = 0; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 27; fj <= 29; fj++) { om[26][34][fi][fj] = 0; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 18; fj <= 20; fj++) { om[26][34][fi][fj] = 0; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 15; fj <= 17; fj++) { om[26][34][fi][fj] = 0; } }
}
if (fi1 === 26 && fj1 === 33)
{
for (let fi = 30; fi <= 36; fi++) { for (let fj = 41; fj <= 47; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 25; fi <= 31; fi++) { for (let fj = 42; fj <= 48; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 18; fi <= 24; fi++) { for (let fj = 41; fj <= 47; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 25; fi <= 31; fi++) { for (let fj = 33; fj <= 39; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 34; fi <= 40; fi++) { for (let fj = 29; fj <= 35; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 35; fi <= 41; fi++) { for (let fj = 28; fj <= 34; fj++) { om[26][33][fi][fj] = 0; } }
}
if (fi1 === 26 && fj1 === 33)
{
for (let fi = 10; fi <= 12; fi++) { for (let fj = 21; fj <= 23; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 11; fi <= 13; fi++) { for (let fj = 22; fj <= 24; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 18; fi <= 24; fi++) { for (let fj = 21; fj <= 27; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 16; fj <= 18; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 13; fj <= 15; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 11; fj <= 13; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 26; fi <= 32; fi++) { for (let fj = 8; fj <= 14; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 21; fi <= 27; fi++) { for (let fj = 7; fj <= 13; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 15; fi <= 21; fi++) { for (let fj = 7; fj <= 13; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 13; fi <= 19; fi++) { for (let fj = 8; fj <= 14; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 10; fi <= 16; fi++) { for (let fj = 6; fj <= 12; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 15; fi <= 21; fi++) { for (let fj = 4; fj <= 10; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 19; fi <= 25; fi++) { for (let fj = 3; fj <= 9; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 24; fi <= 30; fi++) { for (let fj = 2; fj <= 8; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 28; fi <= 34; fi++) { for (let fj = 2; fj <= 8; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 30; fi <= 36; fi++) { for (let fj = 1; fj <= 7; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 35; fi <= 37; fi++) { for (let fj = 3; fj <= 5; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 39; fi <= 41; fi++) { for (let fj = 5; fj <= 7; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 6; fj <= 8; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 8; fj <= 10; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 40; fi <= 42; fi++) { for (let fj = 11; fj <= 13; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 42; fi <= 44; fi++) { for (let fj = 11; fj <= 13; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 43; fi <= 45; fi++) { for (let fj = 10; fj <= 12; fj++) { om[26][33][fi][fj] = 0; } }
for (let fi = 44; fi <= 46; fi++) { for (let fj = 9; fj <= 11; fj++) { om[26][33][fi][fj] = 0; } }
}
if (fi1 === 27 && fj1 === 33)
{
for (let fi = 2; fi <= 8; fi++) { for (let fj = 14; fj <= 20; fj++) { om[27][33][fi][fj] = 0; } }
for (let fi = 13; fi <= 19; fi++) { for (let fj = 19; fj <= 25; fj++) { om[27][33][fi][fj] = 0; } }
for (let fi = 18; fi <= 24; fi++) { for (let fj = 20; fj <= 26; fj++) { om[27][33][fi][fj] = 0; } }
for (let fi = 23; fi <= 29; fi++) { for (let fj = 18; fj <= 24; fj++) { om[27][33][fi][fj] = 0; } }
for (let fi = 24; fi <= 30; fi++) { for (let fj = 16; fj <= 22; fj++) { om[27][33][fi][fj] = 0; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 18; fj <= 20; fj++) { om[27][33][fi][fj] = 0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 19; fj <= 21; fj++) { om[27][33][fi][fj] = 0; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 20; fj <= 22; fj++) { om[27][33][fi][fj] = 0; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 22; fj <= 24; fj++) { om[27][33][fi][fj] = 0; } }
}
// blue valley
if (fi1 === 26 && fj1 === 39)
{
for (let fi = 19; fi <= 25; fi++) { for (let fj = 36; fj <= 42; fj++) { om[26][39][fi][fj] = 0; } }
for (let fi = 31; fi <= 37; fi++) { for (let fj = 37; fj <= 43; fj++) { om[26][39][fi][fj] = 0; } }
for (let fi = 32; fi <= 38; fi++) { for (let fj = 37; fj <= 43; fj++) { om[26][39][fi][fj] = 0; } }
for (let fi = 41; fi <= 43; fi++) { for (let fj = 45; fj <= 47; fj++) { om[26][39][fi][fj] = 0; } }
for (let fi = 38; fi <= 40; fi++) { for (let fj = 45; fj <= 47; fj++) { om[26][39][fi][fj] = 0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 45; fj <= 47; fj++) { om[26][39][fi][fj] = 0; } }
for (let fi = 29; fi <= 31; fi++) { for (let fj = 45; fj <= 47; fj++) { om[26][39][fi][fj] = 0; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 43; fj <= 45; fj++) { om[26][39][fi][fj] = 0; } }
for (let fi = 23; fi <= 29; fi++) { for (let fj = 40; fj <= 46; fj++) { om[26][39][fi][fj] = 0; } }
}
if (fi1 === 26 && fj1 === 41)
{
for (let fi = 38; fi <= 44; fi++) { for (let fj = 30; fj <= 36; fj++) { om[26][41][fi][fj] = 0; } }
for (let fi = 46; fi <= 48; fi++) { for (let fj = 29; fj <= 31; fj++) { om[26][41][fi][fj] = 0; } }
}
if (fi1 === 27 && fj1 === 41)
{
for (let fi = 16; fi <= 18; fi++) { for (let fj = 30; fj <= 32; fj++) { om[27][41][fi][fj] = 0; } }
for (let fi = 20; fi <= 22; fi++) { for (let fj = 37; fj <= 39; fj++) { om[27][41][fi][fj] = 0; } }
for (let fi = 22; fi <= 24; fi++) { for (let fj = 33; fj <= 35; fj++) { om[27][41][fi][fj] = 0; } }
for (let fi = 24; fi <= 26; fi++) { for (let fj = 32; fj <= 34; fj++) { om[27][41][fi][fj] = 0; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 32; fj <= 34; fj++) { om[27][41][fi][fj] = 0; } }
for (let fi = 28; fi <= 30; fi++) { for (let fj = 31; fj <= 33; fj++) { om[27][41][fi][fj] = 0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 30; fj <= 32; fj++) { om[27][41][fi][fj] = 0; } }
for (let fi = 29; fi <= 35; fi++) { for (let fj = 29; fj <= 35; fj++) { om[27][41][fi][fj] = 0; } }
}
// passage 3
if (fi1 === 29 && fj1 === 41)
{
for (let fi = 17; fi <= 23; fi++) { for (let fj = 10; fj <= 16; fj++) { om[29][41][fi][fj] = 0; } }
for (let fi = 13; fi <= 19; fi++) { for (let fj = 10; fj <= 16; fj++) { om[29][41][fi][fj] = 0; } }
for (let fi = 10; fi <= 16; fi++) { for (let fj = 12; fj <= 18; fj++) { om[29][41][fi][fj] = 0; } }
for (let fi = 16; fi <= 18; fi++) { for (let fj = 20; fj <= 22; fj++) { om[29][41][fi][fj] = 0; } }
for (let fi = 19; fi <= 21; fi++) { for (let fj = 18; fj <= 20; fj++) { om[29][41][fi][fj] = 0; } }
for (let fi = 37; fi <= 43; fi++) { for (let fj = 20; fj <= 26; fj++) { om[29][41][fi][fj] = 0; } }
for (let fi = 42; fi <= 48; fi++) { for (let fj = 26; fj <= 32; fj++) { om[29][41][fi][fj] = 0; } }
}
if (fi1 === 30 && fj1 === 41)
{
for (let fi = 19; fi <= 25; fi++) { for (let fj = 19; fj <= 25; fj++) { om[30][41][fi][fj] = 0; } }
for (let fi = 25; fi <= 27; fi++) { for (let fj = 22; fj <= 24; fj++) { om[30][41][fi][fj] = 0; } }
for (let fi = 26; fi <= 28; fi++) { for (let fj = 24; fj <= 26; fj++) { om[30][41][fi][fj] = 0; } }
for (let fi = 27; fi <= 29; fi++) { for (let fj = 27; fj <= 29; fj++) { om[30][41][fi][fj] = 0; } }
}
if (fi1 === 29 && fj1 === 41)
{
for (let fi = 30; fi <= 32; fi++) { for (let fj = 33; fj <= 35; fj++) { om[29][41][fi][fj] = 0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 32; fj <= 34; fj++) { om[29][41][fi][fj] = 0; } }
for (let fi = 30; fi <= 32; fi++) { for (let fj = 31; fj <= 33; fj++) { om[29][41][fi][fj] = 0; } }
for (let fi = 31; fi <= 33; fi++) { for (let fj = 30; fj <= 32; fj++) { om[29][41][fi][fj] = 0; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 28; fj <= 30; fj++) { om[29][41][fi][fj] = 0; } }
for (let fi = 32; fi <= 34; fi++) { for (let fj = 27; fj <= 29; fj++) { om[29][41][fi][fj] = 0; } }
}
// epper race
if (fi1 === 37 && fj1 === 34)
{
om[37][34][4][0] = 50;
om[37][34][4][1] = 50;
om[37][34][4][2] = 50;
om[37][34][4][3] = 50;
om[37][34][4][4] = 50;
om[37][34][3][4] = 50;
om[37][34][3][5] = 50;
om[37][34][2][5] = 50;
om[37][34][2][6] = 50;
om[37][34][1][6] = 50;
om[37][34][1][7] = 50;
om[37][34][0][7] = 50;
om[37][34][0][8] = 50;
}
if (fi1 === 36 && fj1 === 34)
{
om[36][34][48][9] = 50;
om[36][34][47][9] = 50;
om[36][34][47][10] = 50;
om[36][34][46][10] = 50;
om[36][34][46][11] = 50;
om[36][34][46][12] = 50;
}
if (fi1 === 37 && fj1 === 35)
{
om[37][35][39][16] = 50;
om[37][35][38][15] = 50;
om[37][35][37][15] = 50;
om[37][35][34][13] = 50;
om[37][35][33][12] = 50;
om[37][35][30][11] = 50;
om[37][35][35][15] = 50;
om[37][35][32][12] = 50;
om[37][35][35][14] = 50;
}
if (fi1 === 37 && fj1 === 34)
{
om[37][34][13][46] = 50;
om[37][34][11][46] = 50;
om[37][34][8][47] = 50;
om[37][34][7][48] = 50;
om[37][34][6][48] = 50;
}
if (fi1 === 37 && fj1 === 34)
{
om[37][34][10][47] = 50;
om[37][34][7][47] = 50;
om[37][34][14][45] = 50;
om[37][34][16][45] = 50;
om[37][34][12][45] = 50;
om[37][34][10][46] = 50;
}
if (fi1 === 36 && fj1 === 35)
{
om[36][35][48][17] = 50;
om[36][35][47][17] = 50;
om[36][35][46][17] = 50;
om[36][35][44][17] = 50;
om[36][35][43][17] = 50;
om[36][35][41][17] = 50;
om[36][35][39][17] = 50;
}
if (fi1 === 37 && fj1 === 35)
{
om[37][35][4][12] = 50;
om[37][35][4][13] = 50;
om[37][35][3][14] = 50;
om[37][35][2][15] = 50;
om[37][35][1][16] = 50;
}
if (fi1 === 36 && fj1 === 35)
{
om[36][35][42][17] = 50;
om[36][35][40][18] = 50;
}
if (fi1 === 37 && fj1 === 35)
{
om[37][35][1][15] = 50;
om[37][35][0][17] = 50;
}
if (fi1 === 36 && fj1 === 35)
{
om[36][35][42][18] = 50;
om[36][35][43][18] = 50;
om[36][35][44][18] = 50;
}
if (fi1 === 36 && fj1 === 33)
{
om[36][33][45][43] = 50;
om[36][33][45][42] = 50;
om[36][33][45][40] = 50;
om[36][33][46][37] = 50;
om[36][33][46][35] = 50;
}
if (fi1 === 37 && fj1 === 33)
{
om[37][33][5][36] = 50;
om[37][33][5][38] = 50;
om[37][33][5][40] = 50;
om[37][33][5][42] = 50;
om[37][33][5][41] = 50;
om[37][33][6][39] = 50;
om[37][33][6][37] = 50;
}
if (fi1 === 37 && fj1 === 34)
{
om[37][34][46][29] = 50;
om[37][34][45][29] = 50;
om[37][34][44][29] = 50;
om[37][34][44][29] = 50;
om[37][34][43][29] = 50;
om[37][34][42][29] = 50;
om[37][34][41][29] = 50;
om[37][34][41][29] = 50;
om[37][34][40][29] = 50;
}
if (fi1 === 36 && fj1 === 34)
{
om[36][34][29][26] = 60;
om[36][34][28][27] = 60;
om[36][34][27][30] = 60;
om[36][34][26][32] = 60;
om[36][34][25][34] = 60;
om[36][34][24][37] = 60;
om[36][34][23][41] = 60;
om[36][34][22][47] = 60;
}
if (fi1 === 36 && fj1 === 35)
{
om[36][35][27][16] = 60;
om[36][35][22][8] = 60;
om[36][35][21][4] = 60;
om[36][35][37][19] = 50;
om[36][35][34][18] = 50;
om[36][35][30][17] = 50;
}
if (fi1 === 38 && fj1 === 35)
{
om[38][35][37][11] = 60;
om[38][35][39][10] = 60;
om[38][35][41][7] = 60;
om[38][35][44][5] = 60;
om[38][35][45][8] = 60;
om[38][35][43][13] = 60;
om[38][35][41][15] = 50;
om[38][35][38][15] = 50;
om[38][35][36][15] = 50;
om[38][35][34][15] = 60;
}
if (fi1 === 39 && fj1 === 33)
{
om[39][33][2][39] = 60;
}
if (fi1 === 38 && fj1 === 33)
{
om[38][33][45][35] = 50;
om[38][33][43][34] = 50;
om[38][33][45][37] = 50;
om[38][33][48][39] = 50;
}
if (fi1 === 39 && fj1 === 33)
{
om[39][33][6][43] = 60;
}
// tjorn race
if (fi1 === 33 && fj1 === 37)
{
om[33][37][2][41] = 50;
om[33][37][2][42] = 50;
om[33][37][2][44] = 50;
om[33][37][2][47] = 50;
}
if (fi1 === 33 && fj1 === 38)
{
om[33][38][2][3] = 50;
}
if (fi1 === 32 && fj1 === 38)
{
om[32][38][38][4] = 60;
om[32][38][41][11] = 60;
om[32][38][41][11] = 60;
om[32][38][42][13] = 60;
om[32][38][44][15] = 60;
om[32][38][45][16] = 60;
}
if (fi1 === 33 && fj1 === 38)
{
om[33][38][39][25] = 60;
om[33][38][40][23] = 60;
om[33][38][35][26] = 60;
}
if (fi1 === 33 && fj1 === 37)
{
om[33][37][14][0] = 50;
om[33][37][13][0] = 50;
}
if (fi1 === 33 && fj1 === 36)
{
om[33][36][11][47] = 50;
om[33][36][10][46] = 50;
om[33][36][8][45] = 50;
om[33][36][7][44] = 50;
}
if (fi1 === 32 && fj1 === 35)
{
om[32][35][37][15] = 60;
}
if (fi1 === 31 && fj1 === 35)
{
om[31][35][25][35] = 50;
om[31][35][25][35] = 50;
om[31][35][24][34] = 50;
om[31][35][23][33] = 50;
om[31][35][21][31] = 50;
om[31][35][19][29] = 50;
om[31][35][19][29] = 50;
om[31][35][19][15] = 60;
}
if (fi1 === 29 && fj1 === 36)
{
om[29][36][16][32] = 60;
om[29][36][16][33] = 60;
om[29][36][15][37] = 60;
om[29][36][16][40] = 60;
om[29][36][16][42] = 60;
om[29][36][16][44] = 60;
}
if (fi1 === 29 && fj1 === 37)
{
om[29][37][21][32] = 60;
om[29][37][20][30] = 60;
om[29][37][17][27] = 50;
om[29][37][17][24] = 50;
om[29][37][17][22] = 50;
}
if (fi1 === 29 && fj1 === 37)
{
om[29][37][27][45] = 50;
om[29][37][28][46] = 50;
om[29][37][29][47] = 50;
om[29][37][31][48] = 50;
}
if (fi1 === 30 && fj1 === 38)
{
om[30][38][11][4] = 60;
om[30][38][12][8] = 60;
om[30][38][7][31] = 60;
om[30][38][12][34] = 50;
om[30][38][12][33] = 50;
om[30][38][13][33] = 50;
om[30][38][14][33] = 50;
om[30][38][16][32] = 50;
om[30][38][18][31] = 50;
}
if (fi1 === 31 && fj1 === 38)
{
om[31][38][5][28] = 50;
om[31][38][6][27] = 50;
om[31][38][7][26] = 50;
om[31][38][8][26] = 50;
om[31][38][10][25] = 50;
}
if (fi1 === 32 && fj1 === 38)
{
om[32][38][16][27] = 50;
om[32][38][18][27] = 50;
om[32][38][20][27] = 50;
om[32][38][22][27] = 50;
om[32][38][24][26] = 50;
om[32][38][26][24] = 50;
om[32][38][27][23] = 50;
om[32][38][27][21] = 50;
om[32][38][27][19] = 50;
om[32][38][17][27] = 50;
om[32][38][19][27] = 50;
om[32][38][21][27] = 50;
om[32][38][23][27] = 50;
om[32][38][25][26] = 50;
om[32][38][26][25] = 50;
om[32][38][27][24] = 50;
om[32][38][27][22] = 50;
om[32][38][27][20] = 50;
}
// passage race
if (fi1 === 26 && fj1 === 33)
{
om[26][33][48][41] = 60;
om[26][33][48][41] = 60;
om[26][33][45][43] = 60;
om[26][33][39][48] = 60;
}
if (fi1 === 26 && fj1 === 34)
{
om[26][34][35][4] = 60;
}
if (fi1 === 26 && fj1 === 36)
{
om[26][36][16][3] = 60;
om[26][36][16][2] = 60;
om[26][36][16][0] = 60;
}
if (fi1 === 26 && fj1 === 35)
{
om[26][35][15][43] = 60;
}
if (fi1 === 26 && fj1 === 37)
{
om[26][37][41][36] = 50;
om[26][37][42][36] = 50;
om[26][37][43][36] = 50;
om[26][37][44][36] = 50;
om[26][37][46][36] = 50;
om[26][37][48][36] = 50;
om[26][37][48][36] = 50;
}
if (fi1 === 27 && fj1 === 37)
{
om[27][37][2][36] = 50;
om[27][37][3][35] = 50;
om[27][37][4][35] = 50;
om[27][37][5][35] = 50;
om[27][37][6][35] = 50;
}
if (fi1 === 27 && fj1 === 37)
{
om[27][37][23][31] = 60;
om[27][37][24][32] = 60;
om[27][37][25][32] = 60;
om[27][37][27][33] = 60;
om[27][37][29][34] = 60;
om[27][37][31][36] = 60;
om[27][37][33][37] = 60;
}
if (fi1 === 27 && fj1 === 39)
{
om[27][39][33][5] = 60;
om[27][39][33][5] = 60;
om[27][39][35][3] = 60;
om[27][39][36][1] = 60;
om[27][39][34][3] = 50;
}
if (fi1 === 29 && fj1 === 41)
{
om[29][41][23][33] = 60;
om[29][41][24][32] = 60;
om[29][41][28][28] = 60;
om[29][41][32][25] = 60;
}
// haftlan-drakh race
if (fi1 === 38 && fj1 === 39)
{
om[38][39][18][19] = 60;
om[38][39][17][20] = 60;
om[38][39][15][22] = 60;
om[38][39][13][23] = 60;
om[38][39][11][24] = 60;
}
if (fi1 === 38 && fj1 === 39)
{
om[38][39][2][27] = 50;
om[38][39][0][27] = 50;
}
if (fi1 === 36 && fj1 === 39)
{
om[36][39][42][33] = 60;
om[36][39][40][35] = 60;
om[36][39][38][36] = 60;
om[36][39][36][39] = 60;
om[36][39][34][42] = 60;
}
// dogert race
if (fi1 === 31 && fj1 === 32)
{
om[31][32][38][12] = 50;
om[31][32][39][11] = 50;
om[31][32][39][21] = 50;
om[31][32][40][21] = 50;
}
if (fi1 === 30 && fj1 === 32)
{
om[30][32][4][27] = 50;
om[30][32][4][27] = 50;
om[30][32][2][27] = 50;
om[30][32][1][27] = 50;
}
if (fi1 === 29 && fj1 === 32)
{
om[29][32][47][29] = 50;
om[29][32][44][31] = 50;
}
if (fi1 === 30 && fj1 === 34)
{
om[30][34][5][5] = 60;
om[30][34][5][8] = 60;
om[30][34][6][10] = 60;
om[30][34][7][12] = 60;
om[30][34][8][14] = 60;
}
// FPS harass
//if (fi1 === 26 && fj1 === 38) om[26][38][33][29] = ASCEND_HOUSE;
//if (fi1 === 26 && fj1 === 38) om[26][38][32][26] = ASCEND_HOUSE;
//if (fi1 === 26 && fj1 === 38) om[26][38][31][26] = ASCEND_HOUSE;
//if (fi1 === 26 && fj1 === 38) om[26][38][30][25] = ASCEND_HOUSE;
//if (fi1 === 26 && fj1 === 38) om[26][38][29][23] = ASCEND_HOUSE;
//if (fi1 === 26 && fj1 === 38) om[26][38][28][22] = ASCEND_HOUSE;
//if (fi1 === 26 && fj1 === 38) om[26][38][27][22] = ASCEND_HOUSE;
//if (fi1 === 26 && fj1 === 38) om[26][38][25][20] = ASCEND_HOUSE;
//if (fi1 === 26 && fj1 === 38) om[26][38][24][19] = ASCEND_HOUSE;
//if (fi1 === 26 && fj1 === 38) om[26][38][22][17] = ASCEND_HOUSE;
// haftlan-drakh race nytt
if (fi1 === 37 && fj1 === 40) om[37][40][8][3] = ASCEND_HOUSE;
if (fi1 === 37 && fj1 === 40) om[37][40][11][3] = ASCEND_HOUSE;
if (fi1 === 37 && fj1 === 40) om[37][40][13][2] = ASCEND_HOUSE;
if (fi1 === 37 && fj1 === 40) om[37][40][15][0] = ASCEND_HOUSE;
if (fi1 === 37 && fj1 === 39) om[37][39][17][48] = ASCEND_HOUSE;
if (fi1 === 37 && fj1 === 39) om[37][39][19][47] = ASCEND_HOUSE;
if (fi1 === 37 && fj1 === 39) om[37][39][21][45] = ASCEND_HOUSE;
if (fi1 === 37 && fj1 === 39) om[37][39][21][44] = ASCEND_HOUSE;
if (fi1 === 37 && fj1 === 39) om[37][39][25][26] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 39) om[37][39][33][20] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 39) om[37][39][32][19] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 39) om[37][39][30][19] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 39) om[37][39][27][21] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 39) om[37][39][35][18] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 39) om[37][39][38][17] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 39) om[37][39][41][16] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 39) om[37][39][45][15] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 39) om[37][39][48][15] = ASCEND_SKYSCRAPER;
if (fi1 === 38 && fj1 === 39) om[38][39][3][14] = ASCEND_SKYSCRAPER;
if (fi1 === 38 && fj1 === 39) om[38][39][39][10] = ASCEND_SKYSCRAPER;
if (fi1 === 38 && fj1 === 39) om[38][39][44][5] = ASCEND_SKYSCRAPER;
if (fi1 === 38 && fj1 === 39) om[38][39][46][3] = ASCEND_SKYSCRAPER;
if (fi1 === 38 && fj1 === 39) om[38][39][47][2] = ASCEND_SKYSCRAPER;
if (fi1 === 38 && fj1 === 39) om[38][39][47][1] = ASCEND_SKYSCRAPER;
if (fi1 === 38 && fj1 === 38) om[38][38][48][48] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 38) om[39][38][1][46] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 38) om[39][38][2][42] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 38) om[39][38][3][40] = ASCEND_HOUSE;
if (fi1 === 39 && fj1 === 38) om[39][38][5][37] = ASCEND_HOUSE;
if (fi1 === 39 && fj1 === 38) om[39][38][7][31] = ASCEND_HOUSE;
if (fi1 === 39 && fj1 === 38) om[39][38][8][26] = ASCEND_HOUSE;
if (fi1 === 39 && fj1 === 38) om[39][38][9][22] = ASCEND_HOUSE;
if (fi1 === 38 && fj1 === 37) om[38][37][40][12] = ASCEND_HOUSE;
if (fi1 === 38 && fj1 === 37) om[38][37][39][12] = ASCEND_HOUSE;
if (fi1 === 38 && fj1 === 37) om[38][37][38][12] = ASCEND_HOUSE;
if (fi1 === 38 && fj1 === 37) om[38][37][30][12] = ASCEND_HOUSE;
if (fi1 === 38 && fj1 === 37) om[38][37][28][13] = ASCEND_HOUSE;
if (fi1 === 38 && fj1 === 37) om[38][37][23][14] = ASCEND_HOUSE;
if (fi1 === 38 && fj1 === 37) om[38][37][19][15] = ASCEND_HOUSE;
if (fi1 === 38 && fj1 === 37) om[38][37][17][16] = ASCEND_HOUSE;
if (fi1 === 38 && fj1 === 37) om[38][37][14][17] = ASCEND_HOUSE;
if (fi1 === 38 && fj1 === 37) om[38][37][11][19] = ASCEND_HOUSE;
if (fi1 === 34 && fj1 === 37) om[34][37][0][24] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 37) om[33][37][48][22] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 37) om[33][37][48][20] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 37) om[33][37][48][18] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 37) om[33][37][48][16] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 37) om[33][37][48][13] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 37) om[33][37][48][10] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 37) om[33][37][47][8] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 37) om[33][37][47][5] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 37) om[33][37][47][3] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 37) om[33][37][47][2] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 37) om[33][37][47][0] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 36) om[33][36][47][48] = ASCEND_SKYSCRAPER;
if (fi1 === 34 && fj1 === 36) om[34][36][0][25] = ASCEND_SKYSCRAPER;
if (fi1 === 34 && fj1 === 36) om[34][36][0][25] = ASCEND_HOUSE;
if (fi1 === 34 && fj1 === 36) om[34][36][0][26] = ASCEND_HOUSE;
if (fi1 === 33 && fj1 === 36) om[33][36][48][29] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 36) om[33][36][47][31] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 36) om[33][36][47][33] = ASCEND_HOUSE;
if (fi1 === 33 && fj1 === 36) om[33][36][47][35] = ASCEND_HOUSE;
if (fi1 === 33 && fj1 === 36) om[33][36][48][37] = ASCEND_HOUSE;
if (fi1 === 34 && fj1 === 36) om[34][36][0][40] = ASCEND_SKYSCRAPER;
if (fi1 === 33 && fj1 === 36) om[33][36][48][39] = ASCEND_SKYSCRAPER;
if (fi1 === 34 && fj1 === 36) om[34][36][0][43] = ASCEND_SKYSCRAPER;
// passage race
if (fi1 === 27 && fj1 === 40) om[27][40][15][0] = ASCEND_HOUSE;
if (fi1 === 27 && fj1 === 39) om[27][39][15][46] = ASCEND_HOUSE;
if (fi1 === 27 && fj1 === 39) om[27][39][15][46] = ASCEND_HOUSE;
if (fi1 === 27 && fj1 === 39) om[27][39][17][48] = ASCEND_HOUSE;
if (fi1 === 27 && fj1 === 40) om[27][40][18][1] = ASCEND_HOUSE;
if (fi1 === 27 && fj1 === 40) om[27][40][21][5] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][21][6] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][22][8] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][22][10] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][23][14] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][24][17] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][24][20] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][24][23] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][25][26] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][25][29] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][25][31] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][25][34] = ASCEND_HOUSE;
if (fi1 === 27 && fj1 === 40) om[27][40][25][36] = ASCEND_HOUSE;
if (fi1 === 27 && fj1 === 40) om[27][40][25][38] = ASCEND_HOUSE;
if (fi1 === 27 && fj1 === 40) om[27][40][25][40] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][25][43] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][25][45] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][24][47] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][24][15] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][24][15] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][23][13] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][23][11] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 40) om[27][40][22][9] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 39) om[27][39][13][42] = ASCEND_HOUSE;
if (fi1 === 27 && fj1 === 39) om[27][39][12][43] = ASCEND_HOUSE;
if (fi1 === 27 && fj1 === 39) om[27][39][12][46] = ASCEND_HOUSE;
if (fi1 === 27 && fj1 === 39) om[27][39][14][48] = ASCEND_HOUSE;
if (fi1 === 27 && fj1 === 40) om[27][40][15][1] = ASCEND_HOUSE;
// dgtravel race
if (fi1 === 29 && fj1 === 33) om[29][33][23][25] = ASCEND_SKYSCRAPER;
if (fi1 === 29 && fj1 === 33) om[29][33][24][25] = ASCEND_SKYSCRAPER;
if (fi1 === 29 && fj1 === 33) om[29][33][26][24] = ASCEND_SKYSCRAPER;
if (fi1 === 29 && fj1 === 33) om[29][33][27][24] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 41) om[27][41][26][27] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 41) om[27][41][28][27] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 41) om[27][41][29][28] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 41) om[27][41][31][30] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 41) om[27][41][33][31] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 41) om[27][41][34][34] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 41) om[27][41][32][31] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 41) om[27][41][31][32] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 41) om[27][41][29][32] = ASCEND_SKYSCRAPER;
if (fi1 === 27 && fj1 === 41) om[27][41][28][32] = ASCEND_SKYSCRAPER;
// epper race
if (fi1 === 39 && fj1 === 34) om[39][34][17][32] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 34) om[39][34][15][33] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 34) om[39][34][14][34] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 34) om[39][34][12][35] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 34) om[39][34][9][37] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 34) om[39][34][8][38] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 34) om[39][34][6][39] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 34) om[39][34][4][41] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 34) om[37][34][5][48] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 34) om[37][34][4][0] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 35) om[37][35][2][2] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 35) om[37][35][0][4] = ASCEND_SKYSCRAPER;
if (fi1 === 36 && fj1 === 35) om[36][35][48][5] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 35) om[37][35][4][1] = ASCEND_SKYSCRAPER;
if (fi1 === 37 && fj1 === 35) om[37][35][4][0] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 34) om[39][34][15][0] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 34) om[39][34][16][1] = ASCEND_SKYSCRAPER;
if (fi1 === 39 && fj1 === 34) om[39][34][16][2] = ASCEND_SKYSCRAPER;
// MINECRAFT OBJECTS CONTINUE HERE
}
// ---------------------------------------------------------------------- //
// ---- CREATE THE 3D MESHES FOR THE TERRAIN CHUNKS AND HOUSES/TREES ---- //
// ---------------------------------------------------------------------- //
//% LOCKED 231007 - create terrain vertices from hm
function create_terrain_3d_vertices(fi1, fj1, fi, fj)
{
// create first triangle
ver_terrain.push(49*fi1+fi, hm[fi1][fj1][fi][fj+1], 49*fj1+(fj+1));
ver_terrain.push(49*fi1+(fi+1), hm[fi1][fj1][fi+1][fj], 49*fj1+fj);
ver_terrain.push(49*fi1+fi, hm[fi1][fj1][fi][fj], 49*fj1+fj);
// create second triangle
ver_terrain.push(49*fi1+fi, hm[fi1][fj1][fi][fj+1], 49*fj1+(fj+1));
ver_terrain.push(49*fi1+(fi+1), hm[fi1][fj1][fi+1][fj+1], 49*fj1+(fj+1));
ver_terrain.push(49*fi1+(fi+1), hm[fi1][fj1][fi+1][fj], 49*fj1+fj);
}
//% LOCKED 231007 - create house vertices
function create_objects_3d_ver_houses(fi1, fj1, fi, fj, ver_array, hght, roofheight)
{
let h = hm[fi1][fj1][fi][fj];
let cx = x_in_chunk_to_x(fi1, fi);
let cz = x_in_chunk_to_x(fj1, fj);
let und = 20-hght;
// first wall
ver_array.push(cx, h-und, cz); // first triangle
ver_array.push(cx, h-und, cz+1);
ver_array.push(cx, h+hght, cz+1);
ver_array.push(cx, h+hght, cz+1); // second triangle
ver_array.push(cx, h+hght, cz);
ver_array.push(cx, h-und, cz);
// second wall
ver_array.push(cx+1, h-und, cz);
ver_array.push(cx, h-und, cz);
ver_array.push(cx, h+hght, cz);
ver_array.push(cx, h+hght, cz);
ver_array.push(cx+1, h+hght, cz);
ver_array.push(cx+1, h-und, cz);
// third wall
ver_array.push(cx+1, h-und, cz+1);
ver_array.push(cx+1, h-und, cz);
ver_array.push(cx+1, h+hght, cz);
ver_array.push(cx+1, h+hght, cz);
ver_array.push(cx+1, h+hght, cz+1);
ver_array.push(cx+1, h-und, cz+1);
// fourth wall
ver_array.push(cx, h-und, cz+1);
ver_array.push(cx+1, h-und, cz+1);
ver_array.push(cx+1, h+hght, cz+1);
ver_array.push(cx+1, h+hght, cz+1);
ver_array.push(cx, h+hght, cz+1);
ver_array.push(cx, h-und, cz+1);
// roof
let lngns = 1;
let widns = 1;
ver_array.push(cx, h+hght, cz);
ver_array.push(cx, h+hght, cz+widns);
ver_array.push(cx+lngns*0.5, h+hght+roofheight, cz+widns);
ver_array.push(cx+lngns*0.5, h+hght+roofheight, cz+widns);
ver_array.push(cx+lngns*0.5, h+hght+roofheight, cz);
ver_array.push(cx, h+hght,cz);
ver_array.push(cx+lngns*0.5, h+hght+roofheight, cz);
ver_array.push(cx+lngns*0.5, h+hght+roofheight, cz+widns);
ver_array.push(cx+lngns, h+hght, cz+widns);
ver_array.push(cx+lngns, h+hght, cz+widns);
ver_array.push(cx+lngns, h+hght, cz);
ver_array.push(cx+lngns*0.5, h+hght+roofheight, cz);
ver_array.push(cx, h+hght, cz);
ver_array.push(cx+lngns*0.5, h+hght+roofheight, cz);
ver_array.push(cx+lngns, h+hght, cz);
ver_array.push(cx+lngns, h+hght, cz+widns);
ver_array.push(cx+lngns*0.5, h+hght+roofheight, cz+widns);
ver_array.push(cx, h+hght, cz+widns);
}
//% LOCKED 231012 - create vertices for object mesh/sprites/etc
function create_objects_3d_vertices(fi1, fj1, fi, fj, number)
{
if (om[fi1][fj1][fi][fj] === ASCEND_ROAD)
{
// roads go over water
if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 26 && fj1 <= 31)) {}
else
{
if (hm[fi1][fj1][fi][fj+1] < sealevel) hm[fi1][fj1][fi][fj+1] = sealevel+0.3;
if (hm[fi1][fj1][fi+1][fj] < sealevel) hm[fi1][fj1][fi+1][fj] = sealevel+0.3;
if (hm[fi1][fj1][fi][fj] < sealevel) hm[fi1][fj1][fi][fj] = sealevel+0.3;
if (hm[fi1][fj1][fi+1][fj+1] < sealevel) hm[fi1][fj1][fi+1][fj+1] = sealevel+0.3;
}
// create first triangle
ver_roads.push(49*fi1+fi, hm[fi1][fj1][fi][fj+1], 49*fj1+(fj+1));
ver_roads.push(49*fi1+(fi+1), hm[fi1][fj1][fi+1][fj], 49*fj1+fj);
ver_roads.push(49*fi1+fi, hm[fi1][fj1][fi][fj], 49*fj1+fj);
// create second triangle
ver_roads.push(49*fi1+fi, hm[fi1][fj1][fi][fj+1], 49*fj1+(fj+1));
ver_roads.push(49*fi1+(fi+1), hm[fi1][fj1][fi+1][fj+1], 49*fj1+(fj+1));
ver_roads.push(49*fi1+(fi+1), hm[fi1][fj1][fi+1][fj], 49*fj1+fj);
}
else if (om[fi1][fj1][fi][fj] === ASCEND_ROADLIGHT)
{
let h = hm[fi1][fj1][fi][fj];
if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 26 && fj1 <= 31)) { }
else { if (h < sealevel+0.5) h = sealevel-0.18; }
ver_roadlights.push(fi1*49+fi, h, fj1*49+fj);
}
else if (om[fi1][fj1][fi][fj] === ASCEND_TREE)
{
if (fi-1 > 0 && fj-1 > 0)
{
ver_trees.push(fi1*49+fi, hm[fi1][fj1][fi][fj], fj1*49+fj);
}
}
else if (om[fi1][fj1][fi][fj] === ASCEND_BUSH)
{
if (fi-1 > 0 && fj-1 > 0)
{
ver_bushes.push(fi1*49+fi, hm[fi1][fj1][fi][fj], fj1*49+fj);
// "seed" system
if (!(fi1 === 38 && fj1 === 39) && Math.floor(fi+fj) % 3 === 0) // not in dark gandalf's house
{
let seed_length = Math.floor(pseudorandom(fi)*10);
if (seed_length > 5) seed_length = 10;
else seed_length = 1;
if (fi+seed_length < chunkwidth-1 && fj+seed_length < chunkwidth-1)
{
// seed for new bush
if (Math.floor(fi+fj) % 6 === 0)
{
if (om[fi1][fj1][fi+seed_length][fj+seed_length] !== ASCEND_ROAD && hm[fi1][fj1][fi+seed_length][fj+seed_length] > sealevel+0.5)
{
om[fi1][fj1][fi+seed_length][fj+seed_length] = ASCEND_GRASS; // throw seed diagonally
}
}
else
{
if (om[fi1][fj1][fi][fj+seed_length] !== ASCEND_ROAD && hm[fi1][fj1][fi][fj+seed_length] > sealevel+0.5)
{
om[fi1][fj1][fi+seed_length][fj] = ASCEND_GRASS; // throw seed straight to the i direction
}
}
}
}
}
}
else if (om[fi1][fj1][fi][fj] === ASCEND_GRASS)
{
if (fi-1 > 0 && fj-1 > 0)
{
ver_grass.push(fi1*49+fi, hm[fi1][fj1][fi][fj], fj1*49+fj);
}
}
else if (om[fi1][fj1][fi][fj] === ASCEND_HOUSE)
{
if (fi1 % 5 > 5*pseudorandom(fi1)) create_objects_3d_ver_houses(fi1, fj1, fi, fj, ver_houses, 1.5, 0.25);
else create_objects_3d_ver_houses(fi1, fj1, fi, fj, ver_houses, 1.5, 0.95);
}
else if (om[fi1][fj1][fi][fj] === ASCEND_SKYSCRAPER)
{
if ((fi1 >= 29 && fi1 <= 32) && (fj1 >= 28 && fj1 <= 34)) create_objects_3d_ver_houses(fi1, fj1, fi, fj, ver_skyscrapers, 5, 0.3);
else create_objects_3d_ver_houses(fi1, fj1, fi, fj, ver_skyscrapers, 5, 0);
}
else if (om[fi1][fj1][fi][fj] === ASCEND_BARN)
{
create_objects_3d_ver_houses(fi1, fj1, fi, fj, ver_barns, 1, 0.5);
}
}
//% dynamic function for creating meshes (and pointsprites, etc) from vertices
function create_3d_meshes(fi1, fj1)
{
// LOCKED 231102 (functionality, not file names)
let geometry_terrain = new THREE.BufferGeometry();
geometry_terrain.setAttribute('position', new THREE.Float32BufferAttribute(ver_terrain, 3));
ver_terrain.length = 0; // make array empty
geometry_terrain.setAttribute('normal', normals_attribute); // apparently, this works as well as computeVertexNormals(). don't know why, because they're all the same values, no computation made
geometry_terrain.setAttribute('uv', uv_attribute_terrain);
mat_terrain = tex("phaser_volcano.jpg"); // sätter denna för att kunna lägga på en grund-färg eller nåt
mat_terrain.color = new THREE.Color(0x888888);
let geometry_houses = new THREE.BufferGeometry();
geometry_houses.setAttribute('position', new THREE.Float32BufferAttribute(ver_houses, 3));
ver_houses.length = 0;
geometry_houses.setAttribute('normal', normals_attribute);
geometry_houses.setAttribute('uv', uv_attribute_houses);
mat_houses = tex("");
mat_houses.color = new THREE.Color(0xFFFFFF);
let geometry_skyscrapers = new THREE.BufferGeometry();
geometry_skyscrapers.setAttribute('position', new THREE.Float32BufferAttribute(ver_skyscrapers, 3));
ver_skyscrapers.length = 0;
geometry_skyscrapers.setAttribute('normal', normals_attribute);
geometry_skyscrapers.setAttribute('uv', uv_attribute_houses);
mat_skyscrapers = tex("");
mat_skyscrapers.color = new THREE.Color(0xFFFFFF);
let geometry_barns = new THREE.BufferGeometry();
geometry_barns.setAttribute('position', new THREE.Float32BufferAttribute(ver_barns, 3));
ver_barns.length = 0;
geometry_barns.setAttribute('normal', normals_attribute);
geometry_barns.setAttribute('uv', uv_attribute_houses);
mat_barns = tex("");
mat_barns.color = new THREE.Color(0xFFFFFF);
let geometry_roads = new THREE.BufferGeometry();
geometry_roads = new THREE.BufferGeometry();
geometry_roads.setAttribute('position', new THREE.Float32BufferAttribute(ver_roads, 3));
ver_roads.length = 0;
geometry_roads.setAttribute('normal', normals_attribute);
geometry_roads.setAttribute('uv', uv_attribute_roads);
let geometry_roadlights = new THREE.BufferGeometry();
geometry_roadlights.setAttribute('position', new THREE.Float32BufferAttribute(ver_roadlights, 3));
ver_roadlights.length = 0;
mat_roadlights = psp("lampposty(1).png", 5,2);
let geometry_trees = new THREE.BufferGeometry();
geometry_trees.setAttribute('position', new THREE.Float32BufferAttribute(ver_trees, 3));
ver_trees.length = 0;
mat_trees = psp("");
mat_trees.color = new THREE.Color(0xFFFFFF);
let geometry_bushes = new THREE.BufferGeometry();
geometry_bushes.setAttribute('position', new THREE.Float32BufferAttribute(ver_bushes, 3));
ver_bushes.length = 0;
mat_bushes = psp("");
let geometry_grass = new THREE.BufferGeometry();
geometry_grass.setAttribute('position', new THREE.Float32BufferAttribute(ver_grass, 3));
ver_grass.length = 0;
mat_grass = psp("");
// epper land
if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 33 && fj1 <= 35))
{
mat_houses = tex("lyxs.jpg"); mat_houses.color = new THREE.Color(0x88E3F9);
mat_skyscrapers = tex("house_glass.jpg");
mat_barns = tex("house_glass.jpg"); mat_barns.transparent = true; mat_barns.opacity = 0.6;
mat_trees = psp("tree_sea.png");
mat_bushes = psp("bluepine.png");
mat_grass = psp("bluetree.png");
mat_terrain = tex("phaser_volcano.jpg");
// NW
if ((fi1 >= 38 && fi1 <= 39) && fj1 === 33)
{
}
// N
else if ((fi1 >= 38 && fi1 <= 39) && fj1 === 34)
{
}
// NE
else if ((fi1 >= 38 && fi1 <= 39) && fj1 === 35)
{
}
// SW
else if ((fi1 >= 36 && fi1 <= 37) && fj1 === 33)
{
}
// S
else if ((fi1 >= 36 && fi1 <= 37) && fj1 === 34)
{
}
// E
else if ((fi1 >= 36 && fi1 <= 37) && fj1 === 35)
{
}
if (fi1 === 37 && fj1 === 33) mat_terrain = tex("phaser_epper2.jpg");
else if (fi1 === 38 && fj1 === 34) mat_terrain = tex("phaser_sea_carpet.jpg");
else if (fi1 === 37 && fj1 === 34) mat_terrain = tex("phaser_epper4.jpg");
else if (fi1 === 37 && fj1 === 35) mat_terrain = tex("phaser_epper5.jpg");
else if (fi1 === 39 && fj1 === 35) mat_terrain = tex("phaser_sea_snow.jpg");
else mat_terrain = tex("phaser_sea2.jpg");
}
// epper bridge
else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 33 && fj1 <= 35))
{
mat_houses = tex("20230627_134332.jpg");
mat_skyscrapers = tex("20230627_134332.jpg");
mat_barns = tex("20230627_134332.jpg");
mat_trees = psp("tree_ice.png");
mat_bushes = psp("bush_ice.png");
mat_grass = psp("grass_ice.png");
mat_terrain = tex("phaser_volcano.jpg");
// W
if ((fi1 >= 33 && fi1 <= 35) && fj1 === 33)
{
mat_houses = tex("20230627_134332.jpg");
mat_barns = tex("20230627_134332.jpg");
}
// S
else if (fi1 === 33 && fj1 === 34)
{
mat_houses = tex("20230627_134332.jpg");
mat_barns = tex("20230627_134332.jpg");
}
// C
else if (fi1 === 34 && fj1 === 34)
{
mat_houses = tex("20230627_134332.jpg");
mat_barns = tex("20230627_134332.jpg");
}
// N
else if (fi1 === 35 && fj1 === 34)
{
mat_houses = tex("house_ice.jpg");
mat_barns = tex("house_ice.jpg");
}
// E
else if ((fi1 >= 33 && fi1 <= 35) && fj1 === 35)
{
mat_houses = tex("20230627_134332.jpg");
mat_barns = tex("20230627_134332.jpg");
}
if (fj1 === 34) mat_terrain = tex("phaser_ice.jpg");
else mat_terrain = tex("phaser_ice2.jpg");
}
// magnet island
else if ((fi1 >= 36 && fi1 <= 41) && (fj1 >= 27 && fj1 <= 32))
{
mat_houses = tex("prisonwall.jpg");
mat_skyscrapers = tex("skyscraper1.jpg");
// mat_skyscrapers = tex("house_glass.jpg"); mat_skyscrapers.transparent = true; mat_skyscrapers.opacity = 0.6;
mat_barns = tex("prisonwall.jpg");
mat_trees = psp("krets_tree.png");
mat_bushes = psp("tree_desert.png");
mat_grass = psp("bush_magnet.png");
mat_terrain = tex("phaser_volcano.jpg");
// mrs superconductor's castle
if (fi1 === 38 && fj1 === 28)
{
mat_skyscrapers = tex("trainwall.jpg");
mat_barns = tex("roomwall.png");
}
// rings
else if (fi1 >= 39 && fi1 <= 41 && fj1 >= 28 && fj1 <= 30)
{
mat_trees = psp("hongtree.png");
mat_bushes = psp("greentree.png");
mat_grass = psp("handtree9.png");
}
// E
if ((fi1 >= 36 && fi1 <= 41) && (fj1 >= 31 && fj1 <= 32))
{
}
// C
else if ((fi1 >= 36 && fi1 <= 41) && (fj1 >= 29 && fj1 <= 30))
{
}
// W
else if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 26 && fj1 <= 28))
{
}
// NW
else if ((fi1 >= 40 && fi1 <= 41) && (fj1 >= 26 && fj1 <= 28))
{
}
if ((fi1 >= 39 && fi1 <= 41) && (fi1 >= 28 && fj1 <= 30)) mat_terrain = tex(""); // rings
else if (fi1 === 38 && fj1 === 28) { mat_terrain = tex("phaser_bluegreen.jpg"); mat_terrain.color = new THREE.Color(0xFF2263); } // mrs superconductor's castle
else mat_terrain = tex("phaser_magnet_krets.jpg");
}
// magnet archipelago
else if ((fi1 >= 33 && fi1 <= 35) && (fj1 >= 28 && fj1 <= 32))
{
mat_houses = tex("trainwall.jpg");
mat_skyscrapers = tex("trainwall.jpg");
mat_barns = tex("trainwall.jpg");
mat_trees = psp("newtree_red.png");
mat_bushes = psp("greentree.png");
mat_grass = psp("handtree9.png");
mat_terrain = tex("phaser_ice2.jpg"); mat_terrain.color = new THREE.Color(0xFF0000);
}
// tjörn
else if ((fi1 >= 32 && fi1 <= 35) && (fj1 >= 36 && fj1 <= 38))
{
mat_houses = tex("swedishwall.png");
mat_skyscrapers = tex("skyscraper1.jpg");
mat_barns = tex("swedishwall.png");
mat_trees = psp("tree_tjorn.png", 4.2);
mat_bushes = psp("bush_tjorn.png", 2.2);
mat_grass = psp("grass_desert.png", 1.3);
mat_terrain = tex("phaser_volcano.jpg");
// NW
if ((fi1 >= 34 && fi1 <= 35) && (fj1 >= 36 && fj1 <= 37))
{
}
// NE
else if ((fi1 >= 34 && fi1 <= 35) && fj1 === 38)
{
}
// SW
else if ((fi1 >= 32 && fi1 <= 33) && (fj1 >= 36 && fj1 <= 37))
{
}
// SE
else if ((fi1 >= 32 && fi1 <= 33) && fj1 === 38)
{
}
if (fi1 === 34 && fj1 === 37) mat_terrain = tex("phaser_tjorn_park.jpg");
else if (fi1 === 32 && fj1 === 38) mat_terrain = tex("phaser_tjorn_adele.jpg");
else if (fi1 % 3 === 0 || fj1 % 4 === 0) mat_terrain = tex("phaser_tjorn_green.jpg");
else if (fi1 % 2 === 0 || fj1 % 2 === 0) mat_terrain = tex("phaser_tjorn_red.jpg");
else mat_terrain = tex("phaser_tjorn.jpg");
if (fi1 === 34 && fj1 === 37) mat_houses = tex("clubhousez.jpg");
else if (fi1 % 2 === 0 || fj1 % 3 > 1) mat_houses = tex("swedishwall.png");
else mat_houses = tex("house_municipality.png");
if (fi1 === 34 && fj1 === 37) mat_skyscrapers = tex("house_club.jpg");
if (fi1 === 34 && fj1 === 37) mat_barns = tex("house_club.jpg");
else mat_barns = tex("house_municipality.png");
}
// norway
else if ((fi1 >= 29 && fi1 <= 30) && (fj1 >= 35 && fj1 <= 40))
{
mat_houses = tex("hong4.png");
mat_skyscrapers = tex("skyscraper1.jpg");
mat_barns = tex("hong4.png");
mat_trees = psp("greenpine.png", 3.3);
mat_bushes = psp("handtree9.png", 2.5);
mat_grass = psp("grass_iceland.png");
mat_terrain = tex("phaser_volcano.jpg");
// W
if ((fi1 >= 29 && fi1 <= 30) && fj1 === 35)
{
}
// NCW
else if (fi1 === 30 && (fj1 >= 36 && fj1 <= 37))
{
}
// SCW
else if (fi1 === 29 && (fj1 >= 36 && fj1 <= 37))
{
}
// NCE
else if (fi1 === 30 && (fj1 >= 38 && fj1 <= 39))
{
}
// SCE
else if (fi1 === 29 && (fj1 >= 38 && fj1 <= 39))
{
}
// E
else if ((fi1 >= 29 && fi1 <= 30) && fj1 === 40)
{
}
if (fi1 === 30 && fj1 === 39) mat_terrain = tex("phaser_norway3.jpg",2,2,true);
else if (fi1 === 29 && fj1 === 39) mat_terrain = tex("phaser_norway4.jpg",2,2,true);
else mat_terrain = tex("phaser_norway2.jpg",2,2,true);
}
// hårass land
else if ((fi1 >= 31 && fi1 <= 35) && (fj1 >= 39 && fj1 <= 41))
{
mat_houses = tex("ind1.png");
mat_skyscrapers = tex("house_mur(1).jpg");
mat_barns = tex("20230627_115817.png");
mat_trees = psp("hongtree.png");
mat_bushes = psp("tree_desert.png");
mat_grass = psp("grass_xp.png");
mat_terrain = tex("phaser_volcano.jpg");
// N
if ((fi1 >= 34 && fi1 <= 35) && (fj1 >= 39 && fj1 <= 41))
{
}
// S
else if ((fi1 >= 31 && fi1 <= 33) && (fj1 >= 39 && fj1 <= 41))
{
}
// stavanger
if (fi1 === 31)
{
mat_trees = psp("greentree.png");
mat_bushes = psp("grass_xp.png");
mat_grass = psp("grass_xp.png");
}
if (fi1 === 31) { mat_terrain = tex("phaser_ice2.jpg"); mat_terrain.color = new THREE.Color(0x33FF33); } // stavanger
else if (fi1 === 33 && fj1 === 40) { mat_terrain = tex("phaser_ice2.jpg"); mat_terrain.color = new THREE.Color(0xFF9933); }
else if (fi1 === 34 && fj1 === 40) { mat_terrain = tex("phaser_ice2.jpg"); mat_terrain.color = new THREE.Color(0xFF9933); }
else { mat_terrain = tex("phaser_ice.jpg"); mat_terrain.color = new THREE.Color(0xFF9933); }
}
// haftlan-drakh
else if ((fi1 >= 36 && fi1 <= 39) && (fj1 >= 36 && fj1 <= 41))
{
mat_houses = tex("skyscraper1.jpg");
mat_skyscrapers = tex("skyscraper1.jpg"); mat_skyscrapers.color = new THREE.Color(0xD98484);
mat_barns = tex("skyscraper1.jpg");
mat_trees = psp("purppine.png");
mat_bushes = psp("darkpine2.png");
mat_grass = psp("glove_stick.png");
mat_terrain = tex("phaser_volcano.jpg");
// NW
if ((fi1 >= 38 && fi1 <= 39) && (fj1 >= 37 && fj1 <= 38))
{
}
// N
else if ((fi1 >= 38 && fi1 <= 39) && (fj1 >= 38 && fj1 <= 39))
{
}
// NE
else if ((fi1 >= 38 && fi1 <= 39) && (fj1 >= 40 && fj1 <= 41))
{
}
// SW
else if ((fi1 >= 36 && fi1 <= 37) && (fj1 >= 37 && fj1 <= 38))
{
}
// S
else if ((fi1 >= 36 && fi1 <= 37) && (fj1 >= 38 && fj1 <= 39))
{
}
// SE
else if ((fi1 >= 36 && fi1 <= 37) && (fj1 >= 40 && fj1 <= 41))
{
}
if (fi1 === 38 && fj1 === 40) mat_terrain = tex("phaser_blackhole.jpg", 1,-1);
else if (fi1 === 39 && fj1 === 40) mat_terrain = tex("phaser_blackhole.jpg", 1,1);
else if (fi1 === 39 && fj1 === 41) mat_terrain = tex("phaser_blackhole.jpg", -1,1);
else if (fi1 === 38 && fj1 === 41) mat_terrain = tex("phaser_blackhole.jpg", -1,-1);
else if (fi1 === 37 && fj1 === 37) mat_terrain = tex("phaser_plake.jpg");
else if (fi1 === 39 && fj1 === 37) mat_terrain = tex("phaser_pmoss.jpg");
else if (fi1 === 37 && fj1 === 38) mat_terrain = tex("phaser_pred.jpg", 1,-1);
else if (fi1 === 38 && fj1 === 38) mat_terrain = tex("phaser_pred.jpg", 1,1);
else if (fi1 === 38 && fj1 === 39) mat_terrain = tex("phaser_pred.jpg", -1,1);
else if (fi1 === 37 && fj1 === 39) mat_terrain = tex("phaser_pred.jpg", -1,-1);
else { mat_terrain = tex("phaser_tjorn.jpg"); mat_terrain.color = new THREE.Color(0x333333); }
if (fi1 === 38 && fj1 === 36) mat_houses = tex("stationhouse.jpg");
else mat_houses = tex("lagos_house4.jpg");
if (fi1 === 37 && fj1 === 37) mat_trees = psp("purppine.png");
else if (fi1 === 39 && fj1 === 37) mat_trees = psp("darkpine2.png");
else if ((fi1 >= 37 && fi1 <= 38) && (fj1 >= 38 || fj1 <= 39)) mat_trees = psp("purppine2.png");
else mat_trees = psp("darkpine2.png");
if (fi1 === 37 && fj1 === 37) mat_bushes = psp("purphand.png");
else if (fi1 === 39 && fj1 === 39) mat_bushes = psp("glove_stick.png", 2); // hotspring
else if (fi1 === 39 && fj1 === 37) mat_bushes = psp("handtree5.png");
else if ((fi1 >= 37 || fi1 <= 38) && (fj1 >= 38 || fj1 <= 39)) mat_bushes = psp("grassfire.png");
else mat_bushes = psp("handtree5.png");
if (fi1 === 37 && fj1 === 37) mat_grass = psp("grass_purp.png");
else if (fi1 === 39 && fj1 === 37) mat_grass = psp("dgbush(1).png");
else if ((fi1 >= 37 && fi1 <= 38) && (fj1 >= 38 && fj1 <= 39)) mat_grass = psp("grass_red.png");
else mat_grass = psp("dgbush(1).png");
}
// hongkong/japan
else if ((fi1 >= 29 && fi1 <= 32) && (fj1 >= 28 && fj1 <= 34))
{
mat_houses = tex("lyxs.jpg");
if (fi1 % 2 === 0 || fj1 % 2 === 0) mat_skyscrapers = tex("norwayshouse(1).jpg");//ny_6.jpg");
else mat_skyscrapers = tex("ny_6.jpg");
mat_barns = tex("cd2.jpg");
mat_trees = psp("bluepine.png");
mat_bushes = psp("pine_magnet.png");
mat_grass = psp("grass_desert.png");
mat_terrain = tex("phaser_volcano.jpg");
if ((fi1 === 32 || fi1 === 31) && (fj1 === 32 || fj1 === 31)) mat_trees = psp("bluepine.png"); // dogert's house
else if (fi1 === 30 && fj1 === 29) mat_trees = psp("pine_magnet.png", 3); // magnet festival
else if ((fi1 >= 30 && fi1 <= 31) && (fj1 >= 29 && fj1 <= 31)) mat_trees = psp("bluepine.png"); // car cemetery
else if (fi1 === 31 && fj1 === 31) mat_trees = psp("newtree_snow.png");
else if (fi1 === 30 && fj1 === 32) mat_trees = psp("tree_norway_alive.png"); // grustag of shame
else mat_trees = psp("newtree.png");
if ((fi1 === 32 || fi1 === 31) && (fj1 === 32 || fj1 === 31)) mat_trees = psp("bluepine.png"); // dogert's house
else if (fi1 === 30 && (fj1 >= 29 && fj1 <= 31)) mat_bushes = psp("windturbine.png", 6); // car cemetery
else if (fi1 === 30 && fj1 === 32) mat_bushes = psp("tree.png"); // grustag of shame
else mat_bushes = psp("tree.png");
if ((fi1 === 32 || fi1 === 31) && (fj1 === 32 || fj1 === 31)) mat_grass = psp("bush_tjorn.png"); // dogert's house
else if (fi1 === 30 && fj1 === 32) mat_grass = psp("grass_desert.png"); // grustag of shame
if ((fi1 === 31 || fi1 === 32) && (fj1 === 31 || fj1 === 32)) mat_terrain = tex("phaser_dogert.jpg");
else if (fi1 === 31 && fj1 === 29) mat_terrain = tex("phaser11_busparking(2).jpg");
else if (fi1 === 29 && fj1 === 28) mat_terrain = tex("phaser10.jpg");
else if (fi1 === 31 && fj1 === 28) mat_terrain = tex("phaser10.jpg");
else if (fi1 === 32 && fj1 === 34) mat_terrain = tex("phaser9.jpg");
else if (fi1 === 30 && fj1 === 31) mat_terrain = tex("phaser11.jpg");
else if ((fi1 >= 30 && fi1 <= 31) && (fj1 >= 33 && fj1 <= 34)) mat_terrain = tex("phaser_golf.jpg");
else if (fi1 % 2 === 0 || fj1 % 2 === 0) mat_terrain = tex("phaser7.jpg");
else mat_terrain = tex("phaser11.jpg");
if (fi1 === 30 & fj1 === 33) mat_houses = tex("house_mur(1).jpg"); // i borjan av dogert's track
// dogertcliff
if ((fi1 === 31 || fi1 === 32) && (fj1 === 31 || fj1 === 32))
{
if (fi1 % 2 !== 0 && fj1 % 2 === 0) mat_terrain = tex("phaser_dogert.jpg", -1,-1);
else if (fi1 % 2 !== 0 && fj1 % 2 !== 0) mat_terrain = tex("phaser_dogert.jpg", 1,-1);
else if (fi1 % 2 === 0 && fj1 % 2 === 0) mat_terrain = tex("phaser_dogert.jpg", -1, 1);
else mat_terrain = tex("phaser_dogert.jpg", 1, 1);
}
// NW
else if ((fi1 >= 31 && fi1 <= 32) && (fj1 >= 28 && fj1 <= 29))
{
}
// SW
else if ((fi1 >= 29 && fi1 <= 30) && (fj1 >= 28 && fj1 <= 29))
{
mat_terrain = tex("phaser6_delta.jpg");
if (fi1 === 30 && fj1 === 29) mat_terrain = tex("phaser7_magnet2(1).jpg");
}
// N
else if (fi1 === 32 && (fj1 >= 30 && fj1 <= 31))
{
}
// C
else if ((fi1 >= 29 && fi1 <= 32) && (fj1 >= 30 && fj1 <= 31))
{
mat_trees = psp("yellowpine.png", 3);
mat_bushes = psp("bush_desert.png");
mat_grass = psp("grass_desert.png");
if (fi1 % 2 === 0 && fj1 % 2 === 0) mat_terrain = tex("phaser6_barren_road n.jpg", 1,-1);
else if (fi1 % 2 === 0 && fj1 % 2 !== 0) mat_terrain = tex("phaser6_barren_road n.jpg", -1,-1);
else if (fi1 % 2 !== 0 && fj1 % 2 === 0) mat_terrain = tex("phaser6_barren_road n.jpg", 1, 1);
else mat_terrain = tex("phaser6_barren_road n.jpg", -1, 1);
if (fi1 === 30 && fj1 === 31) mat_terrain = tex("phaser6_barren_road n.jpg", -1, 1);
}
// S
else if (fi1 === 29 && (fj1 >= 30 && fj1 <= 31))
{
}
// NE
else if (fi1 === 32 && (fj1 >= 32 && fj1 <= 34))
{
}
// E
else if ((fi1 >= 30 && fi1 <= 31) && (fj1 >= 33 && fj1 <= 34))
{
mat_bushes = psp("grass_xp.png");
mat_grass = psp("newtree_blue.png");
}
else if (fi1 === 30 && fj1 === 32) mat_terrain = tex("phaser_grustag.jpg"); // grustag of shame
// SE
else if (fi1 === 29 && (fj1 >= 32 && fj1 <= 34))
{
mat_trees = psp("newtree_blue.png");
mat_bushes = tex("");
mat_grass = psp("grass_xp.png");
mat_terrain = tex("phaser6_xp(4)(1).jpg");
}
}
// pir
else if (fi1 === 32 && fj1 === 35)
{
mat_houses = tex("polish_house_2.jpg");
mat_skyscrapers = tex("polish_house_2.jpg");
mat_barns = tex("polish_house_2.jpg");
mat_trees = psp("yellowpine.png");
mat_bushes = psp("newtree_blue.png");
mat_grass = psp("grass_xp.png");
mat_terrain = tex("phaser_ice.jpg"); mat_terrain.color = new THREE.Color(0x66AA00);
}
// fire
else if (fi1 === 31 && fj1 === 35)
{
mat_houses = tex("phaser_leaves.jpg");
mat_skyscrapers = tex("skyscraper1.jpg");
mat_barns = tex("phaser_leaves.jpg");
mat_trees = psp("leavepile.png", 0.8);
mat_bushes = psp("autumntree.png", 2.5);
mat_grass = psp("tree.png", 3.5);
mat_terrain = tex("phaser_leaves.jpg");
}
// leaves
else if (fi1 === 31 && fj1 === 38)
{
mat_houses = tex("polish_house_2.jpg");
mat_skyscrapers = tex("skyscraper1.jpg");
mat_barns = tex("polish_house_2.jpg");
mat_trees = psp("leavepile.png", 2);
mat_bushes = psp("autumntree.png", 2.5);
mat_grass = psp("tree.png", 3.5);
mat_terrain = tex("phaser_scarymoss.jpg");
}
// passage 1
else if (fi1 === 28 && fj1 === 33)
{
mat_houses = tex("castle_house.jpg"); mat_houses.color = new THREE.Color(0xA3A3C0);
mat_skyscrapers = tex("castle_house2.jpg"); mat_skyscrapers.color = new THREE.Color(0xA3A3C0);
mat_barns = tex("castle_house.jpg"); mat_barns.color = new THREE.Color(0xA3A3C0);
mat_trees = psp("handtree9.png");
mat_bushes = psp("tree_lava.png");
mat_grass = psp("grass_xp.png");
mat_terrain = tex("phaser_moss_red.jpg", 1,1);
}
// passage 2
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 33 && fj1 <= 41))
{
mat_houses = tex("greenhouse.jpg");
mat_skyscrapers = tex("skyscraper1.jpg"); mat_skyscrapers.color = new THREE.Color(0x828879);
mat_barns = tex("greenhouse.jpg");
mat_trees = psp("handtree9.png");
mat_bushes = psp("tree_lava.png");
mat_grass = psp("grass_xp.png");
mat_terrain = tex("phaser_volcano.jpg");
if (fi1 % 2 === 0 && fj1 % 2 === 0) mat_terrain = tex("phaser_moss_test.jpg", 1, 1);
else if (fi1 % 2 === 0 && fj1 % 2 !== 0) mat_terrain = tex("phaser_moss_red.jpg", -1, 1);
else if (fi1 % 2 !== 0 && fj1 % 2 === 0) mat_terrain = tex("phaser_moss_test.jpg", 1, -1);
else mat_terrain = tex("phaser_moss_test.jpg", -1, -1);
// W
if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 33 && fj1 <= 34))
{
if ((fi1 === 27 && fj1 === 34)) mat_terrain = tex("phaser_moss_landingstrip.jpg", 1,-1); // landningsbana
}
// CW
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 35 && fj1 <= 36))
{
if ((fi1 === 27 && fj1 === 35)) mat_terrain = tex("phaser_moss_landingstrip.jpg", -1,-1); // landningsbana
}
// CE
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 37 && fj1 <= 38))
{
}
// E
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 39 && fj1 <= 40))
{
mat_houses = tex("churchs.jpg");
mat_skyscrapers = tex("skyscraper_blue.jpg");
mat_barns = tex("churchs.jpg");
mat_trees = psp("tree_norway.png");
mat_bushes = psp("handtree9.png");
mat_grass = psp("grass_magnet.png");
if (fi1 % 2 === 0 && fj1 % 2 !== 0) mat_terrain = tex("phaser_moss_blue.jpg", -1,1);
}
}
// passage 3
else if ((fi1 >= 28 && fi1 <= 30) && fj1 === 41)
{
mat_houses = tex("greenhouse.jpg");
mat_skyscrapers = tex("skyscraper1.jpg"); mat_skyscrapers.color = new THREE.Color(0x23B179);
mat_barns = tex("greenhouse.jpg");
mat_trees = psp("tree_norway.png");
mat_bushes = psp("tree_lava.png");
mat_grass = psp("grass_xp.png");
mat_terrain = tex("phaser_volcano.jpg");
if (fi1 % 2 === 0 && fj1 % 2 === 0) mat_terrain = tex("phaser_moss_iceland(1).jpg", 1, 1);
else if (fi1 % 2 === 0 && fj1 % 2 !== 0) mat_terrain = tex("phaser_moss_iceland(1).jpg", -1, 1);
else if (fi1 % 2 !== 0 && fj1 % 2 === 0) mat_terrain = tex("phaser_moss_iceland(1).jpg", 1, -1);
else mat_terrain = tex("phaser_moss_iceland(1).jpg", -1, -1);
}
// dark waters
else if ((fi1 >= 26 && fi1 <= 27) && (fj1 >= 26 && fj1 <= 31))
{
mat_houses = tex("polish_house_2.jpg");
mat_skyscrapers = tex("skyscraper_blue.jpg");
mat_barns = tex("polish_house_2.jpg");
mat_trees = psp("tree_norway.png");
mat_bushes = psp("bush_sea.png");
mat_grass = psp("grass_magnet.png");
mat_terrain = tex("phaser_volcano.jpg", 2,-2, true);
}
// LOCKED 231102 (functionality, not file names)
mesh_terrain[fi1][fj1] = new THREE.Mesh(geometry_terrain, mat_terrain);
scene.add(mesh_terrain[fi1][fj1]);
mesh_terrain[fi1][fj1].visible = false; // these are for the cases where the meshes are created, and immediately .visible = false. That little pop-in & pop-out takes unnecessary draw calls
mesh_houses[fi1][fj1] = new THREE.Mesh(geometry_houses, mat_houses);
scene.add(mesh_houses[fi1][fj1]);
mesh_houses[fi1][fj1].visible = false;
mesh_skyscrapers[fi1][fj1] = new THREE.Mesh(geometry_skyscrapers, mat_skyscrapers);
scene.add(mesh_skyscrapers[fi1][fj1]);
mesh_skyscrapers[fi1][fj1].visible = false;
mesh_barns[fi1][fj1] = new THREE.Mesh(geometry_barns, mat_barns);
scene.add(mesh_barns[fi1][fj1]);
mesh_barns[fi1][fj1].visible = false;
mesh_roads[fi1][fj1] = new THREE.Mesh(geometry_roads, mat_asphalt);
mesh_roads[fi1][fj1].position.y = 0.11;
scene.add(mesh_roads[fi1][fj1]);
mesh_roads[fi1][fj1].visible = false;
pointsprites_roadlights[fi1][fj1] = new THREE.Points(geometry_roadlights, mat_roadlights);
pointsprites_roadlights[fi1][fj1].position.y = mat_roadlights.size*0.25;
scene.add(pointsprites_roadlights[fi1][fj1]);
pointsprites_roadlights[fi1][fj1].visible = false;
pointsprites_trees[fi1][fj1] = new THREE.Points(geometry_trees, mat_trees);
pointsprites_trees[fi1][fj1].position.y = mat_trees.size*0.25;
scene.add(pointsprites_trees[fi1][fj1]);
pointsprites_trees[fi1][fj1].visible = false;
pointsprites_bushes[fi1][fj1] = new THREE.Points(geometry_bushes, mat_bushes);
pointsprites_bushes[fi1][fj1].position.y = mat_bushes.size*0.25;
scene.add(pointsprites_bushes[fi1][fj1]);
pointsprites_bushes[fi1][fj1].visible = false;
pointsprites_grass[fi1][fj1] = new THREE.Points(geometry_grass, mat_grass);
pointsprites_grass[fi1][fj1].position.y = mat_grass.size*0.25;
scene.add(pointsprites_grass[fi1][fj1]);
pointsprites_grass[fi1][fj1].visible = false;
}
//% function to create ONE chunk before all the others. preferably the one you get "spawned" (created) in, so you don't have to wait for the ground under you to get created
function create_one(fi1, fj1)
{
set_wideness_highness(fi1, fj1);
for (let i = 0; i < 50; i += 2)
{
for (let j = 0; j < 50; j += 2)
{
// Graham Relf, Forest (1983), heightmap generation algorithm
// with my own modification
set_weights(fi1, fj1, i, j);
calculate_height(fi1, fj1, i, j);
generate_objects_array(fi1, fj1, i, j);
// laddtid halverad med interpolering
// men nu nar jag bara kor varannan, skapas ocksa bara vartannat objekt ocksa??
if (i >= 2 && j >= 2)
{
hm[fi1][fj1][i-1][j-1] = 0.5 * (hm[fi1][fj1][i-2][j-2] + hm[fi1][fj1][i][j]);
hm[fi1][fj1][i-1][j] = 0.5 * (hm[fi1][fj1][i-2][j] + hm[fi1][fj1][i][j]);
hm[fi1][fj1][i][j-1] = 0.5 * (hm[fi1][fj1][i][j-2] + hm[fi1][fj1][i][j]);
hm[fi1][fj1][i-2][j-1] = 0.5 * (hm[fi1][fj1][i-2][j-2] + hm[fi1][fj1][i-2][j]);
hm[fi1][fj1][i-1][j-2] = 0.5 * (hm[fi1][fj1][i-2][j-2] + hm[fi1][fj1][i][j-2]);
generate_objects_array(fi1, fj1, i-1, j-1);
generate_objects_array(fi1, fj1, i-1, j);
generate_objects_array(fi1, fj1, i, j-1);
generate_objects_array(fi1, fj1, i-2, j-1);
generate_objects_array(fi1, fj1, i-1, j-2);
}
}
}
// forsta och sista block ska vara samma (vid chunkgrans mellan tva chunks)
for (let j = 0; j < 50; j++)
{
set_weights(fi1, fj1, 0, j);
calculate_height(fi1, fj1, 0, j);
// generate_objects_array(fi1, fj1, 0, j);
set_weights(fi1+1, fj1, 0, j);
calculate_height(fi1, fj1, 49, j);
// generate_objects_array(fi1, fj1, 0, j);
}
for (let i = 0; i < 50; i++)
{
set_weights(fi1, fj1, i, 0);
calculate_height(fi1, fj1, i, 0);
// generate_objects_array(fi1, fj1, i, 0);
set_weights(fi1, fj1+1, i, 0);
calculate_height(fi1, fj1, i, 49);
}
calculate_height_after(fi1, fj1);
generate_objects_array_after(fi1, fj1);
hm_is_loaded[fi1][fj1] = 1;
for (let i = 0; i < 49; i++)
{
for (let j = 0; j < 49; j++)
{
// denna tar bort roadlights om de ar for manga i rad. kan bli konstigt...
// det här är enda sättet hittills som jag lyckats få vägen att känna av sin egen riktning - OMGJORD
if ((i <= 1 || i >= 48 || j <= 1 || j >= 48) && om[fi1][fj1][i][j] === ASCEND_ROADLIGHT) om[fi1][fj1][i][j] = 0;
if (i >= 2 && i <= 47 && j >= 2 && j <= 47 && om[fi1][fj1][i][j] === ASCEND_ROADLIGHT)
{
if (om[fi1][fj1][i-2][j-2] === ASCEND_ROADLIGHT) om[fi1][fj1][i-2][j-2] = 0;
if (om[fi1][fj1][i-2][j-1] === ASCEND_ROADLIGHT) om[fi1][fj1][i-2][j-1] = 0;
if (om[fi1][fj1][i-2][j] === ASCEND_ROADLIGHT) om[fi1][fj1][i-2][j] = 0;
if (om[fi1][fj1][i-2][j+1] === ASCEND_ROADLIGHT) om[fi1][fj1][i-2][j+1] = 0;
if (om[fi1][fj1][i-2][j+2] === ASCEND_ROADLIGHT) om[fi1][fj1][i-2][j+2] = 0;
if (om[fi1][fj1][i-1][j-2] === ASCEND_ROADLIGHT) om[fi1][fj1][i-1][j-2] = 0;
if (om[fi1][fj1][i-1][j-1] === ASCEND_ROADLIGHT) om[fi1][fj1][i-1][j-1] = 0;
if (om[fi1][fj1][i-1][j] === ASCEND_ROADLIGHT) om[fi1][fj1][i-1][j] = 0;
if (om[fi1][fj1][i-1][j+1] === ASCEND_ROADLIGHT) om[fi1][fj1][i-1][j+1] = 0;
if (om[fi1][fj1][i-1][j+2] === ASCEND_ROADLIGHT) om[fi1][fj1][i-1][j+2] = 0;
if (om[fi1][fj1][i][j-2] === ASCEND_ROADLIGHT) om[fi1][fj1][i][j-2] = 0;
if (om[fi1][fj1][i][j-1] === ASCEND_ROADLIGHT) om[fi1][fj1][i][j-1] = 0;
if (om[fi1][fj1][i][j+1] === ASCEND_ROADLIGHT) om[fi1][fj1][i][j+1] = 0;
if (om[fi1][fj1][i][j+2] === ASCEND_ROADLIGHT) om[fi1][fj1][i][j+2] = 0;
if (om[fi1][fj1][i+1][j-2] === ASCEND_ROADLIGHT) om[fi1][fj1][i+1][j-2] = 0;
if (om[fi1][fj1][i+1][j-1] === ASCEND_ROADLIGHT) om[fi1][fj1][i+1][j-1] = 0;
if (om[fi1][fj1][i+1][j] === ASCEND_ROADLIGHT) om[fi1][fj1][i+1][j] = 0;
if (om[fi1][fj1][i+1][j+1] === ASCEND_ROADLIGHT) om[fi1][fj1][i+1][j+1] = 0;
if (om[fi1][fj1][i+1][j+2] === ASCEND_ROADLIGHT) om[fi1][fj1][i+1][j+2] = 0;
if (om[fi1][fj1][i+2][j-2] === ASCEND_ROADLIGHT) om[fi1][fj1][i+2][j-2] = 0;
if (om[fi1][fj1][i+2][j-1] === ASCEND_ROADLIGHT) om[fi1][fj1][i+2][j-1] = 0;
if (om[fi1][fj1][i+2][j] === ASCEND_ROADLIGHT) om[fi1][fj1][i+2][j] = 0;
if (om[fi1][fj1][i+2][j+1] === ASCEND_ROADLIGHT) om[fi1][fj1][i+2][j+1] = 0;
if (om[fi1][fj1][i+2][j+2] === ASCEND_ROADLIGHT) om[fi1][fj1][i+2][j+2] = 0;
}
create_objects_3d_vertices(fi1, fj1, i, j);
create_terrain_3d_vertices(fi1, fj1, i, j);
}
}
create_3d_meshes(fi1, fj1);
objects_is_loaded[fi1][fj1] = 1;
// aker
if (fi1 === 27 && fj1 === 36)
{
for (let t = 0; t < 45; t++)
{
for (let u = 0; u < 45; u++)
{
ver_aker.push(27*49+t+3+0.4, height_get_xz_exact(27*49+t+3+0.4,36*49+u+3+0.4)+0.2, 36*49+u+3+0.4);
}
}
geometry_aker = new THREE.BufferGeometry();
geometry_aker.setAttribute('position', new THREE.Float32BufferAttribute(ver_aker, 3));
mat_aker = psp("grass_aker.png", 2);
pointsprites_aker = new THREE.Points(geometry_aker, mat_aker);
scene.add(pointsprites_aker);
ver_aker.length = 0;
}
}
// --------------------------------------------------------------- //
// ---- SHOW AND HIDE THE TERRAIN CHUNKS AND THE HOUSES/TREES ---- //
// --------------------------------------------------------------- //
//% LOCKED 231012 - show and hide terrain chunks
function show_and_hide_terrain_chunks()
{
// wrap around arrays
if (chunk_process_z >= 44) { chunk_process_x++; chunk_process_z = 0; }
if (chunk_process_x >= 44) { chunk_process_x = 0; chunk_process_z = 0; }
if (chunk_process[chunk_process_x][chunk_process_z] === CHUNK_SHOW)
{
if (!(mesh_terrain[chunk_process_x][chunk_process_z] === undefined)) mesh_terrain[chunk_process_x][chunk_process_z].visible = true;
if (!(mesh_houses[chunk_process_x][chunk_process_z] === undefined)) mesh_houses[chunk_process_x][chunk_process_z].visible = true;
if (!(mesh_skyscrapers[chunk_process_x][chunk_process_z] === undefined)) mesh_skyscrapers[chunk_process_x][chunk_process_z].visible = true;
if (!(mesh_barns[chunk_process_x][chunk_process_z] === undefined)) mesh_barns[chunk_process_x][chunk_process_z].visible = true;
if (!(mesh_roads[chunk_process_x][chunk_process_z] === undefined)) mesh_roads[chunk_process_x][chunk_process_z].visible = true;
if (!(pointsprites_roadlights[chunk_process_x][chunk_process_z] === undefined)) pointsprites_roadlights[chunk_process_x][chunk_process_z].visible = true;
if (!(pointsprites_trees[chunk_process_x][chunk_process_z] === undefined)) pointsprites_trees[chunk_process_x][chunk_process_z].visible = true;
if (!(pointsprites_bushes[chunk_process_x][chunk_process_z] === undefined)) pointsprites_bushes[chunk_process_x][chunk_process_z].visible = true;
if (!(pointsprites_grass[chunk_process_x][chunk_process_z] === undefined)) pointsprites_grass[chunk_process_x][chunk_process_z].visible = true;
chunk_process[chunk_process_x][chunk_process_z] = CHUNK_DONOTHING;
chunk_process_z++;
}
else if (chunk_process[chunk_process_x][chunk_process_z] === CHUNK_HIDE)
{
if (!(mesh_terrain[chunk_process_x][chunk_process_z] === undefined)) mesh_terrain[chunk_process_x][chunk_process_z].visible = false;
if (!(mesh_houses[chunk_process_x][chunk_process_z] === undefined)) mesh_houses[chunk_process_x][chunk_process_z].visible = false;
if (!(mesh_skyscrapers[chunk_process_x][chunk_process_z] === undefined)) mesh_skyscrapers[chunk_process_x][chunk_process_z].visible = false;
if (!(mesh_barns[chunk_process_x][chunk_process_z] === undefined)) mesh_barns[chunk_process_x][chunk_process_z].visible = false;
if (!(mesh_roads[chunk_process_x][chunk_process_z] === undefined)) mesh_roads[chunk_process_x][chunk_process_z].visible = false;
if (!(pointsprites_roadlights[chunk_process_x][chunk_process_z] === undefined)) pointsprites_roadlights[chunk_process_x][chunk_process_z].visible = false;
if (!(pointsprites_trees[chunk_process_x][chunk_process_z] === undefined)) pointsprites_trees[chunk_process_x][chunk_process_z].visible = false;
if (!(pointsprites_bushes[chunk_process_x][chunk_process_z] === undefined)) pointsprites_bushes[chunk_process_x][chunk_process_z].visible = false;
if (!(pointsprites_grass[chunk_process_x][chunk_process_z] === undefined)) pointsprites_grass[chunk_process_x][chunk_process_z].visible = false;
chunk_process[chunk_process_x][chunk_process_z] = CHUNK_DONOTHING;
chunk_process_z++;
}
// other values, go to next chunk
else chunk_process_z++;
}
//% LOCKED 231102 - hide some things that should only be seen in the current chunk (to save draw calls so the game is faster)
function hide_bushes_grass_etc_outside_current_chunk()
{
// first, hide everything except terrain in 5x5 chunks around current chunk
for (let t = ci1-2; t <= ci1+2; t++)
{
for (let u = cj1-2; u <= cj1+2; u++)
{
if (!(mesh_houses[t][u] === undefined)) mesh_houses[t][u].visible = false;
if (!(mesh_skyscrapers[t][u] === undefined)) mesh_skyscrapers[t][u].visible = false;
if (!(mesh_barns[t][u] === undefined)) mesh_barns[t][u].visible = false;
if (!(mesh_roads[t][u] === undefined)) mesh_roads[t][u].visible = false;
if (!(pointsprites_roadlights[t][u] === undefined)) pointsprites_roadlights[t][u].visible = false;
if (!(pointsprites_trees[t][u] === undefined)) pointsprites_trees[t][u].visible = false;
if (!(pointsprites_bushes[t][u] === undefined)) pointsprites_bushes[t][u].visible = false;
if (!(pointsprites_grass[t][u] === undefined)) pointsprites_grass[t][u].visible = false;
}
}
// then, show skyscrapers, roads, roadlights and trees in 3x3 chunks around current chunk
for (let t = ci1-1; t <= ci1+1; t++)
{
for (let u = cj1-1; u <= cj1+1; u++)
{
if (!(mesh_skyscrapers[t][u] === undefined)) mesh_skyscrapers[t][u].visible = true;
if (!(mesh_roads[t][u] === undefined)) mesh_roads[t][u].visible = true;
if (!(pointsprites_roadlights[t][u] === undefined)) pointsprites_roadlights[t][u].visible = true;
if (!(pointsprites_trees[t][u] === undefined)) pointsprites_trees[t][u].visible = true;
if (lowres < 1)
{
if (!(mesh_roads[t][u] === undefined)) mesh_roads[t][u].visible = true;
if (!(pointsprites_roadlights[t][u] === undefined)) pointsprites_roadlights[t][u].visible = true;
}
}
}
// then, show houses, skyscrapers, barns, trees, bushes and grass in the current chunk
if (!(mesh_houses[ci1][cj1] === undefined)) mesh_houses[ci1][cj1].visible = true;
if (!(mesh_skyscrapers[ci1][cj1] === undefined)) mesh_skyscrapers[ci1][cj1].visible = true;
if (!(mesh_barns[ci1][cj1] === undefined)) mesh_barns[ci1][cj1].visible = true;
if (!(pointsprites_trees[ci1][cj1] === undefined)) pointsprites_trees[ci1][cj1].visible = true;
if (!(pointsprites_bushes[ci1][cj1] === undefined)) pointsprites_bushes[ci1][cj1].visible = true;
if (!(pointsprites_grass[ci1][cj1] === undefined)) pointsprites_grass[ci1][cj1].visible = true;
// show houses, barns and roadlights in near chunks too
if (x_to_x_in_chunk(player.position.x) >= 40)
{
if (!(mesh_houses[ci1+1][cj1] === undefined)) mesh_houses[ci1+1][cj1].visible = true;
if (!(mesh_barns[ci1+1][cj1] === undefined)) mesh_barns[ci1+1][cj1].visible = true;
if (!(pointsprites_roadlights[ci1+1][cj1] === undefined)) pointsprites_roadlights[ci1+1][cj1].visible = true;
}
if (x_to_x_in_chunk(player.position.z) >= 40)
{
if (!(mesh_houses[ci1][cj1+1] === undefined)) mesh_houses[ci1][cj1+1].visible = true;
if (!(mesh_barns[ci1][cj1+1] === undefined)) mesh_barns[ci1][cj1+1].visible = true;
if (!(pointsprites_roadlights[ci1][cj1+1] === undefined)) pointsprites_roadlights[ci1][cj1+1].visible = true;
}
if (x_to_x_in_chunk(player.position.x) <= 10)
{
if (!(mesh_houses[ci1-1][cj1] === undefined)) mesh_houses[ci1-1][cj1].visible = true;
if (!(mesh_barns[ci1-1][cj1] === undefined)) mesh_barns[ci1-1][cj1].visible = true;
if (!(pointsprites_roadlights[ci1-1][cj1] === undefined)) pointsprites_roadlights[ci1-1][cj1].visible = true;
}
if (x_to_x_in_chunk(player.position.z) <= 10)
{
if (!(mesh_houses[ci1][cj1-1] === undefined)) mesh_houses[ci1][cj1-1].visible = true;
if (!(mesh_barns[ci1][cj1-1] === undefined)) mesh_barns[ci1][cj1-1].visible = true;
if (!(pointsprites_roadlights[ci1][cj1-1] === undefined)) pointsprites_roadlights[ci1][cj1-1].visible = true;
}
}
// --------------------------------------------------------------- //
// ---- FUNCTIONS THAT DO ALL THESE THINGS IN THE RIGHT ORDER ---- //
// --------------------------------------------------------------- //
//% creates the terrain. runs at the start. also, a lot of code that just lies outside of functions in ascend.js also runs at start, before this.
function ascend_intro(master_seed)
{
let geometry_water = new THREE.BoxGeometry(2*49*16, 0.01, 2*49*16);
// water material is in beginning of ascend.js!
area_water = new THREE.Mesh(geometry_water, mat_water);
scene.add(area_water);
water_animate = 0;
cloudbox_animate = 0;
// rain & fume
for (let t = -50; t < 50; t += 2)
{
for (let u = -20; u < 20; u += 2)
{
for (let v = -50; v < 50; v += 2)
{
// rain
let randt, randu, randv;
// if state is for the upper and lower half to look the same, so i can "loop" the rain
if (u < 0)
{
let u2 = u+20;
randt = 4*(pseudorandom(t+u2+v)-0.5);
randu = 4*(pseudorandom(t-u2+v)-0.5);
randv = 4*(pseudorandom(t+u2-v)-0.5);
}
else
{
randt = 4*(pseudorandom(t+u+v)-0.5);
randu = 4*(pseudorandom(t-u+v)-0.5);
randv = 4*(pseudorandom(t+u-v)-0.5);
}
ver_rain.push(t+randt, u+randu, v+randv);
// fume
if (t >= -2 && t < 4 && u >= -18 && u < 48 && v >= -3 && v < 3)
{
let randt, randu, randv;
// if state is for the upper and lower half to look the same, so i can "loop" the rain
if (u < 0)
{
let u2 = u+20;
randt = 4*(pseudorandom(t+u2+v)-0.5);
randu = 4*(pseudorandom(t-u2+v)-0.5);
randv = 4*(pseudorandom(t+u2-v)-0.5);
}
else
{
randt = 4*(pseudorandom(t+u+v)-0.5);
randu = 4*(pseudorandom(t-u+v)-0.5);
randv = 4*(pseudorandom(t+u-v)-0.5);
}
ver_fume.push(t+randt, u+randu, v+randv);
}
}
}
}
geometry_rain = new THREE.BufferGeometry();
geometry_rain.setAttribute('position', new THREE.Float32BufferAttribute(ver_rain, 3));
mat_rain = psp("rain.png", 0.2);
pointsprites_rain = new THREE.Points(geometry_rain, mat_rain);
scene.add(pointsprites_rain);
// ver_rain.length = 0; // don't make array empty, because it is reused for snow later
geometry_rain = new THREE.BufferGeometry();
geometry_rain.setAttribute('position', new THREE.Float32BufferAttribute(ver_fume, 3));
mat_fume = psp("fume.png", 3);
pointsprites_fume = new THREE.Points(geometry_rain, mat_fume);
scene.add(pointsprites_fume);
ver_fume.length = 0;
// snow (ateranvander rain)
geometry_rain = new THREE.BufferGeometry();
geometry_rain.setAttribute('position', new THREE.Float32BufferAttribute(ver_rain, 3));
mat_snow = psp("snow.png", 0.2);
pointsprites_snow = new THREE.Points(geometry_rain, mat_snow);
scene.add(pointsprites_snow);
ver_rain.length = 0;
// radius top radius bot height segments
geometry_skybox = new THREE.CylinderGeometry(120, 120, 50*8, 32);
geometry_cloudbox = new THREE.CylinderGeometry(120, 119.8, 1, 32);
// materials are loaded in beginning of ascend.js!
mesh_skybox = new THREE.Mesh(geometry_skybox, mat_skybox);
mesh_cloudbox = new THREE.Mesh(geometry_cloudbox, mat_cloudbox);
scene.add(mesh_skybox);
scene.add(mesh_cloudbox);
// LOCKED 231013:
seed = master_seed;
master = (((seed*10-Math.floor(seed*10))*30)/9+1)/2;
master2 = (seed*111-Math.floor(seed*111))*20;
change4 = seed*21-Math.floor(seed*21);
change5 = seed*17-Math.floor(seed*17);
// loop for creating arrays
// (has to loop through whole level, that's why this is a separate loop)
for (let i1 = 21; i1 < 46; i1++)
{
large_arrays_is_created[i1] = new Array();
hm[i1] = new Array();
chunkmap[i1] = new Array();
om[i1] = new Array();
hm_is_loaded[i1] = new Array();
objects_is_loaded[i1] = new Array();
mesh_terrain[i1] = new Array();
mesh_houses[i1] = new Array();
mesh_skyscrapers[i1] = new Array();
mesh_barns[i1] = new Array();
mesh_roads[i1] = new Array();
pointsprites_roadlights[i1] = new Array();
pointsprites_trees[i1] = new Array();
pointsprites_bushes[i1] = new Array();
pointsprites_grass[i1] = new Array();
start_x[i1] = new Array();
start_z[i1] = new Array();
for (let j1 = 21; j1 < 46; j1++)
{
large_arrays_is_created[i1][j1] = 0;
hm_is_loaded[i1][j1] = 0;
objects_is_loaded[i1][j1] = 0;
if (i1 >= 23 && i1 <= 44 && j1 >= 23 && j1 <= 44)
{
// this randomizes the chunkmap a bit. it will more often be less majestic. because more majestic looks very "geometric"
if (pseudorandom(i1+j1) < 0.7) chunkmap[i1][j1] = pseudorandom(i1*j1)*0.3;
else chunkmap[i1][j1] = pseudorandom(i1*j1)*0.7;
create_too_large_arrays(i1, j1); // only create large arrays for the chunks we start with
}
}
}
// manual addition
// special case for hongkong/japan, this is a manual version of something that got automatically created. don't really know why it's needed
// LOCKED 231013:
chunkmap[30][30] = pseudorandom(30*0)*0.2;
chunkmap[30][31] = pseudorandom(30*0)*0.2;
chunkmap[31][30] = pseudorandom(30*0)*0.2;
chunkmap[31][31] = pseudorandom(30*0)*0.2;
start_x[26][33] = 1286; start_z[26][33] = 1635;
start_x[26][34] = 1291; start_z[26][34] = 1686;
start_x[26][35] = 1295; start_z[26][35] = 1754;
start_x[26][36] = 1302; start_z[26][36] = 1802;
start_x[26][37] = 1300; start_z[26][37] = 1838;
start_x[26][38] = 1299; start_z[26][38] = 1885;
start_x[26][39] = 1300; start_z[26][39] = 1938;
start_x[26][40] = 1299; start_z[26][40] = 1981;
start_x[26][41] = 1302; start_z[26][41] = 2014;
start_x[27][41] = 1347; start_z[27][41] = 2024;
start_x[27][40] = 1347; start_z[27][40] = 1968;
start_x[27][39] = 1342; start_z[27][39] = 1916;
start_x[27][38] = 1341; start_z[27][38] = 1871;
start_x[27][37] = 1344; start_z[27][37] = 1833;
start_x[27][36] = 1345; start_z[27][36] = 1791;
start_x[27][35] = 1338; start_z[27][35] = 1749;
start_x[27][34] = 1348; start_z[27][34] = 1699;
start_x[27][33] = 1343; start_z[27][33] = 1647;
start_x[28][33] = 1393; start_z[28][33] = 1640;
start_x[28][41] = 1386; start_z[28][41] = 2035;
start_x[29][41] = 1432; start_z[29][41] = 2027;
start_x[29][40] = 1432; start_z[29][40] = 1974;
start_x[29][39] = 1435; start_z[29][39] = 1940;
start_x[29][38] = 1442; start_z[29][38] = 1905;
start_x[29][37] = 1446; start_z[29][37] = 1843;
start_x[29][36] = 1442; start_z[29][36] = 1806;
start_x[29][34] = 1454; start_z[29][34] = 1708;
start_x[29][33] = 1449; start_z[29][33] = 1653;
start_x[29][32] = 1454; start_z[29][32] = 1592;
start_x[29][31] = 1455; start_z[29][31] = 1550;
start_x[29][30] = 1454; start_z[29][30] = 1502;
start_x[29][29] = 1458; start_z[29][29] = 1458;
start_x[29][28] = 1454; start_z[29][28] = 1406;
start_x[30][28] = 1478; start_z[30][28] = 1396;
start_x[30][29] = 1486; start_z[30][29] = 1434;
start_x[30][30] = 1481; start_z[30][30] = 1499;
start_x[30][31] = 1481; start_z[30][31] = 1529;
start_x[30][32] = 1485; start_z[30][32] = 1588;
start_x[30][33] = 1490; start_z[30][33] = 1634;
start_x[30][34] = 1498; start_z[30][34] = 1676;
start_x[30][36] = 1490; start_z[30][36] = 1790;
start_x[30][37] = 1492; start_z[30][37] = 1832;
start_x[30][38] = 1492; start_z[30][38] = 1876;
start_x[30][39] = 1492; start_z[30][39] = 1922;
start_x[30][39] = 1492; start_z[30][39] = 1957;
start_x[30][40] = 1494; start_z[30][40] = 1972;
start_x[30][41] = 1494; start_z[30][41] = 2025;
start_x[31][41] = 1528; start_z[31][41] = 2016;
start_x[31][40] = 1528; start_z[31][40] = 1982;
start_x[31][39] = 1528; start_z[31][39] = 1947;
start_x[31][38] = 1527; start_z[31][38] = 1894;
start_x[31][35] = 1538; start_z[31][35] = 1742;
start_x[31][34] = 1538; start_z[31][34] = 1694;
start_x[31][33] = 1531; start_z[31][33] = 1647;
start_x[31][32] = 1536; start_z[31][32] = 1595;
start_x[31][31] = 1536; start_z[31][31] = 1549;
start_x[31][30] = 1534; start_z[31][30] = 1495;
start_x[31][29] = 1535; start_z[31][29] = 1460;
start_x[31][28] = 1533; start_z[31][28] = 1405;
start_x[32][28] = 1583; start_z[32][28] = 1395;
start_x[32][29] = 1580; start_z[32][29] = 1442;
start_x[32][30] = 1588; start_z[32][30] = 1493;
start_x[32][31] = 1574; start_z[32][31] = 1542;
start_x[32][32] = 1574; start_z[32][32] = 1581;
start_x[32][33] = 1568; start_z[32][33] = 1648;
start_x[32][34] = 1578; start_z[32][34] = 1689;
start_x[32][35] = 1598; start_z[32][35] = 1736;
start_x[32][36] = 1597; start_z[32][36] = 1794;
start_x[32][37] = 1596; start_z[32][37] = 1848;
start_x[32][38] = 1604; start_z[32][38] = 1886;
start_x[32][39] = 1570; start_z[32][39] = 1948;
start_x[33][41] = 1642; start_z[33][41] = 2012;
start_x[33][40] = 1634; start_z[33][40] = 1972;
start_x[33][39] = 1642; start_z[33][39] = 1948;
start_x[33][38] = 1637; start_z[33][38] = 1888;
start_x[33][37] = 1640; start_z[33][37] = 1844;
start_x[33][36] = 1637; start_z[33][36] = 1788;
start_x[33][34] = 1650; start_z[33][34] = 1707;
start_x[33][33] = 1624; start_z[33][33] = 1654;
start_x[33][30] = 1655; start_z[33][30] = 1480;
start_x[34][30] = 1712; start_z[34][30] = 1481;
start_x[34][34] = 1687; start_z[34][34] = 1706;
start_x[34][35] = 1697; start_z[34][35] = 1741;
start_x[34][36] = 1689; start_z[34][36] = 1801;
start_x[34][37] = 1689; start_z[34][37] = 1836;
start_x[34][38] = 1689; start_z[34][38] = 1889;
start_x[34][39] = 1702; start_z[34][39] = 1944;
start_x[34][40] = 1698; start_z[34][40] = 1988;
start_x[34][41] = 1706; start_z[34][41] = 2029;
start_x[35][41] = 1732; start_z[35][41] = 2029;
start_x[35][40] = 1727; start_z[35][40] = 1986;
start_x[35][39] = 1727; start_z[35][39] = 1951;
start_x[35][38] = 1726; start_z[35][38] = 1887;
start_x[35][37] = 1723; start_z[35][37] = 1847;
start_x[35][36] = 1722; start_z[35][36] = 1801;
start_x[35][35] = 1727; start_z[35][35] = 1739;
start_x[35][34] = 1727; start_z[35][34] = 1703;
start_x[35][30] = 1728; start_z[35][30] = 1481;
start_x[36][30] = 1781; start_z[36][30] = 1483;
start_x[36][31] = 1810; start_z[36][31] = 1540;
start_x[36][33] = 1796; start_z[36][33] = 1659;
start_x[36][34] = 1796; start_z[36][34] = 1695;
start_x[36][35] = 1795; start_z[36][35] = 1731;
start_x[36][36] = 1795; start_z[36][36] = 1810;
start_x[36][37] = 1795; start_z[36][37] = 1848;
start_x[36][38] = 1796; start_z[36][38] = 1876;
start_x[36][39] = 1796; start_z[36][39] = 1923;
start_x[36][40] = 1799; start_z[36][40] = 1973;
start_x[36][41] = 1797; start_z[36][41] = 2023;
start_x[37][41] = 1836; start_z[37][41] = 2014;
start_x[37][40] = 1835; start_z[37][40] = 1983;
start_x[37][39] = 1836; start_z[37][39] = 1944;
start_x[37][38] = 1838; start_z[37][38] = 1884;
start_x[37][37] = 1855; start_z[37][37] = 1839;
start_x[37][36] = 1836; start_z[37][36] = 1795;
start_x[37][35] = 1836; start_z[37][35] = 1752;
start_x[37][34] = 1836; start_z[37][34] = 1696;
start_x[37][33] = 1836; start_z[37][33] = 1650;
start_x[37][32] = 1836; start_z[37][32] = 1576;
start_x[37][31] = 1839; start_z[37][31] = 1540;
start_x[37][30] = 1836; start_z[37][30] = 1502;
start_x[37][29] = 1836; start_z[37][29] = 1462;
start_x[37][28] = 1838; start_z[37][28] = 1413;
start_x[38][28] = 1880; start_z[38][28] = 1395;
start_x[38][29] = 1882; start_z[38][29] = 1467;
start_x[38][30] = 1882; start_z[38][30] = 1508;
start_x[38][31] = 1886; start_z[38][31] = 1542;
start_x[38][32] = 1882; start_z[38][32] = 1573;
start_x[38][33] = 1883; start_z[38][33] = 1653;
start_x[38][34] = 1880; start_z[38][34] = 1682;
start_x[38][35] = 1880; start_z[38][35] = 1724;
start_x[38][36] = 1880; start_z[38][36] = 1786;
start_x[38][36] = 1895; start_z[38][36] = 1800;
start_x[38][37] = 1893; start_z[38][37] = 1825;
start_x[38][38] = 1893; start_z[38][38] = 1884;
start_x[38][39] = 1887; start_z[38][39] = 1928;
start_x[38][40] = 1887; start_z[38][40] = 1972;
start_x[38][41] = 1887; start_z[38][41] = 2026;
start_x[39][41] = 1924; start_z[39][41] = 2031;
start_x[39][40] = 1924; start_z[39][40] = 1983;
start_x[39][39] = 1913; start_z[39][39] = 1933;
start_x[39][38] = 1912; start_z[39][38] = 1889;
start_x[39][37] = 1912; start_z[39][37] = 1840;
start_x[39][36] = 1921; start_z[39][36] = 1790;
start_x[39][35] = 1921; start_z[39][35] = 1739;
start_x[39][34] = 1921; start_z[39][34] = 1701;
start_x[39][33] = 1919; start_z[39][33] = 1646;
start_x[39][31] = 1912; start_z[39][31] = 1541;
start_x[39][30] = 1941; start_z[39][30] = 1470;
start_x[39][29] = 1940; start_z[39][29] = 1424;
start_x[39][28] = 1945; start_z[39][28] = 1418;
// 2 chunks i rings saknar position att starta vid?!
start_x[40][28] = 1974; start_z[40][28] = 1413;
start_x[40][30] = 2006; start_z[40][30] = 1476;
start_x[41][30] = 2029; start_z[41][30] = 1473;
start_x[41][29] = 2032; start_z[41][29] = 1464;
start_x[41][28] = 2028; start_z[41][28] = 1419;
// is any of these in water? i hope not, because water should not be able to save in
// roads can't be confusing!!
let x_array = new Array(), z_array = new Array();
// tjörn race
x_array = [ 1586, 1594, 1603, 1614, 1612, 1620, 1636, 1653, 1657, 1658, 1656, 1651, 1641, 1641, 1642, 1631, 1621, 1603, 1595, 1598, 1606, 1607, 1594, 1582, 1545, 1534, 1521, 1510, 1498, 1480, 1471, 1460, 1459, 1450, 1440, 1442, 1441, 1441, 1445, 1450, 1459, 1478, 1475, 1481, 1491, 1501, 1506, 1515, 1524, 1535, 1546, 1555, 1565, 1586, 1590 ];
z_array = [ 1820, 1832, 1842, 1853, 1870, 1878, 1880, 1882, 1873, 1842, 1825, 1816, 1812, 1812, 1810, 1809, 1797, 1783, 1777, 1764, 1749, 1733, 1736, 1737, 1746, 1733, 1727, 1729, 1730, 1747, 1755, 1768, 1781, 1787, 1795, 1810, 1827, 1837, 1842, 1855, 1860, 1867, 1884, 1892, 1889, 1888, 1894, 1892, 1885, 1880, 1880, 1881, 1881, 1886, 1885 ];
race_create(x_array, z_array, 0);
// create heightmap and objects map for 5x5 chunks around start_chunk
for (let i1 = start_chunk_x-3; i1 <= start_chunk_x+3; i1++)
{
for (let j1 = start_chunk_z-3; j1 <= start_chunk_z+3; j1++)
{
set_wideness_highness(i1, j1);
for (let i = 0; i < 50; i += 2)
{
for (let j = 0; j < 50; j += 2)
{
// Graham Relf, Forest (1983), heightmap generation algorithm
// with my own modification
set_weights(i1, j1, i, j);
calculate_height(i1, j1, i, j);
generate_objects_array(i1, j1, i, j);
// laddtid halverad med interpolering
// men nu nar jag bara kor varannan, skapas ocksa bara vartannat objekt ocksa??
if (i >= 2 && j >= 2)
{
hm[i1][j1][i-1][j-1] = 0.5 * (hm[i1][j1][i-2][j-2] + hm[i1][j1][i][j]);
hm[i1][j1][i-1][j] = 0.5 * (hm[i1][j1][i-2][j] + hm[i1][j1][i][j]);
hm[i1][j1][i][j-1] = 0.5 * (hm[i1][j1][i][j-2] + hm[i1][j1][i][j]);
hm[i1][j1][i-2][j-1] = 0.5 * (hm[i1][j1][i-2][j-2] + hm[i1][j1][i-2][j]);
hm[i1][j1][i-1][j-2] = 0.5 * (hm[i1][j1][i-2][j-2] + hm[i1][j1][i][j-2]);
generate_objects_array(i1, j1, i-1, j-1);
generate_objects_array(i1, j1, i-1, j);
generate_objects_array(i1, j1, i, j-1);
generate_objects_array(i1, j1, i-2, j-1);
generate_objects_array(i1, j1, i-1, j-2);
}
}
}
// forsta och sista block ska vara samma (vid chunkgrans mellan tva chunks)
for (let j = 0; j < 50; j++)
{
set_weights(i1, j1, 0, j);
calculate_height(i1, j1, 0, j);
// generate_objects_array(i1, j1, 0, j);
set_weights(i1+1, j1, 0, j);
calculate_height(i1, j1, 49, j);
// generate_objects_array(i1, j1, 0, j);
}
for (let i = 0; i < 50; i++)
{
set_weights(i1, j1, i, 0);
calculate_height(i1, j1, i, 0);
// generate_objects_array(i1, j1, i, 0);
set_weights(i1, j1+1, i, 0);
calculate_height(i1, j1, i, 49);
}
calculate_height_after(i1, j1);
generate_objects_array_after(i1, j1);
hm_is_loaded[i1][j1] = 1;
}
}
// ------------------------- //
// race:s (manual additions) //
// ------------------------- //
// slut-start tjörn race
x_array = [ 1590, 1577, 1586, 1586 ];
z_array = [ 1885, 1824, 1820, 1820 ];
race_create(x_array, z_array, 28);
// tjörn-epper bridge bridge
x_array = [ 1641, 1636, 1648, 1652, 1660 ];
z_array = [ 1777, 1747, 1735, 1706, 1660 ];
race_create(x_array, z_array, 1);
// epper bridge-epper land bridge
x_array = [ 1754, 1775, 1775 ];
z_array = [ 1675, 1683, 1683 ];
race_create(x_array, z_array, 2);
// epper land race
// gör vägarna i epper land ej förvirrande!! man måste förstå vilket håll man ska starta åt!!
// inga branta backar, inte mål-väg så nära annan väg, platta till marken vid väg så att man fattar att det är en väg. fler hus som markerar. helt nytt race
// inte för långt mellan checkpoints, för då blir det wrongway!!
x_array = [ 1786, 1786, 1784, 1781, 1779, 1785, 1798, 1810, 1817, 1826, 1837, 1842, 1849, 1856, 1865, 1873, 1879, 1885, 1894, 1901, 1908, 1913, 1918, 1920, 1924, 1924, 1922, 1921, 1916, 1908, 1902, 1892, 1882, 1872, 1864, 1856, 1841, 1832, 1825, 1821, 1816, 1813, 1807, 1799, 1792, 1789, 1789, 1791, 1792, 1794, 1786, 1786 ];
z_array = [ 1681, 1673, 1669, 1663, 1653, 1642, 1632, 1626, 1626, 1625, 1618, 1614, 1611, 1611, 1615, 1623, 1628, 1630, 1631, 1633, 1637, 1646, 1657, 1665, 1674, 1681, 1690, 1695, 1698, 1704, 1714, 1722, 1726, 1728, 1729, 1727, 1721, 1717, 1715, 1716, 1721, 1726, 1729, 1727, 1724, 1720, 1715, 1707, 1700, 1688, 1681, 1681 ];
race_create(x_array, z_array, 3);
// x_array = [ 1786, 1795, 1802, 1806, 1812, 1813, 1814, 1816, 1822, 1831, 1838, 1846, 1855, 1862, 1866, 1861, 1855, 1846, 1837, 1829, 1819, 1815, 1805, 1798, 1792, 1789, 1792, 1800, 1811, 1818, 1828, 1835, 1857, 1872, 1891, 1900, 1907, 1918, 1922, 1930, 1938, 1946, 1951, 1951, 1951, 1951, 1931, 1920, 1911, 1906, 1904, 1900, 1900, 1900, 1894, 1888, 1886, 1881, 1877, 1873, 1869, 1866, 1862, 1858, 1855, 1853, 1846, 1833, 1815, 1815 ];
// z_array = [ 1681, 1678, 1677, 1674, 1668, 1667, 1658, 1649, 1637, 1630, 1627, 1625, 1627, 1635, 1652, 1672, 1690, 1691, 1691, 1692, 1691, 1691, 1691, 1693, 1701, 1719, 1726, 1730, 1728, 1718, 1714, 1717, 1729, 1726, 1723, 1714, 1704, 1698, 1693, 1691, 1689, 1687, 1681, 1674, 1665, 1656, 1653, 1655, 1650, 1641, 1633, 1617, 1617, 1618, 1617, 1617, 1617, 1617, 1616, 1615, 1612, 1611, 1610, 1614, 1616, 1616, 1616, 1618, 1623, 1623 ];
// race_create(x_array, z_array, 3);
// slut-start epper land race
x_array = [ 1815, 1801, 1795, 1788, 1783, 1783, 1780, 1779, 1781, 1786, 1786 ];
z_array = [ 1623, 1627, 1634, 1640, 1643, 1643, 1647, 1656, 1666, 1681, 1681 ];
race_create(x_array, z_array, 29);
// epper land ski jump 2
x_array = [ 1919, 1919, 1919, 1919, 1933, 1935, 1932, 1924, 1920, 1920 ];
z_array = [ 1710, 1719, 1733, 1738, 1738, 1725, 1716, 1710, 1708, 1708 ];
race_create(x_array, z_array, 4);
// epper land ski jump 2 - magnet island - hongkong/japan
x_array = [ 1919, 1926, 1951, 1966, 1963, 1962, 1961, 1940, 1931, 1929, 1923, 1883, 1830, 1799, 1788, 1772, 1768, 1732, 1696, 1659, 1629, 1601, 1601 ];
z_array = [ 1749, 1753, 1752, 1729, 1703, 1669, 1633, 1598, 1555, 1545, 1535, 1531, 1531, 1531, 1521, 1480, 1480, 1480, 1480, 1480, 1480, 1480, 1480 ];
race_create(x_array, z_array, 5);
// hongkong/japan - passage
x_array = [ 1445, 1417, 1417 ];
z_array = [ 1639, 1638, 1638 ];
race_create(x_array, z_array, 6);
// hongkong/japan - passage - haftlan-drakh race
x_array = [ 1464, 1468, 1468, 1468, 1471, 1471, 1466, 1459, 1453, 1450, 1448, 1446, 1444, 1444, 1444, 1443, 1444, 1444, 1444, 1444, 1444, 1444, 1444, 1444, 1442, 1436, 1429, 1424, 1404, 1389, 1376, 1357, 1326, 1320, 1316, 1313, 1311, 1311, 1310, 1304, 1297, 1294, 1294, 1296, 1298, 1301, 1305, 1305, 1305, 1304, 1303, 1301, 1301, 1300, 1299, 1304, 1313, 1321, 1327, 1333, 1339, 1340, 1341, 1347, 1352, 1355, 1355, 1355, 1354, 1353, 1354, 1357, 1362, 1368, 1376, 1382, 1388, 1395, 1402, 1412, 1424, 1439, 1444, 1451, 1468, 1475, 1506, 1527, 1546, 1563, 1582, 1621, 1654, 1684, 1687, 1692, 1695, 1697, 1700, 1704, 1711, 1722, 1728, 1734, 1741 ];
z_array = [ 1460, 1475, 1490, 1506, 1517, 1524, 1535, 1547, 1555, 1560, 1568, 1573, 1578, 1585, 1588, 1593, 1599, 1602, 1606, 1609, 1614, 1620, 1626, 1628, 1632, 1637, 1640, 1640, 1640, 1641, 1645, 1653, 1661, 1664, 1668, 1673, 1680, 1692, 1710, 1728, 1749, 1759, 1769, 1777, 1787, 1796, 1805, 1806, 1815, 1830, 1841, 1853, 1862, 1870, 1887, 1899, 1908, 1913, 1917, 1923, 1930, 1934, 1941, 1960, 1975, 1987, 1997, 2013, 2022, 2029, 2034, 2038, 2042, 2045, 2048, 2048, 2048, 2046, 2045, 2044, 2043, 2040, 2037, 2031, 2021, 2019, 2018, 2017, 2016, 2014, 2013, 2011, 2010, 1999, 1996, 1990, 1978, 1970, 1962, 1955, 1948, 1940, 1936, 1934, 1932 ];
race_create(x_array, z_array, 7);
// haftlan hotspring kort stump
x_array = [ 1921, 1926, 1926 ];
z_array = [ 1916, 1918, 1918 ];
race_create(x_array, z_array, 13);
// magnet factory maze - ?
x_array = [ 1833, 1839, 1890, 1890 ];
z_array = [ 1370, 1370, 1370, 1370 ];
race_create(x_array, z_array, 10);
// magnet factory factory - rings
x_array = [ 1894, 1920, 1920 ];
z_array = [ 1391, 1391, 1391 ];
race_create(x_array, z_array, 11);
// haftlan-drakh race
x_array = [ 1758, 1795, 1815, 1824, 1830, 1840, 1843, 1846, 1859, 1867, 1874, 1883, 1896, 1902, 1907, 1912, 1914, 1916, 1919, 1919, 1918, 1917, 1909, 1905, 1900, 1896, 1889, 1882, 1873, 1864, 1861, 1856, 1849, 1845, 1840, 1834, 1827, 1821, 1811, 1803, 1782, 1782, 1775, 1764, 1756, 1749, 1742, 1739, 1739, 1740, 1738, 1737, 1734, 1730, 1726, 1721, 1716, 1710, 1704, 1699, 1692, 1680, 1676, 1671, 1670, 1670, 1671, 1671, 1672, 1675, 1681, 1683, 1687, 1691, 1697, 1705, 1713, 1722, 1737, 1745, 1751, 1755, 1757, 1759, 1759, 1759, 1760, 1758, 1758 ];
z_array = [ 1970, 1968, 1961, 1957, 1953, 1942, 1938, 1936, 1932, 1929, 1928, 1924, 1918, 1913, 1906, 1896, 1890, 1882, 1868, 1856, 1848, 1844, 1835, 1830, 1828, 1828, 1830, 1833, 1837, 1842, 1843, 1844, 1843, 1843, 1844, 1845, 1846, 1846, 1846, 1846, 1848, 1850, 1849, 1847, 1845, 1841, 1834, 1826, 1820, 1812, 1803, 1796, 1791, 1785, 1781, 1778, 1775, 1774, 1774, 1774, 1776, 1781, 1784, 1789, 1791, 1797, 1803, 1812, 1820, 1828, 1840, 1846, 1854, 1862, 1871, 1879, 1886, 1892, 1902, 1909, 1916, 1924, 1931, 1938, 1944, 1960, 1969, 1970, 1970 ];
race_create(x_array, z_array, 12);
// hongkong/japan dogert rondell
x_array = [ 1577, 1576, 1574, 1570, 1565, 1564, 1565, 1571, 1577, 1577 ];
z_array = [ 1558, 1563, 1565, 1566, 1564, 1561, 1556, 1553, 1558, 1558 ];
race_create(x_array, z_array, 16);
// hongkong/japan dogert övningsplats1
x_array = [ 1558, 1548, 1537, 1530, 1525, 1529, 1538, 1547, 1552, 1560, 1567, 1576, 1580, 1577, 1563, 1558, 1553, 1551, 1551 ];
z_array = [ 1552, 1554, 1554, 1554, 1551, 1539, 1537, 1536, 1538, 1539, 1538, 1539, 1533, 1528, 1529, 1529, 1530, 1534, 1534 ];
race_create(x_array, z_array, 17);
// hongkong/japan city 30 31 1
x_array = [ 1509, 1510, 1500, 1494, 1488, 1479, 1479 ];
z_array = [ 1526, 1528, 1529, 1529, 1529, 1529, 1529 ];
race_create(x_array, z_array, 21);
// dark waters race
x_array = [ 1303, 1283, 1280, 1284, 1294, 1303, 1309, 1312, 1303, 1302, 1304, 1310, 1314, 1321, 1337, 1347, 1355, 1358, 1357, 1352, 1345, 1345, 1346, 1350, 1349, 1349, 1347, 1346, 1343, 1334, 1325, 1308, 1305, 1305 ];
z_array = [ 1357, 1371, 1386, 1393, 1399, 1402, 1406, 1416, 1436, 1443, 1449, 1457, 1462, 1470, 1478, 1476, 1468, 1458, 1449, 1442, 1425, 1414, 1407, 1392, 1392, 1379, 1366, 1355, 1349, 1344, 1345, 1355, 1357, 1357 ];
race_create(x_array, z_array, 14);
// slut-start hongkong/japan dogertrace
x_array = [ 1570, 1568, 1564, 1564 ];
z_array = [ 1568, 1575, 1583, 1583 ];
race_create(x_array, z_array, 31);
// passage 2 round speed race (MINI)
x_array = [ 1301, 1294, 1293, 1296, 1296, 1299, 1303, 1310, 1321, 1334, 1339, 1342, 1342, 1342, 1342, 1341, 1338, 1333, 1326, 1324, 1319, 1313, 1306, 1301, 1301 ];
z_array = [ 1974, 1985, 1991, 1999, 2001, 2009, 2013, 2015, 2013, 2010, 2008, 2003, 1998, 1987, 1979, 1972, 1967, 1964, 1963, 1960, 1959, 1959, 1961, 1962, 1962 ];
race_create(x_array, z_array, 26);
// slut-start passage 2 round speed race (MINI)
x_array = [ 1301, 1301, 1301 ];
z_array = [ 1962, 1974, 1974 ];
race_create(x_array, z_array, 32);
// rings?
x_array = [ 1965, 1972, 1980, 1988, 1999, 2013, 2027, 2036, 2042, 2044, 2045, 2043, 2034, 2024, 2010, 2000, 1989, 1977, 1966, 1957, 1954, 1942, 1933, 1925, 1919, 1916, 1922, 1929, 1941, 1954, 1954 ];
z_array = [ 1477, 1477, 1477, 1477, 1476, 1474, 1469, 1464, 1459, 1454, 1447, 1435, 1426, 1421, 1417, 1414, 1414, 1415, 1415, 1416, 1417, 1423, 1428, 1435, 1441, 1446, 1457, 1461, 1468, 1476, 1476 ];
race_create(x_array, z_array, 27);
// create meshes etc for 5x5 chunks around start_chunk
// kan det racka att ladda in bara de narmsta objekten i borjan? och sa laddas resten in, forhoppningsvis i tid, av dynamic loading?
// isf, sparar en sekund pa kass dator!
for (let i1 = start_chunk_x-2; i1 <= start_chunk_x+2; i1++)
{
for (let j1 = start_chunk_z-2; j1 <= start_chunk_z+2; j1++)
{
for (let i = 0; i < 49; i++)
{
for (let j = 0; j < 49; j++)
{
// denna tar bort roadlights om de ar for manga i rad. kan bli konstigt...
// det här är enda sättet hittills som jag lyckats få vägen att känna av sin egen riktning - OMGJORD
if ((i <= 1 || i >= 48 || j <= 1 || j >= 48) && om[i1][j1][i][j] === ASCEND_ROADLIGHT) om[i1][j1][i][j] = 0;
if (i >= 2 && i <= 47 && j >= 2 && j <= 47 && om[i1][j1][i][j] === ASCEND_ROADLIGHT)
{
if (om[i1][j1][i-2][j-2] === ASCEND_ROADLIGHT) om[i1][j1][i-2][j-2] = 0;
if (om[i1][j1][i-2][j-1] === ASCEND_ROADLIGHT) om[i1][j1][i-2][j-1] = 0;
if (om[i1][j1][i-2][j] === ASCEND_ROADLIGHT) om[i1][j1][i-2][j] = 0;
if (om[i1][j1][i-2][j+1] === ASCEND_ROADLIGHT) om[i1][j1][i-2][j+1] = 0;
if (om[i1][j1][i-2][j+2] === ASCEND_ROADLIGHT) om[i1][j1][i-2][j+2] = 0;
if (om[i1][j1][i-1][j-2] === ASCEND_ROADLIGHT) om[i1][j1][i-1][j-2] = 0;
if (om[i1][j1][i-1][j-1] === ASCEND_ROADLIGHT) om[i1][j1][i-1][j-1] = 0;
if (om[i1][j1][i-1][j] === ASCEND_ROADLIGHT) om[i1][j1][i-1][j] = 0;
if (om[i1][j1][i-1][j+1] === ASCEND_ROADLIGHT) om[i1][j1][i-1][j+1] = 0;
if (om[i1][j1][i-1][j+2] === ASCEND_ROADLIGHT) om[i1][j1][i-1][j+2] = 0;
if (om[i1][j1][i][j-2] === ASCEND_ROADLIGHT) om[i1][j1][i][j-2] = 0;
if (om[i1][j1][i][j-1] === ASCEND_ROADLIGHT) om[i1][j1][i][j-1] = 0;
if (om[i1][j1][i][j+1] === ASCEND_ROADLIGHT) om[i1][j1][i][j+1] = 0;
if (om[i1][j1][i][j+2] === ASCEND_ROADLIGHT) om[i1][j1][i][j+2] = 0;
if (om[i1][j1][i+1][j-2] === ASCEND_ROADLIGHT) om[i1][j1][i+1][j-2] = 0;
if (om[i1][j1][i+1][j-1] === ASCEND_ROADLIGHT) om[i1][j1][i+1][j-1] = 0;
if (om[i1][j1][i+1][j] === ASCEND_ROADLIGHT) om[i1][j1][i+1][j] = 0;
if (om[i1][j1][i+1][j+1] === ASCEND_ROADLIGHT) om[i1][j1][i+1][j+1] = 0;
if (om[i1][j1][i+1][j+2] === ASCEND_ROADLIGHT) om[i1][j1][i+1][j+2] = 0;
if (om[i1][j1][i+2][j-2] === ASCEND_ROADLIGHT) om[i1][j1][i+2][j-2] = 0;
if (om[i1][j1][i+2][j-1] === ASCEND_ROADLIGHT) om[i1][j1][i+2][j-1] = 0;
if (om[i1][j1][i+2][j] === ASCEND_ROADLIGHT) om[i1][j1][i+2][j] = 0;
if (om[i1][j1][i+2][j+1] === ASCEND_ROADLIGHT) om[i1][j1][i+2][j+1] = 0;
if (om[i1][j1][i+2][j+2] === ASCEND_ROADLIGHT) om[i1][j1][i+2][j+2] = 0;
}
create_objects_3d_vertices(i1, j1, i, j);
create_terrain_3d_vertices(i1, j1, i, j);
}
}
create_3d_meshes(i1, j1);
objects_is_loaded[i1][j1] = 1;
// aker
if (i1 === 27 && j1 === 36)
{
for (let t = 0; t < 45; t++)
{
for (let u = 0; u < 45; u++)
{
ver_aker.push(27*49+t+3+0.4, height_get_xz_exact(27*49+t+3+0.4,36*49+u+3+0.4)+0.2, 36*49+u+3+0.4);
}
}
geometry_aker = new THREE.BufferGeometry();
geometry_aker.setAttribute('position', new THREE.Float32BufferAttribute(ver_aker, 3));
mat_aker = psp("grass_aker.png", 2);
pointsprites_aker = new THREE.Points(geometry_aker, mat_aker);
scene.add(pointsprites_aker);
ver_aker.length = 0;
}
}
}
// LOCKED 231013:
ci1 = start_chunk_x;
cj1 = start_chunk_z;
// create actual 3d canvas (after splash screen)
// LOCKED 231013:
renderer = new THREE.WebGLRenderer({antialias: true});
document.body.appendChild(renderer.domElement); // canvas from webGLrenderer() is added to HTML document
}
//! runs every frame and updates the 3D terrain etc
function ascend_main()
{
if (cut % MODULUS_FREEROAM_OR_RACE === 0)
{
if (cut >= CUT_FREEROAM_MAGNETFACTORY_4) { mesh_skybox.material = mat_skybox2; mesh_skybox.material.needsUpdate = true; mesh_skybox.color = new THREE.Color(0xFFFFFF); }
else if (cut >= CUT_FREEROAM_5) { mesh_skybox.material = mat_skybox; mesh_skybox.material.needsUpdate = true; mesh_skybox.color = new THREE.Color(0xFFFFFF); }
else { mesh_skybox.material = mat_skybox; mesh_skybox.material.needsUpdate = true; mesh_skybox.color = new THREE.Color(0xEDE7C9); }
}
// this is instead of a while loop, that would make the game stuck until the loop was done.
// LOCKED 231007:
main_loop_counter = 0;
while (main_loop_counter < 3000) // how many times this loop should run per frame.
// many loops (~1000) = everything gets done fast but might be laggy on bad computers.
// few loops (~200) = not laggy on bad computers but everything gets done slow
{
if (main_loop_counter < 40) show_and_hide_terrain_chunks();
dynload_hm();
dynload_objects();
main_loop_counter++;
}
if (cut % MODULUS_FREEROAM_OR_RACE === 0)
{
if (cut >= CUT_FREEROAM_MAGNETFACTORY_4) mesh_sun.position.set(player.position.x+79, 55*(Math.sin(Math.PI*10000/FRAMES_PER_DAY)) - 12, player.position.z+79);
else mesh_sun.position.set(player.position.x+79, 55*(Math.sin(Math.PI*frame_counter/FRAMES_PER_DAY)) - 12, player.position.z+79);
}
mesh_sun.rotation.y = lookat_datass(mesh_sun, player);
// LOCKED 231103:
area_water.position.set(ci1*49+24.5-0.5, sealevel-0.4*0.5*(Math.sin(Math.PI*frame_counter/FRAMES_PER_DAY)), cj1*49+24.5-0.5);
mesh_skybox.position.set(camera.position.x, area_water.position.y, camera.position.z);
mesh_cloudbox.position.set(camera.position.x, area_water.position.y+20, camera.position.z);
if (cut % MODULUS_FREEROAM_OR_RACE === 0)
{
if (cut >= CUT_FREEROAM_MAGNETFACTORY_4) mat_water.transparent = false;
else mat_water.transparent = true;
}
// LOCKED 231103:
if (water_animate < 1) water_animate += 0.0008; else water_animate = 0;
mat_water.map.offset.set(water_animate, water_animate);
// LOCKED 231103:
if (cloudbox_animate < 1) cloudbox_animate += 0.0001; else cloudbox_animate = 0;
mat_cloudbox.map.offset.set(cloudbox_animate, cloudbox_animate);
// LOCKED 231013:
create_terrain_chunks_before_showing_them();
hide_bushes_grass_etc_outside_current_chunk();
}
//% LOCKED 231012 - function for creating a few time-consuming laaarge arrays. this is made into a function so we can create only the arrays we need, when we need them. creating all of them at the same time will take too long time.
function create_too_large_arrays(fi1, fj1)
{
if (large_arrays_is_created[fi1][fj1] === 0)
{
hm[fi1][fj1] = new Array();
om[fi1][fj1] = new Array();
for (let fi = 0; fi < 50; fi++) // ändrade chunkwidth till 50 231002
{
hm[fi1][fj1][fi] = new Float32Array(50);
om[fi1][fj1][fi] = new Float32Array(50);
}
large_arrays_is_created[fi1][fj1] = 1;
}
}
//% LOCKED 231007 - dynamic heightmap generation
function dynload_hm()
{
if (main_loop_counter < 200 && nextpart_start === 0)
{
// If j is at end of chunk, wrap to start of chunk (j = 0) and move i one up (i++). (wrap around array of hm positions)
if (j_continue >= chunkwidth)
{
continue_create3 = 0;
i_continue += 2;
j_continue = 0;
}
// If i is at end of chunk, move to next chunk (j1++). (i = 0)
if (i_continue >= chunkwidth)
{
continue_create2 = 0;
if (dynload_height_skipping === 0)
{
// forsta och sista block ska vara samma (vid chunkgrans mellan tva chunks)
for (let j = 0; j < 50; j++)
{
set_weights(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], 0, j);
calculate_height(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], 0, j);
// generate_objects_array(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], 0, j);
set_weights(to_load_chunk_x[dynload_hm_to_load_i]+1, to_load_chunk_z[dynload_hm_to_load_i], 0, j);
calculate_height(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], 49, j);
// generate_objects_array(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], 0, j);
}
for (let i = 0; i < 50; i++)
{
set_weights(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i, 0);
calculate_height(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i, 0);
// generate_objects_array(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i, 0);
set_weights(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i]+1, i, 0);
calculate_height(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i, 49);
}
calculate_height_after(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i]);
generate_objects_array_after(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i]);
hm_is_loaded[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]] = 1;
}
nextpart_start = 1;
dynload_hm_to_load_i++;
i_continue = 0;
}
// If j1 is at end of level, wrap to start of level (j1 = 0) and move i1 one up (i1++). (wrap around array of chunks)
if (dynload_hm_to_load_i >= 25) // 25 = 5x5 chunks?
{
continue_create = 0;
dynload_hm_to_load_i = 0;
}
// As long as j1 hasn't "gone too far" in the level, do the i,j loop.
if (dynload_hm_to_load_i < 25)
{
// skip unnecessary chunks
if (hm_is_loaded[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]] === 1) dynload_height_skipping = 1;
else dynload_height_skipping = 0;
// If this is an unnecessary chunk, skip this whole loop.
if (dynload_height_skipping === 1) { i_continue = chunkwidth; }
// If not, do the loop.
else
{
// Do this first. Then set continue_create2 to 1 so we can continue.
if (continue_create2 === 0)
{
create_too_large_arrays(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i]);
i_continue = 0;
set_wideness_highness(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i_continue, j_continue);
continue_create2 = 1;
}
// Continue with doing this (only if continue_create2 is 1).
// As long as i hasn't "gone too far" in the chunk, do the j loop.
if (i_continue < chunkwidth)
{
// Do this first. Then set continue_create3 to 1 so we can continue.
if (continue_create3 === 0)
{
j_continue = 0;
continue_create3 = 1;
}
// Continue with doing this (only if continue_create3 is 1).
// As long as j hasn't "gone too far" in the chunk, do the main loop.
// ----
// jag tror det ibland blir fel (spelet låser sig) när man åkt en bit
// för att hm- och objects-array:erna skapas dynamiskt.
// om de inte hunnit skapas när man ska hämta data från dem så låses spelet.
// därför kollar jag om array:en har skapats först här
if (j_continue < chunkwidth && large_arrays_is_created[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]] === 1)
{
// Graham Relf, Forest (1983), heightmap generation algorithm
// with my own modification
set_weights(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i_continue, j_continue);
calculate_height(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i_continue, j_continue);
generate_objects_array(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i_continue, j_continue);
// laddtid halverad med interpolering
// men nu nar jag bara kor varannan, skapas ocksa bara vartannat objekt ocksa??
if (i_continue >= 2 && j_continue >= 2)
{
hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue-1][j_continue-1] = 0.5 * (hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue-2][j_continue-2] + hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue][j_continue]);
hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue-1][j_continue] = 0.5 * (hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue-2][j_continue] + hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue][j_continue]);
hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue][j_continue-1] = 0.5 * (hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue][j_continue-2] + hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue][j_continue]);
hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue-2][j_continue-1] = 0.5 * (hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue-2][j_continue-2] + hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue-2][j_continue]);
hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue-1][j_continue-2] = 0.5 * (hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue-2][j_continue-2] + hm[to_load_chunk_x[dynload_hm_to_load_i]][to_load_chunk_z[dynload_hm_to_load_i]][i_continue][j_continue-2]);
generate_objects_array(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i_continue-1, j_continue-1);
generate_objects_array(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i_continue-1, j_continue);
generate_objects_array(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i_continue, j_continue-1);
generate_objects_array(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i_continue-2, j_continue-1);
generate_objects_array(to_load_chunk_x[dynload_hm_to_load_i], to_load_chunk_z[dynload_hm_to_load_i], i_continue-1, j_continue-2);
}
j_continue += 2;
}
}
}
}
}
}
//% LOCKED 231007 - dynamic objects generation
function dynload_objects()
{
if (main_loop_counter < 200 && nextpart_start === 1)
{
// wrap around arrays
if (j_continueb >= chunkwidth-1)
{
continue_create3b = 0;
i_continueb++;
j_continueb = 0;
}
if (i_continueb >= chunkwidth-1)
{
continue_create2b = 0;
nextpart_start = 0;
if (dynload_objects_skipping === 0)
{
create_3d_meshes(to_load_chunk_x[dynload_objects_to_load_i], to_load_chunk_z[dynload_objects_to_load_i]);
objects_is_loaded[to_load_chunk_x[dynload_objects_to_load_i]][to_load_chunk_z[dynload_objects_to_load_i]] = 1;
// aker
if (to_load_chunk_x[dynload_objects_to_load_i] === 27 && to_load_chunk_z[dynload_objects_to_load_i] === 36)
{
for (let t = 0; t < 45; t++)
{
for (let u = 0; u < 45; u++)
{
ver_aker.push(27*49+t+3+0.4, height_get_xz_exact(27*49+t+3+0.4,36*49+u+3+0.4)+0.2, 36*49+u+3+0.4);
}
}
geometry_aker = new THREE.BufferGeometry();
geometry_aker.setAttribute('position', new THREE.Float32BufferAttribute(ver_aker, 3));
mat_aker = psp("grass_aker.png", 2);
pointsprites_aker = new THREE.Points(geometry_aker, mat_aker);
scene.add(pointsprites_aker);
ver_aker.length = 0;
}
}
dynload_objects_to_load_i++;
i_continueb = 0;
}
if (dynload_objects_to_load_i >= 25)
{
continue_createb = 0;
dynload_objects_to_load_i = 0;
}
if (dynload_objects_to_load_i < 25)
{
// skip unnecessary chunks
if (objects_is_loaded[to_load_chunk_x[dynload_objects_to_load_i]][to_load_chunk_z[dynload_objects_to_load_i]] === 1) dynload_objects_skipping = 1;
else if (hm_is_loaded[to_load_chunk_x[dynload_objects_to_load_i]][to_load_chunk_z[dynload_objects_to_load_i]] === 0) dynload_objects_skipping = 1; // skip object creation if hm hasn't been created for the chunk
else dynload_objects_skipping = 0;
if (dynload_objects_skipping === 1) i_continueb = chunkwidth;
else
{
if (continue_create2b === 0)
{
i_continueb = 0;
continue_create2b = 1;
}
if (i_continueb < chunkwidth-1)
{
if (continue_create3b === 0)
{
j_continueb = 0;
continue_create3b = 1;
}
if (j_continueb < chunkwidth-1 && large_arrays_is_created[to_load_chunk_x[dynload_objects_to_load_i]][to_load_chunk_z[dynload_objects_to_load_i]])
{
// bara för kortare namn:
let ii1 = to_load_chunk_x[dynload_objects_to_load_i];
let jj1 = to_load_chunk_z[dynload_objects_to_load_i];
// denna tar bort roadlights om de ar for manga i rad. kan bli konstigt...
// det här är enda sättet hittills som jag lyckats få vägen att känna av sin egen riktning - OMGJORD
if ((i_continueb <= 1 || i_continueb >= 48 || j_continueb <= 1 || j_continueb >= 48) && om[ii1][jj1][i_continueb][j_continueb] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb][j_continueb] = 0;
if (i_continueb >= 2 && i_continueb <= 47 && j_continueb >= 2 && j_continueb <= 47 && om[ii1][jj1][i_continueb][j_continueb] === ASCEND_ROADLIGHT)
{
if (om[ii1][jj1][i_continueb-2][j_continueb-2] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb-2][j_continueb-2] = 0;
if (om[ii1][jj1][i_continueb-2][j_continueb-1] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb-2][j_continueb-1] = 0;
if (om[ii1][jj1][i_continueb-2][j_continueb] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb-2][j_continueb] = 0;
if (om[ii1][jj1][i_continueb-2][j_continueb+1] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb-2][j_continueb+1] = 0;
if (om[ii1][jj1][i_continueb-2][j_continueb+2] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb-2][j_continueb+2] = 0;
if (om[ii1][jj1][i_continueb-1][j_continueb-2] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb-1][j_continueb-2] = 0;
if (om[ii1][jj1][i_continueb-1][j_continueb-1] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb-1][j_continueb-1] = 0;
if (om[ii1][jj1][i_continueb-1][j_continueb] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb-1][j_continueb] = 0;
if (om[ii1][jj1][i_continueb-1][j_continueb+1] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb-1][j_continueb+1] = 0;
if (om[ii1][jj1][i_continueb-1][j_continueb+2] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb-1][j_continueb+2] = 0;
if (om[ii1][jj1][i_continueb][j_continueb-2] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb][j_continueb-2] = 0;
if (om[ii1][jj1][i_continueb][j_continueb-1] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb][j_continueb-1] = 0;
if (om[ii1][jj1][i_continueb][j_continueb+1] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb][j_continueb+1] = 0;
if (om[ii1][jj1][i_continueb][j_continueb+2] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb][j_continueb+2] = 0;
if (om[ii1][jj1][i_continueb+1][j_continueb-2] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb+1][j_continueb-2] = 0;
if (om[ii1][jj1][i_continueb+1][j_continueb-1] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb+1][j_continueb-1] = 0;
if (om[ii1][jj1][i_continueb+1][j_continueb] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb+1][j_continueb] = 0;
if (om[ii1][jj1][i_continueb+1][j_continueb+1] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb+1][j_continueb+1] = 0;
if (om[ii1][jj1][i_continueb+1][j_continueb+2] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb+1][j_continueb+2] = 0;
if (om[ii1][jj1][i_continueb+2][j_continueb-2] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb+2][j_continueb-2] = 0;
if (om[ii1][jj1][i_continueb+2][j_continueb-1] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb+2][j_continueb-1] = 0;
if (om[ii1][jj1][i_continueb+2][j_continueb] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb+2][j_continueb] = 0;
if (om[ii1][jj1][i_continueb+2][j_continueb+1] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb+2][j_continueb+1] = 0;
if (om[ii1][jj1][i_continueb+2][j_continueb+2] === ASCEND_ROADLIGHT) om[ii1][jj1][i_continueb+2][j_continueb+2] = 0;
}
create_objects_3d_vertices(to_load_chunk_x[dynload_objects_to_load_i], to_load_chunk_z[dynload_objects_to_load_i], i_continueb, j_continueb);
create_terrain_3d_vertices(to_load_chunk_x[dynload_objects_to_load_i], to_load_chunk_z[dynload_objects_to_load_i], i_continueb, j_continueb);
j_continueb++;
}
}
}
}
}
}
//% LOCKED 231012 - add and remove chunks when moving into a new place
function create_terrain_chunks_before_showing_them()
{
// tell game to hide 7x7 chunks around current chunk
if (ci1 !== last_chunk_x || cj1 !== last_chunk_z)
{
for (let t = ci1-3; t <= ci1+3; t++)
{
for (let u = cj1-3; u <= cj1+3; u++)
{
chunk_process[t][u] = CHUNK_HIDE;
}
}
}
// then, tell game to show 5x5 chunks around current chunk
for (let t = ci1-2; t <= ci1+2; t++)
{
for (let u = cj1-2; u <= cj1+2; u++)
{
chunk_process[t][u] = CHUNK_SHOW;
}
}
// tell game to create 5x5 chunks around current chunk
if (ci1 !== last_chunk_x || cj1 !== last_chunk_z)
{
// create current chunk first
to_load_chunk_x[0] = ci1;
to_load_chunk_z[0] = cj1;
let n = 1; // används inte till något?
for (let t = ci1-2; t <= ci1+2; t++)
{
for (let u = cj1-2; u <= cj1+2; u++)
{
// skip current chunk
if (!(t === ci1 && u === cj1))
{
to_load_chunk_x[n] = t;
to_load_chunk_z[n] = u;
}
n++;
}
}
}
last_chunk_x = ci1;
last_chunk_z = cj1;
}