horoli
eb49ea4b84
Add the Blender flashlight asset with a 600 lm beam and reduced bloom, shared-mode self badge, and compact phone controls. Relocate the summit marker, blend terrain seams, widen walking routes, and align local server configuration on port 2027.
50 lines
3.0 KiB
TypeScript
50 lines
3.0 KiB
TypeScript
import { test } from 'node:test';
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import assert from 'node:assert/strict';
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import { createSummitWalking } from '../src/controls/summitWalking.ts';
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import { structurePosition } from '../src/scene/structures.ts';
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import { SUMMIT_TERRAIN } from '../src/constants/summitTerrain.ts';
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import { SUMMIT_PLATEAU } from '../src/constants/summitPlateau.ts';
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const origin = { latitude: 37.445, longitude: 126.964 };
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const walking = createSummitWalking(origin);
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const start = structurePosition(SUMMIT_TERRAIN.start.latitude, SUMMIT_TERRAIN.start.longitude, origin);
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test('estimated start connects to the mapped public summit route', () => {
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const junction = structurePosition(37.4447614,126.9641235,origin);
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assert.ok(walking.canTraverse(start,junction));
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for (const route of walking.routes) for (let i=1;i<route.points.length;i++) {
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const a=route.points[i-1], b=route.points[i];
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if (walking.inside(a.x,a.z) && walking.inside(b.x,b.z)) assert.ok(walking.canTraverse(a,b),route.id);
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}
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});
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test('walking cannot cross forest, radar facility or the 200m boundary', () => {
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const radar = structurePosition(37.444028,126.963808,origin);
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assert.equal(walking.walkable(radar.x,radar.z),false);
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assert.equal(walking.walkable(start.x+201,start.z),false);
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assert.equal(walking.canTraverse(start,{x:start.x+80,z:start.z}),false);
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const north=structurePosition(37.4449609,126.9641628,origin);
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const east=structurePosition(37.4448264,126.9646956,origin);
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assert.equal(walking.canTraverse(north,east),false,'cannot cut the corner between valid endpoints');
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});
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test('summit slab allows lateral movement beside the peak and connects to the lower forecourt', () => {
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// OSM peak is north of the estimated camera; photos show a broad slab, not just a trail.
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const peak = structurePosition(37.4451398,126.9642379,origin);
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const eastSlab = { x: peak.x+7, z: peak.z+10 };
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const westSlab = { x: peak.x-12, z: peak.z+10 };
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assert.ok(walking.canTraverse(westSlab,eastSlab),'cross the upper slab beside the summit marker');
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assert.ok(walking.canTraverse(start,eastSlab),'lower forecourt joins the summit slab');
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const mast = structurePosition(37.4450675,126.9638043,origin);
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assert.equal(walking.walkable(mast.x,mast.z),false,'mast compound remains excluded');
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assert.equal(walking.walkable(peak.x+30,peak.z),false,'eastern cliff is not part of the slab');
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});
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test('visible summit slab stops at its walking edge and the marker footprint is blocked', () => {
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const outside={x:start.x-32,z:start.z-34};
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assert.equal(walking.onPlatform(outside.x,outside.z),false);
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assert.ok(walking.rockDistance(outside.x,outside.z)>0,'no circular rock patch beyond the slab boundary');
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const [x,z] = SUMMIT_PLATEAU.marker.offset;
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assert.equal(walking.walkable(start.x+x,start.z+z),false,'cannot walk through the relocated summit stone');
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assert.ok(walking.walkable(start.x+x-3,start.z+z),'can walk beside the stone');
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assert.ok(walking.walkable(start.x-12,start.z-22),'the former marker position is no longer blocked');
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});
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