StillHammer
b93b269e6d
- Create volcanic system: Volcano.h, VolcanoFactory.h, VolcanoImpact.h with realistic lifecycle modeling - Add PlanetaryDifferentiationFunction.h for gravitational material separation (regions → core) - Implement CoolingPhaseFunction.h with dual influences (core + surface temperature) - Create UniversalRegionFusionFunction.h as template with duck typing for type-safe fusion - Add ResourceRegion.h, TectonicRegion.h, ClimateRegion.h with unified fusion interface - Update Regular_world.json with Phase 0 initialization and volcanic/cooling configurations - Add melting_point_celsius to all resources for volcanic composition filtering - Implement ResourceRegistry and RandomGenerator singletons for performance - Scale system for realistic quantities: uint64_t gameplay, uint128_t planetary core 🤖 Generated with [Claude Code](https://claude.ai/code) Co-Authored-By: Claude <noreply@anthropic.com>
78 lines
2.3 KiB
JSON
78 lines
2.3 KiB
JSON
{
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"mystery_inclusions": {
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"name": "Mystery Inclusions",
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"category": "unknown_material",
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"logistic_category": "resource",
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"density": 8.5,
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"stack_size": 1,
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"container_type": "anomalous_material",
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"ui": {
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"icon": "mystery_inclusions.png",
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"color": "#8B008B",
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"map_color": "#9932CC",
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"particle_effect": "mystery_sparkle"
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}
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},
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"trapped_gases": {
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"name": "Trapped Gases",
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"category": "exotic_gas",
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"logistic_category": "fluid",
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"density": 0.002,
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"stack_size": 0,
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"container_type": "pressure_vessel",
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"ui": {
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"icon": "trapped_gases.png",
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"color": "#E0FFFF",
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"map_color": "#F0F8FF",
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"particle_effect": "gas_bubbles"
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}
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},
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"trace_metals": {
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"name": "Trace Metals",
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"category": "metal_mixture",
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"logistic_category": "resource",
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"density": 6.2,
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"stack_size": 10,
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"container_type": "mixed_metals",
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"ui": {
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"icon": "trace_metals.png",
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"color": "#C0C0C0",
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"map_color": "#A9A9A9",
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"particle_effect": "fine_metallic_dust"
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}
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},
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"metal_inclusions": {
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"name": "Metal Inclusions",
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"category": "embedded_metal",
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"logistic_category": "resource",
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"density": 4.8,
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"stack_size": 5,
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"container_type": "composite_material",
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"ui": {
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"icon": "metal_inclusions.png",
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"color": "#696969",
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"map_color": "#708090",
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"particle_effect": "embedded_sparkle"
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}
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},
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"meteoric_iron_ore": {
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"name": "Meteoric Iron Ore",
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"category": "space_alloy",
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"logistic_category": "resource",
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"density": 6.8,
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"melting_point_celsius": 1600,
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"stack_size": 25,
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"container_type": "meteoric_ore",
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"processing_note": "Space-forged iron-nickel alloy, produces superior steel with minimal processing",
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"ui": {
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"icon": "meteoric_iron_ore.png",
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"color": "#4682B4",
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"map_color": "#5F9EA0",
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"particle_effect": "meteoric_sparkle"
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}
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},
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// DECOMPOSED MATERIALS - Use individual ores instead:
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// "other_metals" → zinc_ore + tin_ore + lead_ore + antimony_ore (random distribution)
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// "precious_metals" → silver_ore + gold_ore + platinum_ore (random distribution)
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// "rare_metals" → titanium_ore + tungsten_ore + iridium_ore (random distribution)
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} |