## World Generation Pipeline - Add comprehensive 7-phase geological simulation (4.6 billion years) - Implement WindRegions-based climate system with ITCZ zones - Create 18 biome types with scientific classification parameters - Establish Phase 7 budget assignment and natural feature placement ## Resource System Architecture - Add 70+ natural features across 8 categories (geological, water, forest, volcanic, etc.) - Implement complete resource-to-feature mapping for all game materials - Create individual resource files for metals (iron, copper, gold, uranium, etc.) - Add comprehensive cross-referencing between features and game resources ## Biome Integration System - Design scalable blacklist + frequent biomes compatibility system - Implement mass-based feature selection with geological strength requirements - Add 5 spatial distribution patterns (concentrated, uniform, ring, clustered, gradient) - Create region-based feature placement with biome-aware filtering ## Documentation and Architecture - Add detailed geological and climate simulation system documentation - Update project overview with world generation achievements - Establish JSON-driven configuration system for all generation parameters - Create comprehensive system for Phase 8 integration readiness 🤖 Generated with [Claude Code](https://claude.ai/code) Co-Authored-By: Claude <noreply@anthropic.com>
76 lines
2.8 KiB
JSON
76 lines
2.8 KiB
JSON
{
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"rare_metal_resources": {
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"tungsten_vein": {
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"display_name": "Tungsten Vein",
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"description": "High-grade tungsten ore in quartz veins with scheelite and wolframite",
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"formation_type": "hydrothermal_tungsten_precipitation",
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"extraction_difficulty": "very_hard",
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"budget_impact": 6,
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"resource_yield": "medium",
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"quality": "premium"
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},
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"molybdenum_porphyry": {
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"display_name": "Molybdenum Porphyry",
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"description": "Molybdenum sulfide in large porphyry copper systems",
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"formation_type": "porphyry_molybdenum_system",
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"extraction_difficulty": "very_hard",
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"budget_impact": 5,
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"resource_yield": "medium",
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"quality": "premium"
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},
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"chromite_deposit": {
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"display_name": "Chromite Deposit",
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"description": "Chromium-iron oxide ore in layered mafic intrusions",
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"formation_type": "layered_mafic_intrusion",
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"extraction_difficulty": "hard",
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"budget_impact": 4,
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"resource_yield": "high",
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"quality": "standard"
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},
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"antimony_vein": {
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"display_name": "Antimony Vein",
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"description": "Stibnite ore in hydrothermal veins with mercury associations",
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"formation_type": "epithermal_antimony_vein",
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"extraction_difficulty": "medium",
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"budget_impact": 3,
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"resource_yield": "medium",
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"quality": "standard"
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},
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"cobalt_arsenide": {
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"display_name": "Cobalt Arsenide",
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"description": "Cobalt-arsenic minerals in hydrothermal deposits with silver traces",
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"formation_type": "hydrothermal_cobalt_precipitation",
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"extraction_difficulty": "hard",
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"budget_impact": 4,
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"resource_yield": "low",
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"quality": "premium"
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},
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"iridium_placer": {
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"display_name": "Iridium Placer",
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"description": "Ultra-rare platinum group metal in alluvial concentrations",
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"formation_type": "alluvial_pge_concentration",
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"extraction_difficulty": "very_hard",
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"budget_impact": 7,
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"resource_yield": "very_low",
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"quality": "premium"
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},
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"lithium_pegmatite": {
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"display_name": "Lithium Pegmatite",
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"description": "Spodumene-bearing granite pegmatite with lithium silicate minerals",
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"formation_type": "granitic_pegmatite",
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"extraction_difficulty": "hard",
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"budget_impact": 4,
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"resource_yield": "medium",
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"quality": "premium"
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},
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"lithium_brine": {
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"display_name": "Lithium Brine",
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"description": "Salt lake brines with concentrated lithium chloride solutions",
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"formation_type": "evaporite_lithium_concentration",
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"extraction_difficulty": "medium",
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"budget_impact": 3,
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"resource_yield": "high",
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"quality": "standard"
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}
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}
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} |