mirror of
https://github.com/neoStudiosLCE/neoLegacy.git
synced 2026-05-22 00:08:42 +00:00
97 lines
3.3 KiB
C++
97 lines
3.3 KiB
C++
#include "stdafx.h"
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#include "MutatedBiome.h"
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#include "BiomeDecorator.h"
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#include "Level.h"
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#include "Random.h"
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#include "ChunkPrimer.h"
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MutatedBiome::MutatedBiome(int id, Biome* baseBiome)
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: Biome(id), m_baseBiome(baseBiome)
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{
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if (!baseBiome) return;
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color = baseBiome->color;
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topMaterial = baseBiome->topMaterial;
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topMaterialData = baseBiome->topMaterialData;
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material = baseBiome->material;
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materialData = baseBiome->materialData;
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leafColor = baseBiome->leafColor;
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depth = baseBiome->depth + 0.1f;
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scale = baseBiome->scale + 0.2f;
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temperature = baseBiome->temperature;
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downfall = baseBiome->downfall;
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_hasRain = baseBiome->_hasRain;
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snowCovered = baseBiome->snowCovered;
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friendlies = baseBiome->friendlies;
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enemies = baseBiome->enemies;
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waterFriendlies = baseBiome->waterFriendlies;
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friendlies_chicken = baseBiome->friendlies_chicken;
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friendlies_wolf = baseBiome->friendlies_wolf;
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friendlies_mushroomcow = baseBiome->friendlies_mushroomcow;
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ambientFriendlies = baseBiome->ambientFriendlies;
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m_waterColor = baseBiome->m_waterColor;
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m_skyColor = baseBiome->m_skyColor;
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m_grassColor = baseBiome->m_grassColor;
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m_foliageColor = baseBiome->m_foliageColor;
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m_name = baseBiome->m_name + L" Mutated";
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if (decorator && baseBiome->decorator) {
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decorator->treeCount = baseBiome->decorator->treeCount;
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decorator->grassCount = baseBiome->decorator->grassCount;
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decorator->flowerCount = baseBiome->decorator->flowerCount;
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decorator->hugeMushrooms = baseBiome->decorator->hugeMushrooms;
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}
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}
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MutatedBiome::~MutatedBiome() {}
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Feature* MutatedBiome::getTreeFeature(Random* random) {
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return m_baseBiome ? m_baseBiome->getTreeFeature(random) : Biome::getTreeFeature(random);
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}
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void MutatedBiome::decorate(Level* level, Random* rand, int xo, int zo) {
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if (m_baseBiome)
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m_baseBiome->decorate(level, rand, xo, zo);
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else
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Biome::decorate(level, rand, xo, zo);
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}
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int MutatedBiome::getGrassColor() const {
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return m_baseBiome ? m_baseBiome->getGrassColor() : Biome::getGrassColor();
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}
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int MutatedBiome::getFolageColor() const {
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return m_baseBiome ? m_baseBiome->getFolageColor() : Biome::getFolageColor();
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}
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float MutatedBiome::getCreatureProbability() const
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{
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return m_baseBiome ? m_baseBiome->getCreatureProbability() : Biome::getCreatureProbability();
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}
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bool MutatedBiome::isSame(const Biome* other) const {
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return m_baseBiome ? m_baseBiome->isSame(other) : Biome::isSame(other);
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}
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int MutatedBiome::getTemperatureCategory() const {
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return m_baseBiome ? m_baseBiome->getTemperatureCategory() : Biome::getTemperatureCategory();
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}
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Feature* MutatedBiome::getFlowerFeature(Random* random, int x, int y, int z) {
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return m_baseBiome ? m_baseBiome->getFlowerFeature(random, x, y, z) : Biome::getFlowerFeature(random, x, y, z);
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}
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int MutatedBiome::getRandomDoublePlantType(Random* random) {
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return m_baseBiome ? m_baseBiome->getRandomDoublePlantType(random) : Biome::getRandomDoublePlantType(random);
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}
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void MutatedBiome::buildSurfaceAt(Level* level, Random* random, ChunkPrimer* primer, int x, int z, double noiseVal) {
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if (m_baseBiome)
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m_baseBiome->buildSurfaceAt(level, random, primer, x, z, noiseVal);
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else
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Biome::buildSurfaceAt(level, random, primer, x, z, noiseVal);
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} |