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docs: add plugin setup guide

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This commit is contained in:
andrew
2026-05-30 18:33:24 +12:00
parent f3db41c402
commit b61043a3fe
1776 changed files with 122386 additions and 2 deletions
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plugin/lib/commonlibf4/include/RE/B/BSShaderData.h
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#pragma once
#include "RE/B/BSFixedString.h"
#include "RE/B/BSIntrusiveRefCounted.h"
#include "RE/B/BSTArray.h"
#include "RE/N/NiAlphaProperty.h"
#include "RE/N/NiColor.h"
#include "RE/N/NiPoint2.h"
#include "RE/N/NiPointer.h"
namespace RE
{
class BSEffectShaderPropertyColorController;
class BSEffectShaderPropertyFloatController;
class BSLightingShaderPropertyColorController;
class BSLightingShaderPropertyFloatController;
class BSLightingShaderPropertyUShortController;
class BSNiAlphaPropertyTestRefController;
class BSShaderTextureSet;
namespace BSGraphics
{
enum class TextureAddressMode;
}
class BSShaderData :
public BSIntrusiveRefCounted // 000
{
public:
enum class LightingShaderEnum
{
kStandard = 0x0,
kWater = 0x1,
kEffect = 0x2,
kSky = 0x3,
kTallGrass = 0x4
};
// members
REX::TEnumSet<LightingShaderEnum, std::int32_t> lightingShader; // 004
bool specularEnabled; // 008
NiColor specularColor; // 00C
float specularMult; // 018
NiColor emittanceColor; // 01C
float emittanceColorScale; // 028
float lightingInfluence; // 02C
std::int8_t envmapMinLOD; // 030
float smoothness; // 034
float fresnelPower_ShaderDataEntry; // 038
float wetnessControl_SpecScale_ShaderDataEntry; // 03C
float wetnessControl_SpecPowerScale_ShaderDataEntry; // 040
float wetnessControl_SpecMin_ShaderDataEntry; // 044
float wetnessControl_EnvMapScale_ShaderDataEntry; // 048
float wetnessControl_FresnelPower_ShaderDataEntry; // 04C
float wetnessControl_Metalness_ShaderDataEntry; // 050
bool betnessControl_ScreenSpaceReflections; // 054
BSFixedString rootMaterialPath; // 058
float alpha; // 060
float emittanceMult; // 064
float lookupScale; // 068
bool emitEnabled; // 06C
BSFixedString materialPath; // 070
bool alphaBlend; // 078
REX::TEnumSet<NiAlphaProperty::AlphaFunction, std::int32_t> alphaSrcBlendMode; // 07C
REX::TEnumSet<NiAlphaProperty::AlphaFunction, std::int32_t> alphaDestBlendMode; // 080
bool alphaTest; // 084
REX::TEnumSet<NiAlphaProperty::TestFunction, std::int32_t> alphaTestFunction; // 088
std::int8_t alphaTestRef; // 08C
bool enableEditorAlphaRef; // 08D
bool vertexColors; // 08E
bool vertexAlpha; // 08F
bool modelSpaceNormals; // 090
bool decal; // 091
bool externalEmittance; // 092
bool hideSecret; // 093
bool noFade; // 094
bool dismemberment; // 095
bool facegen; // 096
bool skinTint; // 097
bool hair; // 098
bool twoSided; // 099
bool tree; // 09A
bool bloodEnabled; // 09B
bool uniqueAlphaProperty; // 09C
bool effectLightingEnabled; // 09D
bool castShadows; // 09E
bool receiveShadows; // 09F
bool dissolveFade; // 0A0
bool glowmap; // 0A1
bool assumeShadowmask; // 0A2
bool screenSpaceReflections; // 0A3
bool nonOccluder; // 0A4
bool skewSpecularAlpha; // 0A5
bool tessellate; // 0A6
bool backLighting; // 0A7
bool subSurfaceLighting; // 0A8
bool rimLighting; // 0A9
float subSurfaceRolloff; // 0AC
float rimPower; // 0B0
float backLightPower; // 0B4
bool anisoLighting; // 0B8
bool zBufferWrite; // 0B8
bool zBufferTest; // 0BA
bool refraction; // 0BB
float refractionPower; // 0BC
bool refractionFalloff; // 0C0
BSTArray<BSLightingShaderPropertyFloatController*> lightingFloatControllers; // 0C8
BSTArray<BSLightingShaderPropertyUShortController*> lightingUShortControllers; // 0E0
BSTArray<BSLightingShaderPropertyColorController*> lightingColorControllers; // 0F8
BSTArray<BSEffectShaderPropertyFloatController*> effectFloatControllers; // 110
BSTArray<BSEffectShaderPropertyColorController*> effectColorControllers; // 128
BSNiAlphaPropertyTestRefController* alphaRefTestController; // 140
bool parallax; // 148
bool parallaxOcclusion; // 149
bool multiLayerParallax; // 14A
float parallaxOcclusionHeightScale; // 14C
float parallaxOcclusionMaxPasses; // 150
float parallaxLayerThickness; // 154
float parallaxRefractionScale; // 158
float parallaxInnerLayerUScale; // 15C
float parallaxInnerLayerVScale; // 160
float displacementTextureBias; // 164
float displacementTextureScale; // 168
float tessellationPNScale; // 16C
float tessellationFadeDistance; // 170
float tessellationBaseFactor; // 174
bool tessellationNeedsDominantUVs; // 178
bool tessellationNeedsCrackFreeNormals; // 179
bool environmentMapping; // 17A
bool environmentMappingEye; // 17B
bool environmentMappingWindow; // 17C
float environmentMappingMaskScale; // 180
std::int32_t skyTYpe; // 184
bool reflectionsEnabled; // 188
bool silhouetteReflectionsEnabled; // 189
bool refractionsEnabled; // 18A
bool depthEnabled; // 18B
bool vertexUVEnabled; // 18C
bool vertexAlphaDepthEnabled; // 18D
bool foggingEnabled; // 18E
bool falloffEnabled; // 18F
bool rgbFalloffEnabled; // 190
NiColorA falloffData; // 194
bool softEnabled; // 1A4
float softDepth; // 1A8
NiPoint2 uvOffset; // 1AC
NiPoint2 uvScale; // 1B4
bool grayscaleToPaletteColor; // 1BC
bool grayscaleToPaletteAlpha; // 1BD
NiColor hairTintColor; // 1C0
NiPointer<BSShaderTextureSet> textureSet; // 1D0
REX::TEnumSet<BSGraphics::TextureAddressMode, std::int32_t> clampMode; // 1D8
};
static_assert(sizeof(BSShaderData) == 0x1E0);
}