private void SetMaterialFromUI(ref BaseMaterialFile file)
{
// Base
file.Version = Convert.ToUInt32(numVersion.Value);
file.TileU = cbTileU.Checked;
file.TileV = cbTileV.Checked;
file.UOffset = Convert.ToSingle(numOffsetU.Value);
file.VOffset = Convert.ToSingle(numOffsetV.Value);
file.UScale = Convert.ToSingle(numScaleU.Value);
file.VScale = Convert.ToSingle(numScaleV.Value);
file.Alpha = Convert.ToSingle(numAlpha.Value);
file.AlphaBlendMode = (BaseMaterialFile.AlphaBlendModeType)selAlphaBlendMode.SelectedIndex;
file.AlphaTestRef = Convert.ToByte(numAlphaTestReference.Value);
file.AlphaTest = cbAlphaTest.Checked;
file.ZBufferWrite = cbZBufferWrite.Checked;
file.ZBufferTest = cbZBufferTest.Checked;
file.ScreenSpaceReflections = cbScreenSpaceReflections.Checked;
file.WetnessControlScreenSpaceReflections = cbWetnessControlSSR.Checked;
file.Decal = cbDecal.Checked;
file.TwoSided = cbTwoSided.Checked;
file.DecalNoFade = cbDecalNoFade.Checked;
file.NonOccluder = cbNonOccluder.Checked;
file.Refraction = cbRefraction.Checked;
file.RefractionFalloff = cbRefractionFalloff.Checked;
file.RefractionPower = Convert.ToSingle(numRefractionPower.Value);
file.EnvironmentMapping = cbEnvironmentMapping.Checked;
file.EnvironmentMappingMaskScale = Convert.ToSingle(numEnvironmentMaskScale.Value);
file.GrayscaleToPaletteColor = cbGrayscaleToPaletteColor.Checked;
if (file.GetType() == typeof(BGSM))
{
// BGSM
BGSM bgsm = (BGSM)file;
bgsm.DiffuseTexture = tbDiffuseTexture.Text;
bgsm.NormalTexture = tbNormalTexture.Text;
bgsm.SmoothSpecTexture = tbSmoothSpecularTexture.Text;
bgsm.GreyscaleTexture = tbGreyscaleTexture.Text;
bgsm.EnvmapTexture = tbEnvironmentMapTexture.Text;
bgsm.GlowTexture = tbGlowTexture.Text;
bgsm.InnerLayerTexture = tbInnerLayerTexture.Text;
bgsm.WrinklesTexture = tbWrinklesTexture.Text;
bgsm.DisplacementTexture = tbDisplacementTexture.Text;
bgsm.EnableEditorAlphaRef = cbEnableEditorAlphaRef.Checked;
bgsm.RimLighting = cbRimLighting.Checked;
bgsm.RimPower = Convert.ToSingle(numRimPower.Value);
bgsm.BackLightPower = Convert.ToSingle(numBacklightPower.Value);
bgsm.SubsurfaceLighting = cbSubsurfaceLighting.Checked;
bgsm.SubsurfaceLightingRolloff = Convert.ToSingle(numSubsurfaceLightingRolloff.Value);
bgsm.SpecularEnabled = cbSpecularEnabled.Checked;
bgsm.SpecularColor = (uint)btSpecularColor.BackColor.ToArgb();
bgsm.SpecularMult = Convert.ToSingle(numSpecularMultiplier.Value);
bgsm.Smoothness = Convert.ToSingle(numSmoothness.Value);
bgsm.FresnelPower = Convert.ToSingle(numFresnelPower.Value);
bgsm.WetnessControlSpecScale = Convert.ToSingle(numWetSpecScale.Value);
bgsm.WetnessControlSpecPowerScale = Convert.ToSingle(numWetSpecPowerScale.Value);
bgsm.WetnessControlSpecMinvar = Convert.ToSingle(numWetSpecMinVar.Value);
bgsm.WetnessControlEnvMapScale = Convert.ToSingle(numWetEnvMapScale.Value);
bgsm.WetnessControlFresnelPower = Convert.ToSingle(numWetFresnelPower.Value);
bgsm.WetnessControlMetalness = Convert.ToSingle(numWetMetalness.Value);
bgsm.RootMaterialPath = tbRootMaterialPath.Text;
bgsm.AnisoLighting = cbAnisoLighting.Checked;
bgsm.EmitEnabled = cbEmittanceEnabled.Checked;
bgsm.EmittanceColor = (uint)btEmittanceColor.BackColor.ToArgb();
bgsm.EmittanceMult = Convert.ToSingle(numEmittanceMultiplier.Value);
bgsm.ModelSpaceNormals = cbModelSpaceNormals.Checked;
bgsm.ExternalEmittance = cbExternalEmittance.Checked;
bgsm.BackLighting = cbBackLighting.Checked;
bgsm.ReceiveShadows = cbReceiveShadows.Checked;
bgsm.HideSecret = cbHideSecret.Checked;
bgsm.CastShadows = cbCastShadows.Checked;
bgsm.DissolveFade = cbDissolveFade.Checked;
bgsm.AssumeShadowmask = cbAssumeShadowmask.Checked;
bgsm.Glowmap = cbGlowmap.Checked;
bgsm.EnvironmentMappingWindow = cbEnvironmentMapWindow.Checked;
bgsm.EnvironmentMappingEye = cbEnvironmentMapEye.Checked;
bgsm.Hair = cbHair.Checked;
bgsm.HairTintColor = (uint)btHairTintColor.BackColor.ToArgb();
bgsm.Tree = cbTree.Checked;
bgsm.Facegen = cbFacegen.Checked;
bgsm.SkinTint = cbSkinTint.Checked;
bgsm.Tessellate = cbTessellate.Checked;
bgsm.DisplacementTextureBias = Convert.ToSingle(numDisplacementTexBias.Value);
bgsm.DisplacementTextureScale = Convert.ToSingle(numDisplacementTexScale.Value);
bgsm.TessellationPnScale = Convert.ToSingle(numTessellationPNScale.Value);
bgsm.TessellationBaseFactor = Convert.ToSingle(numTessellationBaseFactor.Value);
bgsm.TessellationFadeDistance = Convert.ToSingle(numTessellationFadeDistance.Value);
bgsm.GrayscaleToPaletteScale = Convert.ToSingle(numGrayscaleToPaletteScale.Value);
bgsm.SkewSpecularAlpha = cbSkewSpecularAlpha.Checked;
}
else if (file.GetType() == typeof(BGEM))
{
// BGEM
BGEM bgem = (BGEM)file;
bgem.BaseTexture = tbBaseTexture.Text;
bgem.GrayscaleTexture = tbGrayscaleTexture.Text;
bgem.EnvmapTexture = tbEnvmapTexture.Text;
bgem.NormalTexture = tbNormalTexture_effect.Text;
bgem.EnvmapMaskTexture = tbEnvmapMaskTexture.Text;
bgem.BloodEnabled = cbBloodEnabled.Checked;
bgem.EffectLightingEnabled = cbEffectLightingEnabled.Checked;
bgem.FalloffEnabled = cbFalloffEnabled.Checked;
bgem.FalloffColorEnabled = cbFalloffColorEnabled.Checked;
bgem.GrayscaleToPaletteAlpha = cbGrayscaleToPaletteAlpha.Checked;
bgem.SoftEnabled = cbSoftEnabled.Checked;
bgem.BaseColor = (uint)btBaseColor.BackColor.ToArgb();
bgem.BaseColorScale = Convert.ToSingle(numBaseColorScale.Value);
bgem.FalloffStartAngle = Convert.ToSingle(numFalloffStartAngle.Value);
bgem.FalloffStopAngle = Convert.ToSingle(numFalloffStopAngle.Value);
bgem.FalloffStartOpacity = Convert.ToSingle(numFalloffStartOpacity.Value);
bgem.FalloffStopOpacity = Convert.ToSingle(numFalloffStopOpacity.Value);
bgem.LightingInfluence = Convert.ToSingle(numLightingInfluence.Value);
bgem.EnvmapMinLOD = Convert.ToByte(numEnvmapMinLOD.Value);
bgem.SoftDepth = Convert.ToSingle(numSoftDepth.Value);
}
}
private void SetUIFromMaterial(ref BaseMaterialFile file)
{
// Base
numVersion.Value = file.Version;
cbTileU.Checked = file.TileU;
cbTileV.Checked = file.TileV;
numOffsetU.Value = Convert.ToDecimal(file.UOffset);
numOffsetV.Value = Convert.ToDecimal(file.VOffset);
numScaleU.Value = Convert.ToDecimal(file.UScale);
numScaleV.Value = Convert.ToDecimal(file.VScale);
numAlpha.Value = Convert.ToDecimal(file.Alpha);
int alphaBlendMode = (int)file.AlphaBlendMode;
if (alphaBlendMode < 0 || alphaBlendMode > 4)
alphaBlendMode = 0;
selAlphaBlendMode.SelectedIndex = alphaBlendMode;
numAlphaTestReference.Value = file.AlphaTestRef;
cbAlphaTest.Checked = file.AlphaTest;
cbZBufferWrite.Checked = file.ZBufferWrite;
cbZBufferTest.Checked = file.ZBufferTest;
cbScreenSpaceReflections.Checked = file.ScreenSpaceReflections;
cbWetnessControlSSR.Checked = file.WetnessControlScreenSpaceReflections;
cbDecal.Checked = file.Decal;
cbTwoSided.Checked = file.TwoSided;
cbDecalNoFade.Checked = file.DecalNoFade;
cbNonOccluder.Checked = file.NonOccluder;
cbRefraction.Checked = file.Refraction;
cbRefractionFalloff.Checked = file.RefractionFalloff;
numRefractionPower.Value = Convert.ToDecimal(file.RefractionPower);
cbEnvironmentMapping.Checked = file.EnvironmentMapping;
numEnvironmentMaskScale.Value = Convert.ToDecimal(file.EnvironmentMappingMaskScale);
cbGrayscaleToPaletteColor.Checked = file.GrayscaleToPaletteColor;
if (file.GetType() == typeof(BGSM))
{
// BGSM
BGSM bgsm = (BGSM)file;
tbDiffuseTexture.Text = bgsm.DiffuseTexture;
tbNormalTexture.Text = bgsm.NormalTexture;
tbSmoothSpecularTexture.Text = bgsm.SmoothSpecTexture;
tbGreyscaleTexture.Text = bgsm.GreyscaleTexture;
tbEnvironmentMapTexture.Text = bgsm.EnvmapTexture;
tbGlowTexture.Text = bgsm.GlowTexture;
tbInnerLayerTexture.Text = bgsm.InnerLayerTexture;
tbWrinklesTexture.Text = bgsm.WrinklesTexture;
tbDisplacementTexture.Text = bgsm.DisplacementTexture;
cbEnableEditorAlphaRef.Checked = bgsm.EnableEditorAlphaRef;
cbRimLighting.Checked = bgsm.RimLighting;
numRimPower.Value = Convert.ToDecimal(bgsm.RimPower);
numBacklightPower.Value = Convert.ToDecimal(bgsm.BackLightPower);
cbSubsurfaceLighting.Checked = bgsm.SubsurfaceLighting;
numSubsurfaceLightingRolloff.Value = Convert.ToDecimal(bgsm.SubsurfaceLightingRolloff);
cbSpecularEnabled.Checked = bgsm.SpecularEnabled;
Color specularColor = Color.FromArgb((int)bgsm.SpecularColor);
btSpecularColor.BackColor = Color.FromArgb(specularColor.R, specularColor.G, specularColor.B);
numSpecularMultiplier.Value = Convert.ToDecimal(bgsm.SpecularMult);
numSmoothness.Value = Convert.ToDecimal(Math.Min(Math.Max(0.0f, bgsm.Smoothness), 1.0f));
numFresnelPower.Value = Convert.ToDecimal(bgsm.FresnelPower);
numWetSpecScale.Value = Convert.ToDecimal(bgsm.WetnessControlSpecScale);
numWetSpecPowerScale.Value = Convert.ToDecimal(bgsm.WetnessControlSpecPowerScale);
numWetSpecMinVar.Value = Convert.ToDecimal(bgsm.WetnessControlSpecMinvar);
numWetEnvMapScale.Value = Convert.ToDecimal(bgsm.WetnessControlEnvMapScale);
numWetFresnelPower.Value = Convert.ToDecimal(bgsm.WetnessControlFresnelPower);
numWetMetalness.Value = Convert.ToDecimal(bgsm.WetnessControlMetalness);
tbRootMaterialPath.Text = bgsm.RootMaterialPath;
cbAnisoLighting.Checked = bgsm.AnisoLighting;
cbEmittanceEnabled.Checked = bgsm.EmitEnabled;
Color emittanceColor = Color.FromArgb((int)bgsm.EmittanceColor);
btEmittanceColor.BackColor = Color.FromArgb(emittanceColor.R, emittanceColor.G, emittanceColor.B);
numEmittanceMultiplier.Value = Convert.ToDecimal(bgsm.EmittanceMult);
cbModelSpaceNormals.Checked = bgsm.ModelSpaceNormals;
cbExternalEmittance.Checked = bgsm.ExternalEmittance;
cbBackLighting.Checked = bgsm.BackLighting;
cbReceiveShadows.Checked = bgsm.ReceiveShadows;
cbHideSecret.Checked = bgsm.HideSecret;
cbCastShadows.Checked = bgsm.CastShadows;
cbDissolveFade.Checked = bgsm.DissolveFade;
cbAssumeShadowmask.Checked = bgsm.AssumeShadowmask;
cbGlowmap.Checked = bgsm.Glowmap;
cbEnvironmentMapWindow.Checked = bgsm.EnvironmentMappingWindow;
cbEnvironmentMapEye.Checked = bgsm.EnvironmentMappingEye;
cbHair.Checked = bgsm.Hair;
Color hairTintColor = Color.FromArgb((int)bgsm.HairTintColor);
btHairTintColor.BackColor = Color.FromArgb(hairTintColor.R, hairTintColor.G, hairTintColor.B);
cbTree.Checked = bgsm.Tree;
cbFacegen.Checked = bgsm.Facegen;
cbSkinTint.Checked = bgsm.SkinTint;
cbTessellate.Checked = bgsm.Tessellate;
numDisplacementTexBias.Value = Convert.ToDecimal(bgsm.DisplacementTextureBias);
numDisplacementTexScale.Value = Convert.ToDecimal(bgsm.DisplacementTextureScale);
numTessellationPNScale.Value = Convert.ToDecimal(bgsm.TessellationPnScale);
numTessellationBaseFactor.Value = Convert.ToDecimal(bgsm.TessellationBaseFactor);
numTessellationFadeDistance.Value = Convert.ToDecimal(bgsm.TessellationFadeDistance);
numGrayscaleToPaletteScale.Value = Convert.ToDecimal(bgsm.GrayscaleToPaletteScale);
cbSkewSpecularAlpha.Checked = bgsm.SkewSpecularAlpha;
}
else if (file.GetType() == typeof(BGEM))
{
// BGEM
BGEM bgem = (BGEM)file;
tbBaseTexture.Text = bgem.BaseTexture;
tbGrayscaleTexture.Text = bgem.GrayscaleTexture;
tbEnvmapTexture.Text = bgem.EnvmapTexture;
tbNormalTexture_effect.Text = bgem.NormalTexture;
tbEnvmapMaskTexture.Text = bgem.EnvmapMaskTexture;
cbBloodEnabled.Checked = bgem.BloodEnabled;
cbEffectLightingEnabled.Checked = bgem.EffectLightingEnabled;
cbFalloffEnabled.Checked = bgem.FalloffEnabled;
cbFalloffColorEnabled.Checked = bgem.FalloffColorEnabled;
cbGrayscaleToPaletteAlpha.Checked = bgem.GrayscaleToPaletteAlpha;
cbSoftEnabled.Checked = bgem.SoftEnabled;
Color baseColor = Color.FromArgb((int)bgem.BaseColor);
btBaseColor.BackColor = Color.FromArgb(baseColor.R, baseColor.G, baseColor.B);
numBaseColorScale.Value = Convert.ToDecimal(bgem.BaseColorScale);
numFalloffStartAngle.Value = Convert.ToDecimal(bgem.FalloffStartAngle);
numFalloffStopAngle.Value = Convert.ToDecimal(bgem.FalloffStopAngle);
numFalloffStartOpacity.Value = Convert.ToDecimal(bgem.FalloffStartOpacity);
numFalloffStopOpacity.Value = Convert.ToDecimal(bgem.FalloffStopOpacity);
numLightingInfluence.Value = Convert.ToDecimal(bgem.LightingInfluence);
numEnvmapMinLOD.Value = bgem.EnvmapMinLOD;
numSoftDepth.Value = Convert.ToDecimal(bgem.SoftDepth);
}
UpdateUI();
}
private void SetUIFromMaterial(ref BaseMaterialFile file)
{
// Base
numVersion.Value = file.Version;
cbTileU.Checked = file.TileU;
cbTileV.Checked = file.TileV;
numOffsetU.Value = Convert.ToDecimal(file.UOffset);
numOffsetV.Value = Convert.ToDecimal(file.VOffset);
numScaleU.Value = Convert.ToDecimal(file.UScale);
numScaleV.Value = Convert.ToDecimal(file.VScale);
numAlpha.Value = Convert.ToDecimal(file.Alpha);
int alphaBlendMode = (int)file.AlphaBlendMode;
if (alphaBlendMode < 0 || alphaBlendMode > 4)
{
alphaBlendMode = 0;
}
selAlphaBlendMode.SelectedIndex = alphaBlendMode;
numAlphaTestReference.Value = file.AlphaTestRef;
cbAlphaTest.Checked = file.AlphaTest;
cbZBufferWrite.Checked = file.ZBufferWrite;
cbZBufferTest.Checked = file.ZBufferTest;
cbScreenSpaceReflections.Checked = file.ScreenSpaceReflections;
cbWetnessControlSSR.Checked = file.WetnessControlScreenSpaceReflections;
cbDecal.Checked = file.Decal;
cbTwoSided.Checked = file.TwoSided;
cbDecalNoFade.Checked = file.DecalNoFade;
cbNonOccluder.Checked = file.NonOccluder;
cbRefraction.Checked = file.Refraction;
cbRefractionFalloff.Checked = file.RefractionFalloff;
numRefractionPower.Value = Convert.ToDecimal(file.RefractionPower);
cbEnvironmentMapping.Checked = file.EnvironmentMapping;
numEnvironmentMaskScale.Value = Convert.ToDecimal(file.EnvironmentMappingMaskScale);
cbGrayscaleToPaletteColor.Checked = file.GrayscaleToPaletteColor;
if (file.GetType() == typeof(BGSM))
{
// BGSM
BGSM bgsm = (BGSM)file;
tbDiffuseTexture.Text = bgsm.DiffuseTexture;
tbNormalTexture.Text = bgsm.NormalTexture;
tbSmoothSpecularTexture.Text = bgsm.SmoothSpecTexture;
tbGreyscaleTexture.Text = bgsm.GreyscaleTexture;
tbEnvironmentMapTexture.Text = bgsm.EnvmapTexture;
tbGlowTexture.Text = bgsm.GlowTexture;
tbInnerLayerTexture.Text = bgsm.InnerLayerTexture;
tbWrinklesTexture.Text = bgsm.WrinklesTexture;
tbDisplacementTexture.Text = bgsm.DisplacementTexture;
cbEnableEditorAlphaRef.Checked = bgsm.EnableEditorAlphaRef;
cbRimLighting.Checked = bgsm.RimLighting;
numRimPower.Value = Convert.ToDecimal(bgsm.RimPower);
numBacklightPower.Value = Convert.ToDecimal(bgsm.BackLightPower);
cbSubsurfaceLighting.Checked = bgsm.SubsurfaceLighting;
numSubsurfaceLightingRolloff.Value = Convert.ToDecimal(bgsm.SubsurfaceLightingRolloff);
cbSpecularEnabled.Checked = bgsm.SpecularEnabled;
Color specularColor = Color.FromArgb((int)bgsm.SpecularColor);
btSpecularColor.BackColor = Color.FromArgb(specularColor.R, specularColor.G, specularColor.B);
numSpecularMultiplier.Value = Convert.ToDecimal(bgsm.SpecularMult);
numSmoothness.Value = Convert.ToDecimal(Math.Min(Math.Max(0.0f, bgsm.Smoothness), 1.0f));
numFresnelPower.Value = Convert.ToDecimal(bgsm.FresnelPower);
numWetSpecScale.Value = Convert.ToDecimal(bgsm.WetnessControlSpecScale);
numWetSpecPowerScale.Value = Convert.ToDecimal(bgsm.WetnessControlSpecPowerScale);
numWetSpecMinVar.Value = Convert.ToDecimal(bgsm.WetnessControlSpecMinvar);
numWetEnvMapScale.Value = Convert.ToDecimal(bgsm.WetnessControlEnvMapScale);
numWetFresnelPower.Value = Convert.ToDecimal(bgsm.WetnessControlFresnelPower);
numWetMetalness.Value = Convert.ToDecimal(bgsm.WetnessControlMetalness);
tbRootMaterialPath.Text = bgsm.RootMaterialPath;
cbAnisoLighting.Checked = bgsm.AnisoLighting;
cbEmittanceEnabled.Checked = bgsm.EmitEnabled;
Color emittanceColor = Color.FromArgb((int)bgsm.EmittanceColor);
btEmittanceColor.BackColor = Color.FromArgb(emittanceColor.R, emittanceColor.G, emittanceColor.B);
numEmittanceMultiplier.Value = Convert.ToDecimal(bgsm.EmittanceMult);
cbModelSpaceNormals.Checked = bgsm.ModelSpaceNormals;
cbExternalEmittance.Checked = bgsm.ExternalEmittance;
cbBackLighting.Checked = bgsm.BackLighting;
cbReceiveShadows.Checked = bgsm.ReceiveShadows;
cbHideSecret.Checked = bgsm.HideSecret;
cbCastShadows.Checked = bgsm.CastShadows;
cbDissolveFade.Checked = bgsm.DissolveFade;
cbAssumeShadowmask.Checked = bgsm.AssumeShadowmask;
cbGlowmap.Checked = bgsm.Glowmap;
cbEnvironmentMapWindow.Checked = bgsm.EnvironmentMappingWindow;
cbEnvironmentMapEye.Checked = bgsm.EnvironmentMappingEye;
cbHair.Checked = bgsm.Hair;
Color hairTintColor = Color.FromArgb((int)bgsm.HairTintColor);
btHairTintColor.BackColor = Color.FromArgb(hairTintColor.R, hairTintColor.G, hairTintColor.B);
cbTree.Checked = bgsm.Tree;
cbFacegen.Checked = bgsm.Facegen;
cbSkinTint.Checked = bgsm.SkinTint;
cbTessellate.Checked = bgsm.Tessellate;
numDisplacementTexBias.Value = Convert.ToDecimal(bgsm.DisplacementTextureBias);
numDisplacementTexScale.Value = Convert.ToDecimal(bgsm.DisplacementTextureScale);
numTessellationPNScale.Value = Convert.ToDecimal(bgsm.TessellationPnScale);
numTessellationBaseFactor.Value = Convert.ToDecimal(bgsm.TessellationBaseFactor);
numTessellationFadeDistance.Value = Convert.ToDecimal(bgsm.TessellationFadeDistance);
numGrayscaleToPaletteScale.Value = Convert.ToDecimal(bgsm.GrayscaleToPaletteScale);
cbSkewSpecularAlpha.Checked = bgsm.SkewSpecularAlpha;
}
else if (file.GetType() == typeof(BGEM))
{
// BGEM
BGEM bgem = (BGEM)file;
tbBaseTexture.Text = bgem.BaseTexture;
tbGrayscaleTexture.Text = bgem.GrayscaleTexture;
tbEnvmapTexture.Text = bgem.EnvmapTexture;
tbNormalTexture_effect.Text = bgem.NormalTexture;
tbEnvmapMaskTexture.Text = bgem.EnvmapMaskTexture;
cbBloodEnabled.Checked = bgem.BloodEnabled;
cbEffectLightingEnabled.Checked = bgem.EffectLightingEnabled;
cbFalloffEnabled.Checked = bgem.FalloffEnabled;
cbFalloffColorEnabled.Checked = bgem.FalloffColorEnabled;
cbGrayscaleToPaletteAlpha.Checked = bgem.GrayscaleToPaletteAlpha;
cbSoftEnabled.Checked = bgem.SoftEnabled;
Color baseColor = Color.FromArgb((int)bgem.BaseColor);
btBaseColor.BackColor = Color.FromArgb(baseColor.R, baseColor.G, baseColor.B);
numBaseColorScale.Value = Convert.ToDecimal(bgem.BaseColorScale);
numFalloffStartAngle.Value = Convert.ToDecimal(bgem.FalloffStartAngle);
numFalloffStopAngle.Value = Convert.ToDecimal(bgem.FalloffStopAngle);
numFalloffStartOpacity.Value = Convert.ToDecimal(bgem.FalloffStartOpacity);
numFalloffStopOpacity.Value = Convert.ToDecimal(bgem.FalloffStopOpacity);
numLightingInfluence.Value = Convert.ToDecimal(bgem.LightingInfluence);
numEnvmapMinLOD.Value = bgem.EnvmapMinLOD;
numSoftDepth.Value = Convert.ToDecimal(bgem.SoftDepth);
}
UpdateUI();
}
private void SetMaterialFromUI(ref BaseMaterialFile file)
{
// Base
file.Version = Convert.ToUInt32(numVersion.Value);
file.TileU = cbTileU.Checked;
file.TileV = cbTileV.Checked;
file.UOffset = Convert.ToSingle(numOffsetU.Value);
file.VOffset = Convert.ToSingle(numOffsetV.Value);
file.UScale = Convert.ToSingle(numScaleU.Value);
file.VScale = Convert.ToSingle(numScaleV.Value);
file.Alpha = Convert.ToSingle(numAlpha.Value);
file.AlphaBlendMode = (BaseMaterialFile.AlphaBlendModeType)selAlphaBlendMode.SelectedIndex;
file.AlphaTestRef = Convert.ToByte(numAlphaTestReference.Value);
file.AlphaTest = cbAlphaTest.Checked;
file.ZBufferWrite = cbZBufferWrite.Checked;
file.ZBufferTest = cbZBufferTest.Checked;
file.ScreenSpaceReflections = cbScreenSpaceReflections.Checked;
file.WetnessControlScreenSpaceReflections = cbWetnessControlSSR.Checked;
file.Decal = cbDecal.Checked;
file.TwoSided = cbTwoSided.Checked;
file.DecalNoFade = cbDecalNoFade.Checked;
file.NonOccluder = cbNonOccluder.Checked;
file.Refraction = cbRefraction.Checked;
file.RefractionFalloff = cbRefractionFalloff.Checked;
file.RefractionPower = Convert.ToSingle(numRefractionPower.Value);
file.EnvironmentMapping = cbEnvironmentMapping.Checked;
file.EnvironmentMappingMaskScale = Convert.ToSingle(numEnvironmentMaskScale.Value);
file.GrayscaleToPaletteColor = cbGrayscaleToPaletteColor.Checked;
if (file.GetType() == typeof(BGSM))
{
// BGSM
BGSM bgsm = (BGSM)file;
bgsm.DiffuseTexture = tbDiffuseTexture.Text;
bgsm.NormalTexture = tbNormalTexture.Text;
bgsm.SmoothSpecTexture = tbSmoothSpecularTexture.Text;
bgsm.GreyscaleTexture = tbGreyscaleTexture.Text;
bgsm.EnvmapTexture = tbEnvironmentMapTexture.Text;
bgsm.GlowTexture = tbGlowTexture.Text;
bgsm.InnerLayerTexture = tbInnerLayerTexture.Text;
bgsm.WrinklesTexture = tbWrinklesTexture.Text;
bgsm.DisplacementTexture = tbDisplacementTexture.Text;
bgsm.EnableEditorAlphaRef = cbEnableEditorAlphaRef.Checked;
bgsm.RimLighting = cbRimLighting.Checked;
bgsm.RimPower = Convert.ToSingle(numRimPower.Value);
bgsm.BackLightPower = Convert.ToSingle(numBacklightPower.Value);
bgsm.SubsurfaceLighting = cbSubsurfaceLighting.Checked;
bgsm.SubsurfaceLightingRolloff = Convert.ToSingle(numSubsurfaceLightingRolloff.Value);
bgsm.SpecularEnabled = cbSpecularEnabled.Checked;
bgsm.SpecularColor = (uint)btSpecularColor.BackColor.ToArgb();
bgsm.SpecularMult = Convert.ToSingle(numSpecularMultiplier.Value);
bgsm.Smoothness = Convert.ToSingle(numSmoothness.Value);
bgsm.FresnelPower = Convert.ToSingle(numFresnelPower.Value);
bgsm.WetnessControlSpecScale = Convert.ToSingle(numWetSpecScale.Value);
bgsm.WetnessControlSpecPowerScale = Convert.ToSingle(numWetSpecPowerScale.Value);
bgsm.WetnessControlSpecMinvar = Convert.ToSingle(numWetSpecMinVar.Value);
bgsm.WetnessControlEnvMapScale = Convert.ToSingle(numWetEnvMapScale.Value);
bgsm.WetnessControlFresnelPower = Convert.ToSingle(numWetFresnelPower.Value);
bgsm.WetnessControlMetalness = Convert.ToSingle(numWetMetalness.Value);
bgsm.RootMaterialPath = tbRootMaterialPath.Text;
bgsm.AnisoLighting = cbAnisoLighting.Checked;
bgsm.EmitEnabled = cbEmittanceEnabled.Checked;
bgsm.EmittanceColor = (uint)btEmittanceColor.BackColor.ToArgb();
bgsm.EmittanceMult = Convert.ToSingle(numEmittanceMultiplier.Value);
bgsm.ModelSpaceNormals = cbModelSpaceNormals.Checked;
bgsm.ExternalEmittance = cbExternalEmittance.Checked;
bgsm.BackLighting = cbBackLighting.Checked;
bgsm.ReceiveShadows = cbReceiveShadows.Checked;
bgsm.HideSecret = cbHideSecret.Checked;
bgsm.CastShadows = cbCastShadows.Checked;
bgsm.DissolveFade = cbDissolveFade.Checked;
bgsm.AssumeShadowmask = cbAssumeShadowmask.Checked;
bgsm.Glowmap = cbGlowmap.Checked;
bgsm.EnvironmentMappingWindow = cbEnvironmentMapWindow.Checked;
bgsm.EnvironmentMappingEye = cbEnvironmentMapEye.Checked;
bgsm.Hair = cbHair.Checked;
bgsm.HairTintColor = (uint)btHairTintColor.BackColor.ToArgb();
bgsm.Tree = cbTree.Checked;
bgsm.Facegen = cbFacegen.Checked;
bgsm.SkinTint = cbSkinTint.Checked;
bgsm.Tessellate = cbTessellate.Checked;
bgsm.DisplacementTextureBias = Convert.ToSingle(numDisplacementTexBias.Value);
bgsm.DisplacementTextureScale = Convert.ToSingle(numDisplacementTexScale.Value);
bgsm.TessellationPnScale = Convert.ToSingle(numTessellationPNScale.Value);
bgsm.TessellationBaseFactor = Convert.ToSingle(numTessellationBaseFactor.Value);
bgsm.TessellationFadeDistance = Convert.ToSingle(numTessellationFadeDistance.Value);
bgsm.GrayscaleToPaletteScale = Convert.ToSingle(numGrayscaleToPaletteScale.Value);
bgsm.SkewSpecularAlpha = cbSkewSpecularAlpha.Checked;
}
else if (file.GetType() == typeof(BGEM))
{
// BGEM
BGEM bgem = (BGEM)file;
bgem.BaseTexture = tbBaseTexture.Text;
bgem.GrayscaleTexture = tbGrayscaleTexture.Text;
bgem.EnvmapTexture = tbEnvmapTexture.Text;
bgem.NormalTexture = tbNormalTexture_effect.Text;
bgem.EnvmapMaskTexture = tbEnvmapMaskTexture.Text;
bgem.BloodEnabled = cbBloodEnabled.Checked;
bgem.EffectLightingEnabled = cbEffectLightingEnabled.Checked;
bgem.FalloffEnabled = cbFalloffEnabled.Checked;
bgem.FalloffColorEnabled = cbFalloffColorEnabled.Checked;
bgem.GrayscaleToPaletteAlpha = cbGrayscaleToPaletteAlpha.Checked;
bgem.SoftEnabled = cbSoftEnabled.Checked;
bgem.BaseColor = (uint)btBaseColor.BackColor.ToArgb();
bgem.BaseColorScale = Convert.ToSingle(numBaseColorScale.Value);
bgem.FalloffStartAngle = Convert.ToSingle(numFalloffStartAngle.Value);
bgem.FalloffStopAngle = Convert.ToSingle(numFalloffStopAngle.Value);
bgem.FalloffStartOpacity = Convert.ToSingle(numFalloffStartOpacity.Value);
bgem.FalloffStopOpacity = Convert.ToSingle(numFalloffStopOpacity.Value);
bgem.LightingInfluence = Convert.ToSingle(numLightingInfluence.Value);
bgem.EnvmapMinLOD = Convert.ToByte(numEnvmapMinLOD.Value);
bgem.SoftDepth = Convert.ToSingle(numSoftDepth.Value);
}
}
