protected override AlloyFieldDrawer GenerateDrawer(AlloyInspectorBase editor)
{
AlloyFieldDrawer ret = null;
for (int i = 0; i < Arguments.Length; i++)
{
var argument = Arguments[i];
var valProp = argument.ArgumentToken as AlloyValueToken;
switch (argument.ArgumentName)
{
case "Vector":
if (valProp != null)
{
ret = SetupVectorDrawer(editor, valProp, ret);
}
break;
}
}
if (ret == null)
{
ret = new AlloyVectorDrawer(editor, MaterialProperty);
((AlloyVectorDrawer)ret).Mode = AlloyVectorDrawer.VectorMode.Vector4;
}
return(ret);
}
protected override AlloyFieldDrawer GenerateDrawer(AlloyInspectorBase editor) {
AlloyFieldDrawer ret = null;
for (int i = 0; i < Arguments.Length; i++) {
var argument = Arguments[i];
var valProp = argument.ArgumentToken as AlloyValueToken;
switch (argument.ArgumentName) {
case "Vector":
if (valProp != null) {
ret = SetupVectorDrawer(editor, valProp, ret);
}
break;
}
}
if (ret == null) {
ret = new AlloyVectorDrawer(editor, MaterialProperty);
((AlloyVectorDrawer)ret).Mode = AlloyVectorDrawer.VectorMode.Vector4;
}
return ret;
}
public static void Register(AlloyInspectorBase inspector, MaterialEditor keeper)
{
if (!s_inspectorKeeper.ContainsKey(inspector))
{
s_inspectorKeeper.Add(inspector, keeper);
}
}
//Passed in by the base editor
public AlloyTextureFieldDrawer(AlloyInspectorBase editor, MaterialProperty property)
: base(editor, property) {
TabGroup = AlloyTabGroup.GetTabGroup();
m_tabOpen.value = TabGroup.IsOpen(SaveName);
m_tabOpen.speed = 4.0f;
}
public static AlloyFieldDrawer GetFieldDrawer(AlloyInspectorBase editor, MaterialProperty prop) {
AlloyFieldParser parser = GetFieldParser(prop);
if (parser != null) {
return parser.GetDrawer(editor);
}
return null;
}
public static AlloyFieldDrawer GetFieldDrawer(AlloyInspectorBase editor, MaterialProperty prop)
{
AlloyFieldParser parser = GetFieldParser(prop);
if (parser != null)
{
return(parser.GetDrawer(editor));
}
return(null);
}
public AlloyFieldDrawer GetDrawer(AlloyInspectorBase editor) {
if (!HasSettings) {
return null;
}
var drawer = GenerateDrawer(editor);
if (drawer != null) {
drawer.DisplayName = DisplayName;
}
return drawer;
}
AlloyFieldDrawer SetupVectorDrawer(AlloyInspectorBase editor,
AlloyValueToken valProp,
AlloyFieldDrawer ret)
{
if (valProp.ValueType == AlloyValueToken.ValueTypeEnum.String)
{
switch (valProp.StringValue)
{
case "Euler":
ret = new AlloyVectorDrawer(editor, MaterialProperty);
((AlloyVectorDrawer)ret).Mode = AlloyVectorDrawer.VectorMode.Euler;
break;
case "TexCoord":
ret = new AlloyTexCoordDrawer(editor, MaterialProperty);
break;
case "Channels":
ret = new AlloyMaskDrawer(editor, MaterialProperty);
break;
default:
Debug.LogError("Non supported vector property!");
break;
}
}
else if (valProp.ValueType == AlloyValueToken.ValueTypeEnum.Float)
{
switch ((int)valProp.FloatValue)
{
case 2:
ret = new AlloyVectorDrawer(editor, MaterialProperty);
((AlloyVectorDrawer)ret).Mode = AlloyVectorDrawer.VectorMode.Vector2;
break;
case 3:
ret = new AlloyVectorDrawer(editor, MaterialProperty);
((AlloyVectorDrawer)ret).Mode = AlloyVectorDrawer.VectorMode.Vector3;
break;
case 4:
ret = new AlloyVectorDrawer(editor, MaterialProperty);
((AlloyVectorDrawer)ret).Mode = AlloyVectorDrawer.VectorMode.Vector4;
break;
default:
Debug.LogError("Non supported vector property!");
break;
}
}
return(ret);
}
//Passed in by the base editor
public AlloyTextureFieldDrawer(AlloyInspectorBase editor, MaterialProperty property)
: base(editor, property)
{
m_tabGroup = AlloyTabGroup.GetTabGroup();
m_tabOpen.speed = 4.0f;
m_scale = Serialized.FindPropertyRelative("m_Scale");
m_offset = Serialized.FindPropertyRelative("m_Offset");
m_shaderVarName = Property.name;
CacheTextureProps(editor, m_shaderVarName, out m_velocityProp, out m_spinProp, out m_uvProp);
}
public AlloyTexCoordDrawer(AlloyInspectorBase editor, MaterialProperty property)
: base(editor, property)
{
m_shaderVarName = Property.name.Replace("_ST", "");
m_tabGroup = AlloyTabGroup.GetTabGroup();
m_tabOpen.value = m_tabGroup.IsOpen(SaveName);
AlloyTextureFieldDrawer.CacheTextureProps(editor,
m_shaderVarName,
out m_scrollProp,
out m_spinProp,
out m_uvProp);
}
public AlloyFieldDrawer GetDrawer(AlloyInspectorBase editor)
{
if (!HasSettings)
{
return(null);
}
var drawer = GenerateDrawer(editor);
if (drawer != null)
{
drawer.DisplayName = DisplayName;
}
return(drawer);
}
private AlloyFieldDrawer SetupVectorDrawer(AlloyInspectorBase editor, AlloyValueToken valProp,
AlloyFieldDrawer ret) {
if (valProp.ValueType == AlloyValueToken.ValueTypeEnum.String) {
switch (valProp.StringValue) {
case "Euler":
ret = new AlloyVectorDrawer(editor, MaterialProperty);
((AlloyVectorDrawer) ret).Mode = AlloyVectorDrawer.VectorMode.Euler;
break;
case "TexCoord":
ret = new AlloyTexCoordDrawer(editor, MaterialProperty);
break;
case "Mask":
ret = new AlloyMaskDrawer(editor, MaterialProperty);
break;
default:
Debug.LogError("Non supported vector property!");
break;
}
}
else if (valProp.ValueType == AlloyValueToken.ValueTypeEnum.Float) {
switch ((int) valProp.FloatValue) {
case 2:
ret = new AlloyVectorDrawer(editor, MaterialProperty);
((AlloyVectorDrawer) ret).Mode = AlloyVectorDrawer.VectorMode.Vector2;
break;
case 3:
ret = new AlloyVectorDrawer(editor, MaterialProperty);
((AlloyVectorDrawer) ret).Mode = AlloyVectorDrawer.VectorMode.Vector3;
break;
case 4:
ret = new AlloyVectorDrawer(editor, MaterialProperty);
((AlloyVectorDrawer) ret).Mode = AlloyVectorDrawer.VectorMode.Vector4;
break;
default:
Debug.LogError("Non supported vector property!");
break;
}
}
return ret;
}
public static void CacheTextureProps(AlloyInspectorBase editor,
string shaderVarName,
out SerializedProperty scrollProp,
out SerializedProperty spinProp,
out SerializedProperty uvProp)
{
string velName = shaderVarName + "Velocity";
scrollProp = editor.GetProperty(MaterialProperty.PropType.Vector, velName);
string spinName = shaderVarName + "Spin";
spinProp = editor.GetProperty(MaterialProperty.PropType.Float, spinName);
string uvName = shaderVarName + "UV";
uvProp = editor.GetProperty(MaterialProperty.PropType.Float, uvName);
}
public AlloyBlendModeDropdownDrawer(AlloyInspectorBase editor, MaterialProperty property, BlendModeOptionConfig[] blendModeOptionConfigs) : base(editor, property)
{
BlendModeOptionConfigs = blendModeOptionConfigs;
// Get default from keyword.
var keywords = editor.Target.shaderKeywords;
property.floatValue = 0.0f;
foreach (var setting in BlendModeOptionConfigs)
{
if (keywords.Contains(setting.Keyword))
{
property.floatValue = setting.Type;
break;
}
}
}
protected override AlloyFieldDrawer GenerateDrawer(AlloyInspectorBase editor)
{
var ret = new AlloyTextureFieldDrawer(editor, MaterialProperty);
foreach (var token in Arguments)
{
var argName = token.ArgumentName;
var argToken = token.ArgumentToken;
switch (argName)
{
case "Visualize": {
var container = argToken as AlloyCollectionToken;
if (container != null)
{
ret.DisplayModes = container.SubTokens.Select(t => (AlloyTextureFieldDrawer.TextureVisualizeMode)Enum.Parse(typeof(AlloyTextureFieldDrawer.TextureVisualizeMode), t.Token)).ToArray();
}
}
break;
case "Parent": {
ret.ParentTexture = argToken.Token;
}
break;
case "Controls":
var valueToken = argToken as AlloyValueToken;
if (valueToken != null)
{
ret.Controls = valueToken.BoolValue;
}
break;
// case "Keyword":
// ret.Keyword = argToken.Token;
// break;
}
}
return(ret);
}
public AlloySpeedTreeGeometryTypeDrawer(AlloyInspectorBase editor, MaterialProperty property) : base(editor, property)
{
// The original SpeedTree shader seemed to pick the dropdown value from
// whichever keyword is already set on the material after import.
// Note: Multi edit will override the _GeometryValue on other materials with whatever keywords the first material has set
string[] keywords = editor.Target.shaderKeywords;
property.floatValue = 0.0f;
for (int i = 0; i < s_speedTreeKeywordSettings.Length; i++)
{
SpeedTreeKeywordSetting setting = s_speedTreeKeywordSettings[i];
if (!keywords.Contains(setting.Keyword))
{
continue;
}
property.floatValue = (int)setting.GeometryType;
break;
}
}
protected override AlloyFieldDrawer GenerateDrawer(AlloyInspectorBase editor) {
var ret = new AlloyTextureFieldDrawer(editor, MaterialProperty);
foreach (var token in Arguments) {
var argName = token.ArgumentName;
var argToken = token.ArgumentToken;
switch (argName) {
case "Visualize": {
var container = argToken as AlloyCollectionToken;
if (container != null) {
ret.DisplayModes = container.SubTokens.Select(t => (AlloyTextureFieldDrawer.TextureVisualizeMode)Enum.Parse(typeof(AlloyTextureFieldDrawer.TextureVisualizeMode), t.Token)).ToArray();
}
}
break;
case "Parent": {
ret.ParentTexture = argToken.Token;
}
break;
case "Controls":
var valueToken = argToken as AlloyValueToken;
if (valueToken != null) {
ret.Controls = valueToken.BoolValue;
}
break;
// case "Keyword":
// ret.Keyword = argToken.Token;
// break;
}
}
return ret;
}
protected override AlloyFieldDrawer GenerateDrawer(AlloyInspectorBase editor)
{
AlloyFieldDrawer retDrawer = null;
foreach (var token in Arguments)
{
var argName = token.ArgumentName;
var argToken = token.ArgumentToken;
switch (argName)
{
case "Min":
AlloyFloatDrawer minDrawer = null;
var minValToken = argToken as AlloyValueToken;
if (retDrawer != null)
{
minDrawer = retDrawer as AlloyFloatDrawer;
}
if (minDrawer == null)
{
minDrawer = new AlloyFloatDrawer(editor, MaterialProperty);
}
minDrawer.HasMin = true;
minDrawer.MinValue = minValToken.FloatValue;
retDrawer = minDrawer;
break;
case "Max":
AlloyFloatDrawer maxDrawer = null;
var maxValToken = argToken as AlloyValueToken;
if (retDrawer != null)
{
maxDrawer = retDrawer as AlloyFloatDrawer;
}
if (maxDrawer == null)
{
maxDrawer = new AlloyFloatDrawer(editor, MaterialProperty);
}
maxDrawer.HasMax = true;
maxDrawer.MaxValue = maxValToken.FloatValue;
retDrawer = maxDrawer;
break;
case "Section":
retDrawer = new AlloySectionDrawer(editor, MaterialProperty);
SetSectionOption(retDrawer, argToken);
break;
case "Feature":
retDrawer = new AlloyFeatureDrawer(editor, MaterialProperty);
SetSectionOption(retDrawer, argToken);
break;
case "Toggle":
retDrawer = new AlloyToggleDrawer(editor, MaterialProperty);
SetToggleOption(retDrawer, argToken);
break;
case "SpeedTreeGeometryType":
retDrawer = new AlloySpeedTreeGeometryTypeDrawer(editor, MaterialProperty);
SetDropdownOption(retDrawer, argToken);
break;
case "RenderingMode":
retDrawer = new AlloyRenderingModeDrawer(editor, MaterialProperty);
SetDropdownOption(retDrawer, argToken);
break;
case "Dropdown":
retDrawer = new AlloyDropdownDrawer(editor, MaterialProperty);
SetDropdownOption(retDrawer, argToken);
break;
case "LightmapEmissionProperty":
retDrawer = new AlloyLightmapEmissionDrawer(editor, MaterialProperty);
break;
case "RenderQueue":
retDrawer = new AlloyRenderQueueDrawer(editor, MaterialProperty);
break;
case "EnableInstancing":
retDrawer = new AlloyEnableInstancingDrawer(editor, MaterialProperty);
break;
case "DoubleSidedGI":
retDrawer = new AlloyDoubleSidedGiDrawer(editor, MaterialProperty);
break;
}
}
if (retDrawer == null)
{
retDrawer = new AlloyFloatDrawer(editor, MaterialProperty);
}
return(retDrawer);
}
protected override AlloyFieldDrawer GenerateDrawer(AlloyInspectorBase editor) {
AlloyFieldDrawer retDrawer = null;
foreach (var token in Arguments) {
var argName = token.ArgumentName;
var argToken = token.ArgumentToken;
switch (argName) {
case "Min":
AlloyFloatDrawer minDrawer = null;
var minValToken = argToken as AlloyValueToken;
if (retDrawer != null)
minDrawer = retDrawer as AlloyFloatDrawer;
if (minDrawer == null)
minDrawer = new AlloyFloatDrawer(editor, MaterialProperty);
minDrawer.HasMin = true;
minDrawer.MinValue = minValToken.FloatValue;
retDrawer = minDrawer;
break;
case "Max":
AlloyFloatDrawer maxDrawer = null;
var maxValToken = argToken as AlloyValueToken;
if (retDrawer != null)
maxDrawer = retDrawer as AlloyFloatDrawer;
if (maxDrawer == null)
maxDrawer = new AlloyFloatDrawer(editor, MaterialProperty);
maxDrawer.HasMax = true;
maxDrawer.MaxValue = maxValToken.FloatValue;
retDrawer = maxDrawer;
break;
case "Section":
var section = new AlloySectionDrawer(editor, MaterialProperty);
section.Color = ParseColor(argToken);
retDrawer = section;
break;
case "Feature":
var feature = new AlloyFeatureDrawer(editor, MaterialProperty);
feature.Color = ParseColor(argToken);
retDrawer = feature;
break;
case "Toggle":
retDrawer = new AlloyToggleDrawer(editor, MaterialProperty);
SetToggleOption(retDrawer, argToken);
break;
case "SpeedTreeGeometryType":
retDrawer = new AlloySpeedTreeGeometryTypeDrawer(editor, MaterialProperty);
SetDropdownOption(retDrawer, argToken);
break;
case "RenderingMode":
retDrawer = new AlloyRenderingModeDrawer(editor, MaterialProperty);
SetDropdownOption(retDrawer, argToken);
break;
case "Dropdown":
retDrawer = new AlloyDropdownDrawer(editor, MaterialProperty);
SetDropdownOption(retDrawer, argToken);
break;
case "LightmapEmissionProperty":
retDrawer = new AlloyLightmapEmissionDrawer(editor, MaterialProperty);
break;
case "DecalSortOrder":
retDrawer = new AlloyDecalSortOrderDrawer(editor, MaterialProperty);
break;
}
}
if (retDrawer == null)
retDrawer = new AlloyFloatDrawer(editor, MaterialProperty);
return retDrawer;
}
//Passed in by the base editor
public AlloyTextureFieldDrawer(AlloyInspectorBase editor, MaterialProperty property)
: base(editor, property) {
m_tabGroup = AlloyTabGroup.GetTabGroup();
m_tabOpen.speed = 4.0f;
m_scale = Serialized.FindPropertyRelative("m_Scale");
m_offset = Serialized.FindPropertyRelative("m_Offset");
m_shaderVarName = Property.name;
CacheTextureProps(editor, m_shaderVarName, out m_velocityProp, out m_spinProp, out m_uvProp);
}
public static void CacheTextureProps(AlloyInspectorBase editor,
string shaderVarName,
out SerializedProperty scrollProp,
out SerializedProperty spinProp,
out SerializedProperty uvProp) {
string velName = shaderVarName + "Velocity";
scrollProp = editor.GetProperty(MaterialProperty.PropType.Vector, velName);
string spinName = shaderVarName + "Spin";
spinProp = editor.GetProperty(MaterialProperty.PropType.Float, spinName);
string uvName = shaderVarName + "UV";
uvProp = editor.GetProperty(MaterialProperty.PropType.Float, uvName);
}
protected override AlloyFieldDrawer GenerateDrawer(AlloyInspectorBase editor) {
var ret = new AlloyColorDrawer(editor, MaterialProperty);
return ret;
}
public AlloySpeedTreeGeometryTypeDrawer(AlloyInspectorBase editor, MaterialProperty property) : base(editor, property)
{
// The original SpeedTree shader seemed to pick the dropdown value from
// whichever keyword is already set on the material after import.
// Note: Multi edit will override the _GeometryValue on other materials with whatever keywords the first material has set
string[] keywords = editor.Target.shaderKeywords;
property.floatValue = 0.0f;
for (int i = 0; i < s_speedTreeKeywordSettings.Length; i++) {
SpeedTreeKeywordSetting setting = s_speedTreeKeywordSettings[i];
if (!keywords.Contains(setting.Keyword)) {
continue;
}
property.floatValue = (int) setting.GeometryType;
break;
}
}
protected override AlloyFieldDrawer GenerateDrawer(AlloyInspectorBase editor)
{
return(new AlloyDefaultDrawer(editor, MaterialProperty));
}
public AlloyFieldDrawer(AlloyInspectorBase editor, MaterialProperty property)
{
Serialized = editor.GetProperty(property.type, property.name);
Property = property;
}
public AlloyFieldDrawer(AlloyInspectorBase editor, MaterialProperty property)
{
Property = property;
MatEditor = editor.MatEditor;
}
public AlloySpeedTreeGeometryTypeDrawer(AlloyInspectorBase editor, MaterialProperty property)
: base(editor, property, s_geometryTypes)
{
}
public AlloyRenderingModeDrawer(AlloyInspectorBase editor, MaterialProperty property)
: base(editor, property, s_renderingModes)
{
}
public AlloyDecalSortOrderDrawer(AlloyInspectorBase editor, MaterialProperty property) : base(editor, property)
{
}
protected AlloyTabDrawer(AlloyInspectorBase editor, MaterialProperty property)
: base(editor, property)
{
m_foldoutAction = all => r => GUI.Label(r, all ? "v" : ">", EditorStyles.whiteLabel);
}
protected abstract AlloyFieldDrawer GenerateDrawer(AlloyInspectorBase editor);
public AlloyLightmapEmissionDrawer(AlloyInspectorBase editor, MaterialProperty property) : base(editor, property) {
}
public static void Register(AlloyInspectorBase inspector, MaterialEditor keeper) {
if (!s_inspectorKeeper.ContainsKey(inspector)) {
s_inspectorKeeper.Add(inspector, keeper);
}
}
public AlloyFieldDrawer(AlloyInspectorBase editor, MaterialProperty property) {
Serialized = editor.GetProperty(property.type, property.name);
Property = property;
}
public AlloyRenderQueueDrawer(AlloyInspectorBase editor, MaterialProperty property) : base(editor, property)
{
}
protected abstract AlloyFieldDrawer GenerateDrawer(AlloyInspectorBase editor);
public AlloyEnableInstancingDrawer(AlloyInspectorBase editor, MaterialProperty property) : base(editor, property)
{
}
public AlloyRenderingModeDrawer(AlloyInspectorBase editor, MaterialProperty property) : base(editor, property) {
}
public AlloyDoubleSidedGiDrawer(AlloyInspectorBase editor, MaterialProperty property) : base(editor, property)
{
}
public AlloyDecalSortOrderDrawer(AlloyInspectorBase editor, MaterialProperty property) : base(editor, property) {
}
protected AlloyTabDrawer(AlloyInspectorBase editor, MaterialProperty property)
: base(editor, property) {
m_foldoutAction = all => r => GUI.Label(r, all ? "v" : ">", EditorStyles.whiteLabel);
}
public AlloyColorDrawer(AlloyInspectorBase editor, MaterialProperty property) : base(editor, property) {
}
protected override AlloyFieldDrawer GenerateDrawer(AlloyInspectorBase editor) {
return new AlloyDefaultDrawer(editor, MaterialProperty);
}
protected override AlloyFieldDrawer GenerateDrawer(AlloyInspectorBase editor)
{
var ret = new AlloyColorDrawer(editor, MaterialProperty);
return(ret);
}
public AlloyTexCoordDrawer(AlloyInspectorBase editor, MaterialProperty property)
: base(editor, property) {
m_shaderVarName = Property.name.Replace("_ST", "");
m_tabGroup = AlloyTabGroup.GetTabGroup();
m_tabOpen.value = m_tabGroup.IsOpen(SaveName);
AlloyTextureFieldDrawer.CacheTextureProps(editor,
m_shaderVarName,
out m_scrollProp,
out m_spinProp,
out m_uvProp);
}
public AlloyMaskDrawer(AlloyInspectorBase editor, MaterialProperty property) : base(editor, property)
{
}
public AlloyLightmapEmissionDrawer(AlloyInspectorBase editor, MaterialProperty property) : base(editor, property)
{
}
