public override void Apply(ComputedStyle style,Value value){
// Is it lit?
bool lit=(value!=null && value.Boolean);
if(!lit && style.Shading==null){
// Essentially ignore it anyway.
return;
}
if(style.Shading==null){
// It's lit:
style.RequireShading().Lit=true;
}else{
// It's not lit:
style.Shading.Lit=false;
// Optimise - might no longer need the shading info:
style.Shading.Optimise();
}
// Request a layout now:
style.RequestLayout();
}
public override void Apply(ComputedStyle style,Value value){
// Got text at all?:
if(GetText(style)==null){
return;
}
// Apply the property:
if(value==null || value.Text=="none"){
// Clear the shadow:
style.TextShadow=null;
}else{
// The glow properties:
int blur=0;
Color colour=Color.black;
ShadowData data=style.TextShadow;
if(data==null){
data=new ShadowData();
style.TextShadow=data;
}
data.HOffset=value[0].PX;
data.VOffset=value[1].PX;
// Grab the blur:
Value innerValue=value[2];
if(innerValue.Type==ValueType.Color){
colour=innerValue.ToColor();
}else{
blur=innerValue.PX;
// Grab the colour:
innerValue=value[3];
if(innerValue.Type==ValueType.Color){
colour=innerValue.ToColor();
}
}
if(colour.a==1f){
// Default transparency:
colour.a=0.8f;
}
data.Colour=colour;
data.Blur=blur;
}
// Apply the changes - doesn't change anything about the actual text, so we just want a layout:
style.RequestLayout();
}
public override void Apply(ComputedStyle style,Value value){
// Got any text at all?:
if(GetText(style)==null){
return;
}
// Apply the property:
if(value==null || value.Text=="none"){
// Clear the stroke:
style.TextStroke=null;
}else{
// The stroke properties:
int blur=0;
Color colour=Color.black;
int thickness=value[0].PX;
if(thickness==0){
style.TextStroke=null;
}else{
StrokeData data=style.TextStroke;
if(data==null){
data=new StrokeData();
style.TextStroke=data;
}
data.Thickness=thickness;
// Grab the blur:
Value innerValue=value[1];
if(innerValue.Type==ValueType.Color){
colour=innerValue.ToColor();
}else{
blur=innerValue.PX;
// Grab the colour:
innerValue=value[2];
if(innerValue.Type==ValueType.Color){
colour=innerValue.ToColor();
}
}
data.Colour=colour;
data.Blur=blur;
}
}
// Apply the changes - doesn't change anything about the actual text, so we just want a layout:
style.RequestLayout();
}
public override void Apply(ComputedStyle style,Value value){
ShaderSet family=null;
// Apply:
if(value!=null){
// Lowercase so we can have the best chance at spotting the standard set (which is optimised for).
string familyLC=value.Text.ToLower();
if(familyLC!="standardui" && familyLC!="standard" && familyLC!="" && familyLC!="none"){
// Get the family:
family=ShaderSet.Get(value.Text);
}
}
// Apply it here:
if(style.Shading!=null){
// Update it:
style.Shading.Shaders=family;
if(family==null){
// Check if the shading data is no longer in use:
style.Shading.Optimise();
}
}else if(family!=null){
style.RequireShading().Shaders=family;
}
// Request a layout now:
style.RequestLayout();
}