void Start(){
// The text-extrude API is experimental and therefore unstable and unoptimised.
// This example is provided straight from our test bench as a preview of what PowerUI 2 is capable of.
// We're going to increase the curve accuracy - this results in smoother curves.
// This of course means more triangles, but this text is the only thing here anyway.
// TextExtrude.CurveAccuracy/=10f;
// Create a WorldUI:
WorldUI ui=new WorldUI();
// Let's give it some space - this will affect the wrapping of the text:
ui.SetDimensions(500,100);
// Define the resolution - that's how many pixels per world unit.
// This of course entirely depends on the usage.
ui.SetResolution(10);
if(Html==null){
Debug.Log("No HTML file defined for 3D text!");
return;
}
// Apply the content:
ui.document.innerHTML="<div style='text-extrude:4;font-size:30px;height:100%;vertical-align:middle;text-align:center;font-family:Hardwood;'>"+Html.text+"</div>";
}
// Use this for initialization
void Start () {
// Next, generate a new UI:
WorldUI ui=new WorldUI("TVScreenContent");
// It's representing a TV, so lets use some standard TV screen dimensions:
ui.SetDimensions(800,600);
// But we need to define the resolution - that's how many pixels per world unit.
// This of course entirely depends on the model and usage.
ui.SetResolution(540,610);
// As this example only uses a WorldUI, we'll set the filter mode to bilinear so it looks smoother.
ui.TextFilterMode=FilterMode.Bilinear;
// Give it some content:
if(HtmlFile!=null){
ui.document.innerHTML=HtmlFile.text;
}
// Parent it to the TV:
ui.transform.parent=transform;
// Let's move it around a little too:
ui.transform.localPosition=new Vector3(0f,1.02f,0.03f);
// And spin it around - the TV mesh is facing the other way:
ui.transform.localRotation=Quaternion.AngleAxis(180f,Vector3.up);
if(InputEnabled){
// World UI's should accept input:
UI.WorldInputMode=InputMode.Screen;
}
}