public CharacterData(float startTime, float targetAnimationTime, int targetOrder, VertexPos vertPos)
{
progress = 0.0f;
startingTime = startTime;
totalAnimationTime = (startingTime + targetAnimationTime) - startTime;
order = targetOrder;
vertexPos = vertPos;
charType = CharacterType.CHARACTER;
}
private static IExplicitModel BuildWallModel4(List <BuildingWallSegment> wallSegments)
{
var vertices = new VertexPos[wallSegments.Count * 2];
for (int i = 0; i < wallSegments.Count; i++)
{
var segment = wallSegments[i].Basement;
var vertexOffset = i * 2;
vertices[vertexOffset + 0] = new VertexPos(segment.Point1);
vertices[vertexOffset + 1] = new VertexPos(segment.Point2);
}
return(ExplicitModel.FromVertices(vertices, null, ExplicitModelPrimitiveTopology.LineList));
}
void AddChar(char _char, int characterPosition)
{
CharacterInfo ch;
font.GetCharacterInfo(_char, out ch, internalFontSize);
if (_char == '\n')
{
charData[characterPosition] = new CharacterData(delay * characterPosition, duration, characterPosition, new VertexPos(Vector3.zero, Vector3.zero, Vector3.zero, Vector3.zero))
{
charType = CharacterData.CharacterType.NEWLINE
};
NewLine();
}
else
{
Vector3 pos1 = (caretPos + new Vector3(ch.minX, ch.maxY, 0)) * internalScale;
Vector3 pos2 = (caretPos + new Vector3(ch.maxX, ch.maxY, 0)) * internalScale;
Vector3 pos3 = (caretPos + new Vector3(ch.maxX, ch.minY, 0)) * internalScale;
Vector3 pos4 = (caretPos + new Vector3(ch.minX, ch.minY, 0)) * internalScale;
VertexPos vecPos = new VertexPos(pos1, pos2, pos3, pos4);
charData[characterPosition] = new CharacterData(delay * characterPosition, duration, characterPosition, vecPos);
int charPos = 4 * characterPosition;
int triPos = 6 * characterPosition;
SetVertices(charData[characterPosition]);
colors[charPos] =
colors[charPos + 1] =
colors[charPos + 2] =
colors[charPos + 3] = internalColor;
uv[charPos] = ch.uvTopLeft;
uv[charPos + 1] = ch.uvTopRight;
uv[charPos + 2] = ch.uvBottomRight;
uv[charPos + 3] = ch.uvBottomLeft;
triangles[triPos] = charPos;
triangles[triPos + 1] = charPos + 1;
triangles[triPos + 2] = charPos + 2;
triangles[triPos + 3] = charPos;
triangles[triPos + 4] = charPos + 2;
triangles[triPos + 5] = charPos + 3;
}
lineLengths[caretLine] += ch.advance;
caretPos += (Vector3.right * ch.advance);
}
public VertexPos(int index) : base(dataSize, index)
{
inst = this;
}
