public int getLocationY() {
try {
return locY + Client.getRSData().getBaseInfo().getY();
} catch (Exception e) {
}
return -1;
}
public int[][] projectVertices() {
RenderLD renderData = Client.getRenderLD();
Viewport render = renderData.getViewport();
float[] data = render.getFloats();
ModelLD model = getLDModel();
double locX = (getLocalX() + 0.5) * 512;
double locY = (getLocalY() + 0.5) * 512;
int numVertices =
Math.min(
model.getVerticiesX().length,
Math.min(model.getVerticiesY().length, model.getVerticiesZ().length));
int[][] screen = new int[numVertices][3];
float xOff = data[12];
float yOff = data[13];
float zOff = data[15];
float xX = data[0];
float xY = data[4];
float xZ = data[8];
float yX = data[1];
float yY = data[5];
float yZ = data[9];
float zX = data[3];
float zY = data[7];
float zZ = data[11];
int height = Calculations.tileHeight((int) locX, (int) locY);
for (int index = 0; index < numVertices; index++) {
int vertexX = (int) (model.getVerticiesX()[index] + locX);
int vertexY = model.getVerticiesY()[index] + height;
int vertexZ = (int) (model.getVerticiesZ()[index] + locY);
float _z = (zOff + (zX * vertexX + zY * vertexY + zZ * vertexZ));
float _x = (xOff + (xX * vertexX + xY * vertexY + xZ * vertexZ));
float _y = (yOff + (yX * vertexX + yY * vertexY + yZ * vertexZ));
float fx = ((float) 256.0 + ((float) 256.0 * _x) / _z);
float fy = ((float) 166.0 + ((float) 167.0 * _y) / _z);
if (fx < 520 && fx > 0 && fy < 390 && fy > 50) {
screen[index][0] = (int) fx;
screen[index][1] = (int) fy;
screen[index][2] = 1;
} else {
screen[index][0] = -1;
screen[index][1] = -1;
screen[index][2] = 0;
}
}
return screen;
}
