internal static void AlertWindowResized(DWindow window)
{
GL.Viewport(0, 0, window.Width, window.Height);
IVector res = new IVector(window.Width, window.Height);
gridSize = res / (new IVector(1920, 1080) / hdScale);
cachedUnitSize = GetUnitSize(gridSize);
cachedUnitScreenPositions = new Vector[gridSize.y * gridSize.x];
cachedUnitFontPositions = new Vector[gridSize.y * gridSize.x];
cachedUnitForegroundColors = new Color[gridSize.y * gridSize.x];
cachedUnitBackgroundColors = new Color[gridSize.y * gridSize.x];
IVector oldSize = rootCanvas.Size;
bool rootCanvasSizeChanged = gridSize != oldSize;
CBuffer oldBuffer = rootBuffer;
rootCanvas.ChangeSize(gridSize);
rootBuffer = rootCanvas.buffer;
rootCanvas.SignalRender();
if (rootCanvasSizeChanged)
{
window.Title = $"Dae | Size: {gridSize.x}x{gridSize.y}";
}
unitMaterial?.Set("size", GetUnitSize(gridSize) * unitScale);
CBuffer.Blit(oldBuffer, rootBuffer, IVector.zero, oldBuffer.Size, IVector.zero);
for (int y = 0; y < gridSize.y; y++)
{
for (int x = 0; x < gridSize.x; x++)
{
CUnit unit = rootBuffer[x, y];
int aPos = (y * gridSize.x) + x;
cachedUnitScreenPositions[aPos] = DMath.P01ToN1P1(GetCorrectedPosition(new Vector(x, y))).ReversedYFull;
}
}
}
internal void RenderSubComponents()
{
// Remove all null components
subComponents.RemoveAll(component => component == null);
// Render all sub components
foreach (Component component in subComponents)
{
if (component.Size.x > 0 && component.Size.y > 0)
{
if (component.signalRender || !checkSignalRender)
{
component.signalRender = false;
component.Render();
}
CBuffer.Blit(component.buffer, buffer, Vector.zero, component.Size, component.position);
}
}
}
