public void PostRenderCommand(Vector position, float z_orther, float rotate, Vector scale, HalfVector anchor, ByteVec4 color, bool vertical_flip, bool horizon_flip) => PostRenderCommand(position, z_orther, _bound, rotate, scale, anchor, color, vertical_flip, horizon_flip);
public static Anchor?Convert(HalfVector offset)
{
return(AnchorVectorMap.Where(x => x.Value == offset).Select(x => x.Key).FirstOrDefault());
}
public void PostRenderCommand(Vector position, float z_other, Vector bound, float rotate, Vector scale, HalfVector anchor, ByteVec4 color, bool vertical_flip, bool horizon_flip)
{
/*-----------------CURRENT VERSION------------------ -
* anchor(Hlaf) color(byte) modelMatrix
* vec2(2) vec4(4) Matrix3x2(6)
*/
var is_xflip = Math.Sign(scale.X);
var is_yflip = Math.Sign(scale.Y);
//adjust scale transform which value is negative
horizon_flip = horizon_flip | (is_xflip < 0);
vertical_flip = vertical_flip | (is_yflip < 0);
float scalex = is_xflip * scale.X * bound.X;
float scaley = is_yflip * scale.Y * bound.Y;
//Create ModelMatrix
float cosa = (float)Math.Cos(rotate);
float sina = (float)Math.Sin(rotate);
Matrix3x2 model = Matrix3x2.Zero;
model.Row0.X = cosa * scalex;
model.Row0.Y = -sina * scalex;
model.Row1.X = sina * scaley;
model.Row1.Y = cosa * scaley;
model.Row2.X = position.X - RenderKernel.SB_WIDTH / 2f;
model.Row2.Y = -position.Y + RenderKernel.SB_HEIGHT / 2f;
unsafe
{
//Anchor write
fixed(byte *ptr = &PostData[_currentPostBaseIndex])
{
//anchor
int *hpv = (int *)(ptr + 0);
*hpv = *(int *)&anchor;
//color
int *ip = (int *)(ptr + 4);
*ip = *(int *)&color;
//flip write
Half *hp = (Half *)(ptr + 8);
hp[0] = horizon_flip ? HalfNegativeOne : HalfOne;
hp[1] = vertical_flip ? HalfNegativeOne : HalfOne;
var copyLen = 2 * 3 * sizeof(float);
var basePtr = (byte *)&model.Row0.X;
for (int i = 0; i < copyLen; i++)
{
ptr[i + 12] = *(basePtr + i);
}
}
}
CurrentPostCount++;
_currentPostBaseIndex += _VertexSize;
if (CurrentPostCount >= Capacity)
{
FlushDraw();
}
}
