public bool AddDrawSpritesNC(Vector3 pos, d3d_sprite_rects.rect _rect, int color, Vector2 offset2)
{
if (m_effect != null)
{
// 쉐이더사용
add_sprite_to_vertex_buffer_shader(pos, _rect, 0, new Vector2(1, 1), color, offset2);
}
else
{
pos = goffsetscale(pos);
Vector2 size = gscale(_rect.size);
// 整수化
pos.X = (float)(int)pos.X;
pos.Y = (float)(int)pos.Y;
pos.X += offset2.X;
pos.Y += offset2.Y;
pos.X += _rect.lefttop.X;
pos.Y += _rect.lefttop.Y;
// 추가
add_sprite_to_vertex_buffer(pos, size, _rect, color);
}
if (m_sprite_count >= DRAW_SPRITE_ONCE)
{
draw_sprites();
}
return(true);
}
public bool AddDrawSprites(Vector3 pos, d3d_sprite_rects.rect _rect, Vector2 scale, int color, Vector2 offset2)
{
if (m_effect != null)
{
// 쉐이더사용
add_sprite_to_vertex_buffer_shader(pos, _rect, 0, scale, color, offset2);
}
else
{
pos = goffsetscale(pos);
Vector2 offset = _rect.lefttop;
Vector2 size = gscale(_rect.size);
offset.X *= scale.X;
offset.Y *= scale.Y;
size.X *= scale.X;
size.Y *= scale.Y;
// 整수化
pos.X = (float)(int)pos.X;
pos.Y = (float)(int)pos.Y;
pos.X += offset2.X;
pos.Y += offset2.Y;
pos.X += offset.X;
pos.Y += offset.Y;
// 컬링
if (pos.X >= m_d3d_device.Viewport.Width + m_d3d_device.Viewport.X)
{
return(false);
}
if (pos.Y >= m_d3d_device.Viewport.Height + m_d3d_device.Viewport.Y)
{
return(false);
}
if (pos.X + size.X < 0)
{
return(false);
}
if (pos.Y + size.Y < 0)
{
return(false);
}
// 추가
add_sprite_to_vertex_buffer(pos, size, _rect, color);
}
if (m_sprite_count >= DRAW_SPRITE_ONCE)
{
draw_sprites();
}
return(true);
}
/*-------------------------------------------------------------------------
* 스프라이트の추가
* vertex bufferに추가
* ---------------------------------------------------------------------------*/
private void add_sprite_to_vertex_buffer(Vector3 pos, Vector2 size, d3d_sprite_rects.rect _rect, int color)
{
int index = m_sprite_count * 6;
pos.X -= 0.5f;
pos.Y -= 0.5f;
for (int i = 0; i < 6; i++)
{
m_vertex_list[index + i].X = pos.X;
m_vertex_list[index + i].Y = pos.Y;
m_vertex_list[index + i].Z = pos.Z;
m_vertex_list[index + i].Rhw = 1;
m_vertex_list[index + i].Color = color;
}
// 左상三角形
m_vertex_list[index + 1].X += size.X;
m_vertex_list[index + 2].Y += size.Y;
//
m_vertex_list[index + 0].Tu = _rect.uv[0].X;
m_vertex_list[index + 0].Tv = _rect.uv[0].Y;
m_vertex_list[index + 1].Tu = _rect.uv[1].X;
m_vertex_list[index + 1].Tv = _rect.uv[1].Y;
m_vertex_list[index + 2].Tu = _rect.uv[2].X;
m_vertex_list[index + 2].Tv = _rect.uv[2].Y;
// 右下三角形
m_vertex_list[index + 3].X += size.X;
m_vertex_list[index + 4].X += size.X;
m_vertex_list[index + 4].Y += size.Y;
m_vertex_list[index + 5].Y += size.Y;
//
m_vertex_list[index + 3].Tu = _rect.uv[1].X;
m_vertex_list[index + 3].Tv = _rect.uv[1].Y;
m_vertex_list[index + 4].Tu = _rect.uv[3].X;
m_vertex_list[index + 4].Tv = _rect.uv[3].Y;
m_vertex_list[index + 5].Tu = _rect.uv[2].X;
m_vertex_list[index + 5].Tv = _rect.uv[2].Y;
m_sprite_count++;
m_draw_sprites_in_frame++;
}
/*-------------------------------------------------------------------------
* 스프라이트の추가
* 쉐이더사용
* ---------------------------------------------------------------------------*/
private void add_sprite_to_vertex_buffer_shader(Vector3 pos, d3d_sprite_rects.rect _rect, float angle_rad, Vector2 scale, int color, Vector2 offset)
{
int index = m_sprite_count * 4;
Vector3 param = new Vector3(scale.X, scale.Y, angle_rad);
for (int i = 0; i < 4; i++)
{
m_vbo[index + i].color = color;
m_vbo[index + i].Position = pos;
m_vbo[index + i].offset1 = _rect.offset[i];
m_vbo[index + i].offset2 = offset;
m_vbo[index + i].param = param;
m_vbo[index + i].uv = _rect.uv[i];
}
m_sprite_count++;
m_draw_sprites_in_frame++;
}
public bool AddDrawSpritesNC(Vector3 pos, d3d_sprite_rects.rect _rect, Vector2 scale, int color, Vector2 offset2)
{
if (m_effect != null)
{
// シェーダ使用
add_sprite_to_vertex_buffer_shader(pos, _rect, 0, scale, color, offset2);
}
else
{
pos = goffsetscale(pos);
Vector2 offset = _rect.lefttop;
Vector2 size = gscale(_rect.size);
offset.X *= scale.X;
offset.Y *= scale.Y;
size.X *= scale.X;
size.Y *= scale.Y;
pos.X += offset.X;
pos.Y += offset.Y;
// 整数化
pos.X = (float)(int)pos.X;
pos.Y = (float)(int)pos.Y;
pos.X += offset2.X;
pos.Y += offset2.Y;
// 追加
add_sprite_to_vertex_buffer(pos, size, _rect, color);
}
if (m_sprite_count >= DRAW_SPRITE_ONCE)
{
draw_sprites();
}
return(true);
}
public bool AddDrawSpritesNC(Vector3 pos, d3d_sprite_rects.rect _rect, float angle_rad, Vector2 scale, int color, Vector2 offset2)
{
if (m_effect != null)
{
// 쉐이더사용
add_sprite_to_vertex_buffer_shader(pos, _rect, angle_rad, scale, color, offset2);
}
else
{
pos = goffsetscale(pos);
Vector2 scale2 = gscale(scale);
Matrix mat = Matrix.RotationZ(angle_rad); // Z軸회전
mat = Matrix.Scaling(scale2.X, scale2.Y, 1) * mat; // 拡대縮소
Vector3 p0 = new Vector3(_rect.offset[0].X, _rect.offset[0].Y, 0);
Vector3 p1 = new Vector3(_rect.offset[1].X, _rect.offset[1].Y, 0);
Vector3 p2 = new Vector3(_rect.offset[2].X, _rect.offset[2].Y, 0);
Vector3 p3 = new Vector3(_rect.offset[3].X, _rect.offset[3].Y, 0);
// 좌표변환
p0.TransformCoordinate(mat);
p1.TransformCoordinate(mat);
p2.TransformCoordinate(mat);
p3.TransformCoordinate(mat);
int index = m_sprite_count * 6;
pos.X = (int)pos.X;
pos.Y = (int)pos.Y;
pos.X += offset2.X;
pos.Y += offset2.Y;
pos.X -= 0.5f;
pos.Y -= 0.5f;
for (int i = 0; i < 6; i++)
{
m_vertex_list[index + i].X = pos.X;
m_vertex_list[index + i].Y = pos.Y;
m_vertex_list[index + i].Z = pos.Z;
m_vertex_list[index + i].Rhw = 1;
m_vertex_list[index + i].Color = color;
}
// 좌상단 삼각형
m_vertex_list[index + 0].X += p0.X;
m_vertex_list[index + 0].Y += p0.Y;
m_vertex_list[index + 1].X += p1.X;
m_vertex_list[index + 1].Y += p1.Y;
m_vertex_list[index + 2].X += p2.X;
m_vertex_list[index + 2].Y += p2.Y;
//
m_vertex_list[index + 0].Tu = _rect.uv[0].X;
m_vertex_list[index + 0].Tv = _rect.uv[0].Y;
m_vertex_list[index + 1].Tu = _rect.uv[1].X;
m_vertex_list[index + 1].Tv = _rect.uv[1].Y;
m_vertex_list[index + 2].Tu = _rect.uv[2].X;
m_vertex_list[index + 2].Tv = _rect.uv[2].Y;
// 우하단 삼각형
m_vertex_list[index + 3].X += p1.X;
m_vertex_list[index + 3].Y += p1.Y;
m_vertex_list[index + 4].X += p3.X;
m_vertex_list[index + 4].Y += p3.Y;
m_vertex_list[index + 5].X += p2.X;
m_vertex_list[index + 5].Y += p2.Y;
//
m_vertex_list[index + 3].Tu = _rect.uv[1].X;
m_vertex_list[index + 3].Tv = _rect.uv[1].Y;
m_vertex_list[index + 4].Tu = _rect.uv[3].X;
m_vertex_list[index + 4].Tv = _rect.uv[3].Y;
m_vertex_list[index + 5].Tu = _rect.uv[2].X;
m_vertex_list[index + 5].Tv = _rect.uv[2].Y;
m_sprite_count++;
m_draw_sprites_in_frame++;
}
if (m_sprite_count >= DRAW_SPRITE_ONCE)
{
draw_sprites();
}
return(true);
}
/*-------------------------------------------------------------------------
* 스프라이트の그리기 추가
* 스케일지정, 색지정, 회전지정
* 각도はラジアン
* 화면외컬링없음
* 회전지정は화면외컬링없음のみ
* ---------------------------------------------------------------------------*/
public bool AddDrawSpritesNC(Vector3 pos, d3d_sprite_rects.rect _rect, float angle_rad, Vector2 scale, int color)
{
return(AddDrawSpritesNC(pos, _rect, angle_rad, scale, color, new Vector2(0, 0)));
}
/*-------------------------------------------------------------------------
* 스프라이트の그리기 추가
* 색지정, 회전지정
* 각도はラジアン
* 화면외컬링없음
* 회전지정は화면외컬링없음のみ
* ---------------------------------------------------------------------------*/
public bool AddDrawSpritesNC(Vector3 pos, d3d_sprite_rects.rect _rect, float angle_rad, int color)
{
return(AddDrawSpritesNC(pos, _rect, angle_rad, new Vector2(1, 1), color));
}
/*-------------------------------------------------------------------------
* 스프라이트の그리기 추가
* 스케일지정, 회전지정
* 각도はラジアン
* 화면외컬링없음
* 회전지정は화면외컬링없음のみ
* ---------------------------------------------------------------------------*/
public bool AddDrawSpritesNC(Vector3 pos, d3d_sprite_rects.rect _rect, float angle_rad, Vector2 scale)
{
return(AddDrawSpritesNC(pos, _rect, angle_rad, scale, -1));
}
/*-------------------------------------------------------------------------
* 스프라이트の그리기 추가
* 등배, 색지정
* 화면외컬링없음
* ---------------------------------------------------------------------------*/
public bool AddDrawSpritesNC(Vector3 pos, d3d_sprite_rects.rect _rect, int color)
{
return(AddDrawSpritesNC(pos, _rect, color, new Vector2(0, 0)));
}
//#endif
/*-------------------------------------------------------------------------
* 스프라이트の그리기 추가
* 등배, 白, 不투명
* 화면외컬링없음
* ---------------------------------------------------------------------------*/
public bool AddDrawSpritesNC(Vector3 pos, d3d_sprite_rects.rect _rect)
{
return(AddDrawSpritesNC(pos, _rect, -1));
}
/*-------------------------------------------------------------------------
* 스프라이트の그리기 추가
* 스케일지정
* ---------------------------------------------------------------------------*/
public bool AddDrawSprites(Vector3 pos, d3d_sprite_rects.rect _rect, Vector2 scale)
{
return(AddDrawSprites(pos, _rect, scale, -1));
}