public virtual int DrawPoly2(float[] verts, gxtkSurface surf, int srcx, int srcy)
{
int n = verts.Length / 4;
if (n < 1 || n > MAX_VERTS)
{
return(0);
}
Flush();
for (int i = 0; i < n; ++i)
{
float px = verts[i * 4];
float py = verts[i * 4 + 1];
if (_tformed)
{
float ppx = px;
px = ppx * _ix + py * _jx + _tx;
py = ppx * _iy + py * _jy + _ty;
}
_verts[i * 2] = px; _verts[i * 2 + 1] = py; _colors[i] = _color;
}
_primType = 5;
_primSurf = null;
_vertCount = n;
Flush();
return(0);
}
public virtual int DrawRect(float x, float y, float w, float h)
{
if (_primType != 4 || _vertCount == MAX_VERTS || _primSurf != null)
{
Flush();
_primType = 4;
_primSurf = null;
}
float x0 = x, x1 = x + w, x2 = x + w, x3 = x;
float y0 = y, y1 = y, y2 = y + h, y3 = y + h;
if (_tformed)
{
float tx0 = x0, tx1 = x1, tx2 = x2, tx3 = x3;
x0 = tx0 * _ix + y0 * _jx + _tx; y0 = tx0 * _iy + y0 * _jy + _ty;
x1 = tx1 * _ix + y1 * _jx + _tx; y1 = tx1 * _iy + y1 * _jy + _ty;
x2 = tx2 * _ix + y2 * _jx + _tx; y2 = tx2 * _iy + y2 * _jy + _ty;
x3 = tx3 * _ix + y3 * _jx + _tx; y3 = tx3 * _iy + y3 * _jy + _ty;
}
int i = _vertCount * 2, j = _vertCount;
_verts[i] = x0; _verts[i + 1] = y0; _colors[j] = _color;
_verts[i + 2] = x1; _verts[i + 3] = y1; _colors[j + 1] = _color;
_verts[i + 4] = x2; _verts[i + 5] = y2; _colors[j + 2] = _color;
_verts[i + 6] = x3; _verts[i + 7] = y3; _colors[j + 3] = _color;
_vertCount += 4;
return(0);
}
public virtual int DrawPoly2(float[] verts, gxtkSurface surf, int srcx, int srcy)
{
int n = verts.Length / 2;
if (n < 1 || n > MAX_VERTS)
{
return(0);
}
Flush();
primType = 5;
primTex = null;
for (int i = 0; i < n; ++i)
{
float px = verts[i * 4];
float py = verts[i * 4 + 1];
if (tformed)
{
float ppx = px;
px = ppx * ix + py * jx + tx;
py = ppx * iy + py * jy + ty;
}
vertices[i].Position.X = px; vertices[i].Position.Y = py;
vertices[i].Color = color;
}
primCount = n;
Flush();
return(0);
}
public virtual int DrawSurface(gxtkSurface surf, float x, float y)
{
if (_primType != 4 || _vertCount == MAX_VERTS || _primSurf != surf)
{
Flush();
_primType = 4;
_primSurf = surf;
}
float w = surf.Width();
float h = surf.Height();
float u0 = 0, u1 = 1, v0 = 0, v1 = 1;
float x0 = x, x1 = x + w, x2 = x + w, x3 = x;
float y0 = y, y1 = y, y2 = y + h, y3 = y + h;
if (_tformed)
{
float tx0 = x0, tx1 = x1, tx2 = x2, tx3 = x3;
x0 = tx0 * _ix + y0 * _jx + _tx; y0 = tx0 * _iy + y0 * _jy + _ty;
x1 = tx1 * _ix + y1 * _jx + _tx; y1 = tx1 * _iy + y1 * _jy + _ty;
x2 = tx2 * _ix + y2 * _jx + _tx; y2 = tx2 * _iy + y2 * _jy + _ty;
x3 = tx3 * _ix + y3 * _jx + _tx; y3 = tx3 * _iy + y3 * _jy + _ty;
}
int i = _vertCount * 2, j = _vertCount;
_verts[i + 0] = x0; _verts[i + 1] = y0; _texcs[i + 0] = u0; _texcs[i + 1] = v0; _colors[j + 0] = _color;
_verts[i + 2] = x1; _verts[i + 3] = y1; _texcs[i + 2] = u1; _texcs[i + 3] = v0; _colors[j + 1] = _color;
_verts[i + 4] = x2; _verts[i + 5] = y2; _texcs[i + 4] = u1; _texcs[i + 5] = v1; _colors[j + 2] = _color;
_verts[i + 6] = x3; _verts[i + 7] = y3; _texcs[i + 6] = u0; _texcs[i + 7] = v1; _colors[j + 3] = _color;
_vertCount += 4;
return(0);
}
public virtual int DrawLine(float x0, float y0, float x1, float y1)
{
if (_primType != 2 || _vertCount == MAX_VERTS || _primSurf != null)
{
Flush();
_primType = 2;
_primSurf = null;
}
if (_tformed)
{
float tx0 = x0, tx1 = x1;
x0 = tx0 * _ix + y0 * _jx + _tx; y0 = tx0 * _iy + y0 * _jy + _ty;
x1 = tx1 * _ix + y1 * _jx + _tx; y1 = tx1 * _iy + y1 * _jy + _ty;
}
int i = _vertCount * 2, j = _vertCount;
_verts[i + 0] = x0; _verts[i + 1] = y0; _colors[j + 0] = _color;
_verts[i + 2] = x1; _verts[i + 3] = y1; _colors[j + 1] = _color;
_vertCount += 2;
return(0);
}
public virtual gxtkSurface LoadSurface(String path)
{
gxtkSurface surf = new gxtkSurface();
if (!LoadSurface__UNSAFE__(surf, path))
{
return(null);
}
return(surf);
}
public virtual bool LoadSurface__UNSAFE__(gxtkSurface surface, String path)
{
Texture2D texture = BBXnaGame.XnaGame().LoadTexture2D(path);
if (texture == null)
{
return(false);
}
surface.SetTexture(texture);
return(true);
}
public virtual int DrawOval(float x, float y, float w, float h)
{
Flush();
float xr = w / 2.0f;
float yr = h / 2.0f;
int segs;
if (_tformed)
{
float dx_x = xr * _ix;
float dx_y = xr * _iy;
float dx = (float)Math.Sqrt(dx_x * dx_x + dx_y * dx_y);
float dy_x = yr * _jx;
float dy_y = yr * _jy;
float dy = (float)Math.Sqrt(dy_x * dy_x + dy_y * dy_y);
segs = (int)(dx + dy);
}
else
{
segs = (int)(Math.Abs(xr) + Math.Abs(yr));
}
segs = Math.Max(segs, 12) & ~3;
segs = Math.Min(segs, MAX_VERTS);
float x0 = x + xr, y0 = y + yr;
for (int i = 0; i < segs; ++i)
{
float th = -(float)i * (float)(Math.PI * 2.0) / (float)segs;
float px = x0 + (float)Math.Cos(th) * xr;
float py = y0 - (float)Math.Sin(th) * yr;
if (_tformed)
{
float ppx = px;
px = ppx * _ix + py * _jx + _tx;
py = ppx * _iy + py * _jy + _ty;
}
_verts[i * 2] = px; _verts[i * 2 + 1] = py; _colors[i] = _color;
}
_primType = 5;
_primSurf = null;
_vertCount = segs;
Flush();
return(0);
}
public virtual int DrawSurface2(gxtkSurface surf, float x, float y, int srcx, int srcy, int srcw, int srch)
{
if (primType != 4 || primCount == MAX_QUADS || surf.texture != primTex)
{
Flush();
primType = 4;
primTex = surf.texture;
}
float w = surf.Width();
float h = surf.Height();
float u0 = srcx / w, u1 = (srcx + srcw) / w;
float v0 = srcy / h, v1 = (srcy + srch) / h;
float x0 = x, x1 = x + srcw, x2 = x + srcw, x3 = x;
float y0 = y, y1 = y, y2 = y + srch, y3 = y + srch;
if (tformed)
{
float tx0 = x0, tx1 = x1, tx2 = x2, tx3 = x3;
x0 = tx0 * ix + y0 * jx + tx;
y0 = tx0 * iy + y0 * jy + ty;
x1 = tx1 * ix + y1 * jx + tx;
y1 = tx1 * iy + y1 * jy + ty;
x2 = tx2 * ix + y2 * jx + tx;
y2 = tx2 * iy + y2 * jy + ty;
x3 = tx3 * ix + y3 * jx + tx;
y3 = tx3 * iy + y3 * jy + ty;
}
int vp = primCount++ *4;
vertices[vp].Position.X = x0; vertices[vp].Position.Y = y0;
vertices[vp].TextureCoordinate.X = u0; vertices[vp].TextureCoordinate.Y = v0;
vertices[vp].Color = color;
vertices[vp + 1].Position.X = x1; vertices[vp + 1].Position.Y = y1;
vertices[vp + 1].TextureCoordinate.X = u1; vertices[vp + 1].TextureCoordinate.Y = v0;
vertices[vp + 1].Color = color;
vertices[vp + 2].Position.X = x2; vertices[vp + 2].Position.Y = y2;
vertices[vp + 2].TextureCoordinate.X = u1; vertices[vp + 2].TextureCoordinate.Y = v1;
vertices[vp + 2].Color = color;
vertices[vp + 3].Position.X = x3; vertices[vp + 3].Position.Y = y3;
vertices[vp + 3].TextureCoordinate.X = u0; vertices[vp + 3].TextureCoordinate.Y = v1;
vertices[vp + 3].Color = color;
return(0);
}
public virtual int WritePixels2(gxtkSurface surface, int[] pixels, int x, int y, int width, int height, int offset, int pitch)
{
Color[] data = new Color[width * height];
int i = 0;
for (int py = 0; py < height; ++py)
{
int j = offset + py * pitch;
for (int px = 0; px < width; ++px)
{
int argb = pixels[j++];
data[i++] = new Color((argb >> 16) & 0xff, (argb >> 8) & 0xff, argb & 0xff, (argb >> 24) & 0xff);
}
}
surface.texture.SetData(0, new Rectangle(x, y, width, height), data, 0, data.Length);
return(0);
}
public virtual int WritePixels2(gxtkSurface surface, int[] pixels, int x, int y, int width, int height, int offset, int pitch)
{
byte[] data = new byte[width * height * 4];
int i = 0;
for (int py = 0; py < height; ++py)
{
int j = offset + py * pitch;
for (int px = 0; px < width; ++px)
{
int argb = pixels[j++];
data[i] = (byte)(argb >> 16);
data[i + 1] = (byte)(argb >> 8);
data[i + 2] = (byte)(argb);
data[i + 3] = (byte)(argb >> 24);
i += 4;
}
}
surface._texture.SetPixels(0, data, PixelFormat.Rgba, 0, width * 4, x, y, width, height);
return(0);
}
public virtual int DrawPoint(float x, float y)
{
if (_primType != 1 || _vertCount == MAX_VERTS || _primSurf != null)
{
Flush();
_primType = 1;
_primSurf = null;
}
if (_tformed)
{
float tx = x;
x = tx * _ix + y * _jx + _tx;
y = tx * _iy + y * _jy + _ty;
}
int i = _vertCount * 2, j = _vertCount;
_verts[i] = x; _verts[i + 1] = y; _colors[j] = _color;
_vertCount += 1;
return(0);
}
public virtual int DrawPoly2( float[] verts,gxtkSurface surf,int srcx,int srcy )
{
int n=verts.Length/2;
if( n<1 || n>MAX_VERTS ) return 0;
Flush();
primType=5;
primTex=null;
for( int i=0;i<n;++i ){
float px=verts[i*4];
float py=verts[i*4+1];
if( tformed ){
float ppx=px;
px=ppx * ix + py * jx + tx;
py=ppx * iy + py * jy + ty;
}
vertices[i].Position.X=px;vertices[i].Position.Y=py;
vertices[i].Color=color;
}
primCount=n;
Flush();
return 0;
}
public virtual gxtkSurface LoadSurface( String path )
{
gxtkSurface surf=new gxtkSurface();
if( !LoadSurface__UNSAFE__( surf,path ) ) return null;
return surf;
}
public virtual bool LoadSurface__UNSAFE__( gxtkSurface surface,String path )
{
Texture2D texture=BBXnaGame.XnaGame().LoadTexture2D( path );
if( texture==null ) return false;
surface.SetTexture( texture );
return true;
}
public virtual int WritePixels2( gxtkSurface surface,int[] pixels,int x,int y,int width,int height,int offset,int pitch )
{
Color[] data=new Color[width*height];
int i=0;
for( int py=0;py<height;++py ){
int j=offset+py*pitch;
for( int px=0;px<width;++px ){
int argb=pixels[j++];
data[i++]=new Color( (argb>>16) & 0xff,(argb>>8) & 0xff,argb & 0xff,(argb>>24) & 0xff );
}
}
surface.texture.SetData( 0,new Rectangle( x,y,width,height ),data,0,data.Length );
return 0;
}
public c_Image p_Init(gxtkSurface t_surf,int t_nframes,int t_iflags)
{
bb_std_lang.pushErr();
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<143>";
if((m_surface)!=null){
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<143>";
bb_std_lang.Error("Image already initialized");
}
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<144>";
m_surface=t_surf;
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<146>";
m_width=m_surface.Width()/t_nframes;
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<147>";
m_height=m_surface.Height();
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<149>";
m_frames=new c_Frame[t_nframes];
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<150>";
for(int t_i=0;t_i<t_nframes;t_i=t_i+1){
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<151>";
m_frames[t_i]=(new c_Frame()).m_Frame_new(t_i*m_width,0);
}
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<154>";
p_ApplyFlags(t_iflags);
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<155>";
bb_std_lang.popErr();
return this;
}
public c_Image p_Init2(gxtkSurface t_surf,int t_x,int t_y,int t_iwidth,int t_iheight,int t_nframes,int t_iflags,c_Image t_src,int t_srcx,int t_srcy,int t_srcw,int t_srch)
{
bb_std_lang.pushErr();
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<159>";
if((m_surface)!=null){
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<159>";
bb_std_lang.Error("Image already initialized");
}
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<160>";
m_surface=t_surf;
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<161>";
m_source=t_src;
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<163>";
m_width=t_iwidth;
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<164>";
m_height=t_iheight;
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<166>";
m_frames=new c_Frame[t_nframes];
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<168>";
int t_ix=t_x;
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<168>";
int t_iy=t_y;
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<170>";
for(int t_i=0;t_i<t_nframes;t_i=t_i+1){
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<171>";
if(t_ix+m_width>t_srcw){
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<172>";
t_ix=0;
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<173>";
t_iy+=m_height;
}
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<175>";
if(t_ix+m_width>t_srcw || t_iy+m_height>t_srch){
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<176>";
bb_std_lang.Error("Image frame outside surface");
}
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<178>";
m_frames[t_i]=(new c_Frame()).m_Frame_new(t_ix+t_srcx,t_iy+t_srcy);
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<179>";
t_ix+=m_width;
}
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<182>";
p_ApplyFlags(t_iflags);
bb_std_lang.errInfo="C:/MonkeyXPro82b/modules/mojo/graphics.monkey<183>";
bb_std_lang.popErr();
return this;
}
public virtual int DrawSurface2( gxtkSurface surf,float x,float y,int srcx,int srcy,int srcw,int srch )
{
if( primType!=4 || primCount==MAX_QUADS || surf.texture!=primTex ){
Flush();
primType=4;
primTex=surf.texture;
}
float w=surf.Width();
float h=surf.Height();
float u0=srcx/w,u1=(srcx+srcw)/w;
float v0=srcy/h,v1=(srcy+srch)/h;
float x0=x,x1=x+srcw,x2=x+srcw,x3=x;
float y0=y,y1=y,y2=y+srch,y3=y+srch;
if( tformed ){
float tx0=x0,tx1=x1,tx2=x2,tx3=x3;
x0=tx0 * ix + y0 * jx + tx;
y0=tx0 * iy + y0 * jy + ty;
x1=tx1 * ix + y1 * jx + tx;
y1=tx1 * iy + y1 * jy + ty;
x2=tx2 * ix + y2 * jx + tx;
y2=tx2 * iy + y2 * jy + ty;
x3=tx3 * ix + y3 * jx + tx;
y3=tx3 * iy + y3 * jy + ty;
}
int vp=primCount++*4;
vertices[vp ].Position.X=x0;vertices[vp ].Position.Y=y0;
vertices[vp ].TextureCoordinate.X=u0;vertices[vp ].TextureCoordinate.Y=v0;
vertices[vp ].Color=color;
vertices[vp+1].Position.X=x1;vertices[vp+1].Position.Y=y1;
vertices[vp+1].TextureCoordinate.X=u1;vertices[vp+1].TextureCoordinate.Y=v0;
vertices[vp+1 ].Color=color;
vertices[vp+2].Position.X=x2;vertices[vp+2].Position.Y=y2;
vertices[vp+2].TextureCoordinate.X=u1;vertices[vp+2].TextureCoordinate.Y=v1;
vertices[vp+2].Color=color;
vertices[vp+3].Position.X=x3;vertices[vp+3].Position.Y=y3;
vertices[vp+3].TextureCoordinate.X=u0;vertices[vp+3].TextureCoordinate.Y=v1;
vertices[vp+3].Color=color;
return 0;
}
