CGradientEditor::CStepHandle *CGradientEditor::AddGradientStep(int x)
{
double pos = Interpolate(x, clientRect->left, clientRect->right, 0.0, 1.0);
unsigned int index = gradient->AddStep(pos, gradient->ColorAtPoint(pos));
SetGradient(gradient);
return stepHandles[index];
}
void C_Fill::LocalFunction(short ID,long P[],_TCHAR *,C_Handler *)
{
switch(ID)
{
case CFIL_SETUP:
Setup(P[0],(short)P[1]);
break;
case CFIL_SETCOLOR:
SetColor(P[0]|(P[1] << 8)|(P[2]<<16));
break;
case CFIL_SETGRADIENT:
SetGradient((short)P[0],(short)P[1]);
break;
case CFIL_SETPERCENT:
SetGradient((short)P[0],(short)P[0]);
break;
case CFIL_SETDITHER:
SetDither((short)P[0],(short)P[1]);
break;
}
}
void CLensFlareDescriptor::load(CInifile* pIni, LPCSTR sect)
{
section = sect;
m_Flags.set (flSource,pIni->r_bool(sect,"source" ));
if (m_Flags.is(flSource)){
LPCSTR S= pIni->r_string ( sect,"source_shader" );
LPCSTR T= pIni->r_string ( sect,"source_texture" );
float r = pIni->r_float ( sect,"source_radius" );
BOOL i = pIni->r_bool ( sect,"source_ignore_color" );
SetSource(r,i,T,S);
}
m_Flags.set (flFlare,pIni->r_bool ( sect,"flares" ));
if (m_Flags.is(flFlare)){
LPCSTR S= pIni->r_string ( sect,"flare_shader" );
LPCSTR T= pIni->r_string ( sect,"flare_textures" );
LPCSTR R= pIni->r_string ( sect,"flare_radius" );
LPCSTR O= pIni->r_string ( sect,"flare_opacity");
LPCSTR P= pIni->r_string ( sect,"flare_position");
u32 tcnt= _GetItemCount(T);
string256 name;
for (u32 i=0; i<tcnt; i++){
_GetItem(R,i,name); float r=(float)atof(name);
_GetItem(O,i,name); float o=(float)atof(name);
_GetItem(P,i,name); float p=(float)atof(name);
_GetItem(T,i,name);
AddFlare(r,o,p,name,S);
}
}
m_Flags.set (flGradient,CInifile::IsBOOL(pIni->r_string( sect, "gradient")));
if (m_Flags.is(flGradient)){
LPCSTR S= pIni->r_string ( sect,"gradient_shader" );
LPCSTR T= pIni->r_string ( sect,"gradient_texture" );
float r = pIni->r_float ( sect,"gradient_radius" );
float o = pIni->r_float ( sect,"gradient_opacity" );
SetGradient(r,o,T,S);
}
m_StateBlendUpSpeed = 1.f/(_max(pIni->r_float( sect,"blend_rise_time" ),0.f)+EPS_S);
m_StateBlendDnSpeed = 1.f/(_max(pIni->r_float( sect,"blend_down_time" ),0.f)+EPS_S);
OnDeviceCreate();
}
CGradientEditor::CGradientEditor(CGradient *gradient)
{
clientRect = NULL;
tint = 0xFFFFFF;
SetGradient(gradient);
shBitmap = LoadBitmap(hInst, MAKEINTRESOURCE(IDB_STEPHANDLE));
shBmpMask = LoadBitmap(hInst, MAKEINTRESOURCE(IDB_STEPHANDLE_MASK));
shBmpColorMask = LoadBitmap(hInst, MAKEINTRESOURCE(IDB_STEPHANDLE_COLOR_MASK));
shBitmapDC = CreateCompatibleDC(NULL);
SelectObject(shBitmapDC, shBitmap);
const BYTE data[] = {
0xEF, 0xFF, //11101111 11111111
0xC7, 0xFF, //11000111 11111111
0x83, 0xFF, //10000011 11111111
0x01, 0xFF, //00000001 11111111
};
cellMarkerBmp = CreateBitmap(7, 4, 1, 1, data);
cellMarkerBmpDC = CreateCompatibleDC(NULL);
SelectObject(cellMarkerBmpDC, cellMarkerBmp);
}
