void AColorDialogForm::OnSLPaint(AObject* pSender,AEvent* pEvent)
{
AColorHSL hsl;
hsl = m_HSLColor;
ACanvas* cs = m_pUICore->GetCanvas();
ARect rx = GetSLSelector()->GetAbsPosition();
for(int i=0;i<rx.GetHeight();i++)
{
for(int j=0;j<rx.GetWidth();j++)
{
AColorHSL tmpHSL;
tmpHSL.h = hsl.h;
tmpHSL.s = 100 * (float)j / (float)rx.GetWidth();
tmpHSL.l = 100 * ( 1.0 - (float)i / (float)rx.GetHeight() );
cs->DrawPoint(APoint(rx.left+j,rx.top+i),tmpHSL.ToRGB());
}
}
int x = hsl.s * rx.GetWidth() / 100.0;
int y = rx.GetHeight() - hsl.l * rx.GetHeight() / 100.0;
APoint pt(rx.left+x,rx.top+y);
ARect rs(pt.x-5,pt.y-5,pt.x+5,pt.y+5);
APen pen;
pen.SetWidth(1);
rs.Inflate(2,2);
pen.SetColor( AColor(255,0,0,0) );
cs->Use(&pen)->DrawEllipse(rs);
rs.Deflate(2,2);
pen.SetColor( AColor(255,255,255,255) );
pen.SetWidth(1.5);
cs->Use(&pen)->DrawEllipse(rs);
}
void BerconGradient::resetKeys() {
if (!pblock) return;
//pblock->SetCount(pb_submaps, 2);
//pblock->SetCount(pb_colors, 2);
//pblock->SetCount(pb_positions, 2);
/*
pblock->SetValue(pb_submaps, t, NULL, 0);
pblock->SetValue(pb_submaps, t, NULL, 1);
pblock->SetValue(pb_colors, t, AColor(0.f,0.f,0.f,1.f), 0);
pblock->SetValue(pb_colors, t, AColor(1.f,1.f,1.f,1.f), 1);
pblock->SetValue(pb_positions, t, 0.f, 0);
pblock->SetValue(pb_positions, t, 1.f, 1);
*/
Texmap* nullMaps[2] = {NULL, NULL};
pblock->Append(pb_submaps, 2, nullMaps);
AColor col1 = AColor(0.f,0.f,0.f,1.f); AColor col2 = AColor(1.f,1.f,1.f,1.f);
AColor* colors[2] = {&col1, &col2};
pblock->Append(pb_colors, 2, colors);
float floats[2] = {0.f, 1.f};
pblock->Append(pb_positions, 2, floats);
ivalid.SetEmpty();
//Update(GetCOREInterface()->GetTime(),Interval());
}
AColor plLayerTex::EvalColor(ShadeContext& sc)
{
if (!sc.doMaps)
return AColor(0.0f, 0.0f, 0.0f, 1.0f);
AColor color;
if (sc.GetCache(this, color))
return color;
if (gbufID)
sc.SetGBufferID(gbufID);
//
// Evaluate the Bitmap
//
if (fBitmapPB->GetInt(kBmpUseBitmap) && fBM)
{
plBMSampler mysamp(this, fBM);
color = fUVGen->EvalUVMap(sc, &mysamp, FALSE);
// We'd like to pass TRUE and actually filter the image, but that seems to be
// tripping an odd crash in Max internals. *shrug*
}
else
color.White();
// Invert color if specified
if (fBitmapPB->GetInt(kBmpInvertColor))
{
color.r = 1.0f - color.r;
color.g = 1.0f - color.g;
color.b = 1.0f - color.b;
}
// Discard color if specified
if (fBitmapPB->GetInt(kBmpDiscardColor))
color.r = color.g = color.b = 1.0f;
// Invert alpha if specified
if (fBitmapPB->GetInt(kBmpInvertAlpha))
color.a = 1.0f - color.a;
// Discard alpha if specified
if (fBitmapPB->GetInt(kBmpDiscardAlpha))
color.a = 1.0f;
// If RGB output is set to alpha, show RGB as grayscale of the alpha
if (fBitmapPB->GetInt(kBmpRGBOutput) == 1)
color = AColor(color.a, color.a, color.a, 1.0f);
sc.PutCache(this, color);
return color;
}
AColor mrTwoSidedShader::EvalColor(ShadeContext& sc) {
// Provide a good default for this (for the material editor peview)...
// Use the front color for the top half of the screen the the back color
// for the bottom half.
if(m_mainPB != NULL) {
Point2 screenUV;
Point2 screenDUV;
sc.ScreenUV(screenUV, screenDUV);
// Front map is used for top part of the image
bool useFront = (screenUV.y > 0.5f);
TimeValue t = sc.CurTime();
BOOL mapOn = m_mainPB->GetInt(useFront ? kMainPID_FrontMapOn : kMainPID_BackMapOn, t);
if(mapOn) {
Texmap* map = m_mainPB->GetTexmap(useFront ? kMainPID_FrontMap : kMainPID_BackMap, t);
if(map != NULL) {
return map->EvalColor(sc);
}
}
// Return the color only
AColor col = m_mainPB->GetAColor(useFront ? kMainPID_FrontColor : kMainPID_BackColor, t);
return col;
}
return AColor(0,0,0);
}
AColor BerconNoise::EvalColor(ShadeContext& sc) {
if (!sc.doMaps) return black;
AColor c;
if (sc.GetCache(this,c))
return c;
if (gbufID) sc.SetGBufferID(gbufID);
// UVW and Distortion
Point3 p, dpdx, dpdy, dp;
if(!berconXYZ.get(sc, p, dpdx, dpdy)) return AColor(0,0,0,0);
if (useDistortion)
applyDistortion(sc,p);
float nSize = (mapOn[4] && subtex[4]) ? subtex[4]->EvalMono(sc)*size : size;
p /= nSize; dpdx /= nSize; dpdy /= nSize;
Noise::alterUVW(p, uvwDist);
NoiseParams np = EvalParameters(&sc);
// Caluclate noise function
float d = sc.filterMaps ? Noise::limitedNoise(p, dpdx, dpdy, np) : Noise::limitedNoise(p, np);
if (useCurve)
d = curve->GetControlCurve(0)->GetValue(sc.CurTime(), d);
// Get colors
RGBA c0 = mapOn[0]&&subtex[0] ? subtex[0]->EvalColor(sc): col[0];
RGBA c1 = mapOn[1]&&subtex[1] ? subtex[1]->EvalColor(sc): col[1];
c = texout->Filter((1.f-d)*c0 + d*c1);
// Cache
sc.PutCache(this,c);
return c;
}
void Ai::aciton()
{
fire_cd->step (ASystem::TimeStep () * 2);
AScene * game_scene=Game::single ()->getGame_scene();
ParticleLauncher(game_scene->layer(2),Game::single()->getBullet_texture(),5,AVector2D(this->getX(),this->getY()),
AVector2D(100,100),AVector2D(0,0),AColor(1,1,1),
AColor(0,1,1),0,300,1,0,4,AVector2D(0,-2),10);
if(fire_cd->isTouched ())
{
fire_cd->rewind ();
if(is_firing)
{
game_scene->layer (2)->addChild (new Bullet(AVector2D(this->middleX()-15,this->middleY()-15),1,0.5,true));
}
}
}
AFont::AFont():AObject()
{
m_sName = _T("���ו");
m_eStyle = FontStyleRegular;
m_nSize = 12;
m_Unit = UnitPoint;
m_Color = AColor(255,0,0,0);
}
mrTwoSidedShader::mrShaderTwoSidedShader_ClassDesc::mrShaderTwoSidedShader_ClassDesc()
: m_mainPBDesc(
// The internal name of the parameter block must be "Parameters" since we want it to be translated automatically
kMainPBID, _T("Parameters"), IDS_PARAMETERS, NULL, (P_AUTO_CONSTRUCT | P_AUTO_UI), kRef_MainPB,
// Rollup
IDD_TWOSIDEDSHADER, IDS_TWOSIDEDSHADER_PARAMETERS, 0, 0, NULL,
// Parameters
// The internal name of this parameter must match that of the .mi declaration, because we want it to be translated automatically
kMainPID_FrontColor, _T("Front"), TYPE_FRGBA, P_ANIMATABLE, IDS_FRONTCOLOR,
p_default, AColor(0.5f, 0.5f, 0.5f),
p_ui, TYPE_COLORSWATCH, IDC_COLOR_FRONT,
p_end,
// The internal name of this parameter must match that of the .mi declaration, because we want it to be translated automatically
kMainPID_BackColor, _T("Back"), TYPE_FRGBA, P_ANIMATABLE, IDS_BACKCOLOR,
p_default, AColor(0.5f, 0.5f, 0.5f),
p_ui, TYPE_COLORSWATCH, IDC_COLOR_BACK,
p_end,
kMainPID_FrontMapOn, _T("FrontMapOn"), TYPE_BOOL, P_ANIMATABLE, IDS_FRONTMAPON,
p_default, TRUE,
p_ui, TYPE_SINGLECHEKBOX, IDC_CHECK_FRONTMAPON,
p_end,
kMainPID_BackMapOn, _T("BackMapOn"), TYPE_BOOL, P_ANIMATABLE, IDS_BACKMAPON,
p_default, TRUE,
p_ui, TYPE_SINGLECHEKBOX, IDC_CHECK_BACKMAPON,
p_end,
kMainPID_FrontMap, _T("FrontMap"), TYPE_TEXMAP, 0, IDS_FRONTMAP,
p_ui, TYPE_TEXMAPBUTTON, IDC_BUTTON_FRONTMAP,
p_end,
kMainPID_BackMap, _T("BackMap"), TYPE_TEXMAP, 0, IDS_BACKMAP,
p_ui, TYPE_TEXMAPBUTTON, IDC_BUTTON_BACKMAP,
p_end,
p_end
)
{
m_mainPBDesc.SetClassDesc(this);
imrShaderTranslation_ClassInfo::Init(*this);
IMtlRender_Compatibility_MtlBase::Init(*this);
}
AColor plBMSampler::Sample(ShadeContext& sc, float u,float v)
{
AColor none(0.0f, 0.0f, 0.0f, 0.0f);
if (!fInitialized)
return none;
BMM_Color_64 c;
int x,y;
float fu,fv;
fu = frac(u);
fv = 1.0f-frac(v);
if (fData.fEnableCrop)
{
if (fData.fCropPlacement)
{
if (!PlaceUV(sc,fu, fv, int(u), int(v)))
return AColor(0,0,0,0);
x = (int)(fu*fbmw+0.5f);
y = (int)(fv*fbmh+0.5f);
}
else
{
x = mod(clipx + (int)(fu*fclipw+0.5f),bmw);
y = mod(clipy + (int)(fv*fcliph+0.5f),bmh);
}
}
else
{
x = (int)(fu*fbmw+0.5f);
y = (int)(fv*fbmh+0.5f);
}
fBM->GetLinearPixels(x,y,1,&c);
switch(fData.fAlphaSource)
{
case plBMSamplerData::kDiscard:
c.a = 0xffff;
break;
case plBMSamplerData::kFromRGB:
c.a = (c.r+c.g+c.b)/3;
break;
// TBD
// XPCOL needs to be handled in bitmap for filtering.
// Need to open a bitmap with this property.
// case ALPHA_XPCOL: break;
}
return c;
}
AColor plMAXCameraLayer::EvalColor(ShadeContext& sc)
{
return AColor(0.0f, 0.0f, 0.0f, 1.0f);
}
AColor VDM::EvalColor( ShadeContext& sc ) {
return AColor(0.0f,0.0f,0.0f,1.0f);
}
int SrvrLoadWorldFromFile( uint32_t client_id, FILE *file, INDEX iWorld )
{
FILE *pFile;
PWORLD world = GetSetMember( WORLD, &g.worlds, iWorld );
int sz = 0, cnt, version, size;
char tag[4]; // read in make sure we're still aligned in the file...
int linesize;
int nlines;
PFLATLAND_MYLINESEG *linearray;
int wallsize;
int nwalls;
PWALL *wallarray;
int sectorsize;
int nsectors;
PSECTOR *sectorarray;
int namesize;
int nnames;
PNAME *namearray;
int texturesize;
int ntextures;
PFLATLAND_TEXTURE *texturearray;
INDEX texture;
if( !world )
return 0;
{
char buffer[256];
GetNameText( iWorld, world->name, buffer, sizeof( buffer ) );
Fopen( pFile, buffer, "rb" );
}
if( !pFile )
return 0;
ResetWorld( iWorld ); // make sure this thing is empty );
sz += fread( tag, 1, 4, pFile );
if( strncmp( tag, "FLAT", 4 ) )
{
Log( "Alignment error in file load... totally invalid file." );
return 0;
}
sz += fread( &size, 1, sizeof( size ), pFile );
if( size < 10 ) // can assume that it was a version ID
version = size;
else
sz = fread( &version, 1, sizeof( version ), pFile );
if( version < 8 )
{
texture = SrvrMakeTexture( client_id, iWorld, SrvrMakeName( client_id, iWorld, WIDE( "Default" ) ) );
SrvrSetSolidColor( client_id, iWorld, texture, AColor( 43, 76, 180, 0x80 ) );
}
Log1( "Loading version: %d", version );
sz += fread( tag, 1, 4, pFile );
if( strncmp( tag, "LINE", 4 ) )
{
// was not LINE or FLAT tag...
Log( "Alignment error in file line load." );
return 0;
}
if( version > 9 )
sz += fread( &linesize, 1, sizeof( linesize ), pFile );
sz += fread( &nlines, 1, sizeof(nlines), pFile );
linearray = (PFLATLAND_MYLINESEG*)Allocate( sizeof( PFLATLAND_MYLINESEG ) * nlines );
for( cnt = 0; cnt < nlines; cnt++ )
{
PFLATLAND_MYLINESEG pls;
LINESEGFILE lsf;
sz += fread( &lsf, 1, sizeof(LINESEGFILE), pFile );
pls = GetFromSet( FLATLAND_MYLINESEG, &world->lines );
#ifdef OUTPUT_TO_VIRTUALITY
pls->pfl = CreateFacetLine( world->object, lsf.r.o, lsf.r.n, lsf.start, lsf.end );
#endif
linearray[cnt] = pls;
/* some sort of update line... */
SetRay( &pls->r, &lsf.r );
if( version < 9 )
{
pls->r.o[1] = -pls->r.o[1];
pls->r.n[1] = -pls->r.n[1];
}
pls->dFrom = lsf.start;
pls->dTo = lsf.end;
}
sz += fread( tag, 1, 4, pFile );
if( strncmp( tag, "WALL", 4 ) )
{
Log( "Alignment error in file wall load." );
return 0;
}
if( version > 9 )
sz += fread( &wallsize, 1, sizeof( wallsize ), pFile );
sz += fread( &nwalls, 1, sizeof(nwalls), pFile );
wallarray = (PWALL*)Allocate( sizeof( PWALL ) * nwalls );
for( cnt = 0; cnt < nwalls; cnt++ )
{
wallarray[cnt] = GetFromSet( WALL, &world->walls );
}
for( cnt = 0; cnt < nwalls; cnt++ )
{
FILEWALLV1 ReadWall1;
FILEWALLV2 ReadWall2;
PWALL pwall;
pwall = wallarray[cnt];
if( version < 2 )
{
sz += fread( &ReadWall1, 1, sizeof( FILEWALLV1 ), pFile );
pwall->flags = ReadWall1.flags;
pwall->iSector = ReadWall1.nSector;
SetLineWorld( world, pwall->iLine, linearray[ReadWall1.nLine] );
if( ReadWall1.nWallInto == -1 )
pwall->iWallInto = INVALID_INDEX;
else
pwall->iWallInto = GetMemberIndex( WALL, &world->walls, wallarray[ReadWall1.nWallInto] );
pwall->iWallStart = GetMemberIndex( WALL, &world->walls, wallarray[ReadWall1.nWallStart] );
pwall->iWallEnd = GetMemberIndex( WALL, &world->walls, wallarray[ReadWall1.nWallEnd] );
}
else
{
sz += fread( &ReadWall2, 1, sizeof( FILEWALLV2 ), pFile );
pwall->flags = ReadWall2.flags;
pwall->iSector = ReadWall2.nSector;
if( ReadWall2.nLine != -1 )
{
pwall->iLine = GetMemberIndex( FLATLAND_MYLINESEG, &world->lines, linearray[ReadWall2.nLine] );
//SetLine( pwall->line, linearray[ReadWall2.nLine] );
}
else
{
Log( "Wall without line? cant be!" );
DebugBreak();
pwall->iLine = INVALID_INDEX;
}
if( ReadWall2.nWallInto == -1 )
pwall->iWallInto = INVALID_INDEX;
else
pwall->iWallInto = GetMemberIndex( WALL, &world->walls, wallarray[ReadWall2.nWallInto] );
pwall->iWallStart = GetMemberIndex( WALL, &world->walls, wallarray[ReadWall2.nWallStart] );
pwall->iWallEnd = GetMemberIndex( WALL, &world->walls, wallarray[ReadWall2.nWallEnd] );
}
}
sz += fread( tag, 1, 4, pFile );
if( strncmp( tag, "SECT", 4 ) )
{
Log2( "Alignment error in file sector load. %s(%d)", __FILE__, __LINE__ );
return 0;
}
if( version > 9 )
sz += fread( §orsize, 1, sizeof( sectorsize ), pFile );
sz += fread( &nsectors, 1, sizeof(nsectors), pFile );
sectorarray = (PSECTOR*)Allocate( sizeof( PSECTOR ) * nsectors );
for( cnt = 0; cnt < nsectors; cnt++ )
{
FILESECTORV3 ReadSector3;
FILESECTORV4 ReadSector4;
FILESECTORV5 ReadSector5;
FILESECTORV8 ReadSector8;
INDEX sector;
sectorarray[cnt] = GetFromSet( SECTOR, &world->sectors );
#ifdef OUTPUT_TO_VIRTUALITY
sectorarray[cnt]->facet = AddNormalPlane( world->object, VectorConst_0, VectorConst_Z, 0 );
#endif
sector = GetMemberIndex( SECTOR, &world->sectors, sectorarray[cnt] );
if( version < 8 )
{
// one texture is sufficient...
// in fact textures should be highly sharable.
sectorarray[cnt]->iTexture = texture;
}
if( version < 4 )
{
/*
{
char name[20];
sprintf( name, "%d", SectorIDs++ );
sectorarray[cnt]->name = GetName( &world->names, name );
}
*/
sectorarray[cnt]->iName = INVALID_INDEX;
sz += fread( &ReadSector3, 1, sizeof( FILESECTORV3 ), pFile );
sectorarray[cnt]->flags = ReadSector3.flags;
sectorarray[cnt]->iWorld = iWorld;
SetRay( §orarray[cnt]->r, &ReadSector3.r );
sectorarray[cnt]->iWall = GetMemberIndex( WALL, &world->walls, wallarray[ReadSector3.nwall] );
if( version < 3 )
{
ComputeSectorOrigin( iWorld, sector);
}
}
else if( version < 5 )
{
sz += fread( &ReadSector4, 1, sizeof( FILESECTORV4 ), pFile );
/*
{
char name[20];
sprintf( name, "%d", ReadSector4.nID );
sectorarray[cnt]->name = GetName( &world->names, name );
if( atoi( name ) > SectorIDs )
SectorIDs = atoi( name );
}
*/
sectorarray[cnt]->iName = INVALID_INDEX;
sectorarray[cnt]->flags = ReadSector4.flags;
sectorarray[cnt]->iWorld = iWorld;
SetRay( §orarray[cnt]->r, &ReadSector4.r );
sectorarray[cnt]->iWall = GetMemberIndex( WALL, &world->walls, wallarray[ReadSector4.nwall] );
}
else if( version < 8 )
{
sz += fread( &ReadSector5, 1, sizeof( FILESECTORV5 ), pFile );
sectorarray[cnt]->iName = ReadSector5.nName;
sectorarray[cnt]->flags = ReadSector5.flags;
sectorarray[cnt]->iWorld = iWorld;
SetRay( §orarray[cnt]->r, &ReadSector5.r );
sectorarray[cnt]->iWall = GetMemberIndex( WALL, &world->walls, wallarray[ReadSector5.nwall] );
}
else
{
sz += fread( &ReadSector8, 1, sizeof( FILESECTORV8 ), pFile );
sectorarray[cnt]->iName = ReadSector8.nName;
sectorarray[cnt]->flags = ReadSector8.flags;
sectorarray[cnt]->iWorld = iWorld;
SetRay( §orarray[cnt]->r, &ReadSector8.r );
sectorarray[cnt]->iWall = ReadSector8.nwall;
sectorarray[cnt]->iTexture = ReadSector8.nTexture;
}
// walls should all be valid at this point...
// have valid lines, and valid linkings...
ComputeSectorPointList( iWorld, sector, NULL );
ComputeSectorOrigin( iWorld, sector );
#ifdef OUTPUT_TO_VIRTUALITY
OrderObjectLines( world->object );
#endif
}
// fix sector references in walls.
//for( cnt = 0; cnt < nwalls; cnt++ )
//{
// wallarray[cnt]->iSector = wallarray[cnt]->iSector;
//}
for( cnt = 0; cnt < nwalls; cnt++ )
{
if( wallarray[cnt]->iLine == INVALID_INDEX )
{
SrvrDestroySector( client_id, iWorld, wallarray[cnt]->iSector );
Log( "attempting to fix broken walls" );
break;
}
}
if( version >= 5 )
{
sz += fread( tag, 1, 4, pFile );
if( strncmp( tag, "NAME", 4 ) )
{
Log2( "Alignment error in name section load. %s(%d)", __FILE__, __LINE__ );
return 0;
}
if( version > 9 )
sz += fread( &namesize, 1, sizeof( namesize ), pFile );
sz += fread( &nnames, 1, sizeof(nnames), pFile );
namearray = (PNAME*)Allocate( sizeof( PNAME ) * nnames );
for( cnt = 0; cnt < nnames; cnt++ )
{
namearray[cnt] = GetFromSet( NAME, &world->names );
if( version < 6 )
{
uint32_t length;
namearray[cnt]->name = (struct name_data*)Allocate( sizeof( *namearray[cnt]->name ) );
sz += fread( &length, 1, sizeof( length ), pFile );
namearray[cnt]->name[0].length = length;
namearray[cnt]->name[0].name = (TEXTSTR)Allocate( namearray[cnt]->name[0].length + 1 );
sz += fread( namearray[cnt]->name[0].name, 1, namearray[cnt]->name[0].length, pFile );
namearray[cnt]->name[0].name[namearray[cnt]->name[0].length] = 0;
namearray[cnt]->lines = 1;
}
else if( version < 7 )
{
int l;
sz += fread( &namearray[cnt]->lines, 1, sizeof( namearray[cnt]->lines ), pFile );
if( namearray[cnt]->lines )
{
namearray[cnt]->name = (struct name_data*)Allocate( sizeof( *namearray[cnt]->name ) * namearray[cnt]->lines );
for( l = 0; l < namearray[cnt]->lines; l++ )
{
sz += fread( &namearray[cnt]->name[l].length, 1, sizeof( namearray[cnt]->name[l].length ), pFile );
namearray[cnt]->name[l].name = (TEXTSTR)Allocate( namearray[cnt]->name[l].length + 1 );
sz += fread( namearray[cnt]->name[l].name, 1, namearray[cnt]->name[l].length, pFile );
namearray[cnt]->name[l].name[namearray[cnt]->name[l].length] = 0;
}
}
else
namearray[cnt]->name = NULL;
}
else
{
int l;
sz += fread( &namearray[cnt]->flags, 1, sizeof( namearray[cnt]->flags ), pFile );
sz += fread( &namearray[cnt]->lines, 1, sizeof( namearray[cnt]->lines ), pFile );
if( namearray[cnt]->lines )
{
namearray[cnt]->name = (struct name_data*)Allocate( sizeof( *namearray[cnt]->name ) * namearray[cnt]->lines );
for( l = 0; l < namearray[cnt]->lines; l++ )
{
sz += fread( &namearray[cnt]->name[l].length, 1, sizeof( namearray[cnt]->name[l].length ), pFile );
namearray[cnt]->name[l].name = (TEXTSTR)Allocate( namearray[cnt]->name[l].length + 1 );
sz += fread( namearray[cnt]->name[l].name, 1, namearray[cnt]->name[l].length, pFile );
namearray[cnt]->name[l].name[namearray[cnt]->name[l].length] = 0;
}
}
else
namearray[cnt]->name = NULL;
}
}
/*
for( cnt = 0; cnt < nsectors; cnt++ )
{
if( (int)sectorarray[cnt]->iName == -1 )
sectorarray[cnt]->iName = INVALID_INDEX;
else
{
int n;
PNAME pName = namearray[(int)sectorarray[cnt]->name];
if( pName->name && pName->name[0].name )
if( ( n = atoi( pName->name[0].name ) ) > SectorIDs )
SectorIDs = n;
sectorarray[cnt]->name = pName;
}
}
*/
if( version >= 8 )
{
sz += fread( tag, 1, 4, pFile );
if( strncmp( tag, "TEXT", 4 ) )
{
Log2( "Alignment error in texture section load. %s(%d)", __FILE__, __LINE__ );
return 0;
}
if( version > 9 )
sz += fread( &texturesize, 1, sizeof( texturesize ), pFile );
sz += fread( &ntextures, 1, sizeof(ntextures), pFile );
texturearray = (PFLATLAND_TEXTURE*)Allocate( sizeof( PFLATLAND_TEXTURE ) * ntextures );
for( cnt = 0; cnt < ntextures; cnt++ )
{
char flag;
int nName;
sz += fread( &nName, 1, sizeof( nName ), pFile );
texturearray[cnt] = GetFromSet( FLATLAND_TEXTURE, &world->textures );
texturearray[cnt]->iName = GetMemberIndex( NAME, &world->names, namearray[nName] );
sz += fread( &flag, 1, sizeof( flag ), pFile );
texturearray[cnt]->flags.bColor = flag;
if( flag )
{
sz += fread( &texturearray[cnt]->data.color, 1, sizeof(CDATA), pFile );
}
}
//for( cnt = 0; cnt < nsectors; cnt++ )
//{
// int ntexture = (int)sectorarray[cnt]->iTexture;
// sectorarray[cnt]->texture = NULL;
// SetTexture( sectorarray[cnt]->texture, texturearray[ntexture] );
//}
Release( texturearray );
}
Release( namearray );
}
if( version > 9 )
{
if( sz != size )
{
Log2( "Total load size %d is not %d", sz, size );
}
}
//for( cnt = 0; cnt < nsectors; cnt++ )
{
//PSECTOR pSector = sectorarray[cnt];
// again with the min/max fetch with
// spacetree add
//pSector->spacenode = AddSpaceNode( &world->spacetree, pSector, min, max );
}
Release( linearray );
Release( wallarray );
Release( sectorarray );
ValidateWorldLinks(iWorld);
return version;
}
INDEX SrvrCreateSquareSector( uint32_t client_id, INDEX iWorld, PC_POINT pOrigin, RCOORD size )
{
PWORLD world = GetSetMember( WORLD, &g.worlds, iWorld );
PSECTOR pSector;
INDEX iSector;
_POINT o, n;
pSector = GetFromSet( SECTOR, &world->sectors );
#ifdef OUTPUT_TO_VIRTUALITY
pSector->facet = AddNormalPlane( world->object, VectorConst_0, VectorConst_Z, 0 );
#endif
iSector = GetMemberIndex( SECTOR, &world->sectors, pSector );
/*
{
char name[20];
sprintf( name, "%d", SectorIDs++ );
pSector->name = GetName( &world->names, name );
}
*/
pSector->iName = INVALID_INDEX;
pSector->iWorld = iWorld;
/* east */
addscaled( o, pOrigin, VectorConst_X, size/2 );
scale( n, VectorConst_Y, 20 );
// creates an open line....
pSector->iWall = SrvrCreateWall( client_id, iWorld, iSector, INVALID_INDEX, FALSE, INVALID_INDEX, FALSE, o, n );
/* south */
addscaled( o, pOrigin, VectorConst_Y, size/2 );
scale( n, VectorConst_X, -20 );
// creates a wall whos start is at the start of the wall...
SrvrCreateWall( client_id, iWorld, iSector, pSector->iWall, TRUE, INVALID_INDEX, FALSE, o, n );
/* west */
addscaled( o, pOrigin, VectorConst_Y, -size/2 );
scale( n, VectorConst_X, -20 );
SrvrCreateWall( client_id, iWorld, iSector, pSector->iWall, FALSE, INVALID_INDEX, FALSE, o, n );
/* north */
addscaled( o, pOrigin, VectorConst_X, -size/2 );
scale( n, VectorConst_Y, 20 );
{
PWALL pWall = GetSetMember( WALL, &world->walls, pSector->iWall );
SrvrCreateWall( client_id, iWorld, iSector
, pWall->iWallStart, TRUE
, pWall->iWallEnd, TRUE, o, n );
}
//ComputeSectorPointList( iWorld, iSector, NULL );
//ComputeSectorOrigin( iWorld, iSector );
#ifdef OUTPUT_TO_VIRTUALITY
OrderObjectLines( world->object );
#endif
SetPoint( pSector->r.n, VectorConst_Y );
//DumpWall( pSector->wall );
//DumpWall( pSector->wall->wall_at_start );
//DumpWall( pSector->wall->wall_at_end );
//DumpWall( pSector->wall->wall_at_start->wall_at_end );
{
INDEX texture = SrvrMakeTexture( client_id, iWorld, SrvrMakeName( client_id, iWorld, WIDE( "Default" ) ) );
PFLATLAND_TEXTURE pTexture = GetSetMember( FLATLAND_TEXTURE, &world->textures, texture );
if( !pTexture->flags.bColor )
SrvrSetSolidColor( client_id, iWorld, texture, AColor( 170, 170, 170, 0x80 ) );
SrvrSetTexture( client_id, iWorld, iSector, texture );
}
#ifdef WORLDSCAPE_SERVER
/* this doesn't exist in direct library */
MarkSectorUpdated( client_id, iWorld, iSector );
#endif
return iSector;
}
void AColorDialogForm::OnColorSelectorPaint(AObject* pSender,AEvent* pEvent)
{
AVertSlide* pColorSelector = GetColorSelector();
ARect rx = pColorSelector->GetAbsPosition();
ACanvas* cs = GetUICore()->GetCanvas();
rx.Deflate(7,5,7,5);
cs->SetSmoothingMode(SmoothingModeNone);
float delta = 255.0/60.0;
for(int i=0;i<360;)
{
BYTE r,g,b;
if( i < 60 )//ºì -> ÂÌ
{
r = 255; g = 0; b = 0;
g += delta * (i-0);
}
else if( i < 120 )//ºì -> ÂÌ
{
r = 255; g = 255; b = 0;
r -= delta * (i-60);
}
else if( i < 180 )//ÂÌ -> À¶
{
r = 0; g = 255; b=0;
b += delta * (i-120);
}
else if( i < 240 )//ÂÌ -> À¶
{
r = 0; g = 255; b = 255;
g -= delta * (i-180);
}
else if( i < 300 )//À¶ -> ºì
{
r = 0; g = 0; b = 255;
r += delta * (i - 240);
}
else//À¶ -> ºì
{
r = 255; g = 0; b = 255;
b -= delta * (i-300);
}
APen pen;
pen.SetWidth(1);
pen.SetColor(AColor(255,r,g,b));
i += 2;
cs->Use(&pen)->DrawLine( APoint(rx.left,rx.bottom-i/2),APoint(rx.right,rx.bottom-i/2) );
}
int iPosition = pColorSelector->GetPosition();
int y = rx.top + rx.GetHeight() * iPosition / pColorSelector->GetRange();
APoint pt1,pt2,pt3;
ASolidBrush br;
br.SetColor(AApplication::Get()->GetCurSkin()->m_BorderColor );
pt1 = APoint(rx.left-5,y-5);
pt2 = APoint(rx.left-5,y+5);
pt3 = APoint(rx.left,y);
cs->Use(&br)->FillTrigle(pt1,pt2,pt3);
pt1 = APoint(rx.right-1,y);
pt2 = APoint(rx.right-1+6,y-5);
pt3 = APoint(rx.right-1+6,y+5);
cs->Use(&br)->FillTrigle(pt1,pt2,pt3);
cs->SetSmoothingMode(SmoothingModeAntiAlias);
}
AColor PainterTextureSample::EvalColor(ShadeContext& sc)
{
//TODO: Evaluate the color of texture map for the context.
return AColor (0.0f,0.0f,0.0f,0.0f);
}
AColor plStaticEnvLayer::EvalColor(ShadeContext& sc)
{
if (!sc.doMaps)
return AColor(0.0f, 0.0f, 0.0f, 1.0f);
AColor color;
if (sc.GetCache(this, color))
return color;
if (gbufID)
sc.SetGBufferID(gbufID);
// Evaluate the Bitmap
// Point3 v = sc.VectorTo( sc.V(), REF_OBJECT );//WORLD );
Point3 v = sc.VectorTo( sc.Normal(), REF_OBJECT );
float wx,wy,wz;
Color rcol;
Bitmap *refmap = NULL;
Point3 rv;
Point2 uv;
int size;
wx = (float)fabs( v.x );
wy = (float)fabs( v.y );
wz = (float)fabs( v.z );
if( wx >= wy && wx >= wz )
{
if( v.x < 0 )
{
refmap = fBitmaps[ kLeftFace ];
uv = CompUV( -v.y, -v.z, v.x );
}
else
{
refmap = fBitmaps[ kRightFace ];
uv = CompUV( v.y, -v.z, -v.x );
}
}
else if( wy >= wx && wy >= wz )
{
if( v.y > 0 )
{
refmap = fBitmaps[ kBackFace ];
uv = CompUV( -v.x, -v.z, -v.y );
}
else
{
refmap = fBitmaps[ kFrontFace ];
uv = CompUV( v.x, -v.z, v.y );
}
}
else if( wz >= wx && wz >= wy )
{
if( v.z < 0 )
{
refmap = fBitmaps[ kBottomFace ];
uv = CompUV( -v.x, -v.y, v.z );
}
else
{
refmap = fBitmaps[ kTopFace ];
uv = CompUV( -v.x, v.y, -v.z );
}
}
if( refmap == NULL )
color.White();
else
{
if( uv.x < 0.0f )
uv.x = 0.0f;
else if( uv.x > 1.0f )
uv.x = 1.0f;
if( uv.y < 0.0f )
uv.y = 0.0f;
else if( uv.y > 1.0f )
uv.y = 1.0f;
size = refmap->Width();
int x = (int)( uv.x * (float)( size - 1 ) );
int y = (int)( ( 1.0f - uv.y ) * (float)( size - 1 ) );
BMM_Color_64 c;
refmap->GetLinearPixels( x, y, 1, &c );
color = AColor( c.r / 65535.f, c.g / 65535.f, c.b / 65535.f, c.a / 65535.f );
}
// Invert color if specified
if( fBitmapPB->GetInt( kBmpInvertColor ) )
{
color.r = 1.0f - color.r;
color.g = 1.0f - color.g;
color.b = 1.0f - color.b;
}
// Discard color if specified
if( fBitmapPB->GetInt( kBmpDiscardColor ) )
color.r = color.g = color.b = 1.0f;
// Invert alpha if specified
if( fBitmapPB->GetInt( kBmpInvertAlpha ) )
color.a = 1.0f - color.a;
// Discard alpha if specified
if( fBitmapPB->GetInt( kBmpDiscardAlpha ) )
color.a = 1.0f;
// If RGB output is set to alpha, show RGB as grayscale of the alpha
if( fBitmapPB->GetInt( kBmpRGBOutput ) == 1 )
color = AColor( color.a, color.a, color.a, 1.0f );
sc.PutCache(this, color);
return color;
}
L"<c type=@Label@ tx=@%@ l=@354@ t=@20@ w=@12@ h=@12@ />"
L"<c type=@Label@ tx=@%@ l=@354@ t=@40@ w=@12@ h=@12@ />"
L"</children>"
L"</c>"
L"</children>"
L"</c>"
;
//---------- »ù±¾ÑÕÉ«±í
typedef struct _ColorEntry
{
ACHAR* szName;
AColor cr;
}TColorEntry;
TColorEntry g_ColorEntrys[]={
{ _T("ºÚÉ«"),AColor(255,0,0,0)}, { _T("×ØÉ«"),AColor(255,0x99,0x33,0)},
{ _T("éÏéÂÌ"),AColor(255,0x33,0x33,0)}, { _T("ÉîÂÌ"),AColor(255,0,0x33,0)},
{ _T("ÉîºþÉ«"),AColor(255,0,0x33,0x66)}, { _T("ÉîÀ¶"),AColor(255,0,0,0x80)},
{ _T("µåÇà"),AColor(255,0x33,0x33,0x99)}, { _T("80%»Ò"),AColor(255,0x33,0x33,0x33)},
{ _T("Éîºì"),AColor(255,0x80,0,0)}, { _T("³ÈÉ«"),AColor(255,0xFF,0x66,0)},
{ _T("Éî»Æ"),AColor(255,0x80,0x80,0)}, { _T("ÂÌÉ«"),AColor(255,0,0x80,0)},
{ _T("ºþÉ«"),AColor(255,0,0x80,0x80)}, { _T("À¶É«"),AColor(255,0,0,0xFF)},
{ _T("»ÒÀ¶"),AColor(255,0x66,0x66,0x99)}, { _T("50%»Ò"),AColor(255,0x80,0x80,0x80)},
{ _T("ºìÉ«"),AColor(255,0xFF,0,0)}, { _T("dz³È"),AColor(255,0xFF,0x99,0)},
{ _T("ʯ»Ò"),AColor(255,0x99,0xcc,0)}, { _T("º£ÂÌ"),AColor(255,0x33,0x99,0x66)},
{ _T("Ë®ÂÌ"),AColor(255,0x33,0xcc,0xcc)}, { _T("dzÀ¶"),AColor(255,0x33,0x66,0xff)},
{ _T("×ÏÂÞÀ¼"),AColor(255,0x80,0,0x80)}, { _T("40%»Ò"),AColor(255,0x96,0x96,0x96)},
{ _T("·Ûºì"),AColor(255,0xff,0,0xff)}, { _T("½ðÉ«"),AColor(255,0xff,0xcc,0)},
// ============================================================================
Value* AngleControl::get_property(Value** arg_list, int count)
{
Value* prop = arg_list[0];
if(prop == n_diameter ||
prop == n_width ||
prop == n_height)
{
if(parent_rollout && parent_rollout->page)
return Integer::intern(GetDiameter());
else
return &undefined;
}
else if(prop == n_degrees)
{
if(parent_rollout && parent_rollout->page)
return Float::intern(GetDegrees());
else
return &undefined;
}
else if(prop == n_radians)
{
if(parent_rollout && parent_rollout->page)
return Float::intern(GetRadians());
else
return &undefined;
}
else if (prop == n_range)
{
if(parent_rollout && parent_rollout->page)
return new Point3Value (m_min, m_max, GetDegrees());
}
else if(prop == n_startDegrees)
{
if(parent_rollout && parent_rollout->page)
return Float::intern(GetStartDegrees());
else
return &undefined;
}
else if(prop == n_startRadians)
{
if(parent_rollout && parent_rollout->page)
return Float::intern(GetStartRadians());
else
return &undefined;
}
else if(prop == n_dir)
{
if(parent_rollout && parent_rollout->page)
return m_dirCCW ? n_CCW : n_CW;
else
return &undefined;
}
else if(prop == n_color)
{
if(parent_rollout && parent_rollout->page)
return ColorValue::intern(AColor(m_color));
else
return &undefined;
}
else if(prop == n_bitmap)
return m_maxBitMap ? (Value*)m_maxBitMap : &undefined;
return RolloutControl::get_property(arg_list, count);
}
virtual AColor toColor() const { return AColor(0,0,0,0); }
AColor SampleShaderPlugin::EvalColor(ShadeContext& sc)
{
//TODO: Evaluate the color of texture map for the context.
return AColor (0.0f,0.0f,0.0f,0.0f);
}
AColor CrackVisualizer::EvalColor(ShadeContext& sc)
{
if (gbufID) sc.SetGBufferID(gbufID);
float dist = pblock->GetFloat( pb_spin, sc.CurTime() )*0.1f;
float distSquared = dist*dist;
float minDist = 9999999999999999999.0f;
// we must be sure that minDist is a value greater than dist
// ...
//AColor edgeColor = AColor (1.0f,0.0f,0.0f,1.0f);
AColor edgeColor = pblock->GetAColor( pb_color, sc.CurTime() );
edgeColor.a = 1.0f;
int nodeID = sc.NodeID();
if( !sc.globContext )
return AColor (0.0f,0.0f,0.0f,0.0f);
RenderInstance* inst = sc.globContext->GetRenderInstance(nodeID);
if( (inst==NULL) || (inst->mesh==NULL) || NULL == inst->mesh->faces || inst->mesh->getNumFaces() <= sc.FaceNumber() )
{
return AColor (0.0f,0.0f,0.0f,0.0f);
}
// if an entry for the current nodeID doesnt exist
if( adjBoundaryEdges.find( nodeID ) == adjBoundaryEdges.end() )
// build the table
findAdjBoundaryEdges( nodeID, inst );
int faceIndex = sc.FaceNumber();
Face& f = inst->mesh->faces[faceIndex];
// compute Position of p
Point3 bary = sc.BarycentricCoords();
Point3 p = bary[0]*inst->mesh->getVert(f.getVert(0)) + bary[1]*inst->mesh->getVert(f.getVert(1)) + bary[2]*inst->mesh->getVert(f.getVert(2));
// p is not close to any boundary edge
// check if p close to any vertex which neighbours a boundaryedge from another triangle
for( int i=0; i<3; ++i )
{
// if wireframe
if(0)
{
DWORD edgeIdx = f.GetEdgeIndex( f.getVert(i), f.getVert((i+1)%3) );
// get vertex positions
Point3 v0 = inst->mesh->getVert(f.getVert(i));
Point3 v1 = inst->mesh->getVert(f.getVert(i+1)%3);
// compute distance p <-> edge v0, v1
//float edgeDistance = distancePointLine( p, v0, v1 );
float edgeDistance = Dist3DPtToLine( &p, &v0, &v1 );
edgeDistance = edgeDistance*edgeDistance;
// if distance of p is closer then 1/10 of the distance of v2 to that edge
if( edgeDistance < minDist )
minDist = edgeDistance;
}
// if there is any incident boundary edge to the current vertex, than we know that it is a
// boundary vertex
if( !adjBoundaryEdges[nodeID][f.getVert(i)].empty() )
{
// current vertex is a boundary vertex
// comute distance of p to that vertex
float vertexDistance = (inst->mesh->getVert( f.getVert(i) ) - p).LengthSquared();
if( vertexDistance < minDist )
minDist = vertexDistance;
// check all boundary edges which are adjacent to the vertex and may
// come from other faces
for( int j = 0; j<adjBoundaryEdges[nodeID][f.getVert(i)].size(); ++j )
{
// compute distance to that edge
Point3 v0 = inst->mesh->getVert( adjBoundaryEdges[nodeID][f.getVert(i)][j].first );
Point3 v1 = inst->mesh->getVert( adjBoundaryEdges[nodeID][f.getVert(i)][j].second );
// compute dotproduct
Point3 vec = p - v0;
Point3 direction = Normalize( v1 - v0 );
float maxLength = Length( v1 - v0 );
float dp = DotProd( vec, direction );
if( (dp<0.0f)||(dp>maxLength) )
continue;
float edgeDistance = LengthSquared( vec - dp*direction );
if( edgeDistance < minDist )
minDist = edgeDistance;
}
}
}
if( minDist < distSquared )
return edgeColor;
return AColor (0.0f,0.0f,0.0f,0.0f);}