void PicturePrinter::ClipToPicture(BPicture *picture, BPoint point, bool clip_to_inverse_picture) {
Indent();
Print(clip_to_inverse_picture ? "ClipToInversePicture" : "ClipToPicture");
Print("point=", &point); Cr();
PicturePrinter printer(fIndent+1);
printer.Iterate(picture);
}
void PicturePrinter::SetFontFlags(int32 flags) {
Indent(); Print("SetFontFlags");
int f = 0;
if (flags == 0) Print("none set");
PRINT_FLAG(B_DISABLE_ANTIALIASING);
PRINT_FLAG(B_FORCE_ANTIALIASING);
if (flags != f) printf("Unknown Additional Flags %" B_PRId32 "", flags & ~f);
Cr();
}
void PicturePrinter::SetFontSpacing(int32 spacing) {
Indent(); Print("SetFontSpacing");
switch(spacing) {
case B_CHAR_SPACING: Print("B_CHAR_SPACING"); break;
case B_STRING_SPACING: Print("B_STRING_SPACING"); break;
case B_BITMAP_SPACING: Print("B_BITMAP_SPACING"); break;
case B_FIXED_SPACING: Print("B_FIXED_SPACING"); break;
default: Print("Unknown: ", (float)spacing);
}
Cr();
}
void PicturePrinter::SetStipplePattern(pattern p) {
Indent(); Print("SetStipplePattern");
if (compare(p, B_SOLID_HIGH)) Print("B_SOLID_HIGH");
else if (compare(p, B_SOLID_LOW)) Print("B_SOLID_LOW");
else if (compare(p, B_MIXED_COLORS)) Print("B_MIXED_COLORS");
else {
for (int i = 0; i < 8; i++) {
printf("%2.2x ", (unsigned int)p.data[i]);
}
}
Cr();
}
void PicturePrinter::SetFontFace(int32 flags) {
Indent(); Print("SetFontFace");
int32 f = 0;
if (flags == 0) Print("none set");
PRINT_FLAG(B_REGULAR_FACE);
PRINT_FLAG(B_BOLD_FACE);
PRINT_FLAG(B_ITALIC_FACE);
PRINT_FLAG(B_NEGATIVE_FACE);
PRINT_FLAG(B_OUTLINED_FACE);
PRINT_FLAG(B_UNDERSCORE_FACE);
PRINT_FLAG(B_STRIKEOUT_FACE);
if (flags != f) printf("Unknown Additional Flags %" B_PRId32 "", flags & ~f);
Cr();
}
void PicturePrinter::SetLineMode(cap_mode capMode, join_mode joinMode, float miterLimit) {
Indent(); Print("SetLineMode");
switch (capMode) {
case B_BUTT_CAP: Print("B_BUTT_CAP"); break;
case B_ROUND_CAP: Print("B_ROUND_CAP"); break;
case B_SQUARE_CAP: Print("B_SQUARE_CAP"); break;
}
switch (joinMode) {
case B_MITER_JOIN: Print("B_MITER_JOIN"); break;
case B_ROUND_JOIN: Print("B_ROUND_JOIN"); break;
case B_BUTT_JOIN: Print("B_BUTT_JOIN"); break;
case B_SQUARE_JOIN: Print("B_SQUARE_JOIN"); break;
case B_BEVEL_JOIN: Print("B_BEVEL_JOIN"); break;
}
Print("miterLimit", miterLimit);
Cr();
}
void PicturePrinter::SetDrawingMode(drawing_mode mode) {
Indent(); Print("SetDrawingMode");
switch (mode) {
case B_OP_COPY: Print("B_OP_COPY"); break;
case B_OP_OVER: Print("B_OP_OVER"); break;
case B_OP_ERASE: Print("B_OP_ERASE"); break;
case B_OP_INVERT: Print("B_OP_INVERT"); break;
case B_OP_SELECT: Print("B_OP_SELECT"); break;
case B_OP_ALPHA: Print("B_OP_ALPHA"); break;
case B_OP_MIN: Print("B_OP_MIN"); break;
case B_OP_MAX: Print("B_OP_MAX"); break;
case B_OP_ADD: Print("B_OP_ADD"); break;
case B_OP_SUBTRACT: Print("B_OP_SUBTRACT"); break;
case B_OP_BLEND: Print("B_OP_BLEND"); break;
default: Print("Unknown mode: ", (float)mode);
}
Cr();
}
void PicturePrinter::SetFontEncoding(int32 encoding) {
Indent(); Print("SetFontEncoding");
switch (encoding) {
case B_UNICODE_UTF8: Print("B_UNICODE_UTF8"); break;
case B_ISO_8859_1: Print("B_ISO_8859_1"); break;
case B_ISO_8859_2: Print("B_ISO_8859_2"); break;
case B_ISO_8859_3: Print("B_ISO_8859_3"); break;
case B_ISO_8859_4: Print("B_ISO_8859_4"); break;
case B_ISO_8859_5: Print("B_ISO_8859_5"); break;
case B_ISO_8859_6: Print("B_ISO_8859_6"); break;
case B_ISO_8859_7: Print("B_ISO_8859_7"); break;
case B_ISO_8859_8: Print("B_ISO_8859_8"); break;
case B_ISO_8859_9: Print("B_ISO_8859_9"); break;
case B_ISO_8859_10: Print("B_ISO_8859_10"); break;
case B_MACINTOSH_ROMAN: Print("B_MACINTOSH_ROMAN"); break;
default: Print("Unknown:", (float)encoding);
}
Cr();
}
bool TTree :: CreateTree(float Angle, float Length, TPoint3<float> Root, float Step, int Levels)
{
vector<TNode*> ToProcess, NextToProcess;
vector<TNode*> :: iterator it;
TNodeCreator Cr(Levels, Length);
TNode* RootNode = new TNode(Root, 0);
m_RootNode = RootNode;
ToProcess.push_back(RootNode);
for (int i = 1; i <= Levels; i++)
{
for( it = ToProcess.begin(); it != ToProcess.end(); it++)
{
TNode* newNode = Cr.CreateNode(**it);
(*it)->AddChild(newNode);
NextToProcess.push_back(newNode);
}
ToProcess.clear();
swap(ToProcess, NextToProcess);
}
return true;
}
PlaYUVerPixel PlaYUVerPixel::ConvertPixel( ColorSpace eOutputSpace )
{
Int outA, outB, outC;
PlaYUVerPixel outPixel( COLOR_INVALID, 0, 0, 0 );
if( ColorSpace() == eOutputSpace || eOutputSpace == COLOR_ARGB || eOutputSpace == COLOR_GRAY )
return *this;
if( eOutputSpace == COLOR_RGB )
{
YuvToRgb( Y(), Cb(), Cr(), outA, outB, outC );
outPixel.R() = outA;
outPixel.G() = outB;
outPixel.B() = outC;
}
if( eOutputSpace == COLOR_YUV )
{
rgbToYuv( R(), G(), B(), outA, outB, outC );
outPixel.Y() = outA;
outPixel.Cb() = outB;
outPixel.Cr() = outC;
}
return outPixel;
}
void PicturePrinter::Print(int numPoints, BPoint* points) {
for (int i = 0; i < numPoints; i ++) {
Indent(1); printf("%d ", i); Print(&points[i]); Cr();
}
}
void PicturePrinter::SetFontShear(float shear) {
Indent(); Print("SetFontShear", shear); Cr();
}
void PicturePrinter::DrawPixels(BRect src, BRect dest, int32 width, int32 height, int32 bytesPerRow, int32 pixelFormat, int32 flags, void *data) {
Indent(); Print("DrawPixels"); Cr();
}
void PicturePrinter::PushState() {
Indent(); Print("PushState"); Cr();
IncIndent();
}
void PicturePrinter::SetClippingRects(BRect *rects, uint32 numRects) {
Indent(); Print("SetClippingRects");
if (numRects == 0) Print("none");
Cr();
Print(numRects, rects);
}
PlaYUVerPixel PlaYUVerPixel::operator*( const Double& op )
{
PlaYUVerPixel out( m_iColorSpace, Y() * op, Cb() * op, Cr() * op );
return out;
}
void PicturePrinter::SetOrigin(BPoint pt) {
Indent(); Print("SetOrigin"); Print(&pt); Cr();
}
void PicturePrinter::SetFontStyle(char *style) {
Indent(); Print("SetFontStyle"); Print(style); Cr();
}
void PicturePrinter::PopState() {
DecIndent();
Indent(); Print("PopState"); Cr();
}
void PicturePrinter::DrawString(char *string, float escapement_nospace, float escapement_space) {
Indent(); Print("DrawString");
Print("escapement_nospace", escapement_nospace);
Print("escapement_space", escapement_space);
Print("text:"); Print(string); Cr();
}
void PicturePrinter::SetFontFamily(char *family) {
Indent(); Print("SetFontFamily"); Print(family); Cr();
}
void PicturePrinter::ExitStateChange() {
Indent(); Print("ExitStateChange"); Cr();
}
void PicturePrinter::SetBackColor(rgb_color color) {
Indent(); Print("SetBackColor"); Print(color); Cr();
}
void PicturePrinter::ExitFontState() {
Indent(); Print("ExitFontState"); Cr();
}
void PicturePrinter::Print(int numRects, BRect* rects) {
for (int i = 0; i < numRects; i ++) {
Indent(1); printf("%d ", i); Print(&rects[i]); Cr();
}
}
void PicturePrinter::SetFontSize(float size) {
Indent(); Print("SetFontSize", size); Cr();
}
PlaYUVerPixel PlaYUVerPixel::operator-( const PlaYUVerPixel& in )
{
PlaYUVerPixel out( m_iColorSpace, Y() - in.Y(), Cb() - in.Cb(), Cr() - in.Cr() );
return out;
}
void PicturePrinter::SetFontRotate(float rotation) {
Indent(); Print("SetFontRotation", rotation); Cr();
}
void PicturePrinter::SetScale(float scale) {
Indent(); Print("SetScale", scale); Cr();
}
void PicturePrinter::SetPenLocation(BPoint pt) {
Indent(); Print("SetPenLocation"); Print(&pt); Cr();
}
