void setup()
{
size(700, 500);
colorMode(COLOR_MODE_HSB, width, 100, 100, 100);
strokeWeight(0.2);
noFill();
//smooth();
background(width);
//frameRate(100);
radius = 10;
thickness = 0.5;
x = 2;
y = height / 2;
z = height / 2;
t = height / 2;
amp = 5;
angle = 0;
i = 0;
}
void setup()
{
size(640, 360);
colorMode(COLOR_MODE_HSB, height, height, height);
noStroke();
background(height);
}
void QPrinter::setPageSize( PageSize newPageSize )
{
if ( newPageSize > NPageSize ) {
#if defined(CHECK_STATE)
qWarning("QPrinter::SetPageSize: illegal page size %d", newPageSize );
#endif
return;
}
page_size = makepagesize( newPageSize, pageOrder(), colorMode() );
}
void setup() {
size(640, 360);
noStroke();
colorMode(COLOR_MODE_HSB, numChars);
background(numChars / 2);
// Set a gray value for each key
for (int i = 0; i < numChars; i++) {
colors[i] = COLOR(i, numChars, numChars, 255);
}
}
void drawer_paintImage2(int left, int bottom, int right, int top, int height,double complex *phis,double complex *phis2)
{
colorf c;
double phi;
for(int x=left, i=0; x<right; x++, i++){
for(int y=bottom, j=0; y<top ; y++, j++){
phi = colorMode(phis[x*height+y] + phis2[x*height+y]); //colorMode : creal() or cabs()
colorTransform( phi, &c );
texColor[i][j] = c;
}
}
}
//todo 可変長引数を利用して, 複数のデータの平均で色を出すようにするべき?
void drawer_paintImage(int left, int bottom, int right, int top, int height, double complex *phis, ...)
{
// const int num = sizeof(phis) / sizeof(double complex*);
//printf("size = %d",num);
colorf c;
double phi;
for(int x=left, i=0; x<right; x++, i++){
for(int y=bottom, j=0; y<top ; y++, j++){
phi = colorMode(phis[x*height+y]); //colorMode : creal() or cabs()
colorTransform( phi, &c );
texColor[i][j] = c;
}
}
}
//todo 可変長引数を利用して, 複数のデータの平均で色を出すようにするべき?
void drawer_paintImage(int left, int bottom, int right, int top, int width, int height, double complex *phis, ...)
{
colorf c;
double complex cphi;
double ux = 1.0*(right-left)/TEX_NX;
double uy = 1.0*(top-bottom)/TEX_NY;
double u = max(ux,uy);
int i,j;
double x,y;
for(i=0,x=left; i<TEX_NX && x<right; i++, x+=u) {
for(j=0,y=bottom; j<TEX_NY && y<top; j++, y+=u) {
cphi = cbilinear(phis,x,y,width,height);
colorTransform(colorMode(cphi), &c);
texColor[i][j] = c;
}
}
}
void
Drawing::render(DrawingContext &ct, Geom::IntRect const &area, unsigned flags)
{
if (_root) {
_root->render(ct, area, flags);
}
if (colorMode() == COLORMODE_GRAYSCALE) {
// apply grayscale filter on top of everything
cairo_surface_t *input = ct.rawTarget();
cairo_surface_t *out = ink_cairo_surface_create_identical(input);
ink_cairo_surface_filter(input, out, _grayscale_colormatrix);
Geom::Point origin = ct.targetLogicalBounds().min();
ct.setSource(out, origin[Geom::X], origin[Geom::Y]);
ct.setOperator(CAIRO_OPERATOR_SOURCE);
ct.paint();
ct.setOperator(CAIRO_OPERATOR_OVER);
cairo_surface_destroy(out);
}
}
bool
QPrinter::prepare(PMPrintSettings *s)
{
if (!psession && PMCreateSession(&psession) != noErr)
return FALSE;
if (*s == kPMNoPrintSettings) {
if (PMCreatePrintSettings(s) != noErr)
return FALSE;
if (PMSessionDefaultPrintSettings(psession, *s) != noErr)
return FALSE;
} else {
if (PMSessionValidatePrintSettings(psession, *s, kPMDontWantBoolean) != noErr)
return FALSE;
}
if (minPage() != 0 || maxPage() != 0)
PMSetPageRange(*s, minPage(), maxPage());
if (d->printRange != AllPages) {
PMSetFirstPage(*s, fromPage(), TRUE);
PMSetLastPage(*s, toPage(), TRUE);
}
PMSetColorMode(*s, colorMode() == GrayScale ? kPMGray : kPMColor);
PMSetCopies(*s, numCopies(), TRUE);
if (outputToFile()) {
CFStringRef cfstring = qstring2cfstring(outputFileName());
CFURLRef outFile = CFURLCreateWithFileSystemPath(kCFAllocatorSystemDefault, cfstring,
kCFURLPOSIXPathStyle, false);
PMSessionSetDestination(psession, *s, kPMDestinationFile, kPMDocumentFormatPDF, outFile);
CFRelease(outFile);
CFRelease(cfstring);
}
QString printName = printerName();
if (!printName.isEmpty()) {
CFStringRef pname = qstring2cfstring(printName);
PMSessionSetCurrentPrinter(psession, pname);
CFRelease(pname);
}
return TRUE;
}
void QPrinter::setPageOrder( PageOrder newPageOrder )
{
page_size = makepagesize( pageSize(), newPageOrder, colorMode() );
}
void KPrinter::translateQtOptions()
{
d->m_wrapper->setCreator(creator());
d->m_wrapper->setDocName(docName());
d->m_wrapper->setFullPage(fullPage());
d->m_wrapper->setColorMode((QPrinter::ColorMode)colorMode());
d->m_wrapper->setOrientation((QPrinter::Orientation)orientation());
if ( !option( "kde-printsize" ).isEmpty() )
d->m_wrapper->setPageSize( ( QPrinter::PageSize )option( "kde-printsize" ).toInt() );
else
d->m_wrapper->setPageSize((QPrinter::PageSize)pageSize());
d->m_wrapper->setOutputToFile(true);
d->m_wrapper->setOutputFileName(d->m_tmpbuffer);
d->m_wrapper->setNumCopies(option("kde-qtcopies").isEmpty() ? 1 : option("kde-qtcopies").toInt());
if (!option("kde-margin-top").isEmpty())
{
/**
* Scale margings as the margin widget always stores values
* in dot units ( 1/72th in ), to be resolution independent
* when specified by the user ( who usually specifies margins
* in metric units ).
*/
int res = resolution();
d->m_wrapper->setMargins(
( int )( ( option("kde-margin-top").toFloat() * res + 71 ) / 72 ),
( int )( ( option("kde-margin-left").toFloat() * res + 71 ) / 72 ),
( int )( ( option("kde-margin-bottom").toFloat() * res + 71 ) / 72 ),
( int )( ( option("kde-margin-right").toFloat() * res + 71 ) / 72 ) );
}
else if ( d->m_pagesize != NULL )
{
int res = resolution();
DrPageSize *ps = d->m_pagesize;
int top = ( int )( ps->topMargin() * res + 71 ) / 72;
int left = ( int )( ps->leftMargin() * res + 71 ) / 72;
int bottom = ( int )( ps->bottomMargin() * res + 71 ) / 72;
int right = ( int )( ps->rightMargin() * res + 71 ) / 72;
if ( !fullPage() )
{
// Printers can often print very close to the edges (PPD files say ImageArea==PaperDimension).
// But that doesn't mean it looks good. Apps which use setFullPage(false) assume that
// KPrinter will give them reasonable margins, so let's QMAX with defaults from Qt in that case.
// Keep this in sync with KPMarginPage::initPageSize
unsigned int it, il, ib, ir;
d->m_wrapper->margins( &it, &il, &ib, &ir );
top = QMAX( top, (int)it );
left = QMAX( left, (int)il );
bottom = QMAX( bottom, (int)ib );
right = QMAX( right, (int)ir );
}
d->m_wrapper->setMargins( top, left, bottom, right );
}
/*else
{
int res = d->m_wrapper->resolution();
d->m_wrapper->setMargins( res/3, res/2, res/3, res/2 );
}*/
// for special printers, copies are handled by Qt
if (option("kde-isspecial") == "1")
d->m_wrapper->setNumCopies(numCopies());
}
