void colorSchemeDesigner::assignRandom(bool unique) {
colorSchemeIndices.clear();
applyColorIndeces.clear();
for (int i = 0; i < colorScheme[0].size(); i++) {
colorSchemeIndices.push_back(ofVec2f(0,i));
}
if (mode == 1 || mode == 3 || mode == 5) {
for (int i = 0; i < colorScheme[0].size(); i++) {
colorSchemeIndices.push_back(ofVec2f(1,i));
}
}
if (mode == 2 || mode == 3 || mode == 4 || mode == 5) {
for (int i = 0; i < colorScheme[0].size(); i++) {
colorSchemeIndices.push_back(ofVec2f(2,i));
}
for (int i = 0; i < colorScheme[0].size(); i++) {
colorSchemeIndices.push_back(ofVec2f(3,i));
}
}
for (int i=0; i<assignColors.size(); i++)
{
int index = ofRandom(0, colorSchemeIndices.size());
applyColorIndeces.push_back(index);
}
assert( assignColors.size() == applyColorIndeces.size() );
applyColors();
}
static void cb_OK(fltk::Button*, void*) {
//windowColorSettings->hide();
saveActiveScheme();
applyColors();
saveEfltkConfig();
exit(0);
}
KstChooseColorDialogI::KstChooseColorDialogI(QWidget* parent,
const char* name, bool modal, WFlags fl)
: KstChooseColorDialog(parent, name, modal, fl) {
xVector->setChecked(true);
connect(OK, SIGNAL(clicked()), this, SLOT(applyColors()));
_xSelected = true;
_grid = 0L;
_override = false;
}
void FormStyle::newColor()
{
if ( !ui.colorE->text().isEmpty() )
{
if ( chkName( ui.colorE->text() ) )
return;
allowChColor = false;
ui.colorsB->addItem( ui.colorE->text() );
ui.colorsB->setCurrentIndex( ui.colorsB->count() - 1 );
allowChColor = true;
ReadOnly = false;
applyColors();
}
}
void colorSchemeDesigner::updateColorScheme() {
primary.setHsb(hue, saturation, brightness);
ofFloatColor primaryHB, primaryHS, primaryLB, primaryLS;
primaryHB = primaryHS = primaryLB = primaryLS = primary;
primaryHB.setBrightness(primary.getBrightness() + distance);
primaryLB.setBrightness(primary.getBrightness() - distance);
primaryHS.setSaturation(primary.getSaturation() + distance);
primaryLS.setSaturation(primary.getSaturation() - distance);
colorScheme[0][0] = primary;
colorScheme[0][1] = primaryHB;
colorScheme[0][2] = primaryLB;
colorScheme[0][3] = primaryHS;
colorScheme[0][4] = primaryLS;
if (mode == 1 || mode == 5) {
ofFloatColor complement, complementHB, complementHS, complementLB, complementLS;
complement = primary;
float cHue = primary.getHue() - 0.5;
if ( cHue < 0.0 ) cHue += 1.0;
complement.setHue(cHue);
complementHB = complementHS = complementLB = complementLS = complement;
complementHB.setBrightness(complement.getBrightness() + distance);
complementLB.setBrightness(complement.getBrightness() - distance);
complementHS.setSaturation(complement.getSaturation() + distance);
complementLS.setSaturation(complement.getSaturation() - distance);
colorScheme[1][0] = complement;
colorScheme[1][1] = complementHB;
colorScheme[1][2] = complementLB;
colorScheme[1][3] = complementHS;
colorScheme[1][4] = complementLS;
}
if (mode == 2 || mode == 4 || mode == 5) {
ofFloatColor second, secondHB, secondHS, secondLB, secondLS;
ofFloatColor third, thirdHB, thirdHS, thirdLB, thirdLS;
float mod = (mode == 2) ? 0.5 : 0.0;
second = third = primary;
float sHue = primary.getHue() - mod + angle;
if ( sHue < 0.0 ) sHue += 1.0;
second.setHue(sHue);
float tHue = primary.getHue() - mod - angle;
if ( tHue < 0.0 ) tHue += 1.0;
third.setHue(tHue);
secondHB = secondHS = secondLB = secondLS = second;
secondHB.setBrightness(second.getBrightness() + distance);
secondLB.setBrightness(second.getBrightness() - distance);
secondHS.setSaturation(second.getSaturation() + distance);
secondLS.setSaturation(second.getSaturation() - distance);
colorScheme[2][0] = second;
colorScheme[2][1] = secondHB;
colorScheme[2][2] = secondLB;
colorScheme[2][3] = secondHS;
colorScheme[2][4] = secondLS;
//thirds
thirdHB = thirdHS = thirdLB = thirdLS = third;
thirdHB.setBrightness(third.getBrightness() + distance);
thirdLB.setBrightness(third.getBrightness() - distance);
thirdHS.setSaturation(third.getSaturation() + distance);
thirdLS.setSaturation(third.getSaturation() - distance);
colorScheme[3][0] = third;
colorScheme[3][1] = thirdHB;
colorScheme[3][2] = thirdLB;
colorScheme[3][3] = thirdHS;
colorScheme[3][4] = thirdLS;
}
if (mode == 3) {
ofFloatColor complement, complementHB, complementHS, complementLB, complementLS;
complement = primary;
float cHue = primary.getHue() - 0.5;
if ( cHue < 0.0 ) cHue += 1.0;
complement.setHue(cHue);
complementHB = complementHS = complementLB = complementLS = complement;
complementHB.setBrightness(complement.getBrightness() + distance);
complementLB.setBrightness(complement.getBrightness() - distance);
complementHS.setSaturation(complement.getSaturation() + distance);
complementLS.setSaturation(complement.getSaturation() - distance);
colorScheme[1][0] = complement;
colorScheme[1][1] = complementHB;
colorScheme[1][2] = complementLB;
colorScheme[1][3] = complementHS;
colorScheme[1][4] = complementLS;
ofFloatColor second, secondHB, secondHS, secondLB, secondLS;
ofFloatColor third, thirdHB, thirdHS, thirdLB, thirdLS;
second = primary;
float sHue = primary.getHue() + angle;
if ( sHue > 1.0 ) sHue -= 1.0;
second.setHue(sHue);
third = complement;
float tHue = complement.getHue() + angle;
if ( tHue > 1.0 ) tHue -= 1.0;
third.setHue(tHue);
secondHB = secondHS = secondLB = secondLS = second;
secondHB.setBrightness(second.getBrightness() + distance);
secondLB.setBrightness(second.getBrightness() - distance);
secondHS.setSaturation(second.getSaturation() + distance);
secondLS.setSaturation(second.getSaturation() - distance);
colorScheme[2][0] = second;
colorScheme[2][1] = secondHB;
colorScheme[2][2] = secondLB;
colorScheme[2][3] = secondHS;
colorScheme[2][4] = secondLS;
//thirds
thirdHB = thirdHS = thirdLB = thirdLS = third;
thirdHB.setBrightness(third.getBrightness() + distance);
thirdLB.setBrightness(third.getBrightness() - distance);
thirdHS.setSaturation(third.getSaturation() + distance);
thirdLS.setSaturation(third.getSaturation() - distance);
colorScheme[3][0] = third;
colorScheme[3][1] = thirdHB;
colorScheme[3][2] = thirdLB;
colorScheme[3][3] = thirdHS;
colorScheme[3][4] = thirdLS;
}
applyColors();
}
static void cb_Apply(fltk::Button*, void*) {
saveActiveScheme();
applyColors();
saveEfltkConfig();
}
