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-rw-r--r--kjsembed/plugins/imagefx_plugin.cpp176
1 files changed, 88 insertions, 88 deletions
diff --git a/kjsembed/plugins/imagefx_plugin.cpp b/kjsembed/plugins/imagefx_plugin.cpp
index 7aa81b3c..ef3d0ed0 100644
--- a/kjsembed/plugins/imagefx_plugin.cpp
+++ b/kjsembed/plugins/imagefx_plugin.cpp
@@ -36,7 +36,7 @@ namespace KJSEmbed {
namespace Bindings {
-ImageFXLoader::ImageFXLoader( TTQObject *parent, const char *name, const TTQStringList &args ) :
+ImageFXLoader::ImageFXLoader( TQObject *parent, const char *name, const TQStringList &args ) :
JSBindingPlugin(parent, name, args)
{
}
@@ -206,116 +206,116 @@ KJS::Value ImageFX::call( KJS::ExecState *exec, KJS::Object &self, const KJS::Li
KJS::Value retValue = KJS::Value();
switch ( mid ) {
case Methodgradient: {
- TTQSize size = extractTQSize(exec, args, 0);
- TTQColor ca = extractTQColor(exec, args, 1);
- TTQColor cb = extractTQColor(exec, args, 2);
+ TQSize size = extractTQSize(exec, args, 0);
+ TQColor ca = extractTQColor(exec, args, 1);
+ TQColor cb = extractTQColor(exec, args, 2);
int type = extractInt( exec, args, 3);
int ncols = extractInt( exec, args, 4);
- TTQImage img = KImageEffect::gradient(size, ca, cb, (KImageEffect::GradientType)type, ncols);
+ TQImage img = KImageEffect::gradient(size, ca, cb, (KImageEffect::GradientType)type, ncols);
retValue = convertToValue(exec, img);
break;
}
case MethodunbalancedGradient: {
- TTQSize size = extractTQSize(exec, args, 0);
- TTQColor ca = extractTQColor(exec, args, 1);
- TTQColor cb = extractTQColor(exec, args, 2);
+ TQSize size = extractTQSize(exec, args, 0);
+ TQColor ca = extractTQColor(exec, args, 1);
+ TQColor cb = extractTQColor(exec, args, 2);
int type = extractInt( exec, args, 3);
int xfactor = extractInt( exec, args, 4);
int yfactor = extractInt( exec, args, 5);
int ncols = extractInt( exec, args, 6);
- TTQImage img = KImageEffect::unbalancedGradient(size, ca, cb, (KImageEffect::GradientType)type, xfactor, yfactor, ncols);
+ TQImage img = KImageEffect::unbalancedGradient(size, ca, cb, (KImageEffect::GradientType)type, xfactor, yfactor, ncols);
retValue = convertToValue(exec, img);
break;
}
case MethodblendColor: {
- TTQColor clr = extractTQColor(exec, args, 0);
- TTQImage dst = extractTQImage(exec, args, 1);
+ TQColor clr = extractTQColor(exec, args, 0);
+ TQImage dst = extractTQImage(exec, args, 1);
float opacity = (float)extractDouble(exec, args, 2);
- TTQImage img = KImageEffect::blend(clr, dst, opacity);
+ TQImage img = KImageEffect::blend(clr, dst, opacity);
retValue = convertToValue(exec, img);
break;
}
case MethodblendImage: {
- TTQImage src = extractTQImage(exec, args, 0);
- TTQImage dst = extractTQImage(exec, args, 1);
+ TQImage src = extractTQImage(exec, args, 0);
+ TQImage dst = extractTQImage(exec, args, 1);
float opacity = (float)extractDouble(exec, args, 2);
- TTQImage img = KImageEffect::blend(src, dst, opacity);
+ TQImage img = KImageEffect::blend(src, dst, opacity);
retValue = convertToValue(exec, img);
break;
}
case MethodcomputeDestinationRect: {
- TTQSize lowerSize = extractTQSize(exec, args, 0);
+ TQSize lowerSize = extractTQSize(exec, args, 0);
int disposition = extractInt(exec, args, 1);
- TTQImage upper = extractTQImage(exec, args, 2);
- TTQRect rect = KImageEffect::computeDestinationRect(lowerSize, (KImageEffect::Disposition) disposition, upper);
+ TQImage upper = extractTQImage(exec, args, 2);
+ TQRect rect = KImageEffect::computeDestinationRect(lowerSize, (KImageEffect::Disposition) disposition, upper);
retValue = convertToValue(exec, rect);
break;
}
case MethodchannelIntensity: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
float percent = (float)extractDouble(exec, args, 1);
int channel = extractInt(exec, args, 2);
- TTQImage img = KImageEffect::channelIntensity(image, percent, (KImageEffect::RGBComponent)channel);
+ TQImage img = KImageEffect::channelIntensity(image, percent, (KImageEffect::RGBComponent)channel);
retValue = convertToValue(exec, img);
break;
}
case Methodfade: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
float val = (float)extractDouble(exec, args, 1);
- TTQColor color = extractTQColor(exec, args, 2);
- TTQImage img = KImageEffect::fade(image, val, color);
+ TQColor color = extractTQColor(exec, args, 2);
+ TQImage img = KImageEffect::fade(image, val, color);
retValue = convertToValue(exec, img);
break;
}
case Methodflatten: {
- TTQImage image = extractTQImage(exec, args, 0);
- TTQColor ca = extractTQColor(exec, args, 1);
- TTQColor cb = extractTQColor(exec, args, 2);
+ TQImage image = extractTQImage(exec, args, 0);
+ TQColor ca = extractTQColor(exec, args, 1);
+ TQColor cb = extractTQColor(exec, args, 2);
int ncols = extractInt(exec, args, 3);
- TTQImage img = KImageEffect::flatten(image, ca, cb, ncols);
+ TQImage img = KImageEffect::flatten(image, ca, cb, ncols);
retValue = convertToValue(exec, img);
break;
}
case Methodhash: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
int lite = extractInt(exec, args, 1);
int spacing = extractInt(exec, args, 2);
- TTQImage img = KImageEffect::hash(image, (KImageEffect::Lighting)lite, spacing);
+ TQImage img = KImageEffect::hash(image, (KImageEffect::Lighting)lite, spacing);
retValue = convertToValue(exec, img);
break;
}
case Methodintensity: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
float percent = (float)extractDouble(exec, args, 1);
- TTQImage img = KImageEffect::intensity(image, percent);
+ TQImage img = KImageEffect::intensity(image, percent);
retValue = convertToValue(exec, img);
break;
}
case Methodmodulate: {
- TTQImage image = extractTQImage(exec, args, 0);
- TTQImage modImage = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
+ TQImage modImage = extractTQImage(exec, args, 0);
bool reverse = extractBool(exec, args, 1);
int type = extractInt(exec, args, 2);
int factor = extractInt(exec, args, 3);
int channel = extractInt(exec, args, 4);
- TTQImage img = KImageEffect::modulate(image, modImage, reverse, (KImageEffect::ModulationType)type, factor, (KImageEffect::RGBComponent)channel);
+ TQImage img = KImageEffect::modulate(image, modImage, reverse, (KImageEffect::ModulationType)type, factor, (KImageEffect::RGBComponent)channel);
retValue = convertToValue(exec, img);
break;
}
case MethodtoGray: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
bool fast = extractBool(exec, args, 1);
- TTQImage img = KImageEffect::toGray(image, fast);
+ TQImage img = KImageEffect::toGray(image, fast);
retValue = convertToValue(exec, img);
break;
}
case Methoddesaturate: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
float desat = (float)extractDouble(exec, args, 1);
- TTQImage img = KImageEffect::desaturate(image, desat);
+ TQImage img = KImageEffect::desaturate(image, desat);
retValue = convertToValue(exec, img);
break;
}
@@ -326,193 +326,193 @@ KJS::Value ImageFX::call( KJS::ExecState *exec, KJS::Object &self, const KJS::Li
}
case MethodselectedImage: {
- TTQImage image = extractTQImage(exec, args, 0);
- TTQColor col = extractTQColor(exec, args, 1);
- TTQImage img = KImageEffect::selectedImage(image, col);
+ TQImage image = extractTQImage(exec, args, 0);
+ TQColor col = extractTQColor(exec, args, 1);
+ TQImage img = KImageEffect::selectedImage(image, col);
retValue = convertToValue(exec, img);
break;
}
case MethodcontrastHSV: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
bool sharpen = extractBool(exec, args, 1);
KImageEffect::contrastHSV(image, sharpen);
retValue = convertToValue(exec, image);
break;
}
case Methodnormalize: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
KImageEffect::normalize(image);
retValue = convertToValue(exec, image);
break;
}
case Methodequalize: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
KImageEffect::equalize(image);
retValue = convertToValue(exec, image);
break;
}
case Methodthreshold: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
uint value = extractUInt(exec, args, 1);
KImageEffect::threshold(image, value);
retValue = convertToValue(exec, image);
break;
}
case Methodsolarize: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
double factor = extractDouble(exec, args, 1);
KImageEffect::solarize(image, factor);
retValue = convertToValue(exec, image);
break;
}
case Methodemboss: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
double radius = extractDouble(exec, args, 1);
double sigma = extractDouble(exec, args, 2);
- TTQImage img = KImageEffect::emboss(image, radius, sigma);
+ TQImage img = KImageEffect::emboss(image, radius, sigma);
retValue = convertToValue(exec, img);
break;
}
case Methoddespeckle: {
- TTQImage image = extractTQImage(exec, args, 0);
- TTQImage img = KImageEffect::despeckle(image);
+ TQImage image = extractTQImage(exec, args, 0);
+ TQImage img = KImageEffect::despeckle(image);
retValue = convertToValue(exec, img);
break;
}
case Methodcharcoal: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
double factor = extractDouble(exec, args, 1);
- TTQImage img = KImageEffect::charcoal( image, factor);
+ TQImage img = KImageEffect::charcoal( image, factor);
retValue = convertToValue(exec, img);
break;
}
case Methodcharcoal2: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
double radius = extractDouble(exec, args, 1);
double sigma = extractDouble(exec, args, 2);
- TTQImage img = KImageEffect::charcoal(image, radius, sigma);
+ TQImage img = KImageEffect::charcoal(image, radius, sigma);
retValue = convertToValue(exec, img);
break;
}
case Methodrotate: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
int r = extractInt(exec, args, 1);
- TTQImage img = KImageEffect::rotate(image, (KImageEffect::RotateDirection) r);
+ TQImage img = KImageEffect::rotate(image, (KImageEffect::RotateDirection) r);
retValue = convertToValue(exec, img);
break;
}
case Methodsample: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
int width = extractInt(exec, args, 1);
int height = extractInt(exec, args, 2);
- TTQImage img = KImageEffect::sample(image, width, height);
+ TQImage img = KImageEffect::sample(image, width, height);
retValue = convertToValue(exec, img);
break;
}
case MethodaddNoise: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
int type = extractInt(exec, args, 1);
- TTQImage img = KImageEffect::addNoise(image, (KImageEffect::NoiseType) type);
+ TQImage img = KImageEffect::addNoise(image, (KImageEffect::NoiseType) type);
retValue = convertToValue(exec, img);
break;
}
case Methodblur: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
double radius = extractDouble(exec, args, 1);
double sigma = extractDouble(exec, args, 2);
- TTQImage img = KImageEffect::blur(image, radius, sigma);
+ TQImage img = KImageEffect::blur(image, radius, sigma);
retValue = convertToValue(exec, img);
break;
}
case Methodedge: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
double radius = extractDouble(exec, args, 1);
- TTQImage img = KImageEffect::edge(image, radius);
+ TQImage img = KImageEffect::edge(image, radius);
retValue = convertToValue(exec, img);
break;
}
case Methodimplode: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
double factor = extractDouble(exec, args, 1);
uint background = extractUInt(exec, args, 2);
- TTQImage img = KImageEffect::implode(image, factor, background);
+ TQImage img = KImageEffect::implode(image, factor, background);
retValue = convertToValue(exec, img);
break;
}
case MethodoilPaintConvolve: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
double radius = extractDouble(exec, args, 1);
- TTQImage img = KImageEffect::oilPaintConvolve(image, radius);
+ TQImage img = KImageEffect::oilPaintConvolve(image, radius);
retValue = convertToValue(exec, img);
break;
}
case MethodoilPaint: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
int radius = extractInt(exec, args, 1);
- TTQImage img = KImageEffect::oilPaint(image, radius);
+ TQImage img = KImageEffect::oilPaint(image, radius);
retValue = convertToValue(exec, img);
break;
}
case Methodsharpen: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
double factor = extractDouble(exec, args, 1);
- TTQImage img = KImageEffect::sharpen(image, factor);
+ TQImage img = KImageEffect::sharpen(image, factor);
retValue = convertToValue(exec, img);
break;
}
case Methodsharpen2: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
double radius = extractDouble(exec, args, 1);
double sigma = extractDouble(exec, args, 2);
- TTQImage img = KImageEffect::sharpen(image, radius, sigma);
+ TQImage img = KImageEffect::sharpen(image, radius, sigma);
retValue = convertToValue(exec, img);
break;
}
case Methodspread: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
uint amount = extractUInt(exec, args, 1);
- TTQImage img = KImageEffect::spread(image, amount);
+ TQImage img = KImageEffect::spread(image, amount);
retValue = convertToValue(exec, img);
break;
}
case Methodshade: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
bool color_shading = extractBool(exec, args, 1);
double azimuth = extractDouble(exec, args, 2);
double elevation = extractDouble(exec, args, 3);
- TTQImage img = KImageEffect::shade(image, color_shading, azimuth, elevation);
+ TQImage img = KImageEffect::shade(image, color_shading, azimuth, elevation);
retValue = convertToValue(exec, img);
break;
}
case Methodswirl: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
double degrees = extractDouble(exec, args, 1);
uint background = extractUInt(exec, args, 2);
- TTQImage img = KImageEffect::swirl(image, degrees, background);
+ TQImage img = KImageEffect::swirl(image, degrees, background);
retValue = convertToValue(exec, img);
break;
}
case Methodwave: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
double amplitude = extractDouble(exec, args, 1);
double frequency = extractDouble(exec, args, 2);
uint background = extractUInt(exec, args, 3);
- TTQImage img = KImageEffect::wave(image, amplitude, frequency, background);
+ TQImage img = KImageEffect::wave(image, amplitude, frequency, background);
retValue = convertToValue(exec, img);
break;
}
case Methodcontrast: {
- TTQImage image = extractTQImage(exec, args, 0);
+ TQImage image = extractTQImage(exec, args, 0);
int c = extractInt(exec, args, 1);
- TTQImage img = KImageEffect::contrast(image, c);
+ TQImage img = KImageEffect::contrast(image, c);
retValue = convertToValue(exec, img);
break;
}
case MethodbumpMap: {
- TTQImage mask = extractTQImage(exec, args, 0);
- TTQImage img = bumpmap(img,
+ TQImage mask = extractTQImage(exec, args, 0);
+ TQImage img = bumpmap(img,
mask,
extractDouble(exec, args, 1),
extractDouble(exec, args, 2),
@@ -771,12 +771,12 @@ static void bumpmap_row( uint *src,
* @return The destination image (dst) containing the result.
* @author Zack Rusin <zack@kde.org>
*/
-TTQImage ImageFX::bumpmap(TTQImage &img, TTQImage &map, double azimuth, double elevation,
+TQImage ImageFX::bumpmap(TQImage &img, TQImage &map, double azimuth, double elevation,
int depth, int xofs, int yofs, int waterlevel,
int ambient, bool compensate, bool invert,
BumpmapType type, bool tiled)
{
- TTQImage dst;
+ TQImage dst;
if ( img.depth() != 32 || img.depth() != 32 ) {
qWarning( "Bump-mapping effect works only with 32 bit images");
generated by cgit v1.2.1 (git 2.18.0) at 2024-12-24 13:00:52 +0000