SCImage

Creates a new SCImage instance. multiple stands here for multiple arguments.

Arguments:

Creates a new SCImage instance filled with the specified color.i = SCImage.color(400, 200, Color.blue(0.9,0.1)); i.plot(freeOnClose:true);

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i = SCImage.color(400, 200, Color.blue(0.9,0.1));

i.plot(freeOnClose:true);

Arguments:

Creates a new SCImage instance from the local file at path.( i = SCImage.open("/Library/Desktop Pictures/Ripples Blue.jpg"); i.plot(freeOnClose:true); i.url.postln; )

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(

i = SCImage.open("/Library/Desktop Pictures/Ripples Blue.jpg");

i.plot(freeOnClose:true);

i.url.postln;

)

Creates a new SCImage instance from a valid image at the specified URL path.i = SCImage.openURL("file:///Library/Desktop%20Pictures/Ripples%20Blue.jpg"); i.url; w = i.plot(freeOnClose:true);

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i = SCImage.openURL("file:///Library/Desktop%20Pictures/Ripples%20Blue.jpg");

i.url;

w = i.plot(freeOnClose:true);

Creates a new SCImage instance from another SCImage.i = SCImage.new(SCDoc.helpSourceDir +/+ "images/vduck2.jpg"); j = SCImage.fromImage(i); i.dump; j.dump; [i, j].do(_.plot); [i, j].do(_.free);

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i = SCImage.new(SCDoc.helpSourceDir +/+ "images/vduck2.jpg");

j = SCImage.fromImage(i);

i.dump;

j.dump;

[i, j].do(_.plot);

[i, j].do(_.free);

Creates a new SCImage from a portion of a SCWindow. this can be used to capture either a window or a specific SCView.// WINDOW Example: // First create a window and draw inside of it ( w = SCWindow.new; w.front; // comment this to copy offscreen window w.view.background_(Color.white); w.drawFunc = { SCPen.translate(100, 100); 10.do{ // set the Color SCPen.color = Color.blue(rrand(0.0, 1), rrand(0.0, 0.5)); SCPen.addWedge((100.rand)@(100.rand), rrand(10, 100), 2pi.rand, 2pi.rand); SCPen.perform([\stroke, \fill].choose); } }; w.refresh; ) // then grab the window ( i = SCImage.fromWindow(w); w.close; i.plot(freeOnClose:true); ) // VIEW Capture Example: // First create a window and add some views inside of it ( w = SCWindow.new.front; b = [10, 80].asSpec; c = SCNumberBox(w, Rect(20, 20, 60, 40)); a = SCSlider(w, Rect(20, 80, 100, 40)) .focusColor_(Color.red(alpha:0.2)) .action_({ c.value_(b.map(a.value).round(0.01)) // round the float so it will fit in the SCNumberBox }); ) // then grab the window ( i = SCImage.fromWindow(w, a.bounds); w.close; i.plot(freeOnClose:true); )

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// WINDOW Example:

// First create a window and draw inside of it

(

    w = SCWindow.new;

    w.front; // comment this to copy offscreen window

    w.view.background_(Color.white);

    w.drawFunc = {

        SCPen.translate(100, 100);

        10.do{

            // set the Color

            SCPen.color = Color.blue(rrand(0.0, 1), rrand(0.0, 0.5));

            SCPen.addWedge((100.rand)@(100.rand), rrand(10, 100), 2pi.rand, 2pi.rand);

            SCPen.perform([\stroke, \fill].choose);

        }

    };

    w.refresh;

)

​

// then grab the window

(

    i = SCImage.fromWindow(w);

    w.close;

    i.plot(freeOnClose:true);

)

​

// VIEW Capture Example:

// First create a window and add some views inside of it

(

    w = SCWindow.new.front;

    b = [10, 80].asSpec;

    c = SCNumberBox(w, Rect(20, 20, 60, 40));

    a = SCSlider(w, Rect(20, 80, 100, 40))

        .focusColor_(Color.red(alpha:0.2))

        .action_({

            c.value_(b.map(a.value).round(0.01))

    // round the float so it will fit in the SCNumberBox

            });

)

​

// then grab the window

(

    i = SCImage.fromWindow(w, a.bounds);

    w.close;

    i.plot(freeOnClose:true);

)

Arguments:

returns all the valid image formats as an ArraySCImage.formats;

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SCImage.formats;

returns all the valid compositing operations you can use when drawing an SCImage as an ArraySCImage.compositingOperations;

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SCImage.compositingOperations;

returns an Array of the different levels of interpolation you can specify when drawing an SCImage.SCImage.interpolations;

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SCImage.interpolations;

close all the SCImage plot windows currently opened.

returns or set the width of the receiver

returns or set the height of the receiver

set the size of the receiver

returns the bounds of the receiver.

deallocate the receiver. this method is useful if you want to manage and reclaim yourself resources. otherwise you do not need to call this method since each object is automatically garbage collected.i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg"); SCImage.all; i.free; SCImage.all;

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i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg");

SCImage.all;

i.free;

SCImage.all;

flag to tell or set if the receiver should update its bitmap representation to scale when a resize operation if performed( i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg"); i.bounds.postln; // getting the dimensions w =i.plot; ) // changing the size of an image ( i.scalesWhenResized_(true); i.setSize(400, 400 / (i.width / i.height)); a =i.plot; ) ( a.close; w.close; i.free; )

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(

    i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg");

    i.bounds.postln; // getting the dimensions

    w =i.plot;

)

​

// changing the size of an image

(

    i.scalesWhenResized_(true);

    i.setSize(400, 400 / (i.width / i.height));

    a =i.plot;

)

(

a.close; w.close; i.free;

)

returns or set the url of the receiver. Returning only if any where supplied at creation, otherwise returns nil. Setting may be used for different purpose but try to supply a valid one since it is used for archiving the image as an object.i = SCImage.new("http://www.google.com/intl/en_ALL/images/logo.gif"); i.url; i.plot; i.free;

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i = SCImage.new("http://www.google.com/intl/en_ALL/images/logo.gif");

i.url;

i.plot;

i.free;

if true, the receiver currently use the CoreImage model, possibly caching its data on GPU, if not the bitmap model. Set it to switch representation.

get or set the level of interpolation used when rendering the image - it has not effect when the SCImage is accelerated. see *interpolations for a valid range of values.( i = SCImage.new(SCDoc.helpSourceDir +/+ "images/vduck2.jpg"); w = i.plot; i.interpolation; // get the image current interpolation mode ) ( i.interpolation = 'none'; // experiment with interpolation modes w.refresh; ) ( i.interpolation = 'low'; w.refresh; ) ( i.interpolation = 1; // same as 'low' w.refresh; ) ( i.interpolation = 'high'; w.refresh; ) ( i.interpolation = 'default'; w.refresh; ) ( i.accelerated_(true); i.interpolation = 'none'; // does not work on coreimage accelerated image w.refresh; ) i.free;

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(

i = SCImage.new(SCDoc.helpSourceDir +/+ "images/vduck2.jpg");

w = i.plot;

i.interpolation;            // get the image current interpolation mode

)

​

(

i.interpolation = 'none';        // experiment with interpolation modes

w.refresh;

)

​

(

i.interpolation = 'low';

w.refresh;

)

​

(

i.interpolation = 1;            // same as 'low'

w.refresh;

)

​

(

i.interpolation = 'high';

w.refresh;

)

​

(

i.interpolation = 'default';

w.refresh;

)

​

(

i.accelerated_(true);

i.interpolation = 'none'; // does not work on coreimage accelerated image

w.refresh;

)

​

i.free;

write the SCImage to a file.i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg"); i.dump i.write("~/Desktop/my_image.png"); i.free; // storeOn / asCompileString i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg"); i.url; i.asCompileString; i.writeArchive("~/Desktop/my_image.scd".standardizePath); i.free; i = nil; Document.open("~/Desktop/my_image.scd".standardizePath); i = Object.readArchive("~/Desktop/my_image.scd".standardizePath); i.plot; i.free;

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i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg");

i.dump

i.write("~/Desktop/my_image.png");

i.free;

​

//    storeOn / asCompileString

i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg");

i.url;

i.asCompileString;

i.writeArchive("~/Desktop/my_image.scd".standardizePath);

​

i.free;

i = nil;

​

Document.open("~/Desktop/my_image.scd".standardizePath);

​

i = Object.readArchive("~/Desktop/my_image.scd".standardizePath);

i.plot;

i.free;

Arguments:

plots the image in a SCWindow.i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg"); w = i.plot; w.close; w = i.plot(showInfo:false); w.close; i.free; // other option - image will be automatically freed when closed SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg").plot("Hello", freeOnClose:true);

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i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg");

w = i.plot;

w.close;

​

w = i.plot(showInfo:false);

w.close;

i.free;

​

// other option - image will be automatically freed when closed

SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg").plot("Hello", freeOnClose:true);

Arguments:

sets the receiver as the current graphic context. So you can use SCPen to draw inside of it.

restore the graphic context state. the receiver is not anymore the current graphic context.( j = SCImage.new(400,300); j.lockFocus; SCPen.translate(100, 100); 1000.do{ // set the Color SCPen.color = Color.green(rrand(0.0, 1), rrand(0.0, 0.5)); SCPen.addAnnularWedge( (100.rand)@(100.rand), rrand(10, 50), rrand(51, 100), 2pi.rand, 2pi.rand ); SCPen.perform([\stroke, \fill].choose); }; j.unlockFocus; ) j.plot; j.write("~/Desktop/my_drawing.png"); // write the image j.free;

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(

    j = SCImage.new(400,300);

​

    j.lockFocus;

​

        SCPen.translate(100, 100);

        1000.do{

            // set the Color

            SCPen.color = Color.green(rrand(0.0, 1), rrand(0.0, 0.5));

            SCPen.addAnnularWedge(

                (100.rand)@(100.rand),

                rrand(10, 50),

                rrand(51, 100),

                2pi.rand,

                2pi.rand

            );

            SCPen.perform([\stroke, \fill].choose);

        };

​

    j.unlockFocus;

)

​

j.plot;

j.write("~/Desktop/my_drawing.png"); // write the image

j.free;

shortcut for drawing inside an image. equivalent to :

• receiver.lockFocus
• aFunction
• receiver.unlockFocus

( j = SCImage.new(400,300); j.draw({ arg image; SCPen.translate(100, 100); 1000.do { // set the Color SCPen.color = Color.green(rrand(0.0, 1), rrand(0.0, 0.5)); SCPen.addAnnularWedge( (100.rand)@(100.rand), rrand(10, 50), rrand(51, 100), 2pi.rand, 2pi.rand ); SCPen.perform([\stroke, \fill].choose); }; }).plot(freeOnClose:true); ) // String drawing support on the image // drawStringAtPoint(string, point, font, color); ( j = SCImage.new(150,50); j.draw({ arg bounds; j.drawStringAtPoint("Hello, world!", 10@10, Font("Lucida Grande", 24), Color.black); }); ) j.plot; j.write("~/Desktop/hello.png"); j.free;

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(

    j = SCImage.new(400,300);

    j.draw({ arg image;

​

        SCPen.translate(100, 100);

        1000.do {

            // set the Color

            SCPen.color = Color.green(rrand(0.0, 1), rrand(0.0, 0.5));

            SCPen.addAnnularWedge(

                (100.rand)@(100.rand),

                rrand(10, 50),

                rrand(51, 100),

                2pi.rand,

                2pi.rand

            );

            SCPen.perform([\stroke, \fill].choose);

        };

    }).plot(freeOnClose:true);

)

​

//    String drawing support on the image

//    drawStringAtPoint(string, point, font, color);

(

    j = SCImage.new(150,50);

    j.draw({ arg bounds;

        j.drawStringAtPoint("Hello, world!", 10@10, Font("Lucida Grande", 24), Color.black);

    });

)

​

j.plot;

j.write("~/Desktop/hello.png");

j.free;

renders *correctly* a String inside an SCImage :) // to fix to have a compliant interface( var width, height, tgHeight, ratio, str, font, color, strb, targetWidth=400, shadowColor, run = true; shadowColor = Color.black; color = Color.gray(0.8); str = "I Love Pixels"; font = Font("Monaco", 10); strb = str.bounds(font); width = strb.width; height = strb.height; ratio = height / width; i = SCImage(width@(height)); i.draw({|bb| SCPen.smoothing_(false); i.drawStringAtPoint(str, 0@0, font, color); }); i.interpolation_(\none); tgHeight = targetWidth * ratio; w = SCWindow.new("", Rect(400,400, 450, 150)).drawFunc_({ SCPen.setShadow(2@2, 0.4, color:Color.red); i.drawInRect(Rect(5,5,targetWidth, tgHeight)); }); w.view.background_(Color.white); w.onClose_({run = false; i.free;}); w.front; )

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(

    var width, height, tgHeight, ratio, str, font, color, strb, targetWidth=400, shadowColor, run = true;

    shadowColor = Color.black;

​

    color = Color.gray(0.8);

    str = "I Love Pixels";

    font = Font("Monaco", 10);

    strb = str.bounds(font);

    width = strb.width;

    height = strb.height;

    ratio = height / width;

    i = SCImage(width@(height));

    i.draw({|bb|

        SCPen.smoothing_(false);

        i.drawStringAtPoint(str, 0@0, font, color);

    });

    i.interpolation_(\none);

    tgHeight = targetWidth * ratio;

    w = SCWindow.new("", Rect(400,400, 450, 150)).drawFunc_({

        SCPen.setShadow(2@2, 0.4, color:Color.red);

        i.drawInRect(Rect(5,5,targetWidth, tgHeight));

    });

​

    w.view.background_(Color.white);

    w.onClose_({run = false; i.free;});

    w.front;

)

render the image or a portion of it in the current graphic context.( var operation='sourceOver', fraction=1.0, i, w; i = SCImage.new( // "http://supercollider.sourceforge.net/theme/sc01/icon.supercollider.gif" // SCDoc.helpSourceDir +/+ "images/duck_alpha.png" SCDoc.helpSourceDir +/+ "images/Swamp.png" ); w = SCWindow.new("SCImage", Rect(120, 400, 360, 180)).front; SCSlider.new(w, Rect(10, 150, 150, 16)) .value_(1.0) .action_({ arg sl; fraction = sl.value; w.refresh; }); SCPopUpMenu.new(w, Rect(170, 150, 100, 16)) .items_( SCImage.compositingOperations.collect({ arg i; i.asString }) ) .value_(2) .action_({ arg pm; operation = SCImage.compositingOperations.at(pm.value); w.refresh; }); w.onClose_({ i.free }); // free the image when the window is closed w.drawFunc_({ i.drawAtPoint(10@10, nil, operation, fraction); }); )

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(

    var operation='sourceOver', fraction=1.0, i, w;

​

    i = SCImage.new(

    //    "http://supercollider.sourceforge.net/theme/sc01/icon.supercollider.gif"

    //    SCDoc.helpSourceDir +/+ "images/duck_alpha.png"

        SCDoc.helpSourceDir +/+ "images/Swamp.png"

    );

​

    w = SCWindow.new("SCImage", Rect(120, 400, 360, 180)).front;

​

    SCSlider.new(w, Rect(10, 150, 150, 16))

        .value_(1.0)

        .action_({ arg sl;

            fraction = sl.value;

            w.refresh;

        });

​

    SCPopUpMenu.new(w, Rect(170, 150, 100, 16))

        .items_( SCImage.compositingOperations.collect({ arg i; i.asString }) )

        .value_(2)

        .action_({ arg pm;

            operation = SCImage.compositingOperations.at(pm.value);

            w.refresh;

        });

​

    w.onClose_({ i.free }); // free the image when the window is closed

​

    w.drawFunc_({

​

        i.drawAtPoint(10@10, nil, operation, fraction);

​

    });

)

Arguments:

render the image or a portion of it in a specified rectangle of the current graphic context. This may stretch the image depending on the destination rect.( i = SCImage.new( // "http://supercollider.sourceforge.net/theme/sc01/icon.supercollider.gif" SCDoc.helpSourceDir +/+ "images/icon.supercollider.png" ); w = SCWindow.new("SCImage", Rect(120, 400, 360, 180)).front; w.onClose_({ i.free }); // free the image when the window is closed w.drawFunc_({ i.drawInRect(Rect(10,10,50,50), Rect(10,10,50,50), 2, 1.0); // only a section }); )

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(

    i = SCImage.new(

        // "http://supercollider.sourceforge.net/theme/sc01/icon.supercollider.gif"

        SCDoc.helpSourceDir +/+ "images/icon.supercollider.png"

    );

​

    w = SCWindow.new("SCImage", Rect(120, 400, 360, 180)).front;

    w.onClose_({ i.free }); // free the image when the window is closed

    w.drawFunc_({

        i.drawInRect(Rect(10,10,50,50), Rect(10,10,50,50), 2, 1.0); // only a section

    });

)

Arguments:

tile the image or a portion of it in a specified rectangle of the current graphic context. This may stretch the image depending on the destination rect.( i = SCImage.new( // "http://supercollider.sourceforge.net/theme/sc01/icon.supercollider.gif" SCDoc.helpSourceDir +/+ "images/icon.supercollider.png" ); w = SCWindow.new("SCImage", Rect(120, 400, 360, 180)).front; w.onClose_({ i.free }); // free the image when the window is closed w.drawFunc_({ i.tileInRect(w.view.bounds, nil, 2, 1.0); // all image contents }); )

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(

    i = SCImage.new(

        // "http://supercollider.sourceforge.net/theme/sc01/icon.supercollider.gif"

        SCDoc.helpSourceDir +/+ "images/icon.supercollider.png"

    );

​

    w = SCWindow.new("SCImage", Rect(120, 400, 360, 180)).front;

    w.onClose_({ i.free }); // free the image when the window is closed

    w.drawFunc_({

        i.tileInRect(w.view.bounds, nil, 2, 1.0); // all image contents

    });

)

Arguments:

fill a pixel located at x @ y.i = SCImage.color(60, 60, Color.blue(0.1,0.1)); w = i.plot; i.setPixel([255,0,0,255].asRGBA, 0, 0); // setting red w.refresh; ("pixel at 0 @ 0:"+i.getPixel(0,0).rgbaArray).postln; i.free;

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i = SCImage.color(60, 60, Color.blue(0.1,0.1));

w = i.plot;

i.setPixel([255,0,0,255].asRGBA, 0, 0); // setting red

w.refresh;

("pixel at 0 @ 0:"+i.getPixel(0,0).rgbaArray).postln;

i.free;

Arguments:

retrieve the pixel value at x @ y as a RGBA integer// A simple example on how to manipulate pixels with SCImage b = Int32Array[ Integer.fromRGBA(255,0,0,255), // red Integer.fromRGBA(0,255,0,255), // green Integer.fromRGBA(0,0,255,255), // blue Integer.fromRGBA(255,0,255,255) // purple ]; b[0].red; // 255 see Integer.red b[0].green; // 0 see Integer.green b[0].blue; // 0 see Integer.blue b[0].alpha; // 255 see Integer.alpha a = SCImage.new(b.size@1).pixels_(b).interpolation_(\none); a.plot; // Set + Get a.setPixel([255, 0, 255, 128].asRGBA /* create an Integer from 0-255 integer rgba value */, 0, 0).plot; p = a.getPixel(0,0); p.red; // 255 p.green; // 0 p.blue; // 255 p.alpha; // 128 // now another important example a.setPixel([255, 0, 255, 0].asRGBA, 1, 0).plot; // clear color -> alpha is 0 p = a.getPixel(1,0); p.red; // you expect 255 but you get 0 ??? Why = because SCImage uses premultiplied color component value internally // meaning all Red, Green, and Blue component are premultiplied by the alpha // if alpha is 0 you get 0 back for all components. p.green; // 0 p.blue; // 0 p.alpha; // 0 p = a.getColor(1,0); // more explicit - but same here

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// A simple example on how to manipulate pixels with SCImage

b = Int32Array[

    Integer.fromRGBA(255,0,0,255), // red

    Integer.fromRGBA(0,255,0,255), // green

    Integer.fromRGBA(0,0,255,255), // blue

    Integer.fromRGBA(255,0,255,255) // purple

];

​

b[0].red; // 255 see Integer.red

b[0].green; // 0 see Integer.green

b[0].blue; // 0 see Integer.blue

b[0].alpha; // 255 see Integer.alpha

​

a = SCImage.new(b.size@1).pixels_(b).interpolation_(\none);

a.plot;

​

​

// Set + Get

a.setPixel([255, 0, 255, 128].asRGBA /* create an Integer from 0-255 integer rgba value */, 0, 0).plot;

p = a.getPixel(0,0);

​

p.red; // 255

p.green; // 0

p.blue; // 255

p.alpha; // 128

​

// now another important example

a.setPixel([255, 0, 255, 0].asRGBA, 1, 0).plot; // clear color -> alpha is 0

p = a.getPixel(1,0);

​

p.red; // you expect 255 but you get 0 ??? Why = because SCImage uses premultiplied color component value internally

// meaning all Red, Green, and Blue component are premultiplied by the alpha

// if alpha is 0 you get 0 back for all components.

​

p.green; // 0

p.blue; // 0

p.alpha; // 0

​

p = a.getColor(1,0); // more explicit - but same here

fill the pixel located at x @ y with the specified color.

retrieve the pixel value at x @ y as a Color.

retrieve or set all the pixels of the receiver.

Arguments:

load all the pixels of the receiver in an array. it is better and faster to call this function instead of -pixels if you plan to retrieve frequently the pixel data (since it won't allocate a new array everytime !)// exec one line at a time i = SCImage.new( // "http://supercollider.sourceforge.net/theme/sc01/icon.supercollider.gif" SCDoc.helpSourceDir +/+ "images/icon.supercollider.png" ); // first grab the pixels p = i.pixels; // do some mods - here invert i.invert; // reload directly in my array - do not need to call i.pixels again i.loadPixels(p); i.free; p;

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// exec one line at a time

i = SCImage.new(

    // "http://supercollider.sourceforge.net/theme/sc01/icon.supercollider.gif"

    SCDoc.helpSourceDir +/+ "images/icon.supercollider.png"

);

​

// first grab the pixels

p = i.pixels;

​

// do some mods - here invert

i.invert;

​

// reload directly in my array - do not need to call i.pixels again

i.loadPixels(p);

i.free;

p;

Arguments:

set the pixels in a specific portion of the receiver.( i = SCImage.new(20@20); i.pixels_( Int32Array.fill(i.width * i.height, { Integer.fromRGBA(255.rand,127.rand,255.rand,255) }) ); //i.interpolation_(\none); // uncomment to see the difference w = i.plot(freeOnClose:true); i.pixels.postln; ) ( i = SCImage.color(50@50, Color.white); i.setPixels( Int32Array.fill(20*20,{Integer.fromRGBA(255.rand, 127.rand, 255.rand, 255)}), Rect(10,10,20,20) ); i.interpolation_(\none); // uncomment to see the difference w = i.plot(freeOnClose:true); i.pixels.postln; )

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(

    i = SCImage.new(20@20);

    i.pixels_(

        Int32Array.fill(i.width * i.height, {

            Integer.fromRGBA(255.rand,127.rand,255.rand,255)

        })

    );

    //i.interpolation_(\none); // uncomment to see the difference

    w = i.plot(freeOnClose:true);

    i.pixels.postln;

)

​

(

    i = SCImage.color(50@50, Color.white);

    i.setPixels(

        Int32Array.fill(20*20,{Integer.fromRGBA(255.rand, 127.rand, 255.rand, 255)}),

        Rect(10,10,20,20)

    );

    i.interpolation_(\none); // uncomment to see the difference

    w = i.plot(freeOnClose:true);

    i.pixels.postln;

)

Arguments:

apply an array of SCImageFilter to the image. this should be considered as an in place operation, meaning the SCImage is altered after it.// ******** Built In CoreImage Generators ******** // Generators are not filters, they actually create an image but do not need an input image // you just have to create an image of a new size // ** The Simple Random Filter ** ( f = SCImageFilter.new(\CIRandomGenerator); a = SCImage.new(500@500); a.applyFilters(f); w = a.plot(freeOnClose:true, background:Color.black); a.bounds.postln; ) // ** The StarShine example ** ( var width=500, height=500, centerVector; centerVector = [ width*0.5, height*0.5 ]; a = SCImage.new(500@500); f = SCImageFilter.new(\CIStarShineGenerator); f.center_(centerVector); f.radius_(width*0.05); f.color_(Color.blue); f.crossWidth_(2.0); f.crossAngle_(0.0); f.crossOpacity_(-4.0); a.applyFilters(f); w = a.plot(freeOnClose:true, background:Color.gray); // change background to see ) // ** Starshine + Pixellate + ZoomBlur ** ( var width=500, height=500, centerVector; centerVector = [ width*0.5, height*0.5 ]; a = SCImage.new(500@500); f = SCImageFilter.new(\CIStarShineGenerator); g = SCImageFilter.new(\CIPixellate); h = SCImageFilter.new(\CIZoomBlur); f.center_(centerVector); f.radius_(width*0.05); f.color_(Color.blue); f.crossWidth_(2.0); f.crossAngle_(0.0); f.crossOpacity_(-4.0); g.center_(centerVector); h.center_(centerVector); h.amount_(50); a.applyFilters([f, g, h]); w = a.plot(freeOnClose:true, background:Color.black); )

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// ******** Built In CoreImage Generators ********

// Generators are not filters, they actually create an image but do not need an input image

// you just have to create an image of a new size

// ** The Simple Random Filter **

(

f = SCImageFilter.new(\CIRandomGenerator);

a = SCImage.new(500@500);

a.applyFilters(f);

w = a.plot(freeOnClose:true, background:Color.black);

a.bounds.postln;

)

​

// ** The StarShine example **

(

var width=500, height=500, centerVector;

​

centerVector = [ width*0.5, height*0.5 ];

a = SCImage.new(500@500);

f = SCImageFilter.new(\CIStarShineGenerator);

​

f.center_(centerVector);

f.radius_(width*0.05);

f.color_(Color.blue);

f.crossWidth_(2.0);

f.crossAngle_(0.0);

f.crossOpacity_(-4.0);

​

a.applyFilters(f);

w = a.plot(freeOnClose:true, background:Color.gray); // change background to see

)

​

​

// ** Starshine + Pixellate + ZoomBlur **

(

var width=500, height=500, centerVector;

​

centerVector = [ width*0.5, height*0.5 ];

a = SCImage.new(500@500);

​

f = SCImageFilter.new(\CIStarShineGenerator);

g = SCImageFilter.new(\CIPixellate);

h = SCImageFilter.new(\CIZoomBlur);

​

f.center_(centerVector);

f.radius_(width*0.05);

f.color_(Color.blue);

f.crossWidth_(2.0);

f.crossAngle_(0.0);

f.crossOpacity_(-4.0);

g.center_(centerVector);

h.center_(centerVector);

h.amount_(50);

​

a.applyFilters([f, g, h]);

w = a.plot(freeOnClose:true, background:Color.black);

)

Arguments:

returns a new SCImage, copy of the receiver filtered with an array of SCImageFilter. arguments are the same as -applyFilters (except for region).

filters is the instance variable that holds the array of SCImageFilter attached to the receiver. This is a convenient for applying filters out place and changing the SCImageFilter's attributes. see -addFilter, -removeFilter

see SCImageFilter for an example on how to use the filters array.

you can also attach filters to the receiver for real-time changing operations. In this case the receiver will create a cache before each rendering to maintain its previous state, and allowing you to use filters without applying them in place. The cache is managed directly by the receiver. you can add several filters to the receiver, the first filter in the array is the first applied in the rendering chain.

see SCImageFilter for an example on how to use addFilter.

Arguments:

see SCImageFilter for an example on how to use removeFilter.

Arguments:

if -filters is not zero sized, this method will apply all those filters in place. if the image is accelerated this method force a bitmap representation of the receiver.

invert the receiver( i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg"); i.invert; i.plot(freeOnClose:true); )

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(

i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg");

i.invert;

i.plot(freeOnClose:true);

)

crop the receiver( i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg"); i.crop( Rect(10,10,120,100) ); i.plot(freeOnClose:true); )

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(

i = SCImage.new("/Library/Desktop Pictures/Ripples Blue.jpg");

i.crop( Rect(10,10,120,100) );

i.plot(freeOnClose:true);

)

Arguments:

apply a Kernel in place. the receiver is modified after this call.

Arguments: