return pmOpenImage(int(id), filename) def newImage(self, id, title, width, height, r, g, b): return pmNewImage(id, title, int(width), int(height), int(r), int(g), int(b)) def getImageWidth(self, id): return pmGetImageWidth(int(id)) def getImageHeight(self, id): return pmGetImageHeight(int(id)) def refresh(self, id): return pmUpdateDisplay(int(id)) Window.init(PixelMathBridge()) size = Vec2(500.0,500.0) canvas = Window(size) for pixel in canvas.pixels(): brightness = random.random() brightness /= 10 pixel.setColor(Color((int)(brightness*255),(int)(brightness*255),(int)(brightness*255))) canvas.refresh() pmSetPolar() pmSetFormula("if rho <100 then RGB(0,200,0) else source1(rho, theta)") pmSetDestination(canvas.id) pmCompute() print "done"
def getImageHeight(self, id): return pmGetImageHeight(int(id)) def refresh(self, id): return pmUpdateDisplay(int(id)) Window.init(PixelMathBridge()) def inBounds(bounds, position): return position.x <= bounds.x and position.y <= bounds.y size = Vec2(500.0,500.0) middle = size.scaled(0.5) canvas = Window(size) others = [] for pixel in canvas.pixels(): bright = random.randrange(0,255) pixel.setColor(Color(bright,bright,bright)) canvas.refresh() for i in range(2,50,2): new = pmNewImage(i, str(i), int(size.x), int(size.y), 255,0,0) others.append(new) pmSetSource1(canvas.id) pmSetDestination(new) newRelSize = int(min(size.y,size.x)/i) offset = random.randrange(0,min(size.x,size.y)-newRelSize) pmSetFormula("s1(x/"+str(i)+"+"+str(offset)+",y/"+str(i)+"+"+str(offset)+")") pmCompute() final = Window(size)