Made some pretty progress.
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/* * Interface fractures: METAL * copyleft nova@deviator.si */ // undecorate window public void init() { frame.removeNotify(); frame.setUndecorated(true); frame.addNotify(); super.init(); } // screen should always be 16:9, // so define height here and the rest is calculated int windowHeight = 720; // 768 / 720 / 480 / 350 // load Open Sound Contol library OSCP5 import oscP5.*; import netP5.*; OscP5 oscP5; // init int bgColorH, bgColorS, bgColorB, bgColorA = 50; int flickCount = 2; // 2,3,4 or 5 // image pool // PImage array imgPool[] // flying dots variables boolean flyOn = false; int flyDotsNum = 1000; float[] flyX = new float[flyDotsNum]; float[] flyY = new float[flyDotsNum]; PImage flyDimg1; float flySpeedXfactor = -5; float flySpeedYfactor = -5; float flyRotation = 0; float flyRotationPixAmount = 0.0; float flySize = 10; int flyStrokeW = 1; float flyStrokePix = 0; float flyTransparent = 255; float flyColorFixedGray = 255; // gray value float flyColorPix = 0; // amount of pix color influence [0-1] float flyColorH = 360, flyColorS = 0, flyColorB = 100, flyColorA = 127; // image blender "ibl" variables boolean iblOn = true; PImage iblImg1; int iblNum=1; float iblX=0, iblY=0, iblWidth=600, iblHeight=100; float iblRot; // radians need a float float iblSpeedX, iblSpeedY; float iblSpeedXfactor = 0, iblSpeedYfactor = 0; float iblTexX, iblTexY, iblTexWidth, iblTexHeight; float iblTexSpeedX, iblTexSpeedY; float iblTexSpeedXfactor = 0, iblTexSpeedYfactor = 0; int iblH, iblS=0, iblB=100, iblA=255; // stroke color / tint int iblBflicker=0; // flicker (Brightness) float iblItX=0, iblItY=0, iblItTexX=0, iblItTexY=0, iblItRot; // prepare PFont datatype for a font for on-screen debug PFont font; // SETUP //////////////////////////////////////////////////////////////// void setup() { // set size of the window & renderer size(windowHeight/9*16, windowHeight // screen should be 16:9 , P3D // renderer P3D, P2D or commented out for default Java2D? ); // set location of the window // frame.setLocation(0,0); // background colour background(0); // framerate frameRate(60); // antialiasing? //noSmooth(); smooth(); // start oscP5, listening for incoming messages at port 12000 oscP5 = new OscP5(this,12000); oscP5.plug(this,"ctlin","/ctlin"); // to be converted for PD OSC input // iblender iblImg1 = loadImage("test_image18.png"); // flying dots flyDimg1 = loadImage("test_image18.png"); // load the image for flying dots // generate random coordinates for starting point... for (int i = 0; i < flyDotsNum; i++) { flyX[i] = random(width); flyY[i] = random(height); } stroke(255); // color of the dots // debug onscreen fonts font = loadFont("UbuntuMono-Regular-14.vlw"); textFont(font); } // process renoise MIDI/OSC messages public void ctlin(int cc, int val) { // debug // println("## OSC: /ctlin cc:" + cc + " value:" + val); // triggers are on controller number 0 if (cc == 0) { if (val == 0) { flyOn = false; } if (val == 1) { flyOn = true; } if (val == 2) { iblOn = false; } if (val == 3) { iblOn = true; } if (val > 3 && val < 8) { flickCount = val - 2; } // flicker count } // flying lines if (cc == 2) { flySpeedXfactor = (val - 64); } // speed (&direction) on X axis [-1 - 1] FIXit! if (cc == 3) { flySpeedYfactor = (val - 64); } // speed (&direction) on Y axis [-1 - 1] FIXit! if (cc == 4) { flyRotation = radians(val * 360 / 127); } // hard rotation of each line if (cc == 12) { flyRotationPixAmount = val * 0.2; } // rotation pixel influence amount [0-1] if (cc == 5) { flySize = val * 2; } // length of line, size of primitive geo? if (cc == 10) { flyStrokeW = int(val); } // stroke Weight if (cc == 13) { flyStrokePix = val; } if (cc == 6) { bgColorH = int(val * 2.8346); } // background color HUE [0 - 360] if (cc == 7) { bgColorS = int(val * 0.787); } // background color SATURATION [0-100] if (cc == 8) { bgColorB = int(val * 0.787); } // background colorBRIGHTNESS [0-100] if (cc == 9) { bgColorA = int(val) * 2; } // background ALPHA [0-254] if (cc == 14) { flyColorA = val * 2; } // transparency of lines if (cc == 15) { flyColorH = int (val * 2.8346); } // background color HUE [0 - 360] if (cc == 16) { flyColorS = int(val * 0.787); } // background color SATURATION [0-100] if (cc == 17) { flyColorB = int(val * 0.787); } // background colorBRIGHTNESS [0-100] if (cc == 18) { flyColorPix = val / 127.0; } // image blender ibl if (cc == 30) { iblH = int(val * 2.8346); } // stroke HUE (0-360) if (cc == 31) { iblS = int(val * 0.787); } // stroke SATURATION [0-100] if (cc == 32) { iblB = int(val * 0.787); } // stroke BRIGHTNESS [0-100] if (cc == 33) { iblA = val * 2; } // stroke ALPHA [0-254] if (cc == 34) { iblX = int( ((val-64) / 64.0) * width/2 ); } if (cc == 35) { iblY = int( ((val-64) / 64.0) * height/2 ); } if (cc == 36) { iblWidth = int(val * val * 0.05 * norm(width, 0, width)); } if (cc == 37) { iblHeight = int(val * val * 0.03 * norm(height, 0, height)); } // exponental if (cc == 38) { iblRot = radians(val * 360 / 120); } // rotation if (cc == 39) { iblSpeedXfactor = ((val-64) * abs(val-64) * 0.6); } // autonomous movement X if (cc == 40) { iblSpeedYfactor = ((val-64) * abs(val-64) * 0.6); } // ------- " --------- Y if (cc == 41) { iblTexX = ((val - 64) / 64.0) * 1920 / 2; } // texture offset from position if (cc == 42) { iblTexY = ((val - 64) / 64.0) * 1080 / 2; } if (cc == 43) { iblTexWidth = (val - 64) * val ; } if (cc == 44) { iblTexHeight = (val - 64) * val ; } if (cc == 45) { iblTexSpeedXfactor = ((val-64) * abs(val-64) * 0.6) ; } if (cc == 46) { iblTexSpeedYfactor = ((val-64) * abs(val-64) * 0.6) ; } if (cc == 47) { iblBflicker = int(val * 0.787); }; if (cc == 48) { iblNum = constrain(val, 1, 127); } // number of iterations if (cc == 49) { iblItX = (val-64) * abs(val-64) * 0.1; } if (cc == 50) { iblItY = (val-64) * abs(val-64) * 0.1; } if (cc == 51) { iblItTexX = val*4; } if (cc == 52) { iblItTexY = val*4; } if (cc == 53) { iblItRot = radians(val * 0.2); } } // main draw loop - every frame! void draw() { colorMode(HSB, 360, 100, 100); // for the whole draw! fill(bgColorH, bgColorS, bgColorB, bgColorA); noStroke(); rect(0, 0, width+1, height+1); // image blender ibl //////////////////////////////////////////////////////////////// if (iblOn == true) { // on off control pushMatrix(); translate(width/2, height/2); // center coordinate system // autonomous movement iblSpeedX = 0.1; iblSpeedY = 0.1; iblSpeedX *= iblSpeedXfactor; iblSpeedY *= iblSpeedYfactor; iblX += iblSpeedX; iblY += iblSpeedY; if (iblX > width) { iblX = -width; } if (iblX < -width) { iblX = width; } if (iblY > height) { iblY = -height; } if (iblY < -height) { iblY = height; } iblTexSpeedX = 0.1; iblTexSpeedY = 0.1; iblTexSpeedX *= iblTexSpeedXfactor; iblTexSpeedY *= iblTexSpeedYfactor; iblTexX += iblTexSpeedX; iblTexY += iblTexSpeedY; int iblBflicked; if (frameCount % flickCount == 1) { iblBflicked = iblB - iblBflicker; } else { iblBflicked = iblB; } for (int i=0; i < iblNum; i++) { // draw in an independent coordinate system pushMatrix(); // XY = translate translate(iblX + i*iblItX, iblY + i*iblItY); rotate(iblRot + (i*iblItRot)); textureWrap(REPEAT); // draw the quad beginShape(); tint(iblH, iblS, iblBflicked, iblA); //tint(200,255,255); texture(iblImg1); vertex(-iblWidth, -iblHeight, // X & Y of the vertex width/2 - iblWidth + iblX + iblTexX + (i*iblItTexX) - iblTexWidth, // X of the texture height/2 - iblHeight + iblY + iblTexY + (i*iblItTexY) - iblTexHeight); // Y of the texture vertex(iblWidth, -iblHeight, width/2 + iblWidth + iblX + iblTexX + (i*iblItTexX) + iblTexWidth, height/2 - iblHeight + iblY + iblTexY + (i*iblItTexY) - iblTexHeight); vertex(iblWidth, iblHeight, width/2 + iblWidth + iblX + iblTexX + (i*iblItTexX) + iblTexWidth, height/2 + iblHeight + iblY + iblTexY + (i*iblItTexY) + iblTexHeight); vertex(-iblWidth, iblHeight, width/2 - iblWidth + iblX + iblTexX + (i*iblItTexX) - iblTexWidth, height/2 + iblHeight + iblY + iblTexY + (i*iblItTexY) + iblTexHeight); endShape(); popMatrix(); // end independent coordinate system } popMatrix(); /* //** debug **************************** fill(0,125); rect(0, 0, 200, 30); fill(255); text(iblTexSpeedXfactor, 5, 30); //text(iblSpeedXfactor, 20, 60); */ } // flying dots ////////////////////////////////////////////////////////////////////// if (flyOn == true) { for (int i = 0; i < flyDotsNum; i++) { // for each dot: // colors color flyC = flyDimg1.get(int(flyX[i]), int(flyY[i])); // get color of the pixel // get HSBA data for that pixel float flyPixH = hue(flyC); float flyPixS = saturation(flyC); float flyPixB = brightness(flyC); float flyPixA = alpha(flyC); float flyB = flyPixB / 255.0; // move brightness to 0 - 1 range color strokeColor = color( flyColorH * flyColorPix + flyPixH * (1-flyColorPix), flyColorS * flyColorPix + flyPixS * (1-flyColorPix), flyColorB * flyColorPix + flyPixB * (1-flyColorPix), flyColorA * flyColorPix + flyPixA * (1-flyColorPix) ); // movement: speed and direction float flySpeedX = pow(flyB, 2) + 0.05; // define speed from brightness float flySpeedY = pow(flyB, 2) + 0.05; flySpeedX *= flySpeedXfactor; flySpeedY *= flySpeedYfactor; flyX[i] += flySpeedX; // movement on X axis flyY[i] += flySpeedY; float flySizeB = flySize * flyB; if (flyX[i] > width ) { // if off-screen: flyX[i] = 0; // wrap back flyY[i] = random(height); // randomize Y-axis position } else if (flyX[i] < 0) { flyX[i] = width; flyY[i] = random(height); } if (flyY[i] > height) { flyY[i] = 0; flyX[i] = random(width); } else if (flyY[i] < 0) { flyY[i] = height; flyX[i] = random(width); } // draw in an independent coordinate system pushMatrix(); stroke(strokeColor); // stroke color&transparency strokeWeight(flyStrokeW + (flyB * flyStrokePix)); // strokeWeight(flyB*10); translate(flyX[i], flyY[i]); rotate(flyRotation + (flyB * flyRotationPixAmount)); line(-flySizeB, -flySizeB, flySizeB, flySizeB); popMatrix(); } } } // end of draw() |
