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(no subject)	[Jul. 11th, 2009\|11:27 pm]
meditation
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(no subject)	[Jul. 11th, 2009\|12:10 pm]
VA - Movement - Detroit's Electronic Music Festival 04 2004 / MOVE 001-002 CD1 01 John Beltran - Nolita 02 Matthew Dear - Dog Days 03 Rich Medina vs. Kemetic Just - Minstrel Speak (Sweet Abraham's Depth Charge Remix) 04 Stacey Pullen - Code Of The Underground 05 Reggie Dokes - War Of Decadence (Short Mix 2) 06 Szymanski - Tranquillamente 07 Ayro - Burning Brightly 08 Dabrye - Smoking The Edge 09 Andrés - Take My Hand 10 ESG - Moody 11 The Detroit Experiment - Think Twice 12 Jimmy Edgar - re: City Alley CD2 01 Gary Martin - Samedi (Original Version) 02 Jeff Mills - AX-009CD B1 03 Akufen - My Way (Dan Bell Remix) 04 Kenny Larkin - Dark Disco 05 François K - C-Tone 06 DJ Genesis - Its U 07 Cool Peepl - Sharevari 08 Los Hermanos - Quetzal (Altos Cielos Mix) 09 Aril Brikha - dissOrganized 10 Marcellus Pittman - Fear Of Change 11 H-Fusion - The Arrival 12 John Arnold - I Can Be >>>> >> > >>> > >
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(no subject)	[Jul. 8th, 2009\|03:49 am]

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(no subject)	[Jul. 7th, 2009\|07:00 am]

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(no subject)	[Jul. 6th, 2009\|07:00 am]
Mark Taylor - Silicon Alley
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немного о себе:	[Jul. 5th, 2009\|07:30 pm]
// Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; } // Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg;
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(no subject)	[Jul. 4th, 2009\|05:41 pm]
[RP-5] C1 \| [RP-13] A
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(no subject)	[Jul. 3rd, 2009\|05:32 pm]
LOL
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i cant sleep anymore	[Jul. 3rd, 2009\|02:05 am]
run-run-run-runaway runaway from yourself run away from those people run just RUNN!!! - and nrver forget, you loved them - fuck off....
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(no subject)	[Jul. 3rd, 2009\|12:13 am]

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(no subject)	[Jul. 1st, 2009\|11:59 pm]
31
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(no subject)	[Jul. 1st, 2009\|11:27 pm]

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(no subject)	[Jul. 1st, 2009\|05:13 pm]
Millsart - Yantra
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(no subject)	[Jul. 1st, 2009\|06:16 am]
(click for video) www.julianneswartz.com blog.futuremilk.com
Link	o

(no subject)	[Jul. 1st, 2009\|02:48 am]
Psyche - Andromeda
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(no subject)	[Jun. 30th, 2009\|02:52 am]

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(no subject)	[Jun. 29th, 2009\|04:24 pm]
Burial & Four Tet - Moth
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(no subject)	[Jun. 28th, 2009\|11:21 pm]
я не назойлив?
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(no subject)	[Jun. 28th, 2009\|03:31 pm]
The Detroit Experiment Think Twice download download
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(no subject)	[Jun. 23rd, 2009\|06:00 am]
ЕБЛИВЫЕ ЖЖШНЫЕ ВЫБЛЕДКИ
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(no subject)	[Jun. 20th, 2009\|03:22 am]

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(no subject)	[Jun. 19th, 2009\|11:58 pm]

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(no subject)	[Jun. 19th, 2009\|01:00 am]
Alva Noto is the stage name of sound artist Carsten Nicolai, who has established himself as an artist amongst current electronic sound and visual designers who are using art and music as hybrid tools to create microscopic views of creative processes. download
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(no subject)	[Jun. 18th, 2009\|12:15 am]
И все же. Один из тех дисков, которых интересно слушать долго пытался разобраться с его историей и порядком песен так это ни к чему и не привело единственное, ну и очевидное 2008/Sound Signature download
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goodnight	[May. 13th, 2009\|11:35 pm]
Сказка о трёх братьях Однажды трое братьев путешествовали. В сумерках они дошли до реки, которая была настолько быстра, что её не переплыть, и настолько глубока, что её не перейти вброд. Но братья были волшебниками. Взмахнув волшебными палочками, они провели мост через реку. Дойдя до середины реки, братья увидели Смерть, которая была возмущена тем, что не заполучила новых жертв, но своё возмущение скрыла и восхитилась мастерством братьев и за это предложила им подарки. Старший брат был воинственым. Он попросил самую могущественную на свете волшебную палочку, такую что её хозяин мог бы победить в поединке любого соперника. Смерть отломила ветку растущей неподалёку бузины, сделала из неё волшебную палочку и дала её старшему брату. Средний брат был гордым. Чтобы унизить Смерть, он потребовал силу воскрешать мёртвых. Смерть подняла камень, валявшийся на берегу, дала его второму брату и сказала, что он может возврашать мёртвых. Младший брат был умным и скромным. Он сразу поставил под сомнения добрые намерения Смерти и попросил у неё возможность прятаться от Смерти, где бы она его не искала. Смерти ничего не осталось, как снять с себя мантию-невидимку и отдать её младшему брату. После этого каждый из братьев пошёл своей дорогой. Старший брат забрёл в одну деревню и победил в поединке волшебника, с которым был в конфликте. Затем он зашёл на постоялый двор и стал хвастаться своей волшебной палочкой. В ту же ночь к нему пробрался вор, перерезал ему горло и украл волшебную палочку. Так Смерть получила первого брата. Средний брат вернулся домой и воспользовался воскрешающим камнем. Три раза повернул он камень и увидел, что перед ним стоит девушка, на которой он хотел женится. Но она была холодна и печальна. В конце концов брат не смог вынести тоски, сошел с ума и убил себя, чтобы навсегда остаться со своей любимой. Так Смерть получила среднего брата. Третьего брата Смерть искала очень долго, но он постоянно прятался от неё под мантией-невидимкой. В конце концов он состарился и отдал мантию своему сыну, а сам вышел навстречу Смерти. Dustin O'Halloran - Opus 28
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(no subject)	[May. 13th, 2009\|12:02 pm]
download
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(no subject)	[May. 11th, 2009\|10:23 pm]

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(no subject)	[May. 11th, 2009\|06:17 pm]
Located in the Swiss town of Beinwil am see these three single-family modules stand out from the architecture of the area due to their special design and arrangement. Three identical dwellings located on a hillside with a view of the lake give form to a singal complex. The different modules share their foundations in kind of pedestal that determines part of their architectural character, enchancing their role in the landscape. The dwellings create a compositional rythm in which the predominant geometry of the floors is the square, whereas in the elevations it is the rectangle. This rythm is determined by a linear successions of "solids" and "voids" in which the former act as private spaces while the letter are used for the common living areas. The private space is divided in turn into porch and room so the differentiation between exterior and interior is slightly blurred. The facades are composed of three differentiated elements that are used for their functionality and their aesthetic qualities: cement, glass and air that in the void is converted into matter. It is an architecture taht tends towards the essential without expressive rhetoric or metaphoric language, an architecture without superfluous details in which the orientation becomes crucial through its form, structures and materials. The generous use of natural light, a perfect organisation of the spaces, the choise of specific materials, and the careful orientation of the structures are the basic ingredients of this work full of order and balance. These three dwellings not only produce multiplicity, variety, potentiality and virtuality, but also a way of inhabiting and combining private and common spaces. http://www.amazon.com/New-Coastal-Houses-Architectural-Design/dp/848986165X
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(no subject)	[Apr. 29th, 2009\|04:11 pm]
и что б не пестрило
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(no subject)	[Apr. 29th, 2009\|03:46 pm]
К жильишку вот присматриваюсь мне главное что б просторно и светло KANNER ARCHITECTS
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(no subject)	[Apr. 28th, 2009\|10:37 pm]
goodnight
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(no subject)	[Apr. 28th, 2009\|10:14 pm]

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(no subject)	[Apr. 20th, 2009\|10:41 pm]

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(no subject)	[Apr. 20th, 2009\|04:41 pm]

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(no subject)	[Apr. 20th, 2009\|12:12 pm]
download
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(no subject)	[Apr. 19th, 2009\|01:12 pm]
Marek Hemmann Rashomon
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(no subject)	[Apr. 18th, 2009\|08:57 pm]
БЭЛА џ Ґе « ЇҐаҐЄ« ¤ле Ё§ ’Ёд«Ёб . ‚бп Ї®Є« ¦ ¬®Ґ© вҐ«Ґ¦ЄЁ б®бв®п« Ё§ ®¤®Ј® ҐЎ®«ми®Ј® зҐ¬®¤ , Є®в®ал© ¤® Ї®«®ўЁл Ўл« ЎЁв ЇгвҐўл¬Ё § ЇЁбЄ ¬Ё ® ѓаг§ЁЁ. Ѓ®«ми п з бвм Ё§ Ёе, Є бз бвЁо ¤«п ў б, Ї®вҐап , зҐ¬®¤ б ®бв «мл¬Ё ўҐй ¬Ё, Є бз бвмо ¤«п ¬Ґп, ®бв «бп жҐ«. “¦ б®«жҐ зЁ «® Їапв вмбп § бҐЈ®ў®© еаҐЎҐв, Є®Ј¤ п ўкҐе « ў Љ®©и габЄго ¤®«Ёг. ЋбҐвЁ-Ё§ў®§зЁЄ Ґгв®¬Ё¬® Ї®Ј®п« «®и ¤Ґ©, зв®Ў гбЇҐвм ¤® ®зЁ ў§®Ўа вмбп Љ®©и габЄго Ј®аг, Ё ў® ўбҐ Ј®а«® а бЇҐў « ЇҐбЁ. ‘« ў®Ґ ¬Ґбв® нв ¤®«Ё ! ‘® ўбҐе бв®а® Ј®ал ҐЇаЁбвгЇлҐ, Єа б®ў влҐ бЄ «л, ®ЎўҐи лҐ §Ґ«Ґл¬ Ї«ой®¬ Ё гўҐз лҐ ЄгЇ ¬Ё зЁ а, ¦Ґ«влҐ ®Ўалўл, ЁбзҐазҐлҐ Їа®¬®Ё ¬Ё, в ¬ ўлб®Є®-ўлб®Є® §®«®в п Ў еа®¬ бҐЈ®ў, ўЁ§г Ђа Јў , ®ЎпўиЁбм б ¤агЈ®© ЎҐ§л¬Ґ®© аҐзЄ®©, иг¬® ўлалў ойҐ©бп Ё§ зҐа®Ј®, Ї®«®Ј® ¬Ј«®о гйҐ«мп, впҐвбп бҐаҐЎап®о Ёвмо Ё бўҐаЄ Ґв, Є Є §¬Ґп бў®Ґо зҐигҐо. Џ®¤кҐе ў Є Ї®¤®иўҐ Љ®©и габЄ®© Ј®ал, ¬л ®бв ®ўЁ«Ёбм ў®§«Ґ ¤ге . ’гв в®«ЇЁ«®бм иг¬® ¤ҐбпвЄ ¤ў Јаг§Ё Ё Ј®ажҐў; Ї®Ў«Ё§®бвЁ Є а ў ўҐаЎ«о¤®ў ®бв ®ўЁ«бп ¤«п ®з«ҐЈ . џ ¤®«¦Ґ Ўл« пвм ЎлЄ®ў, зв®Ў ўв йЁвм ¬®о вҐ«Ґ¦Єг нвг Їа®Є«пвго Ј®аг, Ї®в®¬г зв® Ўл« г¦Ґ ®бҐм Ё Ј®«®«Ґ¤Ёж , - нв Ј®а Ё¬ҐҐв ®Є®«® ¤ўге ўҐабв ¤«Ёл. ЌҐзҐЈ® ¤Ґ« вм, п п« иҐбвм ЎлЄ®ў Ё ҐбЄ®«мЄЁе ®бҐвЁ. Ћ¤Ё Ё§ Ёе ў§ў «Ё« бҐЎҐ Ї«ҐзЁ ¬®© зҐ¬®¤ , ¤агЈЁҐ бв «Ё Ї®¬®Ј вм ЎлЄ ¬ Ї®звЁ ®¤Ё¬ ЄаЁЄ®¬. ‡ ¬®Ґо вҐ«Ґ¦Є®о зҐвўҐаЄ ЎлЄ®ў в йЁ« ¤агЈго Є Є Ё ў зҐ¬ Ґ Ўлў «®, Ґб¬®вап в®, зв® ® Ўл« ¤®ўҐаег Є« ¤Ґ . ќв® ®Ўбв®пвҐ«мбвў® ¬Ґп г¤ЁўЁ«®. ‡ Ґо иҐ« ҐҐ е®§пЁ, Ї®ЄгаЁў п Ё§ ¬ «ҐмЄ®© Є Ў а¤ЁбЄ®© вагЎ®зЄЁ, ®Ў¤Ґ« ®© ў бҐаҐЎа®. Ќ Ґ¬ Ўл« ®дЁжҐабЄЁ© боавгЄ ЎҐ§ нЇ®«Ґв Ё зҐаЄҐббЄ п ¬®е в п и ЇЄ . Ћ Є § «бп «Ґв ЇпвЁ¤ҐбпвЁ; б¬гЈ«л© жўҐв «Ёж ҐЈ® Ї®Є §лў «, зв® ®® ¤ ў® § Є®¬® б § Є ўЄ §бЄЁ¬ б®«жҐ¬, Ё ЇаҐ¦¤ҐўаҐ¬Ґ® Ї®бҐ¤ҐўиЁҐ гбл Ґ б®®вўҐвбвў®ў «Ё ҐЈ® вўҐа¤®© Ї®е®¤ЄҐ Ё Ў®¤а®¬г ўЁ¤г. џ Ї®¤®иҐ« Є Ґ¬г Ё Ї®Є«®Ё«бп: ® ¬®«з ®вўҐз « ¬Ґ Ї®Є«® Ё ЇгбвЁ« ®Ја®¬л© Є«гЎ ¤л¬ . - Њл б ў ¬Ё Ї®ЇгвзЁЄЁ, Є ¦Ґвбп? Ћ ¬®«з ®Їпвм Ї®Є«®Ё«бп. - ‚л, ўҐа®, Ґ¤ҐвҐ ў ‘в ўа®Ї®«м? - ’ Є-б в®з®... б Є §Ґл¬Ё ўҐй ¬Ё. - ‘Є ¦ЁвҐ, Ї®¦ «г©бв , ®взҐЈ® нв® ў иг вп¦Ґ«го вҐ«Ґ¦Єг зҐвлаҐ ЎлЄ в й в игвп, ¬®о, Їгбвго, иҐбвм бЄ®в®ў Ґ¤ў Ї®¤ўЁЈ ов б Ї®¬®ймо нвЁе ®бҐвЁ? Ћ «гЄ ў® г«лЎг«бп Ё § зЁвҐ«м® ў§Ј«пг« ¬Ґп. - ‚л, ўҐа®, Ґ¤ ў® Љ ўЄ §Ґ? - ‘ Ј®¤, - ®вўҐз « п. Ћ г«лЎг«бп ўв®аЁз®. - Ђ зв® ¦? - „ в Є-б! “¦ блҐ ЎҐбвЁЁ нвЁ §Ё вл! ‚л ¤г¬ ҐвҐ, ®Ё Ї®¬®Ј ов, зв® ЄаЁз в? Ђ зҐав Ёе а §ЎҐаҐв, зв® ®Ё ЄаЁз в? ЃлЄЁ-в® Ёе Ї®Ё¬ ов; § ЇапЈЁвҐ е®вм ¤ў ¤ж вм, в Є Є®«Ё ®Ё ЄаЁЄгв Ї®-бў®Ґ¬г, ЎлЄЁ ўбҐ Ё б ¬Ґбв ... “¦ блҐ Ї«гвл! Ђ зв® б Ёе ў®§м¬Ґим?.. ‹оЎпв ¤ҐмЈЁ ¤а вм б Їа®Ґ§¦ ойЁе... €§Ў «®ў «Ё ¬®иҐЁЄ®ў! “ўЁ¤ЁвҐ, ®Ё ҐйҐ б ў б ў®§м¬гв ў®¤Єг. “¦ п Ёе § о, ¬Ґп Ґ Їа®ўҐ¤гв!
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(no subject)	[Apr. 17th, 2009\|02:03 pm]

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(no subject)	[Apr. 17th, 2009\|10:24 am]
Douglas Greed - Lambda
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(no subject)	[Apr. 16th, 2009\|11:58 pm]

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(no subject)	[Apr. 13th, 2009\|08:24 pm]

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(no subject)

[Mar. 22nd, 2009|11:40 pm]

Internal Server Error

The server encountered an internal error or
misconfiguration and was unable to complete
your request.

Please contact the server administrator,
root@localhost and inform them of the time the error occurred,
and anything you might have done that may have
caused the error.

More information about this error may be available
in the server error log.

Apache/2.2.3 (CentOS) Server at Port 80

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(no subject)	[Mar. 22nd, 2009\|12:06 am]
Perfo 2: Catalogus Performance Festival, 1984 SIDE A SIDE B
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(no subject)	[Mar. 21st, 2009\|05:41 am]
// Log Starburst // - Jim Bumgardner, Ryan Govostoes // using a formula from Bumgardner's "Pixel Magic" - 1992. // History // 2/19/06 jbum - added mousePressed behavior ( swaps between RGB, HSB) // - removed use of int() for dMult in mouseMoved, added constrain() // - changed && to \|\| in table generation // - modified g channel to use time cycle for a little more color variation // - removed +90 in a couple spots - not really necessary // - changed direction of dtable float sineTable[]; float dTable[]; float aTable[]; // float p = 0; - jbum switched to time-based float dMult = 2; float aMult = 2; int cMode = RGB; void setup() { size(300, 300, P2D); colorMode(cMode, 2); // precalculate 1 period of the sine wave (360 degrees) sineTable = new float[360]; for (int i = 0; i < 360; i ++) sineTable[i] = sin(radians(i)); // precalculate polar coords dTable = new float[width * height]; aTable = new float[width * height]; float cx = width / 2; float cy = height / 2; int i = 0; for (int y = 0; y < height; y ++) { for (int x = 0; x < width; x ++) { if (x != cx \|\| y != cy) { // jbum 2/19/04 - changed && to \|\| dTable[i] = 359-posDegrees( 0.5 * log(sq(x - cx) + sq(y - cy)) ); // jbum - changed direction aTable[i] = posDegrees( atan2(y - cy, x - cx) ); // jbum removed + 90; } i ++; } } } void draw() { loadPixels(); // 2/19/06 jbum = switch to time based // p += 11.459156; // 2 * 0.1 * degrees(1) float tb = millis().2; float tg = tb.25; for(int i = 0; i < (width * height); i ++) { float a = sineTable[(int)(aTable[i] * aMult) % 360]; float da = dTable[i] * dMult + aTable[i]; // jbum - removed + 90; float r = 1 + a * sineTable[(int)da % 360]; // float g = 2 - r; float g = 1 + a * sineTable[(int)(da + tg) % 360]; // jbum float b = 1 + a * sineTable[(int)(da + tb) % 360]; pixels[i] = color(r, g, b); } updatePixels(); fpscalc(); } void mouseMoved() { // jbum 2/19/06 changed to use constrain aMult = (int) constrain(mouseX * 32 / width, 1, 32); dMult = constrain(mouseY * 32 / width, .1, 32); // jbum 2/19/06 this does not need to be an integer } // jbum 2/19/06 added mousepressed behavior void mousePressed() { cMode = (cMode == RGB? HSB : RGB); colorMode(cMode, 2); } float fps; int fpsN; void fpscalc() { fps += framerate; fpsN ++; if((fpsN % 60) == 0) print((fps / fpsN) + " "); } float posDegrees(float rad) { float deg = degrees(rad) % 360; if(deg < 0) deg += 360; return deg; }
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(no subject)	[Mar. 20th, 2009\|01:30 am]
Keinzweiter - The Jupiter Unmount
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(no subject)	[Mar. 16th, 2009\|12:05 pm]

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(no subject)	[Feb. 19th, 2009\|10:12 pm]
- Писать вообще не стоит. Ни о чем. А вы что - химик? - Скорее, физик. - Тоже, наверное, скука. Поиски истины. Она прячется, а вы ее повсюду ищете. В одном месте копнули - ага, ядро состоит из протонов. В другом копнули - красота, треугольник а бэ це равен треугольнику а-прим бэ-прим це-прим... Вы неплохо устроились. Мне хуже. Я эту самую истину выкапываю, а в это время с нею что-то такое делается... Выкапывал я истину, а выкопал кучу дерьма. Возьмите вы какой-нибудь закон Архимеда. Он с самого начала был правильным, и сейчас он правильный, и всегда будет правильный. А вот стоит в музее античный горшок. В свое время в него объедки кидали, а сейчас он стоит в музее и вызывает всеобщее восхищение лаконичностью рисунка и неповторимостью форм... Все ахают и охают, и вдруг выясняется, что никакой он не античный, а подсунул его археологам какой-нибудь жулик или шутник. И форма у него осталась неповторимой, и рисунок лаконичный, но аханье, как ни странно, стихает...
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(no subject)	[Feb. 18th, 2009\|01:32 am]
Вкус Вишни (Ta'm e guilass) http://www.imdb.com/title/tt0120265/ http://vkontakte.ru/video15207212_79987054?add=1 смысл на самом деле совсем не в вишне, а в перепелках.
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(no subject)	[Feb. 14th, 2009\|03:09 am]

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(no subject)	[Feb. 12th, 2009\|01:17 am]

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