I am trying to playback 1080p video in Processing and using the Loop sample from the video library looks a bit choppy. What's the best way to playback 1080p video smoothly in Processing on Linux 64bit ?

I'm using Processing 3.0.2 64bit and the Linux Mint info is this: RELEASE=17.3 CODENAME=rosa EDITION="Cinnamon 64-bit" DESCRIPTION="Linux Mint 17.3 Rosa" DESKTOP=Gnome TOOLKIT=GTK NEW_FEATURES_URL=http://www.linuxmint.com/rel_rosa_cinnamon_whatsnew.php RELEASE_NOTES_URL=http://www.linuxmint.com/rel_rosa_cinnamon.php USER_GUIDE_URL=help:linuxmint GRUB_TITLE=Linux Mint 17.3 Cinnamon 64-bit

Thank you, George

I'm trying to create HD movies out of processing sketches. Everything is set up using GS moviemaker, the only issue is that it only has a Theora encoder which really destroys the quality (or at least thats what I think the source of the problem is). From what I've read, they will not have any other encoders until the next build. Any ways of getting around this?

Cheers

Anyone here used Spout with processing? I want to use it to send frames from processing sketches. Any tutorials would be great.

Cheers!

I've been using the GSVideo library to capture processing 1.5 frames and create HD movies. The issue is that the only available video encoder is THEORA which creates really low quality .ogg files. Is there a way to install the other encoders myself? As far as I know the GSVideo library is no longer in development so I'm not sure if these encoders will be added to future builds.

Cheers

I'm attempting to loop my whole sketch at the end of the video I have playing in the background.

Any advice would be greatly appreciated !!

^:)^ :)>-

  PrintWriter output;

  int frames = 3; 

  PImage bg; 

  int initialTime;

 int interval = 10;

 PGraphics pg[] = new 

 PGraphics[frames];

 boolean startDraw = true;

 import processing.video.*;

 Movie myMovie;

 void setup() {

size(1000, 1000);

myMovie = new Movie(this, "MVI_5786.mov");

myMovie.loop();

 for (int i=0; i<frames; i++) {

pg[i] = createGraphics(width, height);

pg[i].beginDraw();

pg[i].smooth ();

//pg[i].background(255,0,0);

pg[i].stroke(255);

pg[i].strokeWeight(3);

pg[i].endDraw();

output = createWriter("positions.txt");

}

initialTime = millis();

}


void draw() {


int currFrame = frameCount % frames; // 0 .. 19

if (mousePressed) if (millis() - initialTime > interval) {

 pg[currFrame].beginDraw();

 pg[currFrame].line(mouseX, mouseY, pmouseX, pmouseY);

pg[currFrame].endDraw();

}

{


 if(mousePressed) {

  point(mouseX, mouseY);

  output.println(startDraw + ", " + mouseX + "," + mouseY + "," + millis()); // Write the coordinate to the file

  startDraw = false;

  } 

 } 
  initialTime = millis();

  image(myMovie, 0, 0);

  image(pg[currFrame], 0, 0);



 println(millis());

 if (millis() > 10000 && millis() < 12000) {

clearDrawings();

 }

 if (millis() > 16000 && millis() < 18000) {

 clearDrawings();
 }
 if (millis() > 20000 && millis() < 23000) {

 clearDrawings();

}
}

void movieEvent(Movie m) {

m.read();

}
void clearDrawings() {

for (int i=0; i<frames; i++) {

pg[i].beginDraw();

pg[i].clear();

//pg[i].background(255,0,0);

pg[i].endDraw();

}
}
void mouseReleased() {

startDraw = true;

 }

 void keyPressed() {

 output.flush(); // Writes the remaining data to the file

 output.close(); // Finishes the file

 exit(); // Stops the program

 }