//----------------------------|
// on-the-fly synchronization
// adapted from Perry's ChucK Drummin' + Ge's sine poops
//
// authors: Perry Cook (prc@cs.princeton.edu)
//          Ge Wang (gewang@cs.princeton.edu)
// --------------------|
// add one by one into VM (in pretty much any order):
//
// terminal-1%> chuck --loop
// ---
// terminal-2%> chuck + otf_01.ck
// (anytime later)
// terminal-2%> chuck + otf_02.ck
// (etc...)
//--------------------------------------|

// this synchronizes to period
.125::second => dur T;
T - (now % T) => now;

// construct the patch
SndBuf buf => Gain g => dac;
"data/snare-hop.wav" => buf.read;
.6 => g.gain;

// time loop




#(0.2, 0.7) => complex c;
#(-1, -1) => complex lower_left;
#(1, 1) => complex upper_right;
20 => int num_points_x;
20 => int num_points_y;
30 => int max_iter;

Julia j;
j.setC(c);
j.setLowerLeft(lower_left);
j.setUpperRight(upper_right);
j.setNumPointsX(num_points_x);
j.setNumPointsY(num_points_y);
j.setMaxIter(max_iter);

j.compute() @=> int iter_values[][];

for(0 => int row; row < num_points_x; row++) {
    for(0 => int column; column < num_points_y; column++) {
        iter_values[row][column] => int cur_iter;
        
    0 => buf.pos;
    Std.rand2f(.8,.9) => buf.gain;
    cur_iter::T => now;

    }
}