QC Speed

fullDebugChecking = true;
printSpeedMetrics = true;
webgl_blocks.debug = true;
webgl_blocks.side_by_side_checking = true;

qc.clearOutput();
qc.enableAnimation();

var bits = 6;       // Total number of qubits.
var block_bits = 5; // Qubits per block
qc.reset(bits, block_bits);

//qc.write(1);
qc.phase(25, 1);
qc.hadamard(8);
qc.hadamard(16);
qc.hadamard(32);
//qc.cnot(32, 4);

/*
var vals = 1 << bits;
for (var i = 0; i < vals; ++i)
{
  console.log('Starting write '+i+' of '+vals+'...');
  for (var j = 0; j < vals; ++j)
  {
//    console.log('Starting cond '+j+' of '+vals+'...');
    for (var k = 0; k < bits; ++k)
    {
      var target = 1 << k;
      var cond = j & (~target);
      qc.write(i);
      qc.phase(30, 1);
      qc.hadamard();
      qc.cnot(target, cond);
    }
  }
}
*/

qc.hadamard();
qc.read(4);

//qc.not(8);
for (var i = 0; i < 16; ++i)
{
  qc.write(i);
  qc.hadamard(1);
  qc.hadamard();
}
//qc.cnot(1, 2);
//qc.not(1);
//qc.not();
qc.hadamard(1);
qc.hadamard();
//qc.not();

Quantum Ray Tracing Examples

This is an active QC simulator, set up specifically to serve as an interactive illustration for the Quantum Ray Tracing whitepaper.
It's not finished yet, but you're welcome to browse. Please give feedback to qc@machinelevel.com!
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Welcome! These pages hold interactive examples for my whitepapers.