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1. Basic Model working (Cayley & Crank-Nicholson) (numerically stable, probability conserving)
2. Basic Graphics working
1. Grayscale in Real/Imag/Magnitude
2. Phase coloring
3. HSB coloring & inverse.
3. Settable initial conditions.
4. Draggable Detectors
5. Draggable Rectangular potential barriers
6. Double slit potential barriers.
7. Slope potential
8. Wavefunction collapse
9. Expectation values for <x>, <y>, <px> (not shown yet)
10. One-Shot detection.
    

Remaining Features:

Model:

1. add plane waves
1. coherent
2. incoherent
2. How to handle multiple detections?
3. Multiple particles?
4. Handle multiple scales
5. CCD detectors
6. Increased decoherence.

Graphics:

1. Show collapsed particle as an image?
2. Add magnifying glass.
3. CCD detector graphics.
4. Ruler

Controls:

1. Set wavelength.
2. Set particle speed.
3. Intensity control (how will this work if we require only 1 particle at a time in the chamber?)

Misc:

1. Increase Performance

Internal:

Bugs:

Larger momentum doesn’t mean faster particle?

Set momentum and expectation momentum are different.

Interaction with boundary is problematic.