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Allow user to create custom gates #1

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Strilanc opened this issue Mar 9, 2014 · 1 comment
Closed

Allow user to create custom gates #1

Strilanc opened this issue Mar 9, 2014 · 1 comment
Milestone
September Release

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@Strilanc
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Strilanc commented Mar 9, 2014

It would be useful to be able to make custom gates.

A few possible ideas:

  • Free-form text entry of coefficients, with a singular value decomposition to repair any non-unitaryness.
  • Drag a box around existing circuit area.
  • How to allow for time-sensitivity?
  • How to allow for gates that can apply to any number of qubits?
@Strilanc Strilanc changed the title Build custom circuits Custom gates Dec 11, 2014
Strilanc added a commit that referenced this issue Dec 21, 2014
@Strilanc
Travis attempt #1
96f682a
Strilanc added a commit that referenced this issue Mar 21, 2016
@Strilanc
Changing QuantumShaders to return a renderTo instead of take action (#1)
2a0830f
@Strilanc Strilanc changed the title Custom gates Allow user to create custom gates Mar 24, 2016
Strilanc added a commit that referenced this issue Apr 8, 2016
@Strilanc
SauceLabs attempt #1
dec19e9
@Strilanc Strilanc modified the milestone: May Release Apr 30, 2016
@Strilanc Strilanc added this to the September Release milestone Sep 6, 2016
@Strilanc
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After 7d8ec27 this is done. Polish is still remaining.

Strilanc added a commit that referenced this issue Aug 6, 2017
@Strilanc
Iterating on 2-qubit entangled display design
6219e1d 
- Added six temporary prototypes to the toolbox
- Iter 1: svd into separable/entangled, draw separable as bloch vectors and entangled as rotation axes
- Iter 2: Drop seperable part of iter 1, label axes better
- Iter 3: Point cloud of where qubit #1 is for various projections of qubit #2
- Iter 4: Scaling iter 3 points by success probability of projections
- Iter 5: Scaling iter 3 points by purity-increase of projections
- Iter 6: Polished iter 3 with axis-labelled points and control/target asymmetry
Strilanc added a commit that referenced this issue Aug 6, 2017
@Strilanc
Iterating on 2-qubit entangled display design
e492a9e 
- Added six temporary prototypes to the toolbox
- Iter 1: svd into separable/entangled, draw separable as bloch vectors and entangled as rotation axes
- Iter 2: Drop seperable part of iter 1, label axes better
- Iter 3: Point cloud of where qubit #1 is for various projections of qubit #2
- Iter 4: Scaling iter 3 points by success probability of projections
- Iter 5: Scaling iter 3 points by purity-increase of projections
- Iter 6: Polished iter 3 with axis-labelled points and control/target asymmetry
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