discretize.continuous.bipartitefunc: Making a discretized tensor for a continuous function
In RQEntangle: Quantum Entanglement of Bipartite System
Description
Usage
Arguments
Value
Description
Making a discretized tensor for a continuous function
Usage
1
2
discretize.continuous.bipartitefunc(bifunc, x1lo, x1hi, x2lo, x2hi,
nbx1 = 100, nbx2 = 100)
Arguments
bifunc
bipartitite continuous wavefunction
x1lo
lower limit of x1
x1hi
upper limit of x1
x2lo
lower limit of x2
x2hi
upper limit of x2
nbx1
number of discretized x1 (default: 100)
nbx2
number of discretized x2 (default: 100)
Value
discretized tensor for Schmidt decomposition
RQEntangle documentation built on May 2, 2019, 3:01 a.m.
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Description Usage Arguments Value
Description
Making a discretized tensor for a continuous function
Usage
1 2 | discretize.continuous.bipartitefunc(bifunc, x1lo, x1hi, x2lo, x2hi,
nbx1 = 100, nbx2 = 100)
|
Arguments
bifunc |
bipartitite continuous wavefunction |
x1lo |
lower limit of |
x1hi |
upper limit of |
x2lo |
lower limit of |
x2hi |
upper limit of |
nbx1 |
number of discretized x1 (default: 100) |
nbx2 |
number of discretized x2 (default: 100) |
Value
discretized tensor for Schmidt decomposition
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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