Comments (3)
Hey Bradley,
Thanks for the feedback!
- We're currently building a website and updating the documentation, which required us to move the html files of the documentation. Unfortunately, we forgot to update the links given in the Readme (sorry for that). We will update them shortly, in the meantime you can find the documentation here. Like I said, we are currently updating it, so apologies if some things are not explained in sufficient detail yet.
- Which version of QuantumOptics are you using? I could reproduce the error by using the latest official release (0.2), i.e. by adding the package with
julia> Pkg.add("QuantumOptics")
This version does not contain thenlevel.jl
module. If you also used the julia package manager to add the package, instead try
julia> Pkg.clone("https://github.com/bastikr/QuantumOptics.jl.git")
Note, that it may be necessary to remove the out-of-date package before that with
julia> Pkg.add("QuantumOptics")
Alternatively, you can also just usegit
to clone the repository into your Julia path.
I hope this helps. In case it doesn't, please specify which version of QuantumOptics and Julia you are using and which OS you are on, so I can try and reproduce the problem.
from quantumoptics.jl.
Hi!
According to the julia documentation (I didn't test it myself) you can also just do
julia> Pkg.checkout(pkg)
to use the master branch.
from quantumoptics.jl.
ok, I will stay on master for now, thanks for this
from quantumoptics.jl.
Related Issues (20)
- Incorrect Gaussian state HOT 2
- mcwf() appears to do runtime dispatch in _df()
- Encounter an error when reproducing the code sample from the official manual HOT 1
- A confusion aroused by the sample 4 from official manual HOT 1
- ``potentialoperator()`` could use better documentation HOT 7
- LazySum of LazyTensor of sparse result in high alloc in integration HOT 2
- Addition of LazyTensor and LazySum HOT 1
- Return noise in stochastic solvers HOT 1
- Adding ForwardDiff support for all solvers HOT 1
- Precompiling fails on Julia 1.8.5 HOT 5
- Create an animation / more intuitive example for 2D time dependent schrodinger equation
- krylov methods HOT 5
- Time-dep operators used with non-dynamic evolution HOT 1
- docs do not seem to show methods implemented in QuantumOpticsBase HOT 7
- High allocations in timevolution.schroedinger_dynamic and master_dynamic HOT 7
- ForwardDiff fails on (schroedinger_dynamic with) TimeDependentOperator HOT 6
- Different behavior of schroedinger() and master() for sum basis. HOT 3
- Sparse state matrices given to the various solvers lead to poor performance - we should either provide a warning or automatically call `dense` HOT 3
- Possible hard wall boundary condition for particle? HOT 2
- Can't see occupations for composite many-body basis
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from quantumoptics.jl.