-
```
Right now in the pyoptools it is not possible to create an optical element
where the surface is not centered with the shape. The easiest possibility, is
to define an offset for the shapes, but t…
-
Please find below a preliminary optics design of the compact light source with parameters as follows:
Starting from the middle of the wiggler, the sequence of elements are: d4, bend, d3, bend, d2, q2…
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The optics language, as it is, is usable, but not extremely useful as a DSL. It could be entirely expressed as JSON. Additionally, the current syntax is strangely restrictive in some aspects. Actions …
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Firstly, from what I've seen so far, this package is quite impressive! It's nice to see that optics packages for Julia are being developed.
I think it would be useful and not too hard, as you remar…
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```
I was talking with some professional astronomers a while back about PHD2, and
one of them pointed out that the device we support is an "Active optics"
device, not an "Adaptive Optics" device, wh…
-
```
I was talking with some professional astronomers a while back about PHD2, and
one of them pointed out that the device we support is an "Active optics"
device, not an "Adaptive Optics" device, wh…
-
```
Right now in the pyoptools it is not possible to create an optical element
where the surface is not centered with the shape. The easiest possibility, is
to define an offset for the shapes, but t…
-
```
I was talking with some professional astronomers a while back about PHD2, and
one of them pointed out that the device we support is an "Active optics"
device, not an "Adaptive Optics" device, wh…
-
```
I was talking with some professional astronomers a while back about PHD2, and
one of them pointed out that the device we support is an "Active optics"
device, not an "Adaptive Optics" device, wh…
-
```
I was talking with some professional astronomers a while back about PHD2, and
one of them pointed out that the device we support is an "Active optics"
device, not an "Adaptive Optics" device, wh…