-
```
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…
-
May be a stupid question, but I'm trying to compile this package and link under Msys2 MinGW toolset under windows 11, including mingw gcc, g++, ld, etc., and python 3.11 with setuptools installed.
I…
-
```
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…
-
```
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…
-
```
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…
-
```
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…