Thanks Simon and Cyril,
I apoIogize for my confused question. I want to get a Radiofluoroscopic image
rather than a Tomographic one from a phatom under certain angle. Is it possible
to achieve this aim using RTK?
发件人: simon@gmail.com
Hello,
Does anyone have a piece code (doesn't have to be in C++) that can fit
the coefficients for the cupping correction in
rtk::WaterPrecorrectionImageFilter?
Lotte
___
Rtk-users mailing list
Rtk-users@public.kitware.com
Hi,
If you mean Digitally Reconstructed Radiograph (DRR), this is what is
called forward projection in RTK. See e.g.
http://wiki.openrtk.org/index.php/RTK/Scripts/ForwardProjection
Simon
On Fri, Mar 24, 2017 at 9:54 AM, Cyril Mory wrote:
> Hi Sam,
>
>
> I think
Hi,
SimpleRTK is compiled in single precision and Matlab uses double
precision by default. So you need to do
volume = py.SimpleRTK.GetImageFromArray(result.astype(py.numpy.float32));
A few remarks on your program:
- there is a transpose that I renamed to cube,
- you create volume_meta just to
Hi Sam,
I think you need to ask a more precise question. RTK is primarily a
tomography toolkit, but contains some pre-processing methods that might
suit your needs.
Can you describe what you are trying to do ?
Cyril
On 24/03/2017 02:31, 商 宏杰 wrote:
Hi,
Are there any classes of
thanks for the fast reply.
Oops, it seems i missed that there is a backward operation of
GetArrayFromImage, i.e. GetImageFromArray..
However, forward still doesn't work for me.
This example code
% geometry
g = py.SimpleRTK.ThreeDCircularProjectionGeometry();
for i=0:359,