-
Hello
I am using the vector module to define a field in Cartesian coordinates and I want to get an expression for that field in spherical coordinates:
```
from sympy.vector import CoordSys3D, e…
-
**Problem Description**
When using DEM models that have the global origin in the meta data, it is not possible to override the world location using the `spherical_coordinates` tag in the sdf file(wor…
-
I have an array of cartesian (x, y, z)-points. I want to convert it into a vector of spherical (r, azimuth, elevation)-points.
Can you add something for this in future releases?
-
I've been testing out dinosaur for use in my research group here at the University of Exeter , and I'm attempting to see how dinosaur scales across multiple GPU devices. I've been running a version of…
sit23 updated
4 hours ago
-
Hi,
Thank you for sharing your excellent work! I have a question about the algorithm when i read the paper. After the local pattern of each voxel are transformed, they are refomulated to cylin…
-
It could be useful to have some spherical geometry (read: geometry on the Earth surface).
In [this pull request](https://github.com/rafaqz/Rasters.jl/pull/508) I implemented a formula to calculate…
-
Spherical coordinates `(r, theta, phi)` involve
one length coordinate `r` and two angle
coordinates `theta` and `phi`, one representing
longitude and varying in a length `2*pi` interval,
typically `…
-
Currently, the @@ operator only works for scircles (and I think spoints). It is occasionally useful to also obtain the centroid of a polygon.
I have not thought about this in depth, but I *think* i…
-
Some GIS (GISes?) assume linear interpolation, even in spherical coordinate systems such as WGS84 / EPSG:4326. This is bad because it is rotation-variant. In contrast, D3 / TopoJSON assume great arcs …
-
- Using Geodesy transforms already works
- Can we make a wrapper type for a cartesian/ECEF `dest` crs, which is guaranteed to elevate all points to 3D?
- What plot types don't naturally work in this…