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**Is your feature request related to a problem? Please describe.**
Currently the user has to decide, which rebuild frequency and skin radius are useful.
This is not really good, as that requires a l…
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**Describe the bug**
The memory increases when running the snippet below by ~5KB/iter.
From https://forum.taichi-lang.cn/t/topic/3839
**To Reproduce**
```py
import taichi as ti
ti.init()
…
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**Describe the bug**
I expect the following two lines using different data layouts should have same computation result.
```python
ti.root.dense(ti.i, n1).dense(ti.j, n2).place(field) # layout 1
…
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On each process, we need some storage for the particle data.
Each particle should have the following:
* a cell (index) to which is it attached
* a position
* some values which it carries
All…
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For the three-dimensional case, when adding an external electric field, I want to add it on the line in the x-direction where yz=0 (i.e., the boundary). According to the documentation, I used upper an…
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Right now the main limiting factors of the performance of the code for the DL_MESO example is the pairwise task performance (and the inability to trace them, but thats a separate issue which requires …
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So, this lags pretty badly on my computer when you make the world size much larger than 300x300, no matter how many particles there are. I think this is just because of the sheer number of cells it ne…
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I want to add a layer of abstraction on top of the geometry module so we can easily implement different geometry models. For example, @friedmud has expressed interest in using finite element geometry…
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I wonder how the latest version of Modpath-7 (the provisional version) handles the dry and partially saturated cells in a MF6 Newton Raphson solution.
The two attached figs (the dashed lines = cel…
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Currently `parcels` doesn't have the capability to read `Delf3D Flow` simulation NetCDF flow output. Writing a function like `FieldSet.from_nemo()` that parses the NetCDF file from `Flow` into a `parc…