| Name | uffutils JSON |
| Version |
0.1.0
JSON |
| download |
| home_page | None |
| Summary | A set of commandline tools for manipulating UFF files. |
| upload_time | 2025-01-22 11:35:27 |
| maintainer | None |
| docs_url | None |
| author | Jan Hein de Jong |
| requires_python | >=3.13 |
| license | None |
| keywords |
|
| VCS |
|
| bugtrack_url |
|
| requirements |
No requirements were recorded.
|
| Travis-CI |
No Travis.
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| coveralls test coverage |
No coveralls.
|
# UFF Utils
This library contains a set of pipeline tools for manipulating UFF files. It works a bit like this:
```sh
uffutils modify my_original_file.uff my_subset_file.uff --node-step 100 --node-count 1000
$nodes = $(uffutils describe my_subset_file.uff --nodes-only)
uffutils modify my_file.uff my_output.uff `
--node-selection $nodes `
--scale-length 1000 `
--to-global-frame `
--rotate 90,90,90 `
--translate 100,100,100
```
# The `inspect` command
```sh
uffutils inspect my_file.uff # Nice overview
uffutils inspect my_file.uff --property nodes --full # Full list of nodes
uffutils inspect my_file.uff --sets 0 # Description of dataset 0, including available properties
uffutils inspect my_file.uff --sets 1 --property r1,r2,r3 --mean
```
Basically, we have several options:
```sh
--full/--mean/--max/--summary # Tells what to do with a range of numbers (default is summary)
--properties [string] # What properties to focus on; if just one property is selected, no labelling is applied (default is all)
--sets [int] # What sets to focus on (default is None)
```
# Alternative implementation
I considered doing something with piping, but got stuck in the fact the the PyUFF library I'm using can't handle streams. It would've looking something like this:
```sh
uffutils subset my_original_file.uff my_subset_file.uff --step 100
uffutils subset my_file.uff - --nodes $(uffutils describe my_subset_file.uff --nodes) |
uffutils scale - my_output.uff --length 1000
```
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"description": "# UFF Utils \n\nThis library contains a set of pipeline tools for manipulating UFF files. It works a bit like this: \n\n```sh\nuffutils modify my_original_file.uff my_subset_file.uff --node-step 100 --node-count 1000\n$nodes = $(uffutils describe my_subset_file.uff --nodes-only)\nuffutils modify my_file.uff my_output.uff `\n --node-selection $nodes `\n --scale-length 1000 `\n --to-global-frame `\n --rotate 90,90,90 `\n --translate 100,100,100\n```\n\n# The `inspect` command \n\n```sh \nuffutils inspect my_file.uff # Nice overview \nuffutils inspect my_file.uff --property nodes --full # Full list of nodes\nuffutils inspect my_file.uff --sets 0 # Description of dataset 0, including available properties\nuffutils inspect my_file.uff --sets 1 --property r1,r2,r3 --mean\n```\n\nBasically, we have several options: \n\n```sh \n--full/--mean/--max/--summary # Tells what to do with a range of numbers (default is summary)\n--properties [string] # What properties to focus on; if just one property is selected, no labelling is applied (default is all)\n--sets [int] # What sets to focus on (default is None)\n```\n\n# Alternative implementation\n\nI considered doing something with piping, but got stuck in the fact the the PyUFF library I'm using can't handle streams. It would've looking something like this: \n\n```sh\nuffutils subset my_original_file.uff my_subset_file.uff --step 100 \nuffutils subset my_file.uff - --nodes $(uffutils describe my_subset_file.uff --nodes) | \nuffutils scale - my_output.uff --length 1000 \n```\n",
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