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adjusting frames in README: tb2 -> kilter

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Pawel Sarkowicz
2026-04-01 15:55:12 -04:00
parent 359486c6be
commit a90f1cefe0
1 changed files with 6 additions and 6 deletions
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README.md
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@@ -171,7 +171,7 @@ This significantly improves downstream feature quality.
There are many other statistics, see notebooks [`01`](notebooks/01_data_overview_and_climbing_statistics.ipynb) (climbing statistics), [`02`](notebooks/02_hold_analysis_and_board_heatmaps.ipynb) (climbing hold statistics), and [`03`](notebooks/03_hold_difficulty.ipynb) (hold difficulty). Included are: There are many other statistics, see notebooks [`01`](notebooks/01_data_overview_and_climbing_statistics.ipynb) (climbing statistics), [`02`](notebooks/02_hold_analysis_and_board_heatmaps.ipynb) (climbing hold statistics), and [`03`](notebooks/03_hold_difficulty.ipynb) (hold difficulty). Included are:
* **Time-Date analysis** based on `fa_at`. We include month, day of week, and time analysis based on first ascent log data. Winter months are the most popular, and Tuesday and Wednesday are the most popular days of the week. * **Time-Date analysis** based on `fa_at`. We include month, day of week, and time analysis based on first ascent log data. Winter months are the most popular, and Tuesday is the most popular days of the week.
* **Distribution of climbs per angle**, with 40 degrees being the most common. * **Distribution of climbs per angle**, with 40 degrees being the most common.
* **Distribution of climb quality**, along with the relationship between quality & angle + grade. * **Distribution of climb quality**, along with the relationship between quality & angle + grade.
* **"Match" vs "No Match"** analysis (whether or not you can match your hands on a hold). "No match" climbs are fewer, but harder and have more ascensionists * **"Match" vs "No Match"** analysis (whether or not you can match your hands on a hold). "No match" climbs are fewer, but harder and have more ascensionists
@@ -404,7 +404,7 @@ The script supports the following trained models:
Example: Example:
```bash ```bash
python scripts/predict.py --angle 35 --frames 'p304r8p378r6p552r6p564r7p582r5p683r8p686r7' --model random_forest python scripts/predict.py --angle 35 --frames 'p1084r15p1146r12p1163r12p1206r15p1214r13p1231r13p1236r13p1242r15p1256r13p1270r13p1307r13p1324r13p1361r13p1395r14' --model random_forest
``` ```
Example output: Example output:
@@ -421,7 +421,7 @@ Example output:
You can also use the neural network: You can also use the neural network:
```bash ```bash
python scripts/predict.py --angle 40 --frames 'p344r5p348r8p352r5p362r6p366r8p367r8p369r6p371r6p372r7p379r8p382r6p386r8p388r8p403r8p603r7p615r6p617r6' --model nn python scripts/predict.py --angle 40 --frames 'p1084r15p1094r12p1163r12p1231r13p1236r13p1256r13p1270r13p1324r13p1361r13p1395r14p1498r15p1499r15' --model nn
``` ```
### Batch prediction from CSV ### Batch prediction from CSV
@@ -442,8 +442,8 @@ The same script can run predictions for an entire CSV file.
```csv ```csv
angle,frames,is_nomatch,description angle,frames,is_nomatch,description
40,p344r5p348r8p352r5p362r6,0, 40,p1131r15p1168r12p1169r12p1237r13p1287r13p1300r13p1385r14,0,
35,p304r8p378r6p552r6p564r7,1,no matching 35,p1171r15p1208r15p1239r12p1289r12p1302r13p1353r13p1384r14p1389r15,1,no matching
``` ```
#### Run batch prediction #### Run batch prediction
@@ -483,7 +483,7 @@ from scripts.predict import predict
result = predict( result = predict(
angle=40, angle=40,
frames="p344r5p348r8p352r5p362r6", frames="p1131r15p1168r12p1169r12p1237r13p1287r13p1300r13p1385r14",
model_name="random_forest" model_name="random_forest"
) )