semvec/pypi-packages huggingface dataset:
pose-annotator 0.0.2
Keypoint annotation GUI
Requires Python: >=3.6

# Pose annotator
A simple GUI for clicking on keypoints for training pose estimation models. Currently only supports one set of 
points per frame. Please consider contributing for multiple instances per frame!

## Installation
* pip install pose-annotator

## Usage
Customize [default_config.yaml](pose_annotator/gui/default_config.yaml) then launch using
 `pose_annotator usr_cfg=path/to/custom/config.yaml` 
 
#### Hotkeys 
* `Ctrl+S` save
* `Right` next frame
* `Left` previous frame
* `Down` next keypoint
* `Space` next keypoint
* `Up` previous keypoint
* `Delete` delete keypoint

 

## Known issues
* Adding or deleting images from a directory with existing annotations
	* annotations are matched to image files by rank-order of the filename
* `ModuleNotFoundError: No module named 'skbuild'`
  * please `pip install --upgrade pip`

## TODO
* Make player resize image appropriately on startup
  * current behavior: changing frame resizes images to fit in view; does not expand size on image resize
uFire-Mod-EC 0.9.0
Add the ability to measure EC to your hardware application with a fully digital interface.
Requires Python: >=3.6

Mod-EC
======

> [Datasheet](https://ufire.dev/files/mod-ec_datasheet.pdf) 📜

Add the ability to measure EC to your hardware application with a fully digital interface.

#### Summary ℹ️

*   EC range of 0.05 µS/cm to 1 S/cm with appropriate probe
*   Accuracy ±0.002  mS/cm
*   Resolution 0.001 mS/cm
*   Temperature compensated
*   I²C, UART, and USB interfaces
*   1-Wire interface for DS18B20 temperature sensor
*   25x15 mm for castellated or DIP mounting
*   Single, dual, and triple point calibration

* * *

### Use

*   [I²C Arduino Library Documentation](https://ufire.dev/files/mod-ec_arduino_library.pdf)
*   [I²C Raspberry Pi Python Documentation](https://ufire.dev/files/mod-ec_raspberrypi_library.pdf)

* * *

### Design ✒️

Adding a module to your own design is straightforward. You'll need:

1.  bus connection to your controlling device (I2C, UART, USB)
2.  clean, preferably isolated, power supply
3.  probe connection (U.FL, BNC, terminal block)

Some resources to get started:

*   [Schematic of the I2C Isolated Dev Board](https://ufire.dev/files/isolated_qwiic_dev_board_schematic.pdf)
*   Design Incorporation section of the [Datasheet](https://ufire.dev/files/mod-ec_datasheet.pdf)

> [Request a custom board](https://docs.google.com/forms/d/e/1FAIpQLSfiCyjnq35GVyaRjVw6HphhNFNmoyi723qlqVLjUhc-TrmvfQ/viewform)

* * *

### Ask a question 🤙

*   [Support Request](https://docs.google.com/forms/d/e/1FAIpQLSekGsS88VkVGCOdW58-MLXKEMpZ8m3PTjGt28sdiWZpEqDXPg/viewform)
*   [Discord](https://discord.gg/rAnZPdW)

* * *
### Buy One
[Mod-EC](https://ufire.co) - just the sensor

[Isolated Qwiic Dev Board](https://ufire.co) - all the components needed to use the module
guillotina-dynamictablestorage 1.1.4
Dynamic storages based on tables instead of databases

guillotina_dynamictablestorage
==============================

Dynamic storage implementation that uses tables instead of pg databases.

This allows us to reuse connection pools but still be able to separate
data to different tables.


Example configuration::

    ...
    storages:
      my-storage:
        storage: postgresql
        type: prefixed-table
        dsn: postgresql://postgres@localhost:5432/guillotina
    ...