semvec/pypi-packages huggingface dataset:
imantics-lts 0.1.15
Python package for managing image annotations
License: MIT
Requires Python: >=3.5

# Image Semantics

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Image understanding is widely used in many areas like satellite imaging, robotic technologies, sensory networks, medical and biomedical imaging, intelligent transportation systems, etc. Recently semantic analysis has become an active research topic aimed at resolving the gap between low level image features and high level semantics which is a promoting approach in image understanding.

With many image annotation semantics existing in the field of computer vision, it can become daunting to manage. This package provides the ability to convert and visualize many different types of annotation formats for object dectection and localization.

Currently Support Formats:

- COCO Format
- Binary Masks
- YOLO
- VOC


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<br />

<p align="center">If you enjoy my work please consider supporting me</p>
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## Installing

```
pip install imantics_lts
```
wpcEXEbuilder 0.0.6
WPC EXE builder
License: MIT
Requires Python: >=3.10
Keywords: wpc,executable,standalone,packaging,app,apps

## Installation

Install `wpcEXEbuilder` from PyPI:

```
$ pip install wpcEXEbuilder
```

## Quick Start

Open a command prompt/shell window, and navigate to the directory where your .py file is located, then build your app with the following command:

```
$ wpcEXEbuilder your_program.py
```

wpcEXEbuilder will generate a `.spec` file. You can run it at first.
If you want to add something such as icon or picture, you can edit your .spec file.

- Use wpcEXEbuilder for one file

```
$ wpcEXEbuilder your_program.py
```

- Use .spec file

```
pyinstaller main.spec
```
pyblinkpico 0.2.1
The BlinkPico shield library to be used with RPI Pico
License: MIT
Keywords: education,matrix_shield,HT16K33,RPI Pico

# RPi-BlinkPico Library

Instructions and example code for using BlinkPico with MicroPython and RaspberryPI Pico.


## Matrix Display

You can get access of the LED matrix display through the variable `display`.

* **blink_rate(rate=None)**

Choose the blink rate of the LEDs from these options: `Matrix.NO_BLINK`, `Matrix.BLINK_SLOW`, `Matrix.BLINK_MEDIUM`, and `Matrix.BLINK_FAST`.
    
* **brightness(brightness)**

Set the value of the brigthness of the LEDs from `0` to `100`.

* **fill(value)**

Set all the LEDs of the display `on` if the value is `1`, or `off` if value is `0`.

* **show()**

Update the LEDs of the display.

* **clear()**

Set all pixels off (same as fill(0))

* **auto_show(show=False)**

Automatically update the LEDs of the display upon changes.


### Note

This code is adapted from the [AdaFruit Circuitpython library](https://github.com/adafruit/Adafruit_CircuitPython_HT16K33).



### Examples

Here an example of how to use the LED display to draw a smily face

```py
from pyblinkpico import *
import time

display.brightness(50)
display.blink_rate(Matrix.NO_BLINK)
display.auto_show(True)
display.clear()

# smile
for row in range(2, 6):
    display[row, 0] = 1
    display[row, 7] = 1
    time.sleep_ms(100)

for column in range(2, 6):
    display[0, column] = 1
    display[7, column] = 1
    time.sleep_ms(100)

display[1,1] = 1
display[1,6] = 1
display[6,1] = 1
display[6,6] = 1

# eyes
display[2,2] = 1
display[2,5] = 1

# mouth
display[4,2] = 1
display[4,5] = 1
display[5,3] = 1
display[5,4] = 1
```

## Button

There are three buttons available: `button_a`, `button_b` and `button_c`.

* **is_pressed**

Returns _True_ if the specified button is currently being held down, and _False_ otherwise.

* **was_pressed**

Returns _True_ or _False_ to indicate if the button was pressed (went from up to down) since the device started or the last time this method was called. Calling this method will clear the press state so that the button must be pressed again before this method will return _True_ again.

* **get_presses**

Returns the running total of button presses, and resets this total to zero before returning.


### Note

Buttons behave as described in [this page](https://microbit-micropython.readthedocs.io/en/v1.0.1/button.html).


### Examples

Here an example of how to use the buttons

```py
from pyblinkpico import *
import time

while True:
  print(button_a.is_pressed())
  print(button_b.is_pressed())
  print(button_c.is_pressed())
  time.sleep(2)
```
pyblinkpico-text 0.1.1
The BlinkPico text library
License: MIT
Keywords: education,matrix_shield,HT16K33,RPI Pico

# BlinkPico-Text

This library works in combination with the [BlinkPico](https://github.com/ID220/BlinkPico) library and it allows to show on the display either a single character or a scrolling string.

Available characters are the alphabet letters `a-z` / `A-Z`, digits `0-9`, space, `-`, `.`, and `,`.

Example:

```python
from pyblinkpico_text import *

character_disp = character()
# A single character
character_disp.show('a')
# Scroll
character_disp.scroll('Hello world')
```