pygesture 1.0.7
Pre-built OpenCV-Python/Mediapipe modules that easy to use and understand.
License: MIT
Keywords: pygesture,library,module,gesture_recognition

# pygesture
**Pre-built OpenCV-Python/Mediapipe modules that easy to use and understand.  
For now it only had `Hand Track`. More features will be add in future.**
# Table of Contents
- [Installation](#installation)
- [Hand Track](#hand-track)

# Installation
```
pip install pygesture
```
- First time use might won't work, so try it again.
- Because it need to generate it own `__pycache___`.
# Hand Track
- Hand tracking technology with the help of Mediapipe.  
- This also detect if it `Left or Right` Hand.
- I know there a lot of stuff down there but trust me.  
- Just read it one by one it easy to understand.
```python
from pygesture import handtrack
import cv2

# [int] maxHand: The maximum amount hand that allowed to be track.
# [bool] drawLandmark: Draw on landmark and connect them together.
# You can also put nothing in there it will also work.
# Ex: handtrack.handDetector()
# There are more options available, you can check the source code if want to learn more.
ht = handtrack.handDetector(maxHand=2, drawLandmark=True)
cap = cv2.VideoCapture(0)

# This is a config for camera resolution.
# But the quality still limit by your camera.
cap.set(cv2.CAP_PROP_FRAME_WIDTH, 1920)
cap.set(cv2.CAP_PROP_FRAME_HEIGHT, 1080)

while True:
    success, img = cap.read()
    
    # The value will return everything you need.
    # img: is the image result.
    # hand: is the value of left or right hand and value of each landmarks on each hand.
    img, hand = ht.findHands(img)
    
    # Print it out to see what going on. 
    # This will return None if no hand detect. Make sure to add a check condition.
    print(hand)
    
    # "Hand Track" you can name it whatever you want. But other options may required.
    cv2.namedWindow("Hand Track", cv2.WND_PROP_FULLSCREEN)
    
    # [Optional] You can use this if you want full screen.
    cv2.setWindowProperty("Hand Track",cv2.WND_PROP_FULLSCREEN,cv2.WINDOW_FULLSCREEN)
    
    # Display output image.
    cv2.imshow("Hand Track", img)
    
    # Wait in milliseconds before capture next frame.
    cv2.waitKey(1)
```
- You can also try the pre-built test.
- Required [assets.zip](https://github.com/GoodDay360/pygesture/files/10776407/assets.zip)
- Just Extract it in the same directory as your script.
```python
from pygesture import handtrack_test
```
## Hand Vector
# <img src="https://user-images.githubusercontent.com/59399625/219947745-c1ae7e7c-ffb5-4e1c-b96a-1a405e556cd4.png"  width="600" height="400">
## Landmarks Coordinate
# <img src="https://user-images.githubusercontent.com/59399625/219934029-cbdf2a78-30fd-422c-83ca-baafa9bef087.png" width="400" height="400">  
- ``Even though there no landmarks number specify.``
```
'lms': [
        x: 0.2995750904083252
        y: 0.7221927642822266
        z: -4.386473335671326e-07,

        x: 1.2995750904083252
        y: 4.7221927642822266
        z: -4.626473335671326e-07,

        .....
    ]
```
- ``Each index inside a list is the landmark it self. Start from [0,1,2,...]``