semvec/pypi-packages huggingface dataset:
askew3 0.0.1
3D perspective transformation
Requires Python: >=3.6

# ASKEW: Perspective transform along specified axes

This is pip installed version of [ASKEW](https://github.com/TheRincon/askew). The other version is the cli tool. The cli version has more features.

## Original Author

Hou-Ning Hu / [@eborboihuc](https://eborboihuc.github.io/)

## Prerequisites

[The original repo](https://github.com/eborboihuc/rotate_3d)(Unmaintained)

This version is made for:
- Python3

Rwquires:
- numpy
- OpenCV

## Installation

```bash
pip3 install askew3
```

## Usage

```python
import askew3

it = askew3.ImageTransformer(img_path, height=height, width=width)
it.skew(theta=0, phi=0, gamma=0, dx=0, dy=0, dz=0) # optional bg = (0,0,0) for background color (supply triplet)
img = it.save(new_img_path)
```
pysheeter-VicW 1.0.1
Lightweight Python-script to create sprite sheets from transparent PNGs with Pillow
Requires Python: >=3.6

# PySheeter
Lightweight Pillow Python-script to create and scale sprite sheets from PNGs in folders or individually

## Get started / Basic usage
1. Download and install [Python 3](https://www.python.org/downloads/) for your architecture
2. Download and install [Pillow](https://pypi.org/project/Pillow/) for Python 3 with `pip3`
```bash
$ pip3 install Pillow
```
### Sprite sheet from folder
1. Import `Sheet` from `pysheeter`
```python
from pysheeter import Sheet
```
2. Initialize the class with a path to your PNG-folder
```python
spritesheet = pysheeter.Sheet("example/")
```
3. Create a sprite sheet with `put()`
```python
spritesheet.put("example_v1616.png",(16,16)) 
# Creates a vertical spritesheet named 'example_v1616.png' with the dimensions 16x16px (scaled automatically)
```

__Example usage:__
```python
# from 'example.py'
from pysheeter import PySheeter

# Load sprites from 'example/'
spritesheet = PySheeter.Sheet("example")

# Create a vertical spritesheet with the dimensions 16x16
spritesheet.put("example_v1616.png",(16,16))

# Create a horizontal spritesheet with the dimensions 16x32
spritesheet.put("example_h1632.png",(16,32),False)
```
![Example 1](https://storage.googleapis.com/public.victorwesterlund.com/github/VictorWesterlund/pysheeter/1example_v1616.png)
![Example 2](https://storage.googleapis.com/public.victorwesterlund.com/github/VictorWesterlund/pysheeter/1example_h1632.png)
### Sprite sheet from individual PNG-images
1. Import `Sheet` from `pysheeter`
```python
from pysheeter import Sheet
```
2. Initialize the class without any arguments
```python
spritesheet = pysheeter.Sheet()
```
3. Add PNG-images with `add()`
```python
spritesheet.add("example/1.png")
spritesheet.add("example/2.png")
spritesheet.add("example/3.png")
...
```
4. Remove PNG-images with `remove()`
```python
spritesheet.remove("example/2.png")
```
5. Create a sprite sheet with `put()`
```python
spritesheet.put("example_v1616.png",(16,16)) 
# Creates a vertical spritesheet named 'example_v1616.png' with the dimensions 16x16px (scaled automatically)
```

__Example usage:__
```python
from pysheeter import PySheeter

# Load sprites from 'example/'
spritesheet = PySheeter.Sheet()

# Add PNG-images
spritesheet.add("example/1.png")
spritesheet.add("example/2.png")
spritesheet.add("example/3.png")
spritesheet.add("example/7.png")
spritesheet.add("example/5.png")
spritesheet.add("example/9.png")

# Create a vertical spritesheet with the dimensions 16x16
spritesheet.put("example_v1616.png",(16,16))

# Create a horizontal spritesheet with the dimensions 16x32
spritesheet.put("example_h1632.png",(16,32),False)
```
![Example 1](https://storage.googleapis.com/public.victorwesterlund.com/github/VictorWesterlund/pysheeter/2example_v1616.png)
![Example 2](https://storage.googleapis.com/public.victorwesterlund.com/github/VictorWesterlund/pysheeter/2example_h1632.png)