Pythons for WMW

A small open-source code for any WMW games. This was many pythons can helping you when you were edit XML levels

AbsoluteLocationChanger

A simple Python script to shift all AbsoluteLocation values in a given XML file.

Usage

python AbsoluteLocationChanger.py "{input_xml}" -o "{output_xml}" -value "{x y}"

• input_xml: path to XML level
• output_xml: name of the XML you want to save
• x y: number you want to plus or minus (0 to do nothing)

AbsoluteLocationChanger2

A modified script of AbsoluteLocationChanger.py. This script is still shift all AbsoluteLocation values in a given XML file, but it's only change AbsoluteLocation of HS file of Filename.

Usage

python AbsoluteLocationChanger2.py "{input_xml}" -o "{output_xml}" -value "{x y}" -hs "{hs_name}, {hs_name_2},..."

• input_xml: path to XML level
• output_xml: name of the XML you want to save
• x y: number you want to plus or minus (0 to do nothing)
• hs_name, hs_name_2,...: name of the HS file in Filename you want to change only (it'll find the path on value after Filename, you should write correct path of value after Filename)

PathPointsExtractor

PathPointsExtractor is a Python script that extracts simplified path points from black pixel lines (typically 1-pixel wide) in grayscale images − useful for path-based gameplay, navigation systems, or visual logic tools.

Features

• Extracts a path from black pixels in an image (e.g., hand-drawn in MS Paint)
• Simplifies the path using angular thresholds and minimum distance
• Outputs points in a compact comma-separated format for use in game engines or visual editors

Usage

python PathPointsExtractor.py input_image.png -o output.txt

• input_image.png: A grayscale image with a black path on a white background
• output.txt: The file to save the extracted path points (comma-separated x y pairs)

Output Format

• The script saves the result as a single line: x1 y1, x2 y2, x3 y3,...
• This code you can paste on XML:

<Property name="PathPoints" value="x1 y1, x2 y2, x3 y3,..."/>

Notes

• Ensure the path is 1-pixel wide, made with pure black (RGB 0,0,0) on a white background.
• The path should not loop back to the start; closed loops may be ignored.
• Endpoints like 0.0 0.0 may appear if the drawing touches image corners − feel free to remove them manually.
• Works best on straight or clearly defined paths. Jagged or overlapping lines might produce noisy results.

Dependencies

Make sure to install the required Python libraries:

pip install numpy Pillow scipy scikit-image networkx

Finally

Now you can use PathPointsExtractor.py to help you create different metal pipe shapes