adaone-utils 0.0.0

Utilities for working with AdaOne toolpaths

adaone-utils

A Python utility package for working with AdaOne toolpaths. This package provides a high-level interface to read, modify, and write toolpaths generated by AdaOne, the software platform by Adaxis.

Description

adaone-utils provides a Python interface using Polars DataFrames to read and manipulate *.ada3dp files. It leverages Rust for performance and uses the pyo3 and polars libraries to provide a fast and memory-efficient implementation.

Key features:

• Read *.ada3dp files into Polars DataFrames
• Write modified toolpaths back to *.ada3dp format
• Full access to all toolpath data including:
  • Position, direction, and orientation
  • Layer information
  • Process parameters
  • External axes positions
  • Fan settings
  • User events

Installation

pip install adaone-utils

Usage

Reading a *.ada3dp file

from adaone_utils import Toolpath
import plotly.express as px

# Load the toolpath file
toolpath = Toolpath.from_file("path/to/your/file.ada3dp")

# The DataFrame contains columns for all toolpath properties
print(toolpath.data.columns)

# Example: Plot the toolpath
fig = px.line_3d(
    toolpath.data,
    x="position.x",
    y="position.y",
    z="position.z",
    color="segment_type",
    line_group="segmentID"
)
fig.show()

Writing a *.ada3dp file

from adaone_utils import Toolpath, Parameters, PathPlanningStrategy

# Create parameters
params = Parameters(
    layer_height=0.2,
    path_planning_strategy=PathPlanningStrategy.PLANAR_HORIZONTAL,
    posi_axis1_val=0.0,
    posi_axis2_val=0.0,
    posi_axis1_dynamic=False,
    posi_axis2_dynamic=False,
    deposition_width=0.4
)

# Create a new toolpath or modify an existing one
toolpath = Toolpath(data=modified_df, parameters=params)

# Write to file
toolpath.to_file("path/to/output.ada3dp")

Data Format

This package reads and writes the ADA3DP format, which is based on Protocol Buffers. For details about the format, see the AdaOne documentation.

The DataFrame structure provides easy access to all toolpath properties, which are organized in three scopes:

Per Point Properties

Properties that can vary at each point along the toolpath:

• position.{x,y,z}: Tool position in mm
• direction.{x,y,z}: Tool direction vector (normalized)
• orientation.{x,y,z,w}: Tool orientation as quaternion
• speed: Feed rate in mm/s
• deposition: Material flow rate multiplier (0.0-1.0)
• externalAxes: List of external axis positions in degrees or mm
• fans.{num,speed}: Fan number and speed settings
• userEvents.num: User event IDs triggered at this point

Per Segment Properties

Properties that apply to an entire segment (continuous toolpath):

• segmentID: Unique identifier for each segment (added by the package)
• segment_type: Type of path segment (wall, infill, etc.)
• speedTCP: Tool center point speed in mm/s
• processOnDelay: Delay before starting process in seconds
• processOffDelay: Delay after stopping process in seconds
• startDelay: Delay before starting movement in seconds
• processHeadID: ID of the equipment used
• toolID: ID of the tool used
• materialID: ID of the material used

Per Layer Properties

Properties that apply to an entire layer:

• layerIndex: Layer number

When working with the DataFrame, all properties are unrolled into individual rows for easier manipulation. However, when writing back to a file, only the first row's value of segment and layer properties is used for each segment or layer.

Development

For development, install the package in editable mode:

pip install -e ".[dev]"

To run tests:

pytest

License

This project is licensed under the MIT License.