ToolsFor302 0.3.4

some tools for 302

ToolsFor302

ToolsFor302 provides Python helpers for dose grid loading, plotting, and gamma analysis.

Installation

pip install ToolsFor302

Runtime dependencies are installed by default: numpy, matplotlib, ipywidgets, SimpleITK, pymedphys, and pydicom.

Usage

ToolsFor302 0.3.4 uses DoseVolume as the common dose data container.

from ToolsFor302 import (
    DoseVolume,
    read_mhd_dose,
    read_bin_dose,
    read_dicom_dose,
    calculate_gamma,
    plot_slice,
    plot_gamma_histogram,
)

Read dose files:

mhd_volume = read_mhd_dose("dose.mhd")

bin_volume = read_bin_dose(
    "dose.bin",
    dtype="float",
    shape=(128, 256, 256),
    spacing_mm=(2.5, 1.0, 1.0),
)

dicom_volume = read_dicom_dose("rt_dose.dcm")

Create a volume directly:

import numpy as np

volume = DoseVolume(
    array=np.zeros((16, 64, 64)),
    axes_mm=(
        np.arange(16) * 2.5,
        np.arange(64) * 1.0,
        np.arange(64) * 1.0,
    ),
    metadata={"source": "example"},
)

Calculate gamma:

result = calculate_gamma(
    reference=mhd_volume,
    evaluation=dicom_volume,
    dose_percent_threshold=3,
    distance_mm_threshold=3,
    lower_percent_dose_cutoff=10,
)

print(result.pass_rate_percent)

Plot dose and gamma data:

slice_plot = plot_slice(mhd_volume, slice_index=20, show=True)
gamma_plot = plot_gamma_histogram(result, show=True)

slice_plot.fig.savefig("dose_slice.png")

Project structure

ToolsFor302_pypi/
├── ToolsFor302/          # Package source code
│   ├── __init__.py       # Public API exports
│   ├── dlTools.py        # Placeholder download/helper tools
│   └── doseTools.py      # Dose volume, I/O, plotting, and gamma tools
├── tests/                # Public API and doseTools tests
├── dist/                 # Built release artifacts
├── LICENSE
├── README.md
├── setup.py
└── .gitignore

API note

Version 0.3.4 is a breaking API cleanup. Old functions such as load_mhd_dose, load_bin_dose, cal_gamma, and show_gamma are no longer exported. Use read_mhd_dose, read_bin_dose, calculate_gamma, and the plot_* functions instead.