PyThermal Documentation ========================= **A lightweight Python library for thermal sensing and analytics.** PyThermal provides unified APIs for recording, visualization, and intelligent analysis of thermal data from Hikvision or compatible infrared sensors. .. toctree:: :maxdepth: 2 :caption: Contents: installation quickstart api/index examples architecture Features -------- * **Raw Frame Recording** - Capture and store radiometric thermal frames with timestamps * **Colored Visualization** - Generate pseudo-color thermal images with adjustable color maps * **Live Stream Interface** - Stream frames in real time with temperature conversion * **Shared Memory Architecture** - Efficient zero-copy access to thermal data * **Thermal Object Detection** - Detect objects based on temperature ranges * **Motion Detection** - Background subtraction for detecting moving objects * **ROI Management** - Zone monitoring with multiple regions of interest * **Shape Analysis** - Filter objects by shape characteristics Quick Start ----------- .. code-block:: python from pythermal import ThermalCapture, detect_humans_adaptive # Initialize thermal capture (works for both live and recorded data) capture = ThermalCapture() # Use None or 0 for live camera, or file path for recorded # Detect objects using adaptive human detection if capture.has_new_frame(): metadata = capture.get_metadata() temp_array = capture.get_temperature_array() objects = detect_humans_adaptive( temp_array=temp_array, min_temp=metadata.min_temp, max_temp=metadata.max_temp, environment_temp=None, # Auto-estimate from frame, or provide value (e.g., 22.0) min_area=50, min_temp_above_env=2.0, max_temp_limit=42.0 ) print(f"Detected {len(objects)} objects") capture.mark_frame_read() capture.release() Indices and tables ================== * :ref:`genindex` * :ref:`modindex` * :ref:`search`