Skip to content
logo
In Silico Framework
PySection._compute_total_area
Initializing search
    in_silico_framework
    • API reference
    • Tutorials
    • Installation
    • File & data formats
    • Bibliography
    in_silico_framework
    • API reference
      • Interface
      • biophysics_fitting
      • data_base
      • simrun
      • single_cell_parser
        • analyze
        • cell_modify_functions
        • network_modify_functions
        • network_param_modify_functions
        • cell
          • Cell
          • PySection
            • set_3d_geometry
            • set_segments
            • _get_seg_conductance
            • get_range_conductances
            • _compute_seg_diameters
            • _compute_total_area
              • Msingle_cell_parser.cell.PySection._compute_total_area
            • _compute_bounds
            • _compute_relative_pts
            • _compute_seg_pts
            • _init_vm_recording
            • _re_init_vm_recording
            • _re_init_range_var_recording
            • _init_range_var_recording
          • PointCell
        • cell_parser
        • network
        • network_realizations
        • parameters
        • reader
        • scalar_field
        • serialize_cell
        • sim_control
        • synapse
        • synapse_mapper
        • writer
        • Event
        • create_cell
        • init_neuron_run
        • sec_distance_to_soma
        • spines_update_synapse_distribution_file
        • spines_update_network_paramfile
      • singlecell_input_mapper
      • spike_analysis
      • visualize
    • Tutorials
    • Installation
    • File & data formats
    • Bibliography
    • Msingle_cell_parser.cell.PySection._compute_total_area

    single_cell_parser ❭ cell ❭ PySection ❭ _compute_total_area

    PySection._compute_total_area¶

    single_cell_parser.cell.PySection._compute_total_area()¶

    Computes total area of all NEURON segments in this section

    Previous PySection._compute_seg_diameters
    Next PySection._compute_bounds
    © Copyright 2025 Max Planck Institute for Neurobiology of Behavior - CAESAR.
    Created using Sphinx 7.1.2. and Sphinx-Immaterial