Compute Volume Of Chest Wall [HAS-Motion Software Documentation]

visual3d:documentation:pipeline:signal_commands:compute_volume_of_chest_wall

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units_visual3d_uses_mks_units_throughout_the_analyses._the_only_exceptions_are_joint_angles_which_are_represented_in_degrees._the_units_for_the_volume_are_therefore_m_3_note_that_1_m_3_1000_liters_compute_volume_of_a_convex_hull_chestwall2.jpg_in_figure_2_the_volume_of_the_highlighted_volume_can_be_computed_as_a_convex_hull._the_volume_of_the_chest_wall_is_the_sum_of_the_volumes_of_the_sub_regions._output_signal_the_resulting_signal_contains_two_components._the_first_component_is_the_volume_the_second_component_is_the_number_of_vertices_that_were_available_at_that_frame_for_computing_the_volume}}

visual3d/documentation/pipeline/signal_commands/compute_volume_of_chest_wall.1718804329.txt.gz · Last modified: 2024/06/19 13:38 by sgranger