RCAIDE.Library.Plots.Geometry

Geometry#

RCAIDE Package Setup for Geometry Plotting Functions

This module provides a collection of functions for visualizing vehicle geometry and components in 2D and 3D.

See also

RCAIDE.Library.Plots.Energy: Energy system visualization functions
RCAIDE.Library.Plots.Performance: Vehicle performance visualization functions
RCAIDE.Library.Plots.Mission: Mission profile visualization functions

Modules

`Common`	RCAIDE Geometry Plotting Package
`generate_3d_cabin_points`(component, n_points)	Generates 3D coordinate points that define a cabin surface.
`generate_3d_cargo_bay_points`
`generate_3d_cuboid_points`(component)	Generate 3D surface points for a cuboid component (e.g. cargo bay, battery module).
`generate_3d_fuel_tank_points`
`generate_3d_fuselage_points`(fuselage[, ...])	Generates 3D coordinate points that define a fuselage surface.
`generate_3d_lopa_points`(structure)	Generate VTK geometry for Layout Of Passenger Accommodation (LOPA). Expected columns in layout.object_coordinates (from 2D plot code): [.., 2:x, 3:y, 4:z?, 5:length, 6:width, 7:F_c, 8:B_c, 9:E_c, 10:seat, 11:Em_row, 12:Gal_Lav].
`generate_3d_nacelle_points`
`generate_3d_propulsor_points`(propulsor[, ...])	Generates 3D coordinate points that define a propulsor surface.
`generate_3d_torus_points`
`generate_3d_wing_points`(wing, n_points[, ...])	Generates 3D coordinate points that define a wing surface.
`plot_3d_rotor`(rotor[, save_filename, ...])	Creates a 3D visualization of a rotor with multiple blades.
`plot_3d_vehicle`(vehicle[, save_figure, ...])	Creates a complete 3D visualization of an aircraft including all major components.
`plot_3d_vehicle_vlm_panelization`(...[, ...])	Creates a 3D visualization of vehicle vortex lattice method (VLM) panelization.
`plot_airfoil`(airfoil_paths[, save_figure, ...])	Creates a 2D visualization of airfoil geometries from coordinate files.
`plot_layout_of_passenger_accommodations`(fuselage)	Plot aircraft layout of passenger accommodations.
`plot_rotor_geometry`(prop[, face_color, ...])	Creates a 2D visualization of rotor/propeller geometry distributions.