Source code for RCAIDE.Library.Methods.Noise.Common.generate_zero_elevation_microphone_locations

# RCAIDE/Methods/Noise/Common/generate_microphone_locations.py
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# Created:  Oct 2023, A. Molloy  

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#  IMPORT
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# package imports  
import numpy as np 

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#  generate_zero_elevation_microphone_locations
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[docs] def generate_zero_elevation_microphone_locations(settings): """This computes the absolute microphone/observer locations on level ground. Assumptions: None Source: N/A Inputs: settings. min_x - minimum x coordinate of noise evaluation plane [meters] max_x - maximum x coordinate of noise evaluation plane [meters] min_y - minimum y coordinate of noise evaluation plane [meters] max_x - maximim y coordinate of noise evaluation plane [meters] N_x - number of microphones on x-axis N_y - number of microphones on y-axis Outputs: gm_mic_locations - cartesian coordiates of all microphones defined [meters] Properties Used: N/A """ N_x = settings.microphone_x_resolution N_y = settings.microphone_y_resolution num_gm = N_x*N_y gm_mic_locations = np.zeros((num_gm,3)) min_x = settings.microphone_min_x max_x = settings.microphone_max_x min_y = settings.microphone_min_y max_y = settings.microphone_max_y x_coords_0 = np.repeat(np.linspace(min_x,max_x,N_x)[:,np.newaxis],N_y, axis = 1) y_coords_0 = np.repeat(np.linspace(min_y,max_y,N_y)[:,np.newaxis],N_x, axis = 1).T z_coords_0 = np.zeros_like(x_coords_0) gm_mic_locations[:,0] = x_coords_0.reshape(num_gm) gm_mic_locations[:,1] = y_coords_0.reshape(num_gm) gm_mic_locations[:,2] = z_coords_0.reshape(num_gm) return gm_mic_locations