A simulation of the acoustics of a simple rectangular prism room has been constructed using the MATLAB m-code programming language.

Roomsim_3p4p1_small\biffparse.dll
...................\biffread.m
...................\check_length_order.m
...................\check_memory.m
...................\check_simulation_time.m
...................\check_swap.m
...................\CIPIC_HRTF
...................\..........\standard_hrir_database
...................\..........\......................\subject_015
...................\..........\......................\...........\hrir_final.mat
...................\..........\......................\subject_021
...................\..........\......................\...........\hrir_final.mat
...................\..........\......................\subject_155
...................\..........\......................\...........\hrir_final.mat
...................\Cocktail_data
...................\.............\A_corr_Test_data.mat
...................\.............\A_corr_Test_shift.mat
...................\.............\X_corr_Test_data.mat
...................\convert_view.m
...................\c_tetrahedron3.m
...................\excel_setup.m
...................\Excel_setups
...................\............\absorption_table.xls
...................\............\setup_2adjwalls.xls
...................\............\setup_2M_3S.xls
...................\............\setup_2oppwalls.xls
...................\............\setup_6_surfaces.xls
...................\............\setup_AB3.xls
...................\............\setup_CIPIC_K.xls
...................\............\setup_corner.xls
...................\............\setup_cube1.xls
...................\............\setup_MIT_K.xls
...................\............\setup_onewall.xls
...................\............\setup_TEST.xls
...................\............\setup_test_cube.xls
...................\............\setup_test_cube_anechoic.xls
...................\Filter_coefficients
...................\...................\BP8_coeffs_100_8k.mat
...................\...................\BP8_coeffs_300_3p4k.mat
...................\...................\example_make_coeffs.m
...................\...................\HP4_coeffs_50.mat
...................\...................\LP4_coeffs_20k.mat
...................\first_time.m
...................\frame_conv.m
...................\getAbsTableExcel.m
...................\getAbsTableText.m
...................\getExcelSetup.m
...................\getNearestMITpulse.m
...................\getNearestUCDpulse.m
...................\getReceiverOffset.m
...................\getSensorData.m
...................\getSENSORpulse.m
...................\getSensorTableExcel.m
...................\getTextSetup.m
...................\get_abs_table.m
...................\hi_pass2.m
...................\Impulse_response
...................\................\H_ROOM_2ADJWall_S1.mat
...................\................\H_ROOM_TEST_S1.mat
...................\................\ROOM_IMPULSE_S1.mat
...................\................\TEST_CUBE_S1.mat
...................\isource_colormaps.m
...................\load_min.m
...................\make_sensitivity_table.m
...................\make_sensor_ir.m
...................\man_inp_params.m
...................\man_inp_receiver.m
...................\man_inp_receiver_sources.m
...................\man_inp_room_surfaces.m
...................\man_inp_sources.m
...................\man_inp_surfaces.m
...................\Mat_setups
...................\..........\setup_TEST.mat
...................\MIT_HRTF
...................\........\Kemar
...................\........\.....\compact
...................\........\.....\.......\hrir_final.mat
...................\........\.....\hrtfdoc.ps
...................\........\.....\hrtfdoc.txt
...................\........\.....\KEMAR-FAQ.txt
...................\........\.....\README
...................\multi_plot.m
...................\multi_spectrogram.m
...................\Plot_data
...................\.........\plot_TEST.mat
...................\pvaldeg.m
...................\readme_MWucp_small.txt
...................\read_audio.m
...................\reverberation_time.m
...................\roomplot.m
...........

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