GitHub - samadarshad/Samad-Arshad-Track-Simulation: MATLAB Simulation code for the 4th Year Undergraduate Project: Modelling Multi-Rider Interactions and the Influence of Velodrome Geometry in Track Cycling. Written by Samad Arshad (matriculated 2012 at Pembroke College, Cambridge University).

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MATLAB Simulation code for the 4th Year Undergraduate Project: Modelling Multi-Rider Interactions and the Influence of Velodrome Geometry in Track Cycling. Written by Samad Arshad (matriculated 2012 at Pembroke College, Cambridge University).

BSD-2-Clause license

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Name		Name	Last commit message	Last commit date
Latest commit History 11 Commits
.gitattributes		.gitattributes
.gitignore		.gitignore
CloudMeshScript.m		CloudMeshScript.m
ColorOrderChange.m		ColorOrderChange.m
CurvatureEstimation.m		CurvatureEstimation.m
DibbenFitting.sfit		DibbenFitting.sfit
InterX.m		InterX.m
LineCurvature2D.m		LineCurvature2D.m
MM_function_samad.m		MM_function_samad.m
MM_function_samad2.m		MM_function_samad2.m
MM_function_samad3.m		MM_function_samad3.m
MMscript.m		MMscript.m
MMscript2.m		MMscript2.m
MMscript_bf1.m		MMscript_bf1.m
MMscript_bf2.m		MMscript_bf2.m
MMscript_bf3.m		MMscript_bf3.m
MMscript_bf4_fn.m		MMscript_bf4_fn.m
MMscript_bf_given1.m		MMscript_bf_given1.m
MMscript_bf_given2_slopes.m		MMscript_bf_given2_slopes.m
MMscript_bf_given2_slopes2.m		MMscript_bf_given2_slopes2.m
MMscript_bf_given_samad2.m		MMscript_bf_given_samad2.m
M_M_PhysioModel.m		M_M_PhysioModel.m
Man_point_cloud.xls		Man_point_cloud.xls
MandM.m		MandM.m
MeshStruct.m		MeshStruct.m
MyKeyDown.m		MyKeyDown.m
MyKeyUp.m		MyKeyUp.m
PhysicsMockUp.m		PhysicsMockUp.m
PointCloud.xls		PointCloud.xls
PointCloud.xlsx		PointCloud.xlsx
Pt_cloud.mat		Pt_cloud.mat
Pt_cloud_2.mat		Pt_cloud_2.mat
Pt_cloudmesh.mat		Pt_cloudmesh.mat
Script2.m		Script2.m
Velo_info.mat		Velo_info.mat
WakeMat.mat		WakeMat.mat
Waketest.xlsx		Waketest.xlsx
Waketestgrid.xlsx		Waketestgrid.xlsx
Waketestgrid2.xlsx		Waketestgrid2.xlsx
WindDataScripttest.m		WindDataScripttest.m
WindDataScripttest2.m		WindDataScripttest2.m
Working14feb.mat		Working14feb.mat
Working1feb.mat		Working1feb.mat
aerocallibration1.m		aerocallibration1.m
aerocallibration2.m		aerocallibration2.m
aerocallibration3.m		aerocallibration3.m
aeroscript14.m		aeroscript14.m
applywakescript.m		applywakescript.m
applywakescriptinverse.m		applywakescriptinverse.m
artif_steer_in.m		artif_steer_in.m
callibration_script.m		callibration_script.m
cdafactorsscript.m		cdafactorsscript.m
circfit.m		circfit.m
cloud_to_vec_script.m		cloud_to_vec_script.m
combine_riders_mesh.m		combine_riders_mesh.m
compare1.m		compare1.m
compare_images.m		compare_images.m
contourcs.m		contourcs.m
controlled_position_to_power.m		controlled_position_to_power.m
create_CdA_map.m		create_CdA_map.m
create_lane.m		create_lane.m
crossing.m		crossing.m
curvature.m		curvature.m
cx_move.m		cx_move.m
cyclist_struct.m		cyclist_struct.m
dibben_data.mat		dibben_data.mat
energise_aerogrid.m		energise_aerogrid.m
energy_sum_aerogrid.m		energy_sum_aerogrid.m
find_artif_lane.m		find_artif_lane.m
find_lane_aero_mesh.m		find_lane_aero_mesh.m
find_lane_aero_mesh_finer.m		find_lane_aero_mesh_finer.m
find_lane_aero_mesh_finer_fast.m		find_lane_aero_mesh_finer_fast.m
fix_s_contours.m		fix_s_contours.m
get_R_cg.m		get_R_cg.m
get_R_cw.m		get_R_cw.m
get_Rc.m		get_Rc.m
get_Tmax_standing.m		get_Tmax_standing.m
get_a_cg.m		get_a_cg.m
get_a_cg_starting.m		get_a_cg_starting.m
get_a_cg_starting_period.m		get_a_cg_starting_period.m
get_aero_coeff.m		get_aero_coeff.m
get_aero_coeff2.asv		get_aero_coeff2.asv
get_aero_coeff2.m		get_aero_coeff2.m
get_aero_coeff3.m		get_aero_coeff3.m
get_aero_coeff4.m		get_aero_coeff4.m
get_aero_coeff5.m		get_aero_coeff5.m
get_angular_velo.m		get_angular_velo.m
get_bank.m		get_bank.m
get_bluff.m		get_bluff.m
get_camber_front.m		get_camber_front.m
get_camber_rear.m		get_camber_rear.m
get_contour.m		get_contour.m
get_contour_distance.m		get_contour_distance.m
get_distance.m		get_distance.m
get_drag.m		get_drag.m
get_f_bearing.m		get_f_bearing.m
get_f_friction.m		get_f_friction.m
get_f_incline.m		get_f_incline.m
get_front_slip.m		get_front_slip.m
get_h_MM.m		get_h_MM.m

Repository files navigation

15/5/2016

Instructions on how to use this simulation tool.

Load the entire folder + subfolders into MATLAB.

Run the latest scriptxx.m file. 

There are parameters in the first 'section' of the script (and also 'flags' in a later section of the script to display different graphics such as cycling input power or height).
These parameters can be changed to your will. Default parameters are already inserted. The parameters should be self-explanatory.

Simulation tool created by Samad Arshad for the fourth year undergraduate project in engineering. Supervised by Dr Geoff Parks and Prof. Tony Purnell.

View simulation preview at: https://www.youtube.com/watch?v=Ff1yangs0lo&feature=youtu.be