130 lines
2.5 KiB
Matlab
130 lines
2.5 KiB
Matlab
clear -all
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graphics_toolkit('gnuplot')
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% config nang kene
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bParam = struct();
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bParam.model = omnidirectional(0.94, 0.96, 0.01, 2.2, 1.5,0.099,0.1,1.5,0.025,30,0.035,19,0.00011,1.69,0.0059,0.0059,0.9,9.1,6,'./');
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bParam.edgeL = [1 2 1;3 2 1;3 1 1;];
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bParam.dScale = 3;
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bParam.nNodeVref = 1;
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bParam.ki1 = 0;
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bParam.ki2 = 0;
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bparam.hStep = .01;
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bParam.tspan = 1:bparam.hStep:20;
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# coba solo
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bParam.corRobot = [0; 0;0;1; 2;0;3; -3;0;]; % xy xy xy
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## CASE 1
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bParam.kp1 = 50;
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bParam.kp2 = 3;
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bP(1,1) = bParam;
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# solo coba
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###### KOOR 1
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##bParam.corRobot = [0; 0;0;1; 2;0;-2; 3;0;]; % xy xy xy
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## ## CASE 1
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## bParam.kp1 = 50;
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## bParam.kp2 = 3;
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##
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## bP(1,1) = bParam;
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##
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## ## CASE 2
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## bParam.kp1 = 80;
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## bParam.kp2 = 7;
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##
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## bP(1,2) = bParam;
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##
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## # CASE 3
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## bParam.kp1 = 100;
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## bParam.kp2 = 15;
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##
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## bP(1,3) = bParam;
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##
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#### KOOR 2
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##bParam.corRobot = [0; 0;0;-2; -4;0;3; -2;0;]; % xy xy xy
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## ## CASE 1
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## bParam.kp1 = 50;
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## bParam.kp2 = 3;
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##
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## bP(2,1) = bParam;
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##
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## ## CASE 2
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## bParam.kp1 = 80;
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## bParam.kp2 = 7;
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##
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## bP(2,2) = bParam;
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##
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## # CASE 3
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## bParam.kp1 = 100;
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## bParam.kp2 = 15;
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##
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## bP(2,3) = bParam;
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##
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## KOOR 3
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##bParam.corRobot = [0; 0;0;1; 2;0;3; -3;0;]; % xy xy xy
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## ## CASE 1
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## bParam.kp1 = 50;
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## bParam.kp2 = 3;
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##
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## bP(3,1) = bParam;
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##
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## ## CASE 2
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## bParam.kp1 = 80;
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## bParam.kp2 = 7;
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##
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## bP(3,2) = bParam;
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##
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## # CASE 3
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## bParam.kp1 = 100;
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## bParam.kp2 = 15;
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##
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## bP(3,3) = bParam;
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##
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#### KOOR 4
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##bParam.corRobot = [0; 0;0;-2; -3;0;3; 2;0;]; % xy xy xy
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## ## CASE 1
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## bParam.kp1 = 50;
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## bParam.kp2 = 3;
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##
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## bP(4,1) = bParam;
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##
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## ## CASE 2
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## bParam.kp1 = 80;
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## bParam.kp2 = 7;
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##
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## bP(4,2) = bParam;
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##
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## # CASE 3
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## bParam.kp1 = 100;
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## bParam.kp2 = 15;
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##
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## bP(4,3) = bParam;
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close all
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for i = 1:size(bP,1)
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[t,y,Dd,DdNorm] = run_my_simulation(bP(i,1));
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plot_move(y', length(bP(1,1).tspan), "/home/a2nr/Documents/FormationControlSimulation/SOURCE/output/",bP(i,1));
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figure
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plot_con( y', bParam.edgeL, [1, length(bP(1,1).tspan)] ,bP(i,1));
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title(sprintf("Motion dari Robot Case %i ", i ));
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## figure
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## resdd = struct();
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## resdd.DdNorm = DdNorm;
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## allresdd(1) = resdd;
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## for j = 2:size(bP,2)
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## [t,y,Dd,resdd.DdNorm] = run_my_simulation(bP(i,j));
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## allresdd(j) = resdd;
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## endfor
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## plot(t,allresdd(1).DdNorm,t,allresdd(2).DdNorm,t,allresdd(3).DdNorm);
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## title(sprintf("Norm Distance error Case %i ", i));
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endfor
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