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Copy pathSetupCharacteristics_TREND50.m
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SetupCharacteristics_TREND50.m
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function [pos_ant,podN,pos_pod,cable,delay,delaycorr,sciID,logID]=SetupCharacteristics(Antennas,nrun)
% Caract�ristiques du r�seau d'antennes en fonction du run �tudi�
% 14/04/10, TS
% Last modification : OMH 08/06/2011
pos_ant = [];
SharedGlobals;
nrun_temp=num2str(nrun);
nruntrue=str2num(nrun_temp(1:4));
for i=1:length(Antennas)
switch Antennas(i)
%% Antennas
case 101
pos_ant(i,:)=[1471.5 1.4 2653.0];
podN(i) = 101;
pos_pod(i,:)=[1560.0 0.0 2653.7];
cable(i)=0; %samples
delay(i)=0+3*PROPAGT; % samples
delaycorr(i)=+5;
% Cable is 6m long on A101 instead of 3m elsewhere.
sciID(i)=0; % 0: antenna 1: scint
logID(i)=0; % 0: butterfly 1: log periodical
case 102
pos_ant(i,:)=[1467.0 66.0 2653.0];
podN(i) = 102;
pos_pod(i,:)=[1600.0 0.0 2654.1];
cable(i)=0;
delay(i)=98.7;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 103
pos_ant(i,:)=[1599.0 -207.0 2653.0];
podN(i) = 103;
pos_pod(i,:)=[1700.0 0.0 2655.1];
cable(i)=0;
delay(i)=281.7;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 104
pos_ant(i,:)=[1597.0 192.0 2656.0];
podN(i) = 104;
pos_pod(i,:)=[1720.0 0.0 2655.3];
cable(i)=0;
delay(i)=276.4;
delaycorr(i)=0;
if nruntrue>3000
delay(i) = delay(i)+ 0.4*PROPAGT;
end
sciID(i)=0;
logID(i)=0;
case 105
pos_ant(i,:)=[1748.0 -81.0 2656.0];
podN(i) = 105;
pos_pod(i,:)=[1800.0 0.0 2656.2];
cable(i)=0;
delay(i)=266.9;
delaycorr(i)=+5;
if nruntrue>3000
delay(i) = delay(i)+ 0.4*PROPAGT;
end
sciID(i)=0;
logID(i)=0;
case 106
pos_ant(i,:)=[1748.0 68.0 2657.0];
podN(i) = 106;
pos_pod(i,:)=[1980.0 0.0 2659.8];
cable(i)=0;
delay(i)=537.6;
delaycorr(i)=+7;
if nruntrue>3000
delay(i) = delay(i)+ 0.4*PROPAGT;
end
sciID(i)=0;
logID(i)=0;
case 107
pos_ant(i,:)=[1899.0 -203.0 2659.0];
podN(i) = 107;
pos_pod(i,:)=[2000.0 0.0 2660.4];
cable(i)=0;
delay(i)=547.0;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 108
pos_ant(i,:)=[1908.5 151.0 2659.0];
podN(i) = 108;
pos_pod(i,:)=[2100.0 0.0 2664.4];
cable(i)=0;
delay(i)=658.0;
delaycorr(i)=+12;
sciID(i)=0;
logID(i)=0;
case 109
pos_ant(i,:)=[2233.0 -8.0 2668.0];
podN(i) = 109;
pos_pod(i,:)=[2120.0 0.0 2665.2];
cable(i)=0;
delay(i)=584.2;
delaycorr(i)=0;
sciID(i)=0;
case 110
pos_ant(i,:)=[2049.0 -82.8 2663.0];
podN(i) = 110;
pos_pod(i,:)=[2140.0 0.0 2666.0];
cable(i)=0;
delay(i)=609.2;
delaycorr(i)=0;
if nruntrue>3000
delay(i) = delay(i)+ 1.0*PROPAGT;
end
sciID(i)=0;
logID(i)=0;
case 111
pos_ant(i,:)=[2048.0 65.8 2664.0];
podN(i) = 111;
pos_pod(i,:)=[2160.0 0.0 2666.8];
cable(i)=0;
delay(i)=647.0;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 112
pos_ant(i,:)=[2201.0 -224.4 2668.0];
podN(i) = 112;
pos_pod(i,:)=[2180.0 0.0 2667.6];
cable(i)=0;
delay(i)=731.4;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 113
pos_ant(i,:)=[2204.0 186.7 2667.0];
podN(i) = 113;
pos_pod(i,:)=[2200.0 0.0 2668.1];
cable(i)=0;
delay(i)=728.3;
delaycorr(i)=-5;
sciID(i)=0;
logID(i)=0;
case 114
pos_ant(i,:)=[2355.0 -82.0 2673.0];
podN(i) = 114;
pos_pod(i,:)=[2300.0 0.0 2669.6];
cable(i)=0;
delay(i)=748.7;
delaycorr(i)=0;
if nruntrue>3000
delay(i) = delay(i)+ 0.5*PROPAGT;
end
sciID(i)=0;
logID(i)=0;
case 115
pos_ant(i,:)=[2354.0 66.0 2671.0];
podN(i) = 115;
pos_pod(i,:)=[2340.0 0.0 2670.2];
cable(i)=0;
delay(i)=785.7;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 116
pos_ant(i,:)=[2505.0 191.0 2674.0];
podN(i) = 116;
pos_pod(i,:)=[2380.0 0.0 2670.8];
cable(i)=0;
delay(i)=947.6;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 117
pos_ant(i,:)=[2504.0 -207.0 2684.0];
podN(i) = 117;
pos_pod(i,:)=[2440.0 0.0 2672.7];
cable(i)=0;
delay(i)=977.1;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 118
pos_ant(i,:)=[2495.0 -8.0 2677.0];
podN(i) = 118;
pos_pod(i,:)=[2700.0 0.0 2681.3];
cable(i)=0;
delay(i)=1206.5;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 119
pos_ant(i,:)=[2654.0 -82.3 2687.0];
podN(i) = 119;
pos_pod(i,:)=[2820.0 0.0 2684.6];
cable(i)=0;
delay(i)=1320.0;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 120
pos_ant(i,:)=[2655.0 67.0 2680.0];
podN(i) = 120;
pos_pod(i,:)=[2840.0 0.0 2685.0];
cable(i)=0;
delay(i)=1358.2;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 121
pos_ant(i,:)=[1319.0 -243.0 2646.8];
podN(i) = 121;
pos_pod(i,:)=[1380.0 0.0 2651.8];
cable(i)=0;
delay(i)=130.9;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 122
pos_ant(i,:)=[1303.5 184.0 2646.0];
podN(i) = 122;
pos_pod(i,:)=[1360.0 0.0 2651.4];
cable(i)=0;
delay(i)=182.2;
delaycorr(i)=0;
if nruntrue>3000
delay(i) = delay(i)+ 0.5*PROPAGT;
end
sciID(i)=0;
logID(i)=0;
case 123
pos_ant(i,:)=[1128.0 57.0 2645.0];
podN(i) = 123;
pos_pod(i,:)=[1240.0 0.0 2649.0];
cable(i)=0;
delay(i)=171.6;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 124
pos_ant(i,:)=[1135.0 -91.0 2645.0];
podN(i) = 124;
pos_pod(i,:)=[980.0 0.0 2643.8];
cable(i)=0;
delay(i)=470.7;
delaycorr(i)=0;
if nruntrue>3000
delay(i) = delay(i)+ 0.5*PROPAGT;
end
sciID(i)=0;
logID(i)=0;
case 125
pos_ant(i,:)=[983.0 166.0 2647.0];
podN(i) = 125;
pos_pod(i,:)=[920.0 0.0 2642.6];
cable(i)=0;
delay(i)=535.5;
delaycorr(i)=0;
if nruntrue>3000
delay(i) = delay(i)+ 0.6*PROPAGT;
end
sciID(i)=0;
logID(i)=0;
case 126
pos_ant(i,:)=[991.0 -216.0 2647.0];
podN(i) = 126;
pos_pod(i,:)=[880.0 0.0 2641.8];
cable(i)=0;
delay(i)=612.1;
delaycorr(i)=0;
if nruntrue>3000
delay(i) = delay(i)+ 0.55*PROPAGT;
end
sciID(i)=0;
logID(i)=0;
case 127
pos_ant(i,:)=[850.0 -90.0 2644.0];
podN(i) = 127;
pos_pod(i,:)=[840.0 0.0 2641.0];
cable(i)=0;
delay(i)=539.0;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 128
pos_ant(i,:)=[849.0 58.0 2643.0];
podN(i) = 128;
pos_pod(i,:)=[740.0 0.0 2640.0];
cable(i)=0;
delay(i)=673.7;
delaycorr(i)=-11;
sciID(i)=0;
logID(i)=0;
case 129
pos_ant(i,:)=[703.0 191.0 2643.0];
podN(i) = 129;
pos_pod(i,:)=[720.0 0.0 2640.0];
cable(i)=0;
delay(i)=740.0;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 130
pos_ant(i,:)=[701.0 -210.0 2643.0];
podN(i) = 130;
pos_pod(i,:)=[700.0 0.0 2640.0 ];
cable(i)=0;
delay(i)=759.2;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 131
pos_ant(i,:)=[549.0 64.0 2640.0];
podN(i) = 131;
pos_pod(i,:)=[680.0 0.0 2640.0];
cable(i)=0;
delay(i)=740.2;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 132
pos_ant(i,:)=[549.0 -82.2 2640.0];
podN(i) = 132;
pos_pod(i,:)=[660.0 0.0 2640.0];
cable(i)=0;
delay(i)=746.4;
delaycorr(i)=0;
if nruntrue>3000
delay(i) = delay(i)+ 0.5*PROPAGT;
end
sciID(i)=0;
logID(i)=0;
case 133
pos_ant(i,:)=[480.0 163.0 2639.5];
podN(i) = 133;
pos_pod(i,:)=[640.0 0.0 2640.0];
cable(i)=0;
delay(i)=917.0;
delaycorr(i)=-5;
if nruntrue>3000
delay(i) = delay(i)+ 0.5*PROPAGT;
end
sciID(i)=0;
logID(i)=0;
case 134
pos_ant(i,:)=[462.0 -133.0 2640.0];
podN(i) = 134;
pos_pod(i,:)=[540.0 0.0 2639.2];
cable(i)=0;
delay(i)=874.3;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 135
pos_ant(i,:)=[369.0 78.5 2637.0];
podN(i) = 135;
pos_pod(i,:)=[520.0 0.0 2638.9];
cable(i)=0;
delay(i)=909.1;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 136
pos_ant(i,:)=[304.0 -112.0 2636.0];
podN(i) = 136;
pos_pod(i,:)=[340.0 0.0 2636.2];
cable(i)=0;
delay(i)=1101.0;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 137
pos_ant(i,:)=[231.0 23.0 2633.0];
podN(i) = 137;
pos_pod(i,:)=[260.0 0.0 2635.0];
cable(i)=0;
delay(i)=1064.9;
delaycorr(i)= +11;
sciID(i)=0;
logID(i)=0;
case 138
pos_ant(i,:)=[224.0 -49.0 2634.0];
podN(i) = 138;
pos_pod(i,:)=[240.0 0.0 2634.7];
cable(i)=0;
delay(i)=1098.6;
delaycorr(i)=+11;
sciID(i)=0;
logID(i)=0;
case 140
pos_ant(i,:)=[100.0 -108.0 2635.0];
podN(i) = 140;
pos_pod(i,:)=[100.0 0.0 2633.1];
cable(i)=0;
delay(i)=1257.9;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 148
%pos_ant(i,:)=[61.4 566.7 2645.1];
pos_ant(i,:)=[49.9, 559.5, 2640.5];
podN(i) = 148;
pos_pod(i,:)=[0.0 527.0 2638.7];
cable(i)=0;
delay(i)=1893.2;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=1;
case 149
%pos_ant(i,:)=[-18.1 532.1 2644.6];
pos_ant(i,:)=[-19.9, 530.3, 2640.2];
podN(i) = 149;
pos_pod(i,:)=[0.0 497.7 2639.0];
cable(i)=0;
delay(i)=1841.6;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 150
%pos_ant(i,:)=[100.3 467.7 2641.9];
pos_ant(i,:)=[90.8, 460.2, 2638.3];
podN(i) = 150;
pos_pod(i,:)=[0.0 468.3 2639.3];
cable(i)=0;
delay(i)=1828.8;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=1;
case 151
%pos_ant(i,:)=[35.0 457.0 2642.0];
pos_ant(i,:)=[23.7, 449.4, 2639.4]; % Jan 2012
podN(i) = 151;
pos_pod(i,:)=[0.0 438.9 2639.6 ];
cable(i)=0;
delay(i)=1756.2;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=1;
case 152
%pos_ant(i,:)=[-22.7 394.5 2641.9];
pos_ant(i,:)=[-33.4, 385.6, 2637.4]; % Jan 2012
podN(i) = 152;
pos_pod(i,:)=[0.0 409.6 2639.9];
cable(i)=0;
delay(i)=1728.2;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=1;
case 153
%pos_ant(i,:)=[92.0 349.5 2638.9];
pos_ant(i,:)=[82.8, 342.0, 2635.7]; % Jan 2012
podN(i) = 153;
pos_pod(i,:)=[0.0 380.2 2639.3];
cable(i)=0;
delay(i)=1740.2;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 154
%pos_ant(i,:)=[-24.8 263.9 2634.9];
pos_ant(i,:)=[-33.6, 256.6, 2633.1]; % Jan 2012
podN(i) = 154;
pos_pod(i,:)=[0.0 233.4 2632.7];
cable(i)=0;
delay(i)=1553.3;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=1;
case 155
%pos_ant(i,:)=[66.7 196.6 2635.3]; %Meng
pos_ant(i,:)=[58.1, 190.1, 2632.0]; % Jan 2012
podN(i) = 155;
pos_pod(i,:)=[0.0 204.0 2631.4];
cable(i)=0;
delay(i)=1535.0;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 156
%pos_ant(i,:)=[-11.3 11.3 2631.5]; %21CMA antenna (removed)
pos_ant(i,:)=[-20.6 -1 2632.7];
podN(i) = 156;
pos_pod(i,:)=[0.0 -60.3 2633.4];
cable(i)=0;
delay(i)=1400;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=0;
case 157
%pos_ant(i,:)=[21.2 -95.6 2635.8];
pos_ant(i,:)=[22.5, -100.7, 2634.8];
podN(i) = 157;
pos_pod(i,:)=[0.0 -177.8 2636.3];
cable(i)=0;
delay(i)=1515.5;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=1;
case 158
%pos_ant(i,:)=[81.1 -191.7 2637.7];
%pos_ant(i,:)=[72 -197 2637.7];
pos_ant(i,:)=[72 -199 2637.7];
podN(i) = 158;
pos_pod(i,:)=[0.0 -207.1 2637.1];
cable(i)=0;
delay(i)=1563.4;
delaycorr(i)=0;
sciID(i)=0;
logID(i)=1;
%% Scintillators
case 139
pos_ant(i,:)=[129.0 -34.4 2634.1];
podN(i) = 139;
pos_pod(i,:)=[140.0 0.0 2633.5];
cable(i)=0;
delay(i)=1194; %1233.2;
delaycorr(i)=0;
sciID(i)=1;
logID(i)=0;
case 175
pos_ant(i,:)=[4.5 191.4 2631.4];
podN(i) = 155;
pos_pod(i,:)=[0.0 204.0 2631.4];
cable(i)=0;
delay(i)=1505.8; %1535;
delaycorr(i)=0;
sciID(i)=1;
logID(i)=0;
case 176
pos_ant(i,:)=[0.0 -37.5 2633.4];
podN(i) = 156;
pos_pod(i,:)=[0.0 -60.3 2633.4];
cable(i)=0;
delay(i)=1346.4; %1400;
delaycorr(i)=0;
sciID(i)=1;
logID(i)=0;
otherwise
display(sprintf('SetupCharacteristics error : Unknow antenna %3d',ant(j)))
break;
end;
end;