How to plot array of array in Matlab?

%  define 4 clusters of input data
q = .6; % offset of classes

MinF = [-22496,-8.26E+06,-6.89E+06,-1.27E+04,-3.83E+06,-6.21E+03,-1.91E+04,-5.43E+06,-1.83E+08,-1.07E+07,-2.04E+06,-1.61E+06,-4.18E+03,-5.46E+04,-1.20E+04,-1.69E+06,-1.52E+06,-4.45E+06,-160.1708,-2.69E+05];
MaxF = [6691100,7.71E+07,2.38E+07,1.09E+07,3.01E+07,6.78E+06,9.25E+06,4.53E+07,7.93E+08,8.20E+07,1.75E+07,7.14E+06,3.7E+06,4.59E+06,5.35E+06,1.12E+07,5.75E+06,1.66E+07,7.49E+06,6.84E+06];
MeanF = [828970,1.03E+06,6.35E+05,1.26E+06,2.46E+05,1.15E+06,7.77E+05,3.10E+05,3.99E+04,7.35E+05,1.05E+06,5.47E+03,2.29E+05,2.67E+05,4.42E+05,104.3286,1.43E+04,2.25E+03,8.14E+05,1.98E+05];
ModeF = [ -11512,-7.66E+06,-3.60E+06,21.5236,-1.47E+06,31.1767,15.0923,-4.76E+06,-1.55E+08,-9.76E+06,-6.53E+05,-5.73E+05,-196.4225,-6.97E+03,-19.2766,-1.69E+06,-6.34E+05,-4.37E+06,3.8054,-2.25E+05];
MedianF = [38730,2.40E+04,1.68E+04,5.94E+04,5.27E+03,5.43E+04,3.58E+04,4.16E+03,-173.6592,1.28E+04,4.42E+04,65.926,1.10E+04,1.22E+04,2.10E+04,-4.6173,181.4447,14.0023,3.86E+04,7.61E+03];
SDF = [1075700,4.08E+06,1.60E+06,1.67E+06,1.04E+06,1.50E+06,1.03E+06,2.12E+06,4.95E+07,4.08E+06,1.65E+06,2.60E+05,3.03E+05,3.69E+05,6.01E+05,3.60E+05,2.24E+05,5.61E+05,1.06E+06,3.72E+05];
EnergyF = [3.0739E+16,2.94E+17,4.96E+16,7.31E+16,1.90E+16,5.96E+16,2.76E+16,7.63E+16,4.09E+19,2.86E+17,6.41E+16,1.13E+15,2.40E+15,3.46E+15,9.28E+15,2.16E+15,8.36E+14,5.24E+15,2.99E+16,2.96E+15];
KurtosisF = [3.0564,98.3212,27.0484,3.0813,224.7402,2.5502,4.2435,136.1081,44.8507,120.4989,11.6232,229.5502,7.2913,10.7292,5.1942,335.1922,160.7618,225.619,3.1614,63.2598];
SkewnessF = [ 1.06E+00,7.1117,2.9265,1.0845,9.8464,0.9893,1.1927,8.2853,3.236,7.8995,2.2294,9.2234,1.4518,1.7727,1.3942,12.5916,6.7224,8.252,1.0776,5.1184];
EntropyF = [2.38E-01,0.6655,0.6225,0.2324,0.7002,0.183,0.1177,0.8727,0.9998,0.7897,0.2874,0.9837,0.1579,0.2606,0.1007,1.0771,0.9335,1.0476,0.081,0.3976];
VarianceF = [1.16E+12,1.66E+13,2.57E+12,2.79E+12,1.08E+12,2.25E+12,1.05E+12,4.48E+12,2.45E+15,1.66E+13,2.73E+12,6.77E+10,9.17E+10,1.36E+11,3.61E+11,1.29E+11,5.00E+10,3.15E+11,1.13E+12,1.38E+11];
ZCRF = [0.0096,0.0142,0.0178,0.0113,0.0334,0.0115,0.0122,0.018,0.0197,0.0185,0.0144,0.0324,0.011,0.0115,0.0101,0.0367,0.0511,0.0598,0.0091,0.0168];
MeanPowerF = [1.84E+12,1.77E+13,2.97E+12,4.39E+12,1.14E+12,3.57E+12,1.66E+12,4.58E+12,2.45E+15,1.72E+13,3.84E+12,6.77E+10,1.44E+11,2.08E+11,5.57E+11,1.29E+11,5.02E+10,3.15E+11,1.79E+12,1.78E+11];
SNRF = [77.0616,25.1808,39.6347,75.4989,23.624,76.9057,75.6888,14.6296,0.0806,18.0102,63.8396,2.102,75.5651,72.3147,73.532,0.029,6.4155,0.4016,76.5357,53.3039];
CoVF = [129.7663,397.1273,252.3045,132.4522,423.2985,130.0295,132.1199,683.5468,1.24E+05,555.2425,156.6425,4.76E+03,132.3362,138.2845,135.9952,3.45E+05,1.56E+03,2.49E+04,130.658,187.6036];
A = [MinF, MaxF, MeanF, ModeF, MedianF, SDF, EnergyF, KurtosisF, SkewnessF, EntropyF, VarianceF, ZCRF, MeanPowerF, SNRF, CoVF];
% plot clusters
figure(1)
plot(A(1,:),A(2,:),....
    A(15,:),'k+')

I am using this code but it does not create any plot for my data. rather displays an Error: ??? Index exceeds matrix dimensions.

Please help me to solve this problem.

Answer 1

[dpb]

In

A = [MinF, MaxF, ... , CoVF];

you've created one long row vector in A but then tried later to reference it by rows. That would have needed

A = [MinF; MaxF; ... ; CoVF];

NB: the semicolons instead to concatenate by row, not column.

BUT, use the transpose operator on each instead:

A = [MinF.' MaxF.' ... , CoVF.'];
figure
plot(A)

and plot automagically treats columns as separate series.

[JAGRITI SAINI]

Thanks.. Both methods are working fine.