How to store a matrix values in this code?

Just run my code you will get so many 'CH' values like this "CH=[150.5936 99.3701 0.9997 50.5976 ]"

and now i want to store all the values of "CH" in one matrix like

 AllCH=[150.5936   99.3701    0.9997   15.6001
  152.7447  102.5525    1.0000   19.3757
  157.0481  132.8359    1.0000   47.7117
  166.7268  123.7547    1.0000   44.6008
  173.9240   81.3946    1.0000   35.2556
  175.4087   73.5609    1.0000   38.9943
  187.6387   98.3146    1.0000   49.2308
  192.9196   45.3205    1.0000   68.7777
  195.0821   71.3002    1.0000   58.2869];

[Guillaume]

Please use tags that are relevant to your question

[Matlab111]

sorry

Answer 1

[Guillaume]

What's stopping you from adding your CH one row at a time to AllCH?

Before the loop that calculate CH:

AllCH = [];

In the loop, after you've calculated CH:

AllCH = [AllCH; CH];

[Matlab111]

ya, but sir, i should not get repeated value also.

now i'm getting like this

 AllCH=[6.3739   46.7388    0.9991  107.7154
  174.6445   87.0270    0.9996   75.7634
  148.5759   52.1945    0.9996   68.1541
   89.2563  159.2453    0.9996   60.2115
   57.5137   60.0198    0.9996   58.3396
   92.6472   91.4933    0.9998   11.2440
   39.7329   17.9399    0.9992  101.8134
   57.5137   60.0198    0.9996   58.3396
   89.2563  159.2453    0.9996   60.2115
   57.5137   60.0198    0.9996   58.3396
   85.6177  178.9929    0.9995   80.2915
   85.6177  178.9929    0.9995   80.2915
   39.7329   17.9399    0.9992  101.8134
  149.8105  144.2425    0.9996   66.6219
  174.4820  106.2654    0.9996   74.7451
  121.4697   71.5445    0.9997   35.6464
   92.6472   91.4933    0.9998   11.2440
   89.2563  159.2453    0.9996   60.2115
  149.8105  144.2425    0.9996   66.6219
   85.6177  178.9929    0.9995   80.2915
  118.1497   46.4473    0.9997   56.5447
  149.8105  144.2425    0.9996   66.6219
   57.5137   60.0198    0.9996   58.3396
  148.5759   52.1945    0.9996   68.1541
  118.1497   46.4473    0.9997   56.5447
    6.3739   46.7388    0.9991  107.7154
    6.3739   46.7388    0.9991  107.7154
   92.6472   91.4933    0.9998   11.2440
  118.1497   46.4473    0.9997   56.5447
  174.4820  106.2654    0.9996   74.7451
  148.5759   52.1945    0.9996   68.1541
   92.6472   91.4933    0.9998   11.2440
   89.2563  159.2453    0.9996   60.2115
   39.7329   17.9399    0.9992  101.8134
  148.5759   52.1945    0.9996   68.1541
   89.2563  159.2453    0.9996   60.2115
  162.7530   60.5971    0.9996   74.0981
  174.6445   87.0270    0.9996   75.7634
  174.4820  106.2654    0.9996   74.7451
  162.7530   60.5971    0.9996   74.0981
   39.7329   17.9399    0.9992  101.8134
   85.6177  178.9929    0.9995   80.2915
  149.8105  144.2425    0.9996   66.6219
  118.1497   46.4473    0.9997   56.5447
  148.5759   52.1945    0.9996   68.1541
  149.8105  144.2425    0.9996   66.6219
  149.8105  144.2425    0.9996   66.6219
   85.6177  178.9929    0.9995   80.2915
   39.7329   17.9399    0.9992  101.8134
   39.7329   17.9399    0.9992  101.8134
  121.4697   71.5445    0.9997   35.6464
  138.7181   92.9601    0.9997   39.3529
  138.7181   92.9601    0.9997   39.3529
   92.6472   91.4933    0.9998   11.2440
    6.3739   46.7388    0.9991  107.7154
   89.2563  159.2453    0.9996   60.2115
  148.5759   52.1945    0.9996   68.1541
   85.6177  178.9929    0.9995   80.2915
  174.4820  106.2654    0.9996   74.7451
   85.6177  178.9929    0.9995   80.2915
  174.6445   87.0270    0.9996   75.7634
   89.2563  159.2453    0.9996   60.2115
   57.5137   60.0198    0.9996   58.3396
   39.7329   17.9399    0.9992  101.8134
   57.5137   60.0198    0.9996   58.3396
   85.6177  178.9929    0.9995   80.2915
   57.5137   60.0198    0.9996   58.3396
   89.2563  159.2453    0.9996   60.2115
  174.6445   87.0270    0.9996   75.7634
   92.6472   91.4933    0.9998   11.2440
  118.1497   46.4473    0.9997   56.5447
  174.4820  106.2654    0.9996   74.7451
  138.7181   92.9601    0.9997   39.3529
  149.8105  144.2425    0.9996   66.6219
   39.7329   17.9399    0.9992  101.8134
  138.7181   92.9601    0.9997   39.3529
  174.6445   87.0270    0.9996   75.7634
  138.7181   92.9601    0.9997   39.3529
   57.5137   60.0198    0.9996   58.3396
  138.7181   92.9601    0.9997   39.3529
   85.6177  178.9929    0.9995   80.2915
   39.7329   17.9399    0.9992  101.8134
  118.1497   46.4473    0.9997   56.5447
    6.3739   46.7388    0.9991  107.7154
  121.4697   71.5445    0.9997   35.6464
  118.1497   46.4473    0.9997   56.5447
  118.1497   46.4473    0.9997   56.5447
   39.7329   17.9399    0.9992  101.8134
   85.6177  178.9929    0.9995   80.2915
    6.3739   46.7388    0.9991  107.7154
  121.4697   71.5445    0.9997   35.6464
   89.2563  159.2453    0.9996   60.2115
  162.7530   60.5971    0.9996   74.0981
   57.5137   60.0198    0.9996   58.3396
   89.2563  159.2453    0.9996   60.2115
   39.7329   17.9399    0.9992  101.8134
  174.4820  106.2654    0.9996   74.7451
  174.6445   87.0270    0.9996   75.7634
   57.5137   60.0198    0.9996   58.3396
   89.2563  159.2453    0.9996   60.2115 ];

i should get like this ( the value should not get repeated )

 AllCH=[6.3739   46.7388    0.9991  107.7154
174.6445   87.0270    0.9996   75.7634
148.5759   52.1945    0.9996   68.1541
89.2563  159.2453    0.9996   60.2115
57.5137   60.0198    0.9996   58.3396
92.6472   91.4933    0.9998   11.2440 
39.7329   17.9399    0.9992  101.8134
57.5137   60.0198    0.9996   58.3396 ];

[Guillaume]

To remove duplicate rows from a matrix:

 AllCH = unique(AllCH, 'rows'); %you can add 'stable' to preserve the ordering

I'm not sure what your definition of repeated is though, since this returns more rows than your example.

[Matlab111]

ya i'm getting thank you sir,