How to add different colors in particular rows and columns?
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I have a matrix 
data_set_pro =
  Columns 1 through 18
           20          700       -14017        702.1        14017           20          700           20        702.1           12        698.6       8364.2           12        698.6            8        708.7       5652.7      -5652.4
           23        698.6       -16086        700.6        16087           43       699.25           43        701.3           14        697.2       9739.8           26       697.85            9        707.1         6347      -6346.7
           28        697.2       -19545        699.2        19546           71       698.44           71       700.47           17       660.95        11214           43       683.26           11       759.15       8331.7      -8331.4
           32       660.95       -21175       662.75        21175          103       686.79          103       688.75           19        626.6        11882           62        665.9           13        716.4       9293.2        -9293
           43        626.6       -26976       628.25        26976          146       669.07          146       670.93           26          594        15418           88       644.65           17        681.3        11559       -11558
           61          594       -36277       595.55        36280          207       646.94          207       648.72           37        533.4        19704          125       611.72           24        691.7        16572       -16572
           66        533.4       -35246       534.75        35246          273       619.49          273       621.17           40          479        19130          165       579.55           26       620.95        16117       -16116
           82          479       -39325       480.25        39329          355       587.04          355       588.62           49       430.15        21045          214       545.34           33       554.85        18281       -18280
          116       430.15       -49956       431.25        49962          471        548.4          471       549.86           70       364.75        25495          284       500.83           46        532.6        24464       -24462
          124       364.75       -45283        365.7        45289          595       510.13          595       511.48           74        309.3        22854          358       461.24           50        449.3        22431       -22429
          175        309.3       -54192       310.05        54192          770       464.49          770        465.7          105        262.3        27502          463       416.12           70       381.85        26691       -26690
          161        262.3       -42280          263        42289          931       429.52          931       430.65           97        209.3        20271          560        380.3           64       344.45        22011       -22009
          129        209.3       -27032       209.85        27032         1060       402.72         1060       403.78           77       167.05        12839          637       354.52           52       273.45        14194       -14193
          133       167.05       -22244        167.5        22244         1193       376.45         1193       377.44           80        133.3        10642          717       329.84           53       219.35        11602       -11602
          197        133.3       -26291        133.7        26301         1390       341.99         1390       342.89          118         99.7        11741          835       297.32           79       184.55        14553       -14550
          363         99.7       -36234        99.95        36234         1753       291.82         1753       292.58          218         74.6        16236         1053       251.21          145       138.15        20000       -19998
          298         74.6       -22257        74.85        22272         2051       260.26         2051       260.95          179         55.8       9967.2         1232       222.82          119        103.5        12293       -12290
          397         55.8       -22179        55.95        22179         2448        227.1         2448        227.7          238        38.95       9250.1         1470       193.05          159         81.5        12934       -12928
          751        38.95       -29286         39.1        29323         3199       182.93         3199       183.43          451         27.2        12244         1921       154.11          300         56.9        17042       -17042
          263         27.2      -7161.9         27.3         7162         3462        171.1         3462       171.57          158        18.95       2980.3         2079       143.84          105           40       4185.2      -4181.6
         1377        18.95       -26125           19        26125         4839        127.8         4839       128.15          826         12.3        10139         2905       106.44          551         29.1        16007       -15986
          483         12.3      -5948.1        12.35       5948.2         5322       117.32         5322       117.64          290         7.95       2292.8         3195       97.498          193        19.05       3661.9      -3655.4
          337         7.95      -2682.3         8.05       2699.1         5659       110.81         5659       111.12          202         5.15       1028.6         3397       92.007          135        12.35       1654.6      -1653.6
          275         5.15      -1417.3          5.2       1418.3         5934       105.91         5934       106.21          165          3.1       499.86         3562       87.888          110         8.45       917.84      -917.45
  Columns 19 through 21
            8      -5652.4        708.7
           17       -11999        707.2
           28       -20330       727.25
           41       -29623       723.55
           58       -41182       710.95
           82       -57754        705.2
          108       -73870        684.8
          141       -92150       654.35
          187  -1.1661e+05        624.3
          237  -1.3904e+05       587.35
          307  -1.6573e+05       540.45
          371  -1.8774e+05        506.6
          423  -2.0193e+05       477.95
          476  -2.1354e+05        449.1
          555  -2.2808e+05       411.45
          700  -2.4808e+05        354.8
          819  -2.6037e+05        318.3
          978   -2.733e+05        279.8
         1278  -2.9034e+05       227.45
         1383  -2.9452e+05        213.2
         1934  -3.1051e+05       160.75
         2127  -3.1417e+05        147.9
         2262  -3.1582e+05        139.8
         2372  -3.1674e+05        133.7
i want to put Green colours in the column 1,2,3,6,7,10,11,12 And red colours in column 4,5,8,9,15,16,17,19,20,21. Bold Green in 13,14 and Bold red in 18. Please help me showing colors in command window. Kindly help me for array2table also. is is possible to show colours in table after converting matrix to table.
댓글 수: 7
  DGM
      
      
 2022년 11월 30일
				So far, I think Rik and Walter's suggestions are probably the most appropriate.  A simple custom ui would make more sense, and it would probably also afford you a way to conveniently present some other task-relevant functionality.
채택된 답변
  Walter Roberson
      
      
 2022년 11월 30일
        댓글 수: 2
  Walter Roberson
      
      
 2022년 12월 1일
				note that you can pass a vector of indices for addstyle() which would make your code more compact
추가 답변 (1개)
  DGM
      
      
 2022년 11월 29일
        
      이동: DGM
      
      
 2022년 11월 29일
  
      A numeric array doesn't have a color.  The numbers can represent colors, but the array itself has no color properties.
Even if you were to use another array to associate colors with the elements of the given data array and wanted to programmatically print everything to console with colored formatting, you may find that printing colored text to console is limited, largely undocumented, and generally pretty glitchy.  See cprintf() on the File Exchange if you're still interested.
A = rand(10,4); % some numeric array
isbig = A>0.85; % describe what gets colored somehow
issmall = A<0.15;
% describe the colors somehow
smallcolor = [0 0.3 0.6];
bigcolor = [0.9 0 0];
% plot it in some way using cprintf() and hope it works
for r = 1:size(A,1)
    for c = 1:size(A,2)
        if isbig(r,c)
            cprintf(bigcolor,'%0.4f ',A(r,c))
        elseif issmall(r,c)
            cprintf(smallcolor,'%0.4f ',A(r,c))
        else
            cprintf('Text','%0.4f ',A(r,c))
        end
    end
    cprintf('Text','\n')
end

댓글 수: 3
  DGM
      
      
 2022년 11월 29일
				
      편집: DGM
      
      
 2022년 11월 30일
  
			You will still have to conditionally print each different element.  There is no "make the array green".  The console is not a spreadsheet program.  It's up to you to define the colors, where they go, and the formatting used.  
A = rand(10,4); % some numeric array
% describe the colors somehow
colortable = [0 0.3 0.6; 0.9 0 0];
% plot it in some way using cprintf() and hope it works
for r = 1:size(A,1)
    for c = 1:size(A,2)
        switch c
            case 2
                cprintf(colortable(1,:),'%0.4f ',A(r,c))
            case 4
                cprintf(colortable(2,:),'%0.4f ',A(r,c))
            otherwise
                cprintf('Text','%0.4f ',A(r,c))
        end
        pause(0.01)
    end
    cprintf('Text','\n')
    pause(0.01)
end

@Steven Lord's question should be given some attention.  In my experience, trying to babysit cprintf() is a lot of work for something that's not very robust and is ultimately not very productive either.  Information dumped to console should be seen as ephemeral.  It should be concise amounts of content for the user to visualize some particular information and then act upon it.  
If instead you want to save the output for any reason, dumping it to console is as absurd as saving images by taking a photograph of the monitor.  If you want to save it to a formatted spreadsheet, or to an image, or to something else, then that's the question that needs to be asked. 
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