1 | function o = graph_idraw(ifile, means, stds_low, stds_hi, minval, maxval) |
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2 | % This writes to an idraw file a set of lines that graph a set of function values |
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3 | % along with error bars. |
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4 | % Values are assumed to lie in between MINVAL and MAXVAL. |
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5 | % If STDS has a zero value, no error bar is drawn. (not implemented) |
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6 | % stds_low is mean-std, stds_hi is mean+std. We don't just pass stds |
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7 | % in case a log scale is used. |
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8 | |
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9 | % For this to work, ifile must already contain a template idraw file, generated |
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10 | % with a line, that is then removed. The end of the file must be removed, and must be |
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11 | % added later. It looks like: |
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12 | |
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13 | %End %I eop |
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14 | |
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15 | %showpage |
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16 | |
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17 | %%%Trailer |
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18 | |
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19 | %end |
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20 | |
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21 | o = 1; |
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22 | irec_lx = 50; |
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23 | irec_ly = 50; |
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24 | irec_ux = 500; |
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25 | irec_uy = 500; |
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26 | % We write to an image rectangle with l giving lower corner, u upper. |
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27 | stdline = 5;
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28 | dotrad = 6; |
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29 | |
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30 | numvals = size(means,2); |
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31 | x_len = irec_ux - irec_lx; |
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32 | xspace = x_len/(numvals + 1); |
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33 | xvals = round(irec_lx + xspace*(1:numvals)); |
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34 | |
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35 | y_len = irec_uy - irec_ly; |
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36 | yvals = round(irec_ly + y_len*(means - minval)./(maxval-minval));
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37 |
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38 | if ~isempty(stds_low) |
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39 | ystdmin = round(irec_ly + y_len*(stds_low - minval)./(maxval-minval)); |
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40 | ystdmax = round(irec_ly + y_len*(stds_hi - minval)./(maxval-minval)); |
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41 | end
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42 | |
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43 | fid = fopen(ifile, 'a'); |
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44 | for i = 1:numvals |
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45 | x = xvals(i);
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46 | if ~isempty(stds_low) |
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47 | ymin = ystdmin(i); |
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48 | ymax = ystdmax(i); |
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49 | line_idraw(fid, x, ymin, x, ymax); |
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50 | line_idraw(fid, x-stdline, ymin, x+stdline, ymin); |
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51 | line_idraw(fid, x-stdline, ymax, x+stdline, ymax);
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52 | end
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53 | dot_idraw(fid, x, yvals(i), dotrad); |
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54 | end |
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55 | for i = 1:(numvals - 1) |
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56 | x = xvals(i); |
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57 | nextx = xvals(i+1); |
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58 | y = yvals(i); |
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59 | nexty = yvals(i+1); |
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60 | line_idraw(fid, x, y, nextx, nexty); |
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61 | end |
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62 | fclose(fid); |
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