5 | | The lower and upper indices for the input field series are given by first_i, last_i, and first_j, first_j for the second index a~1 and b~2, with an increment incr_i and incr_j for each index. The min and max indices in the sereis are given by the tables '''[MinIndex_i], [MaxIndex_i], [MinIndex_j], [MaxIndex_j]'''. As an example, set first_i=50, last_i=100, incr_i=10, first_j=1, last_j=2, incr_j=1. Pressing [RUN], the function 'check_data_files' is activated and yields the list of file names, with the two last ones, c100a.png and c100b.png, marked as not found. |
| 5 | The lower and upper indices for the input field series are given by first_i, last_i, and first_j, first_j for the second index a~1 and b~2, with an increment incr_i and incr_j for each index. The min and max indices in the sereis are given by the tables '''[!MinIndex_i], [!MaxIndex_i], [!MinIndex_j], [!MaxIndex_j]'''. As an example, set first_i=50, last_i=100, incr_i=10, first_j=1, last_j=2, incr_j=1. Pressing [RUN], the function 'check_data_files' is activated and yields the list of file names, with the two last ones, c100a.png and c100b.png, marked as not found. |
| 6 | |
| 7 | = aver_stat, simple field average = |
| 8 | This function provides field average or global statistics on the whole input file series. Let us set first_i=1,last_i=99, incr_i=1. Then run 'aver_stat'. The average image is displayed and stored as Images.stat/c001ab.png. |
| 9 | |
| 10 | = aver_stat, global statistics = |
| 11 | |
| 12 | Other statistics can be obtained by aver_stat using a projection object. To create an object, go back to uvmat. Then check '''Projection object''' (tag = '''[CheckObject]''') in series. |
| 13 | |
| 14 | = time_series = |
| 15 | |
| 16 | This function provides the image intensity at a set of points versus time. First define the set of points as a projection object, using uvmat. |