| 5 | | <table> |
| 6 | | <tr><td>region ra dec size </td><td>(set the display region to be centered roughly on where you expect your images to lie) </td></tr> |
| 7 | | <tr><td>list mylist -x "ls *.fits" </td><td> (this makes a list, called "mylist", which contains the names of the fits files in the current directory)</td></tr> |
| 8 | | <tr><td>?? </td><td> (this displays all the variables in current memory. You can check this to determine the number of elements in "mylist")</td></tr> |
| 9 | | <tr><td>for i 0 n </td><td> (replace n with 1 less than the number of elements in mylist)</td></tr> |
| 10 | | <tr><td>imbox $mylist:$i </td><td> (remember: $ precedes non vector variables when called)</td></tr> |
| 11 | | <tr><td>end</td></tr> |
| | 5 | || region ra dec size || (set the display region to be centered roughly on where you expect your images to lie) || |
| | 6 | ||list mylist -x "ls *.fits" || (this makes a list, called "mylist", which contains the names of the fits files in the current directory) || |
| | 7 | ||?? || (this displays all the variables in current memory. You can check this to determine the number of elements in "mylist") || |
| | 8 | ||for i 0 n || (replace n with 1 less than the number of elements in mylist) || |
| | 9 | ||imbox $mylist:$i || (remember: $ precedes non vector variables when called) || |
| | 10 | ||end || || |