# User:Laclale/gamesuchfamegrid/1

For each grids and solution lines, @ points where in array and repetition and each cell should satisfy both regular expression across and down.

1. First fill. `+` part used filling from back.
2. `[WALKING]/([MODERN])` is N. `[MOUNTS]/[^N-Z]` is M. Filling of CD fills 1 capture pointing it.
3. `[ALBUM]/(MN|EM|ON|IC)@1` leaving MN. `(41|17|28|39)@2/[^3-9]` leaving 41. `(HY|PN|OT|IC)@2/[D-EM-O]` leaving PN. `(HU|MA|NI|TY)@1/[DESIGN]` leaving NI.
4. For `(30|41|52|74)@1/(40|55|72|83|17)@1`, `(30|41|52|74)@2/[13579]` leaving 41 so leaving 40 as well.
5. For `(11|84|13|90)`, `(86|75|03|99)@1/(11|84|13|90)@2` leaving 90 so leaving 03 as well and (17|23|55|98) is 98.
6. Capture pointed `(13|14|24|25)` is 13 and `(12|37|98|45|60)` is 45.
7. `(32|22|12|25)@1/[3-8]` leaving 32. Capture pointed `(65|71|84|92|93)` is 92.
8. Capture pointed `(25|36|58|47)` is 47 and `(MI27|LT18|ZB55|EA06)` is EA06. So `(15|66|47|08)` is 47.
9. At this point, location word is required to determine rest.
 A/D [^FLAVORING](CD)+([DUTCH])\2 ([MODERN])\1[^N-Z](MN|EM|ON|IC)\2 (.)(.).\2\1[3-8]\1 (.)\1(.)\2{2}\1[^3-9] ([_______]<6>)\1(.)..[DESIGN]\2 [______]<10>{2}(.)[D-EM-O](.)\2\1 .(11|84|13|90)(40|55|72|83|17)\2 (.).\1[13579](15|66|47|08). [_______]<3>[WALKING]..[WATCHDOG][^LUCRATIVE](13|14|24|25) <3>/[^FLAVORING] N 4 2 [WATCHDOG]/(<6>) [^LUCRATIVE]/<10>{2@1} 1 3 ..(65|71|84|92|93)(TE|TR|AV|EX)(17|23|55|98) C N 9 2 (TE|TR|AV|EX)@1/\([WATCHDOG]/<6>) (TE|TR|AV|EX)@2/<10>{2@2} 9 8 .[MOUNTS]1...(86|75|03|99) D M 1 5 E A 0 3 ....(HY|PN|OT|IC)(30|41|52|74) C M 9 5 P N 4 1 (.).(12|37|98|45|60)\1... D N 4 5 D I 0 4 [________]<5>[ALBUM](32|22|12|25)(HU|MA|NI|TY)(25|36|58|47) <5>/([DUTCH]) M 3 2 N I 4 7 ..(41|17|28|39)(MI27|LT18|ZB55|EA06) ./\(<5>/[DUTCH]) N 4 1 E A 0 6