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Score All Asian from the entrant's own side

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All Asian is two contests in one class and only one of them was written.
An Asian entrant was paid three times the band table for every contact,
including Asian ones, could work its own country, and counted WPX
prefixes where the rules count DXCC entities.

AllAsian now asks where the entrant is. An Asian station works anybody
outside its own country, gets the band table once for Asia and three
times for the rest, and counts entities. Everybody else works Asia only
and counts prefixes, as before.

Maritime mobiles follow the JARL rule rather than N1MM, which applies it
to non-Asian entrants alone: a station at sea makes a valid contact with
Asian stations only, is paid the Asian rate wherever it is, and counts
for no multiplier either way.

Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_0157i7PiZyqBkquxS9A6FTdQ
This commit is contained in:
erikbrocko
2026-09-10 20:43:43 +00:00
co-authored by Claude Opus 5
parent 04b6f14639
commit f5e3d9ed8a
11 changed files with 733 additions and 12 deletions
Download Patch File Download Diff File Expand all files Collapse all files
digital-20260902-234239.log
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1093 ms > open RTTY Engine 1 "Z:\\home\\erik\\cs2server\\claude\\nonemm_again\\src\\Nonemm.App\\bin\\Debug\\net10.0\\mmtty\\mmtty.exe" -r -Z
1636 ms < ready
1993 ms < mark 1420
1994 ms < space 1590
1994 ms < switch 74765
1994 ms < view 80
1994 ms < connected Ver1.70
1994 ms < mark 1420
1994 ms < space 1590
1994 ms < switch 74765
1994 ms < view 80
1994 ms < tx 0
2859 ms < rx 78
2859 ms < rx 81
3659 ms < rx 75
3659 ms < rx 87
3859 ms < rx 69
4459 ms < rx 87
4658 ms < rx 81
4859 ms < rx 89
5059 ms < rx 82
5859 ms < rx 76
5859 ms < rx 32
5954 ms > key 1
5954 ms < tx 1
5955 ms < buffer 0
5955 ms > send Q CQ DE OM2LT OM2LT CQ K\r
5955 ms > post 4 67
6106 ms < buffer 31
6157 ms > ptt 1
6308 ms < buffer 29
6508 ms < buffer 28
6658 ms < rx 81
6659 ms < buffer 27
6859 ms < rx 32
6859 ms < buffer 26
7058 ms < rx 67
7058 ms < rx 81
7060 ms < buffer 25
7259 ms < rx 32
7260 ms < buffer 24
7459 ms < rx 68
7461 ms < buffer 22
7659 ms < rx 69
7661 ms < buffer 21
7822 ms > key 0
7822 ms < rx 32
7822 ms < rx 79
7943 ms < tx 0
7962 ms < buffer 0
8659 ms < rx 78
8659 ms < rx 70
9248 ms > key 1
9248 ms > send CQ CQ DE OM2LT OM2LT CQ K\r
9249 ms < tx 1
9314 ms < buffer 31
9349 ms > ptt 1
9464 ms < buffer 29
9658 ms < rx 67
9665 ms < buffer 27
9859 ms < rx 81
9865 ms < buffer 26
10058 ms < rx 32
10058 ms < rx 67
10066 ms < buffer 25
10259 ms < rx 81
10266 ms < buffer 24
10459 ms < rx 32
10466 ms < buffer 23
10659 ms < rx 68
10667 ms < buffer 22
10859 ms < rx 69
10867 ms < buffer 20
11014 ms > key 0
11014 ms < rx 32
11075 ms < tx 0
11118 ms < buffer 0
11459 ms < rx 83
11659 ms < rx 87
11965 ms > key 1
11966 ms < tx 1
11966 ms > send W3ZGD DE OM2LT 599 15 599 15 K\r
12071 ms < buffer 41
12117 ms > ptt 1
12271 ms < buffer 39
12472 ms < buffer 38
12659 ms < rx 87
12672 ms < buffer 37
12873 ms < buffer 36
13059 ms < rx 51
13073 ms < buffer 35
13258 ms < rx 90
13274 ms < buffer 33
13458 ms < rx 71
13476 ms < buffer 32
13659 ms < rx 68
13676 ms < buffer 31
13782 ms > key 0
13782 ms < rx 32
13844 ms < tx 0
13877 ms < buffer 0
14059 ms < rx 86
14259 ms < rx 76
14659 ms < rx 32
14859 ms < rx 50
14859 ms < rx 52
15059 ms < rx 46
15459 ms < rx 104
15620 ms > key 1
15621 ms < tx 1
15621 ms > send W3ZGD TU DE OM2LT QRZ\r
15733 ms < buffer 27
15772 ms > ptt 1
15883 ms < buffer 26
16084 ms < buffer 25
16259 ms < rx 87
16284 ms < buffer 24
16485 ms < buffer 23
16659 ms < rx 51
16685 ms < buffer 21
16859 ms < rx 90
16885 ms < buffer 20
17059 ms < rx 71
17086 ms < buffer 19
17259 ms < rx 68
17286 ms < buffer 18
17437 ms > key 0
17437 ms < rx 32
17518 ms < tx 0
17537 ms < buffer 0
18459 ms < rx 40
18659 ms < rx 56
18859 ms < rx 63