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// Automatically generated by GRFCODEC. Do not modify!
// (Info version 32)
// Escapes: 2+ 2- 2< 2> 2u< 2u> 2/ 2% 2u/ 2u% 2* 2& 2| 2^ 2sto = 2s 2rst = 2r 2psto 2ror = 2rot 2cmp 2ucmp 2<< 2u>> 2>>
// Escapes: 71 70 7= 7! 7< 7> 7G 7g 7gG 7GG 7gg 7c 7C
// Escapes: D= = DR D+ = DF D- = DC Du* = DM D* = DnF Du<< = DnC D<< = DO D& D| Du/ D/ Du% D%
// Format: spritenum imagefile depth xpos ypos xsize ysize xrel yrel zoom flags
0 * 4 \d20
1 * 54 14 "C" "INFO"
"B" "VRSN" \w4 \dx00000000
"B" "MINV" \w4 \dx00000000
"B" "NPAR" \w1 00
"B" "PALS" \w1 "A"
"B" "BLTR" \w1 "8"
00
00
2 * 52 08 08 "NML\35" "NML regression test" 00 "A test newgrf testing NML" 00
// Name: @return_action_0
3 * 34 02 09 FF 89
43 20 \dx000000FF
\2cmp 1A 20 \dx00000002
\2< 1A 20 \dx00000001
\2^ 1A 00 \dx00000001
\b0
\wx8000 // Return computed value
// Name: @return_action_1
4 * 34 02 09 FE 89
43 28 \dx000000FF
\2cmp 1A 20 \dx00000005
\2- 1A 20 \dx00000001
\2> 1A 00 \dx00000000
\b0
\wx8000 // Return computed value
// Name: random1
5 * 15 02 09 FE 80 01 \b0 04
\wx00FF \wx00FF \wx00FF // (2/3) -> (3/4): return (var[0x43, 0, 255] < 2)
\wx00FE // (1/3) -> (1/4): return (var[0x43, 8, 255] > 5)
// Name: @return_action_0
6 * 34 02 09 FF 89
43 20 \dx000000FF
\2cmp 1A 20 \dx00000002
\2< 1A 20 \dx00000001
\2^ 1A 00 \dx00000001
\b0
\wx8000 // Return computed value
// Name: @return_action_1
7 * 34 02 09 FD 89
43 28 \dx000000FF
\2cmp 1A 20 \dx00000005
\2- 1A 20 \dx00000001
\2> 1A 00 \dx00000000
\b0
\wx8000 // Return computed value
// Name: var1
8 * 23 02 09 FD 89
42 00 \dx00000007
\b1
\wx00FF \dx00000000 \dx00000000 // 0 .. 0: return (var[0x43, 0, 255] < 2)
\wx00FD // default: return (var[0x43, 8, 255] > 5)
// Name: @return_action_2
9 * 34 02 09 FF 8A
45 38 \dx0000000F
\2cmp 1A 20 \dx00000002
\2< 1A 20 \dx00000001
\2^ 1A 00 \dx00000001
\b0
\wx8000 // Return computed value
// Name: @return_action_3
10 * 34 02 09 FC 8A
45 3C \dx0000000F
\2cmp 1A 20 \dx00000005
\2- 1A 20 \dx00000001
\2> 1A 00 \dx00000000
\b0
\wx8000 // Return computed value
// Name: random2
11 * 15 02 09 FC 83 01 \b0 04
\wx00FF \wx00FF \wx00FF // (2/3) -> (3/4): return (var[0x45, 24, 15] < 2)
\wx00FC // (1/3) -> (1/4): return (var[0x45, 28, 15] > 5)
// Name: @return_action_0
12 * 34 02 09 FF 8A
45 38 \dx0000000F
\2cmp 1A 20 \dx00000002
\2< 1A 20 \dx00000001
\2^ 1A 00 \dx00000001
\b0
\wx8000 // Return computed value
// Name: @return_action_1
13 * 34 02 09 FB 8A
45 3C \dx0000000F
\2cmp 1A 20 \dx00000005
\2- 1A 20 \dx00000001
\2> 1A 00 \dx00000000
\b0
\wx8000 // Return computed value
// Name: var2
14 * 23 02 09 FB 8A
93 00 \dx000000FF
\b1
\wx00FF \dx00000000 \dx00000000 // 0 .. 0: return (var[0x45, 24, 15] < 2)
\wx00FB // default: return (var[0x45, 28, 15] > 5)
15 * 11 00 09 \b2 01 FF \wx0000
08 00
09 00
16 * 9 00 09 \b1 01 FF \wx0000
0E 62
// Name: @CB_FAILED_LAYOUT09
17 * 17 02 09 FF \b0 \dx00000000
\dx00000000 \b0 \b0 \b0 \b0 \b0
// Name: @CB_FAILED09
18 * 23 02 09 FF 89
0C 00 \dx0000FFFF
\b1
\wx8000 \dx00000000 \dx00000000 // graphics callback -> return 0
\wx00FF // Non-graphics callback, return graphics result
// Name: @action3_0
19 * 53 02 09 FF 89
0C 00 \dx0000FFFF
\b4
\wx00FB \dx00000025 \dx00000025 // var2;
\wx00FD \dx00000027 \dx00000027 // var1;
\wx00FE \dx00000030 \dx00000030 // random1;
\wx00FC \dx0000003C \dx0000003C // random2;
\wx00FF // @CB_FAILED09;
20 * 7 03 09 01 00 \b0
\wx00FF // @action3_0;
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