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« dnia: 30 Stycznia 2006, 14:30:06 »
Witam.
Nowy exe pozwala na rozlaczanie i laczenie skladow w dowolnym miejscu i to nie tylko naszych ale takze tych sterowanych przez AI.Mozna by stworzyc juz dzieki temu programowi realna sceneria manewrowa np manewry stonka na duzej stacji pasazerskiej np:Poznan glowny .ALe jest jeden niespowdizewany problem .Mianowicie w nowym exe AI za nic na swiecie nie chce sie docisnac do skladu tak jak to mialo miejsce w starszej wersji.I nie mozna przez to polaczyc lokomotywy z pociagiem .Oto dowud .
Ponizej przedstawiam moja mala scenerie testowa :
atmo 0.45 0.49 0.55 0 1200 0.45 0.49 0.55 endatmo //atmosfera: kolor nieba, mgla: poczatek, koniec oraz skladowe RGB (0...1)
light -500 500 200 0.3 0.33 0.35 0.70 0.65 0.6 0.75 0.74 0.70 endlight
time 11:34 6:00 21:30 endtime
node -1 0 none track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-51.4354 0.2 -88.2778 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-51.4354 0.2 11.6222 0.0 //point 2
0
endtrack
node -1 0 none track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-51.4354 0.2 11.6222 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-51.4354 0.2 111.522 0.0 //point 2
0
endtrack
node -1 0 a track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-51.4354 0.2 111.522 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-51.4354 0.2 211.422 0.0 //point 2
0
event2 a_a_sem_info
endtrack
node -1 0 b track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-16.5072 0.2 -76.3161 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-16.5072 0.2 23.5839 0.0 //point 2
0
event2 b_b_sem_info
endtrack
node -1 0 none track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-16.5072 0.2 23.5839 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-16.5072 0.2 123.484 0.0 //point 2
0
endtrack
node -1 0 none track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-16.5072 0.2 123.484 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-16.5072 0.2 223.384 0.0 //point 2
0
endtrack
node -1 0 none track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-16.5072 0.2 323.284 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-16.5072 0.2 423.184 0.0 //point 2
0
event1 c_c_sem_info
event2 czytaj
endtrack
node -1 0 n track switch 34.0 1.435 0.24 15.0 20 2 flat vis
Rail_screw_used1 4 Rail_screw_used1 0.2 2.75 2.5
-16.5072 0.2 323.284 0.1 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-16.5072 0.2 289.284 -0.1 //point 2
0
-16.5072 0.2 323.284 0 //point 1
0.0 0.0 -11.3351 //control vector 1
1.28189 0.0 11.2623 //control vector 2
-18.4318 0.2 289.357 0 //point 2
300.0
endtrack
// additional:
include;ZwrL34R300.inc;n;-16.5072;0.0;323.284;180.0;zwrot34R300pods-new.tex;end
node -1 0 none track normal 0.0 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-51.4354 0.2 211.422 0.0 //point 1
0.0 0.0 28.2115 //control vector 1
-3.19047 0.0 -28.0305 //control vector 2
-18.4318 0.2 289.357 0.0 //point 2
0
endtrack
node -1 0 none track normal 0.0 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-16.5072 0.2 289.284 0.0 //point 1
0.0 0.0 -21.9667 //control vector 1
0.0 0.0 21.9667 //control vector 2
-16.5072 0.2 223.384 0.0 //point 2
0
endtrack
node -1 0 none track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-16.5072 0.2 423.184 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-16.5072 0.2 523.084 0.0 //point 2
0
endtrack
node -1 0 none track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-16.5072 0.2 523.084 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-16.5072 0.2 622.984 0.0 //point 2
0
event2 d_d_sem_info
endtrack
node -1 0 none track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-16.5072 0.2 622.984 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-16.5072 0.2 722.884 0.0 //point 2
0
endtrack
node -1 0 none track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-16.5072 0.2 722.884 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-16.5072 0.2 822.784 0.0 //point 2
0
endtrack
node -1 0 none track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-16.5072 0.2 822.784 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-16.5072 0.2 922.684 0.0 //point 2
0
endtrack
node -1 0 none track normal 99.9 1.435 0.25 25.0 20 0 Flat vis
Rail_screw_used1 4 TpBpS-new2.tex 0.2 0.5 1.1
-16.5072 0.2 922.684 0.0 //point 1
0.0 0.0 0.0 //control vector 1
0.0 0.0 0.0 //control vector 2
-16.5072 0.2 1022.58 0.0 //point 2
0
endtrack
include;SS4zcpbI.inc;a_A;-56.4594;0.0;206.457;-179.0;A;;end
include;SS4zcpbI.inc;b_b;-19.7369;0.0;210.165;179.5;b;;end
include;SS4zcpbI.inc;c_c;-12.5599;0.0;331.457;0.0;c;;end
include;SS4zcpbI.inc;d_d;-19.9762;0.0;620.169;179.5;d;;end
node -1 0 odczepiaj_mem memcell -70 0 -100 Shunt 0 0 none endmemcell
event zawracaj updatevalues 10 odczepiaj_mem Change_direction 0 0 endevent
event czytaj getvalues 61.0 odczepiaj_mem endevent
event keyctrl01 multiple 2.0 none a_a_sz1 n+ endevent
event keyctrl02 multiple 2.0 none b_b_ms2 a_a_s1 n- zawracaj endevent
event keyctrl03 multiple 2.0 none c_c_sz1 b_b_s1 d_d_sz1 endevent
//event zawracaj putvalues 100.0 none 0.1 0.1 0.1 Change_direction 0 0 endevent
//event odczepiaj putvalues 0 none 0.1 0.1 0.1 Shunt 0 0 endevent
//node -1 0 otwieraj6 eventlauncher -100 1.5 823 -1 none -1 keyctrll keyctrl01 end
FirstInit
trainset none a 50.0 0.1
node -1 0 SU45-147 dynamic PKP\SP45 su45-147 301Ddumb 0.0 headdriver 3 0 enddynamic
node -1 0 5051-304510-1 dynamic PKP\Sgs none 412Za 0.0 nobody 3 0 enddynamic
node -1 0 5051-304510-1 dynamic PKP\Sgs none 412Za 0.0 nobody 3 0 enddynamic
//node -1 0 5051-304510-1 dynamic PKP\Sgs COSCO 412ZaB 0.0 nobody 0 1 container40foot enddynamic
node -1 0 5051-304510-1 dynamic PKP\Sgs none 412Za 0.0 nobody 3 0 enddynamic
node -1 0 5051-304510-1 dynamic PKP\Sgs none 412Za 0.0 nobody 3 0 enddynamic
node -1 0 Bd2 dynamic PKP\1xxa 111a3.bmp 111a 0.0 passenger 0 1 passengers enddynamic
endtrainset
trainset none b 80 1.0
//node -1 0 Bd1 dynamic PKP\1xxa 111a3.bmp 111a 0.0 passenger 3 1 passengers enddynamic
node -1 0 zegarynka dynamic PKP\SM42 sm42-643 sm42Ddumb 0.0 headdriver 0 0 enddynamic
endtrainset
Scenariusz jest nastepujacy:
shift+1 =fiat wyjezdza na prosata i odczepia sie
shift+2 = stonka podjezdza do skladu (w nowym exe zatrzymuje sie tuz przed skladem w starym starannie sie dociska)
shift+3 = fiat i stonka odjezadaja w przeciwne kierunki (stonka docelow mogla by odjechac ze skladem gdyby nie ten bug
Moje pytanie jest nastepujace :
Jaki cel mialo na celu wprowdazenie tego wyczuwania pociagow na swojej drodze przez AI ?I czy mozliwe jest wprowadzenieni zmian do nowego exe tak aby loki AI nie chamowaly przed skladami do ktorych moglyby przez nas zostac dolaczone?Bo wtedy mozliwosci kreacji sceneri z atrakcyjnymi eventami sa przeogromne.
P.S;
proble,m znika gdy umiescimy przed lokiem AI dowolny wagon np: w mojej scenerii BD1.