Сигнализация: конфигурация и скрипты

[vicente]

Костя, я о входном и говорю. На прошлом скрине у тебя другие показатели были. Да, маркеры так. Я писал: "для очистки совести". Там "взадсмотрящих" голов нет, вроде. Но, чтобы не было каких-нибудь непредвиденных сюрпризов с DISTANCE , о которых ты писал, вплотную к нужному маркеру - самое то. Что по аспектам? Как тебе тогда удалось получить DISTANCE 0 и 7? Идеи?

Добавлено через 7 минут

WORK1 = next_sig_mr ( SIGFN_INFO );
if ( WORK1 ==# SIGASP_CLEAR_1 ) { next_INFO = 7; }
if ( WORK1 ==# SIGASP_APPROACH_3 ) { next_INFO = 6; }
if ( WORK1 ==# SIGASP_APPROACH_2 ) { next_INFO = 5; }
if ( WORK1 ==# SIGASP_APPROACH_1 ) { next_INFO = 4; }
if ( WORK1 ==# SIGASP_STOP_AND_PROCEED ) { next_INFO = 2; }
if ( WORK1 ==# SIGASP_RESTRICTING ) { next_INFO = 3; }
if ( WORK1 ==# SIGASP_STOP ) { next_INFO = 0; } }

Я вижу на табло все коды INFO -7. То есть, WORK1 не "хватает" никакой код по скрипту, который я разбирал. Поэтому next_INFO в том скрипте остаётся 0 (изначально заданный)

Добавлено через 3 минуты
Следующие скрипты, которые предлагаю "прозвонить" - это эти два. ИМХО, один из них должен давать тот самый зелёный, который мы не получаем.

Сообщение от roman5

Скрытый текст:

SCRIPT APK_4AB_YRG_YW_ALSN_Zel_B_Z

	extern float	block_state ();
	extern float	def_draw_state ();
	extern float	state;
	extern float	draw_state;
	extern float	next_sig_lr ();
	extern float	next_sig_mr ();
	extern float	opp_sig_lr ();
	extern float	opp_sig_mr ();
	extern float	sig_feature ();
	float WORK1; float ONE_WAY; float SVET; float POEZD; float next_INFO; float opp_ONE_WAY; float opp_POEZD;

	ONE_WAY = 0; SVET = 0; POEZD = 0; next_INFO = 8; opp_POEZD = 0; opp_ONE_WAY = 0;
	if ( block_state() !=# BLOCK_JN_OBSTRUCTED ) {
		WORK1 = next_sig_mr ( SIGFN_NORMAL ); if ( WORK1 ==# SIGASP_STOP_AND_PROCEED ) { ONE_WAY = 1; }
		WORK1 = next_sig_lr ( SIGFN_DISTANCE );
		if ( WORK1 ==# SIGASP_CLEAR_2 ) { SVET = 5; } if ( WORK1 ==# SIGASP_CLEAR_1 ) { SVET = 4; }
		if ( WORK1 ==# SIGASP_APPROACH_3 ) { SVET = 3; } if ( WORK1 ==# SIGASP_APPROACH_2 ) { SVET = 2; }
		if ( WORK1 ==# SIGASP_APPROACH_1 ) { SVET = 1; }
		if ( WORK1 ==# SIGASP_RESTRICTING ) { POEZD = 2; } if ( WORK1 ==# SIGASP_STOP_AND_PROCEED ) { POEZD = 1; }
		WORK1 = next_sig_mr ( SIGFN_INFO );
		if ( WORK1 ==# SIGASP_CLEAR_1 ) { next_INFO = 7; } if ( WORK1 ==# SIGASP_APPROACH_3 ) { next_INFO = 6; }
		if ( WORK1 ==# SIGASP_APPROACH_2 ) { next_INFO = 5; } if ( WORK1 ==# SIGASP_APPROACH_1 ) { next_INFO = 4; }
		if ( WORK1 ==# SIGASP_STOP_AND_PROCEED ) { next_INFO = 2; } if ( WORK1 ==# SIGASP_RESTRICTING )
		{ next_INFO = 3; } if ( WORK1 ==# SIGASP_STOP ) { next_INFO = 0; }
	}
	if ( sig_feature( SIGFEAT_GRADIENT_PLATE ) && !sig_feature( SIGFEAT_NUMBER_PLATE ) ) {
		WORK1 = opp_sig_mr ( SIGFN_NORMAL );
		if ( WORK1 ==# SIGASP_STOP_AND_PROCEED ) { opp_ONE_WAY = 1; }
		WORK1 = opp_sig_lr ( SIGFN_DISTANCE );
		if ( WORK1 ==# SIGASP_RESTRICTING ) { opp_POEZD = 2; } if ( WORK1 ==# SIGASP_STOP_AND_PROCEED ) { opp_POEZD = 1; }
	}

	if ( next_INFO ==# 4 ) { next_INFO = 8; }
	if ( next_INFO ==# 5 ) { next_INFO = 8; }
	if ( next_INFO ==# 6 ) { next_INFO = 8; }
	if ( next_INFO ==# 3 && sig_feature( SIGFEAT_NUMBER_PLATE ) ) { next_INFO = 8; }

	state = SIGASP_STOP;
	if ( sig_feature( SIGFEAT_NUMBER_PLATE ) && POEZD !=# 1 ) {
		if ( block_state() !=# BLOCK_CLEAR || POEZD ==# 2 || ONE_WAY ==# 1 ) { state = SIGASP_STOP_AND_PROCEED; }
	}
	if ( block_state() ==# BLOCK_CLEAR ) {
		if ( SVET !=# 0 && next_INFO ==# 8 && POEZD ==# 0 ) {
			state = SIGASP_CLEAR_2;
			if ( sig_feature( SIGFEAT_USER4 ) && SVET ==# 1 ) { state = SIGASP_APPROACH_1; }
			if ( !sig_feature( SIGFEAT_USER2 ) ) { state = SIGASP_RESTRICTING; }
		}
	}

	if ( sig_feature( SIGFEAT_GRADIENT_PLATE ) && !sig_feature( SIGFEAT_NUMBER_PLATE ) ) {
		if ( opp_POEZD ==# 2 || opp_ONE_WAY ==# 1 ) { state = SIGASP_STOP; }
	}
	if ( sig_feature( SIGFEAT_NUMBER_PLATE ) && POEZD ==# 1 && block_state() ==# BLOCK_CLEAR ) { state = SIGASP_RESTRICTING; }
	draw_state = def_draw_state (state);

Скрытый текст:

SCRIPT APK_4AB_YR_GY_Kv

	extern float	block_state ();
	extern float	def_draw_state ();
	extern float	state;
	extern float	draw_state;
	extern float	next_sig_lr ();
	extern float	next_sig_mr ();
	extern float	opp_sig_lr ();
	extern float	opp_sig_mr ();
	extern float	sig_feature ();
	float WORK1; float SVET; float POEZD; float next_INFO; float opp_ONE_WAY; float opp_POEZD;

	SVET = 0; POEZD = 0; next_INFO = 8; opp_POEZD = 0; opp_ONE_WAY = 0;
	if ( block_state() !=# BLOCK_JN_OBSTRUCTED ) {
		WORK1 = next_sig_lr ( SIGFN_DISTANCE );
		if ( WORK1 ==# SIGASP_CLEAR_2 ) { SVET = 5; } if ( WORK1 ==# SIGASP_CLEAR_1 ) { SVET = 4; }
		if ( WORK1 ==# SIGASP_APPROACH_3 ) { SVET = 3; } if ( WORK1 ==# SIGASP_APPROACH_2 ) { SVET = 2; }
		if ( WORK1 ==# SIGASP_APPROACH_1 ) { SVET = 1; }
		if ( WORK1 ==# SIGASP_RESTRICTING ) { POEZD = 2; } if ( WORK1 ==# SIGASP_STOP_AND_PROCEED ) { POEZD = 1; }
		WORK1 = next_sig_mr ( SIGFN_INFO );
		if ( WORK1 ==# SIGASP_CLEAR_1 ) { next_INFO = 7; } if ( WORK1 ==# SIGASP_APPROACH_3 ) { next_INFO = 6; }
		if ( WORK1 ==# SIGASP_APPROACH_2 ) { next_INFO = 5; } if ( WORK1 ==# SIGASP_APPROACH_1 ) { next_INFO = 4; }
		if ( WORK1 ==# SIGASP_STOP_AND_PROCEED ) { next_INFO = 2; } if ( WORK1 ==# SIGASP_RESTRICTING )
		{ next_INFO = 3; } if ( WORK1 ==# SIGASP_STOP ) { next_INFO = 0; }
	}
	if ( sig_feature( SIGFEAT_GRADIENT_PLATE ) && !sig_feature( SIGFEAT_NUMBER_PLATE ) ) {
		WORK1 = opp_sig_mr ( SIGFN_NORMAL );
		if ( WORK1 ==# SIGASP_STOP_AND_PROCEED ) { opp_ONE_WAY = 1; }
		WORK1 = opp_sig_lr ( SIGFN_DISTANCE );
		if ( WORK1 ==# SIGASP_RESTRICTING ) { opp_POEZD = 2; } if ( WORK1 ==# SIGASP_STOP_AND_PROCEED ) { opp_POEZD = 1; }
	}

	if ( next_INFO ==# 4 ) { next_INFO = 8; }
	if ( next_INFO ==# 5 ) { next_INFO = 8; }
	if ( next_INFO ==# 6 ) { next_INFO = 8; }
	if ( next_INFO ==# 3 && sig_feature( SIGFEAT_NUMBER_PLATE ) )
	{ next_INFO = 8; }

	state = SIGASP_STOP;
	if ( next_INFO ==# 8 && POEZD ==# 0 && block_state() ==# BLOCK_CLEAR ) {
		if ( SVET ==# 0 ) { state = SIGASP_STOP_AND_PROCEED; }
		if ( SVET ==# 1 ) { state = SIGASP_RESTRICTING; }
		if ( SVET ==# 2 ) { state = SIGASP_CLEAR_1; }
		if ( SVET ==# 3 ) { state = SIGASP_APPROACH_1; }
		if ( SVET ==# 4 ) { state = SIGASP_APPROACH_1; }
		if ( SVET ==# 5 ) { state = SIGASP_APPROACH_2; }
	}
	if ( next_INFO ==# 0 && POEZD ==# 0 && block_state() ==# BLOCK_CLEAR ) {
		if ( SVET ==# 0 ) { state = SIGASP_CLEAR_2; }
		if ( SVET !=# 0 ) { state = SIGASP_APPROACH_3; }
		if ( !sig_feature( SIGFEAT_USER3 ) ) { state = SIGASP_CLEAR_2; }
	}

	if ( sig_feature( SIGFEAT_NUMBER_PLATE ) && POEZD ==# 1 ) { state = SIGASP_STOP; }
	if ( sig_feature( SIGFEAT_GRADIENT_PLATE ) && !sig_feature( SIGFEAT_NUMBER_PLATE ) &&
	( opp_POEZD ==# 2 || opp_ONE_WAY ==# 1 ) ) { state = SIGASP_STOP; }
	draw_state = def_draw_state (state);