taz57 Posted March 13, 2020 Share Posted March 13, 2020 Bonjour Je voudrais savoir si dans le modèle quick drive de ts2020 , le kvb est fonctionnel sur les lignes françaises et etrangères? Quelle est la différence entre les 2 mods kvb Signalisation FR et signalisation DTG Merci pour votre aide Quote Link to comment Share on other sites More sharing options...
0 RW Central Posted March 13, 2020 Share Posted March 13, 2020 Bonjour, sujet déplacé ici dans "Questions/Réponses" Quote Link to comment Share on other sites More sharing options...
0 jeanpierrem Posted March 13, 2020 Share Posted March 13, 2020 Bonjour La différence réside dans le script des signaux . JP Quote Link to comment Share on other sites More sharing options...
0 SimTrain Posted March 13, 2020 Share Posted March 13, 2020 Bonjour, Oui le KVB est utilisable en QD. Le mode FR est à utiliser sur les lignes utilisant les signaux TerLor. Le mode DTG est à utiliser sur lignes utilisant les signaux de DTG. Le KVB, même s'il n'est pas fait pour ça, doit être utilisable sur les lignes de DTG y compris certaines lignes étrangères (lignes allemandes), il faut tester et voir ce que ça donne. 1 Quote Link to comment Share on other sites More sharing options...
0 taz57 Posted March 13, 2020 Author Share Posted March 13, 2020 Merci Qu'elle est la différence entre signaux DTG et TERLOR ? Merci Quote Link to comment Share on other sites More sharing options...
0 jeanpierrem Posted March 13, 2020 Share Posted March 13, 2020 Les scripts ne sont pas identiques et ils ne peuvent donc pas communiquer entre eux JP Quote Link to comment Share on other sites More sharing options...
0 jeanpierrem Posted March 13, 2020 Share Posted March 13, 2020 un script c'est cà --Script RailWorks 3 de Bernard Villetard -------------------------------------------------------------------------------------- -- Script signal de type A -------------------------------------------------------------------------------------- -- Fréquence de clignotement 0.48 Sec LIGHT_FLASH_OFF_SECS = 0.48 LIGHT_FLASH_ON_SECS = 0.48 gTimeSinceLastFlash = 0 gLightFlashOn = false gFirstFlashLight = true gFlashingLightActive = false gFlashingLight = {} -------------------------------------------------------------------------------------- -- INITIALISE -- function Initialise ( ) DefaultInitialise() gInitialised = false gSignalState = SIGNAL_VOIELIBRE Croco = 1 Call( "BeginUpdate" ) local number = Call ("GetId") Call ("SNCF_PlaqueID_Km:SetText", number, 0) end -------------------------------------------------------------------------------------- -- DEFAULT INITIALISE -- function DefaultInitialise() gLinkCount = Call( "GetLinkCount" ) gOccupationTable = {} for i=0, gLinkCount - 1 do gOccupationTable = 0 end gLinkState = {} for link = 0, gLinkCount - 1 do gLinkState[link] = SIGNAL_VOIELIBRE end end -------------------------------------------------------------------------------------- -- UPDATE -- function Update (time) if gFlashingLightActive then if gFirstLightFlash then gTimeSinceLastFlash = 0 gFirstLightFlash = false gLightFlashOn = false else gTimeSinceLastFlash = gTimeSinceLastFlash + time if (not gLightFlashOn) and gTimeSinceLastFlash >= LIGHT_FLASH_OFF_SECS then for i, v in ipairs(gFlashingLight) do Call ("SNCF_A:ActivateNode", v, 1) end gLightFlashOn = true gTimeSinceLastFlash = 0 end if gLightFlashOn and gTimeSinceLastFlash >= LIGHT_FLASH_ON_SECS then for i, v in ipairs(gFlashingLight) do Call ("SNCF_A:ActivateNode", v, 0) end gLightFlashOn = false gTimeSinceLastFlash = 0 end end end DefaultUpdate() end -------------------------------------------------------------------------------------- -- DEFAULT UPDATE -- function DefaultUpdate( time ) gInitialised = true OnJunctionStateChange( 0, "", 1, 0 ) if gSignalState == SIGNAL_VOIELIBRE then SetState(SIGNAL_VOIELIBRE) end end -------------------------------------------------------------------------------------- -- RESET SIGNAL STATE -- function ResetSignalState ( ) Initialise() end -------------------------------------------------------------------------------------- -- GLOBALS CLEAR = 0 WARNING = 1 BLOCKED = 2 RESET_SIGNAL_STATE = 0 INITIALISE_SIGNAL_TO_BLOCKED = 1 JUNCTION_STATE_CHANGE = 2 INITIALISE_TO_PREPARED = 3 OCCUPATION_INCREMENT = 10 OCCUPATION_DECREMENT = 11 OUVERT = 12 FERME = 13 SIGNAL_CARRE = 14 SIGNAL_VOIELIBRE = 15 SIGNAL_AVERTISSEMENT = 16 SIGNAL_JAUNEcli = 17 SIGNAL_ROUGEcli = 18 SIGNAL_SEMAPHORE = 19 SIGNAL_VERTcli = 20 SIGNAL_R30 = 21 SIGNAL_R60 = 22 SIGNAL_R60JAUNEcli = 23 SIGNAL_RR30 = 24 SIGNAL_RR60 = 25 SIGNAL_RR30AVERTISSEMENT = 26 SIGNAL_RR30JAUNEcli = 27 SIGNAL_RR60AVERTISSEMENT = 28 SIGNAL_RR60JAUNEcli = 29 SIGNAL_AVERTISSEMENTBJ = 30 SIGNAL_ARR30BJ = 31 SIGNAL_DISQUE = 32 SIGNAL_MANOEUVRE = 33 SIGNAL_BLANCcli = 34 SIGNAL_ETEINT = 35 SIGNAL_GASAM = 36 SIGNAL_MESSAGE1 = 37 SIGNAL_MESSAGE2 = 38 SIGNAL_MESSAGE3 = 39 SIGNAL_MESSAGE4 = 40 SIGNAL_MESSAGE5 = 41 PN1_Arrive = 42 PN1_Depart = 43 PN2_Arrive = 44 PN2_Depart = 45 PN3_Arrive = 46 PN3_Depart = 47 TIV_Ouvert = 48 TIV_Ferme = 49 PASS_OFFSET = 50 PASS_RESET_SIGNAL_STATE = PASS_OFFSET + RESET_SIGNAL_STATE -- Never used! PASS_JUNCTION_STATE_CHANGE = PASS_OFFSET + JUNCTION_STATE_CHANGE PASS_INITIALISE_SIGNAL_TO_BLOCKED = PASS_OFFSET + INITIALISE_SIGNAL_TO_BLOCKED PASS_INITIALISE_TO_PREPARED = PASS_OFFSET + INITIALISE_TO_PREPARED PASS_OCCUPATION_INCREMENT = PASS_OFFSET + OCCUPATION_INCREMENT PASS_OCCUPATION_DECREMENT = PASS_OFFSET + OCCUPATION_DECREMENT PASS_SIGNAL_CARRE = PASS_OFFSET + SIGNAL_CARRE PASS_SIGNAL_VOIELIBRE = PASS_OFFSET + SIGNAL_VOIELIBRE PASS_SIGNAL_AVERTISSEMENT = PASS_OFFSET + SIGNAL_AVERTISSEMENT PASS_SIGNAL_JAUNEcli = PASS_OFFSET + SIGNAL_JAUNEcli PASS_SIGNAL_ROUGEcli = PASS_OFFSET + SIGNAL_ROUGEcli PASS_SIGNAL_SEMAPHORE = PASS_OFFSET + SIGNAL_SEMAPHORE PASS_SIGNAL_VERTcli = PASS_OFFSET + SIGNAL_VERTcli PASS_SIGNAL_R30 = PASS_OFFSET + SIGNAL_R30 PASS_SIGNAL_R60 = PASS_OFFSET + SIGNAL_R60 PASS_SIGNAL_R60JAUNEcli = PASS_OFFSET + SIGNAL_R60JAUNEcli PASS_SIGNAL_RR30 = PASS_OFFSET + SIGNAL_RR30 PASS_SIGNAL_RR60 = PASS_OFFSET + SIGNAL_RR60 PASS_SIGNAL_RR30AVERTISSEMENT = PASS_OFFSET + SIGNAL_RR30AVERTISSEMENT PASS_SIGNAL_RR30JAUNEcli = PASS_OFFSET + SIGNAL_RR30JAUNEcli PASS_SIGNAL_RR60AVERTISSEMENT = PASS_OFFSET + SIGNAL_RR60AVERTISSEMENT PASS_SIGNAL_RR60JAUNEcli = PASS_OFFSET + SIGNAL_RR60JAUNEcli PASS_SIGNAL_AVERTISSEMENTBJ = PASS_OFFSET + SIGNAL_AVERTISSEMENTBJ PASS_SIGNAL_ARR30BJ = PASS_OFFSET + SIGNAL_ARR30BJ PASS_SIGNAL_DISQUE = PASS_OFFSET + SIGNAL_DISQUE PASS_SIGNAL_MANOEUVRE = PASS_OFFSET + SIGNAL_MANOEUVRE PASS_SIGNAL_BLANCcli = PASS_OFFSET + SIGNAL_BLANCcli PASS_SIGNAL_ETEINT = PASS_OFFSET + SIGNAL_ETEINT PASS_SIGNAL_GASAM = PASS_OFFSET + SIGNAL_GASAM gConnectedLink = 0 gUpdating = 0 SIGMSG_CUSTOM = 15 AWS_MESSAGE = 11 TPWS_MESSAGE = 12 SPAD_MESSAGE = 13 CROCO_MESSAGE = 14 -------------------------------------------------------------------------------------- -- JUNCTION STATE CHANGE --- function OnJunctionStateChange( junction_state, parameter, direction, linkIndex ) if (gOccupationTable[0] == 0) then CheckSignalState( ) else Occupe( gConnectedLink ) end end -------------------------------------------------------------------------------------- -- ON CONSIST PASS -- function OnConsistPass ( prevFrontDist, prevBackDist, frontDist, backDist, linkIndex ) local crossingStart = 0 local crossingEnd = 0 if ( frontDist > 0 and backDist < 0 ) or ( frontDist < 0 and backDist > 0 ) then if ( prevFrontDist < 0 and prevBackDist < 0 ) or ( prevFrontDist > 0 and prevBackDist > 0 ) then crossingStart = 1 end else if ( prevFrontDist < 0 and prevBackDist > 0 ) or ( prevFrontDist > 0 and prevBackDist < 0 ) then crossingEnd = 1 end end if (crossingStart == 1) then -------------------------------------------------------------------------------------- if (prevFrontDist > 0 and prevBackDist > 0) then if (linkIndex == 0) then if (gSignalState == SIGNAL_SEMAPHORE) or (gSignalState == SIGNAL_ROUGEcli) then Call( "SendConsistMessage", SIGMSG_CUSTOM , "KVBe000" ) local consistSpeed = Call( "GetConsistSpeed" ) local speedLimit = 4.2 if ( consistSpeed > speedLimit ) then Call( "SendConsistMessage", SPAD_MESSAGE, "" ) end elseif (gSignalState == SIGNAL_AVERTISSEMENT) then Call( "SendConsistMessage", SIGMSG_CUSTOM , "KVBa000" ) local consistSpeed = Call( "GetConsistSpeed" ) local speedLimit = 44.44 if ( consistSpeed > speedLimit ) then Call( "SendConsistMessage", SPAD_MESSAGE, "" ) end elseif (gSignalState == SIGNAL_JAUNEcli) then Call( "SendConsistMessage", SIGMSG_CUSTOM , "KVBa888" ) local consistSpeed = Call( "GetConsistSpeed" ) local speedLimit = 44.44 if ( consistSpeed > speedLimit ) then Call( "SendConsistMessage", SPAD_MESSAGE, "" ) end elseif (gSignalState == SIGNAL_VERTcli) then Call( "SendConsistMessage", SIGMSG_CUSTOM , "KVBa160" ) elseif (gSignalState == SIGNAL_VOIELIBRE) then Call( "SendConsistMessage", SIGMSG_CUSTOM , "KVBv000" ) end Occupe( 0 ) gOccupationTable[0] = gOccupationTable[0] + 1 end -------------------------------------------------------------------------------------- elseif (prevFrontDist < 0 and prevBackDist < 0) then if (linkIndex == 0) then if gOccupationTable[0] == 1 and gConnectedLink ~= -1 then local signalStateMessage = gLinkState[gConnectedLink] Call( "SendSignalMessage", signalStateMessage, "", -1,1, 0 ) end Call( "SendSignalMessage", OCCUPATION_INCREMENT, "", -1, 1, 0 ) end end elseif (crossingEnd == 1) then -------------------------------------------------------------------------------------- if (frontDist > 0 and backDist > 0) then if (linkIndex == 0) then if gOccupationTable[0] > 0 then gOccupationTable[0] = gOccupationTable[0] - 1 else end if (gOccupationTable[0] == 0 and gConnectedLink ~= -1 and gOccupationTable[gConnectedLink] == 0) then CheckSignalState( ) end end -------------------------------------------------------------------------------------- elseif (frontDist < 0 and backDist < 0) then if (linkIndex == 0) then Call( "SendSignalMessage", OCCUPATION_DECREMENT, "", -1, 1, 0 ) end end end end -------------------------------------------------------------------------------------- -- NONOCCUPE -- function NonOccupe( linkIndex ) if (linkIndex == 0 and gConnectedLink > 0) then linkIndex = gConnectedLink end if (gConnectedLink == linkIndex) then if (gOccupationTable[linkIndex] ~= nil) and (gOccupationTable[linkIndex] == 0) and (gOccupationTable[0] == 0) then if gSignalState ~= SIGNAL_VOIELIBRE then SetState( SIGNAL_VOIELIBRE ) Call( "SendSignalMessage", SIGNAL_VOIELIBRE, "", -1, 1, 0 ) end end end gLinkState[linkIndex] = SIGNAL_VOIELIBRE end -------------------------------------------------------------------------------------- -- OCCUPE -- function Occupe( linkIndex ) if Croco == 1 or Croco == 3 or Croco == 5 or Croco == 7 then if gSignalState ~= SIGNAL_SEMAPHORE then SetState( SIGNAL_SEMAPHORE ) Call( "SendSignalMessage", SIGNAL_SEMAPHORE, "", -1, 1, 0 ) end else if gSignalState ~= SIGNAL_ROUGEcli then SetState( SIGNAL_ROUGEcli ) Call( "SendSignalMessage", SIGNAL_ROUGEcli, "", -1, 1, 0 ) end end end -------------------------------------------------------------------------------------- -- AVERTISSEMENT -- function Avertissement( linkIndex ) if (linkIndex == 0 and gConnectedLink > 0) then linkIndex = gConnectedLink end if (gConnectedLink == linkIndex) then if (gOccupationTable[linkIndex] ~= nil) and (gOccupationTable[linkIndex] == 0) and (gOccupationTable[0] == 0) then if gSignalState ~= SIGNAL_AVERTISSEMENT then SetState( SIGNAL_AVERTISSEMENT ) Call( "SendSignalMessage", SIGNAL_AVERTISSEMENT, "", -1, 1, 0 ) end end end gLinkState[linkIndex] = SIGNAL_AVERTISSEMENT end ----------------------------------------------------------------------------------- -- JAUNEcli -- function Jaunecli( linkIndex ) if (linkIndex == 0 and gConnectedLink > 0) then linkIndex = gConnectedLink end if (gConnectedLink == linkIndex) then if (gOccupationTable[linkIndex] ~= nil) and (gOccupationTable[linkIndex] == 0) and (gOccupationTable[0] == 0) then if gSignalState ~= SIGNAL_JAUNEcli then SetState( SIGNAL_JAUNEcli ) Call( "SendSignalMessage", SIGNAL_JAUNEcli, "", -1, 1, 0 ) end end end gLinkState[linkIndex] = SIGNAL_JAUNEcli end ------------------------------------------------------------------------------------- -- VERTcli -- function Vertcli( linkIndex ) if (linkIndex == 0 and gConnectedLink > 0) then linkIndex = gConnectedLink end if (gConnectedLink == linkIndex) then if (gOccupationTable[linkIndex] ~= nil) and (gOccupationTable[linkIndex] == 0) and (gOccupationTable[0] == 0) then if gSignalState ~= SIGNAL_VERTcli then SetState( SIGNAL_VERTcli ) Call( "SendSignalMessage", SIGNAL_VERTcli, "", -1, 1, 0 ) end end end gLinkState[linkIndex] = SIGNAL_VERTcli end ------------------------------------------------------------------------------------- -- SET STATE -- function SetState( newState ) if (newState == SIGNAL_VOIELIBRE) then Call ("Set2DMapSignalState", CLEAR) SetLights(SIGNAL_VOIELIBRE) elseif (newState == SIGNAL_SEMAPHORE) then Call ("Set2DMapSignalState", BLOCKED) SetLights(SIGNAL_SEMAPHORE) elseif (newState == SIGNAL_ROUGEcli) then Call ("Set2DMapSignalState", BLOCKED) SetLights(SIGNAL_ROUGEcli) elseif (newState == SIGNAL_AVERTISSEMENT) then Call ("Set2DMapSignalState", WARNING) SetLights(SIGNAL_AVERTISSEMENT) elseif (newState == SIGNAL_JAUNEcli) then Call ("Set2DMapSignalState", WARNING) SetLights(SIGNAL_JAUNEcli) elseif (newState == SIGNAL_VERTcli) then Call ("Set2DMapSignalState", CLEAR) SetLights(SIGNAL_VERTcli) end gSignalState = newState end -------------------------------------------------------------------------------------- -- SET LIGHTS -- function SetLights ( newState ) if (newState == SIGNAL_VOIELIBRE) then Call ( "SNCF_A:ActivateNode", "mod_voie_libre", 1 ) Call ( "SNCF_A:ActivateNode", "mod_avertissement", 0 ) Call ( "SNCF_A:ActivateNode", "mod_semaphore", 0 ) gFlashingLightActive = false elseif (newState == SIGNAL_SEMAPHORE) then Call ( "SNCF_A:ActivateNode", "mod_voie_libre", 0 ) Call ( "SNCF_A:ActivateNode", "mod_avertissement", 0 ) Call ( "SNCF_A:ActivateNode", "mod_semaphore", 1 ) gFlashingLightActive = false elseif (newState == SIGNAL_ROUGEcli) then Call ( "SNCF_A:ActivateNode", "mod_voie_libre", 0 ) Call ( "SNCF_A:ActivateNode", "mod_avertissement", 0 ) Call ( "SNCF_A:ActivateNode", "mod_semaphore", 1 ) gFlashingLightActive = true gFlashingLight = { "mod_semaphore" } gFirstLightFlash = true elseif (newState == SIGNAL_AVERTISSEMENT) then Call ( "SNCF_A:ActivateNode", "mod_voie_libre", 0 ) Call ( "SNCF_A:ActivateNode", "mod_avertissement", 1 ) Call ( "SNCF_A:ActivateNode", "mod_semaphore", 0 ) gFlashingLightActive = false elseif (newState == SIGNAL_JAUNEcli) then Call ( "SNCF_A:ActivateNode", "mod_voie_libre", 0 ) Call ( "SNCF_A:ActivateNode", "mod_avertissement", 1 ) Call ( "SNCF_A:ActivateNode", "mod_semaphore", 0 ) gFlashingLightActive = true gFlashingLight = { "mod_avertissement" } gFirstLightFlash = true elseif (newState == SIGNAL_VERTcli) then Call ( "SNCF_A:ActivateNode", "mod_voie_libre", 1 ) Call ( "SNCF_A:ActivateNode", "mod_avertissement", 0 ) Call ( "SNCF_A:ActivateNode", "mod_semaphore", 0 ) gFlashingLightActive = true gFlashingLight = { "mod_voie_libre" } gFirstLightFlash = true else end end -------------------------------------------------------------------------------------- -- GET SIGNAL STATE -- function GetSignalState( ) local signalState = -1 if (gSignalState == SIGNAL_VOIELIBRE) or (gSignalState == SIGNAL_VERTcli) then signalState = CLEAR elseif (gSignalState == SIGNAL_SEMAPHORE) or (gSignalState == SIGNAL_ROUGEcli) or (gSignalState == SIGNAL_AVERTISSEMENT) or (gSignalState == SIGNAL_JAUNEcli) then signalState = BLOCKED else end return signalState end -------------------------------------------------------------------------------------- -- CHECK SIGNAL STATE -- function CheckSignalState( ) if gConnectedLink < 0 then elseif gLinkState[gConnectedLink] == SIGNAL_VOIELIBRE then NonOccupe( gConnectedLink ) elseif gLinkState[gConnectedLink] == SIGNAL_AVERTISSEMENT then Avertissement( gConnectedLink ) elseif gLinkState[gConnectedLink] == SIGNAL_JAUNEcli then Jaunecli( gConnectedLink ) elseif gLinkState[gConnectedLink] == SIGNAL_VERTcli then Vertcli( gConnectedLink ) else end end ------------------------------------------------------------------------------------- -- ON SIGNAL MESSAGE -- function OnSignalMessage( message, parameter, direction, linkIndex ) if (linkIndex > 0) then if message > PASS_OFFSET then Call( "SendSignalMessage", message, parameter, -direction, 1, linkIndex ) elseif message ~= RESET_SIGNAL_STATE and message ~= JUNCTION_STATE_CHANGE and parameter ~= "DoNotForward" then Call( "SendSignalMessage", message + PASS_OFFSET, parameter, -direction, 1, linkIndex ) end end if (linkIndex >= 0) then if message >= PASS_INITIALISE_SIGNAL_TO_BLOCKED then if linkIndex > 0 then ReactToSignalMessage( message - PASS_OFFSET, parameter, direction, linkIndex ) end else ReactToSignalMessage( message, parameter, direction, linkIndex ) end end end ------------------------------------------------------------------------------------- -- REACT TO SIGNAL MESSAGE function ReactToSignalMessage( message, parameter, direction, linkIndex ) if (message == RESET_SIGNAL_STATE) then ResetSignalState() elseif (message == INITIALISE_SIGNAL_TO_BLOCKED) then gOccupationTable[linkIndex] = gOccupationTable[linkIndex] + 1 elseif (direction == 1) then if ( message == SIGNAL_CARRE or message == SIGNAL_SEMAPHORE or message == SIGNAL_ROUGEcli or message == SIGNAL_MANOEUVRE or message == SIGNAL_BLANCcli or message == SIGNAL_GASAM ) then Avertissement( linkIndex ) elseif ( message == SIGNAL_AVERTISSEMENT or message == SIGNAL_R30) then if Croco == 1 or Croco == 2 then NonOccupe( linkIndex ) elseif Croco == 3 or Croco == 4 or Croco == 7 or Croco == 8 then Jaunecli( linkIndex ) elseif Croco == 5 or Croco == 6 then Vertcli( linkIndex ) end elseif ( message == SIGNAL_JAUNEcli or message == SIGNAL_R60 or message == SIGNAL_R60JAUNEcli) then if Croco == 1 or Croco == 2 or Croco == 3 or Croco == 4 then NonOccupe( linkIndex ) elseif Croco == 5 or Croco == 6 or Croco == 7 or Croco == 8 then Vertcli( linkIndex ) end elseif (message == SIGNAL_AVERTISSEMENTBJ or message == SIGNAL_VERTcli or message == SIGNAL_VOIELIBRE ) then NonOccupe( linkIndex ) elseif (message == OCCUPATION_DECREMENT) then if gOccupationTable[linkIndex] > 0 then gOccupationTable[linkIndex] = gOccupationTable[linkIndex] - 1 else end Avertissement( linkIndex ) elseif (message == OCCUPATION_INCREMENT) then gOccupationTable[linkIndex] = gOccupationTable[linkIndex] + 1 if (gConnectedLink == linkIndex) then Occupe( linkIndex ) end else Call( "SendSignalMessage", message, parameter, -1, 1, 0 ) end elseif (direction == -1) then if message == SIGNAL_MESSAGE5 then if parameter == "2" then Croco = 2 elseif parameter == "3" then Croco = 3 elseif parameter == "4" then Croco = 4 elseif parameter == "5" then Croco = 5 elseif parameter == "6" then Croco = 6 elseif parameter == "7" then Croco = 7 elseif parameter == "8" then Croco = 8 end else Call( "SendSignalMessage", message, parameter, 1, 1, 0 ) end end end Cà c'est un script des signaux de TerTor c'est ce qui permet au signal de changer d'état Ceux de DTG sont codés et ne sont donc pas compatible avec ceux de TerLor JP 1 Quote Link to comment Share on other sites More sharing options...
0 taz57 Posted March 13, 2020 Author Share Posted March 13, 2020 Oula il y a du script Donc au plus simple pour moi... Étant novice Ligne française kvb mod fr Ligne allemande kvb mod DTG.... ? Quote Link to comment Share on other sites More sharing options...
0 jeanpierrem Posted March 13, 2020 Share Posted March 13, 2020 (edited) Pas évidents de te répondre car je maitrise un peut les scripts de TerLor qui d'ailleurs sont fait par Henrion Pour ma part la signalisation de TerLor correspond a la signalisation réelle de la SNCF avec les limitations du a l'éditeur de TS Pour la signalisation de DTG je suis bien incapable de te répondre car je ne l'ai jamais posé sur une ligne . Jean Pierre Edited March 14, 2020 by jeanpierrem Quote Link to comment Share on other sites More sharing options...
0 taz57 Posted March 14, 2020 Author Share Posted March 14, 2020 merci pour vos reponses Quote Link to comment Share on other sites More sharing options...
0 Treno Notte Posted March 14, 2020 Share Posted March 14, 2020 Le mieux sur ligne Allemande c'est d'essayer avec l'un puis avec l'autre pour voir ce qui marche Quote Link to comment Share on other sites More sharing options...
0 Clément 33 Posted March 14, 2020 Share Posted March 14, 2020 Bonjour, J'ai essayé le KVB DTG avec la 22200 sur Berlin - Leipzig et même à 200 km/h ça fonctionne ! Clément Quote Clément CRL (Conducteur de Ligne)DTL TER Nord Aquitaine /UP Traction NA Link to comment Share on other sites More sharing options...
0 taz57 Posted March 14, 2020 Author Share Posted March 14, 2020 J'ai essayé une line allemande avec le DTG il applique bien les limitations mais ne l'indique pas sur l'afficheur Quote Link to comment Share on other sites More sharing options...
0 Clément 33 Posted March 14, 2020 Share Posted March 14, 2020 C'est-à-dire ? Le "b" vert ne s'affiche pas sur ton KVB au dessus de 160 par exemple ? Quote Clément CRL (Conducteur de Ligne)DTL TER Nord Aquitaine /UP Traction NA Link to comment Share on other sites More sharing options...
0 taz57 Posted March 14, 2020 Author Share Posted March 14, 2020 J'ai la lettre P qui s'affiche à 130km/h. Par contre je vois la presignalisation sur la voie au feu m indiquant une limitation à 60km/h À venir Mais sur l'afficheur KVB il y a toujours les trais de surveillance et cela ne change pas d'Etat.... Il devrais indiquer 00 en jaune normalement ? Quote Link to comment Share on other sites More sharing options...
0 Clément 33 Posted March 14, 2020 Share Posted March 14, 2020 Je ne sais pas exactement comment est codé le KVB sur TS mais ce que je peux te dire c'est que l'affichage des traits est normal, ils t'indiquent que le contrôle de la vitesse est actif. Sur un signal présentant un feu jaune (appelé avertissement) l'affichage des "00" jaunes au visualisateur auxiliaire devrait se faire. Tu as essayé sur une autre ligne pour voir si c'était pareil ? Lorsque la vitesse limite de la ligne est supérieure à 160 tu devrait avoir l'affichage d'un "b" vert au visualisateur principal pour t'autoriser à rouler à plus de 160 et sans dépasser 220 km/h. Le "p" s'affiche lorsque tu dois ramener au plus vite la vitesse de ton train à une vitesse maximale de 160 km/h. Quote Clément CRL (Conducteur de Ligne)DTL TER Nord Aquitaine /UP Traction NA Link to comment Share on other sites More sharing options...
0 taz57 Posted March 14, 2020 Author Share Posted March 14, 2020 Merci pour tes explications je vais essayer sur une autre ligne.. j'en sais un petit peu plus sur le KVB super je te tiens au courant si tu veux bien 1 Quote Link to comment Share on other sites More sharing options...
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taz57
Bonjour
Je voudrais savoir si dans le modèle quick drive de ts2020 , le kvb est fonctionnel sur les lignes françaises et etrangères?
Quelle est la différence entre les 2 mods kvb
Signalisation FR et signalisation DTG
Merci pour votre aide
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SimTrain
Bonjour, Oui le KVB est utilisable en QD. Le mode FR est à utiliser sur les lignes utilisant les signaux TerLor. Le mode DTG est à utiliser sur lignes utilisant les signaux de DTG.
jeanpierrem
un script c'est cà --Script RailWorks 3 de Bernard Villetard -------------------------------------------------------------------------------------- -- Script signal de type A --------------------
taz57
Merci pour tes explications je vais essayer sur une autre ligne.. j'en sais un petit peu plus sur le KVB super 🙂 je te tiens au courant si tu veux bien
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