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MetrostroiAddon/lua/metrostroi/systems/_obsolete/sys_bars_em.lua
g_brzhezinskiy 1d05caf866 init
2021-01-02 12:51:45 +03:00

576 lines
19 KiB
Lua

--------------------------------------------------------------------------------
-- БАРС для Ем
--------------------------------------------------------------------------------
Metrostroi.DefineSystem("BARS_Em")
TRAIN_SYSTEM.DontAccelerateSimulation = true
function TRAIN_SYSTEM:Initialize()
self.Train:LoadSystem("VRD","Relay","Switch", {av = true})
self.Train:LoadSystem("RC2","Relay","Switch", {bass = true,normally_closed = true })
-- ALS state
self.Signal80 = false
self.Signal70 = false
self.Signal60 = false
self.Signal40 = false
self.Signal0 = false
self.Special = false
self.NoFreq = true
self.RealNoFreq = true
self.Alarm = false
self.CheckedNF = 2
-- Internal state
self.Speed = 0
self.SpeedLimit = 0
self.NextLimit = 0
self.Ring = false
self.Overspeed = false
self.ElectricBrake = false
self.PneumaticBrake1 = false
self.PneumaticBrake2 = true
self.AttentionPedal = false
self.KVT = false
-- ARS wires
self["33D"] = 0
self["33G"] = 0
self["33Zh"] = 1
self["2"] = 0
self["6"] = 0
self["8"] = 0
self["20"] = 0
--self["21"] = 0
self["29"] = 0
self["31"] = 0
self["32"] = 0
-- Lamps
---self.LKT = false
self.LVD = false
self.EPK = {}
end
function TRAIN_SYSTEM:Outputs()
return { "2", "8", "20", "31", "32", "29", "33D", "33G", "33Zh",
"Speed", "Signal80","Signal70","Signal60","Signal40","Signal0","Special","NoFreq","RealNoFreq",
"SpeedLimit", "NextLimit","Ring","KVT","EnableARS","EnableALS","Signal", "UAVA"}
end
function TRAIN_SYSTEM:Inputs()
return { "AttentionPedal","Ring" }
end
function TRAIN_SYSTEM:TriggerInput(name,value)
local Train = self.Train
if name == "AttentionPedal" then
self.AttentionPedal = value > 0.5
if Train and Train.PB then
Train.PB:TriggerInput("Set",value)
end
end
if name == "IgnoreThisARS" then
self.IgnoreThisARS = value > 0.5
end
if name == "Ring" then
self.RingOverride = value > 0.5
end
end
function TRAIN_SYSTEM:EPVBrake(reason,imm)
if not self.EPK[reason] and not self.EPKOffTimer and not self.EPKActTimer then
if imm then
self.EPK[reason] = CurTime() - 1
else
self.EPK[reason] = CurTime() + ((10 <= self.Speed and self.Speed <= 30) and 5.5 or 3.3)
end
end
end
function TRAIN_SYSTEM:EPVDisableBrake(reason)
if self.EPK[reason] then
self.EPK[reason] = nil
end
end
function TRAIN_SYSTEM:Think(dT)
local Train = self.Train
--if GetConVarNumber("metrostroi_ars_printnext") == Train:EntIndex() then print(Train:ReadCell(49165)) end
self.LKT = true
for i,train in ipairs(Train.WagonList) do
--print(i,train.RKTT.Value,self["33G"],train.DKPT.Value)
--if (train.RKTT and train.RKTT.Value < 0.5 and train.DKPT.Value < 0.5 and self["33G"] > 0) or (train.DKPT and train.DKPT.Value < 0.5 and self["33G"] == 0) then
if (train.RKTT and train.RKTT.Value < 0.5 and train.DKPT.Value < 0.5) then-- or (train.DKPT and train.DKPT.Value < 0.5) then
self.LKT = false
end
end
-- ALS, ARS state
local KRUEnabled = Train.KRU and Train.KRU.Position > 0
local EnableARS = Train.VB.Value == 1.0 and (Train.KV.ReverserPosition ~= 0.0 or KRUEnabled) and Train.VBA.Value == 1.0
local EnableALS = Train.VB.Value == 1.0
self.EnableARS = EnableARS
self.EnableALS = EnableALS
local EPKActivated = Train.EPK.Value > 0.5 and (Train.Pneumatic.ValveType == 2 and Train.DriverValveDisconnect.Value > 0.5 or Train.DriverValveBLDisconnect.Value > 0.5)
if not self.EPKActivated and EPKActivated then
self.EPKActivated = EPKActivated
end
if EPKActivated and self.EPKActTimer then
self.EPKActTimer = nil
end
if not EPKActivated and self.EPKActivated and not self.EPKActTimer then
self.EPKActTimer = CurTime() + 3
end
if self.EPKActTimer and CurTime() - self.EPKActTimer > 0 then
self.EPKActivated = false
--self.EPKBrake = false
for k,v in pairs(self.EPK) do
self.EPK[k] = nil
end
end
local PB = Train.PB and Train.PB.Value > 0.5
if PB and not self.AttentionPedalTimer and not self.Overspeed then
self.AttentionPedalTimer = CurTime() + 1
end
if PB and self.AttentionPedalTimer and (CurTime() - self.AttentionPedalTimer) > 0 then
self.AttentionPedal = true
end
if not PB and (self.AttentionPedalTimer or self.AttentionPedal) then
self.AttentionPedal = false
self.AttentionPedalTimer = nil
end
if PB or (Train.KVT) and Train.KVT.Value > 0.5 then self.KVT = true end
if not PB and (Train.KVT) and Train.KVT.Value < 0.5 then self.KVT = false end
-- Ignore pedal
if self.IgnorePedal and self.KVT then
self.KVT = false
else
self.IgnorePedal = false
end
-- Speed check and update speed data
if CurTime() - (self.LastSpeedCheck or 0) > 0.5 then
self.LastSpeedCheck = CurTime()
self.Speed = (Train.Speed or 0)
end
if (Train.UAVA and Train.SpeedSign and Train.SpeedSign > 0 and self.Speed > 0.25) or EnableALS then
local ars,arsback
self.Timer = self.Timer or CurTime()
if CurTime() - self.Timer > 1.00 then
self.Timer = CurTime()
-- Get train position
local pos = Metrostroi.TrainPositions[Train] --Metrostroi.GetPositionOnTrack(Train:GetPos(),Train:GetAngles()) --(this metod laggy for dir checks)
if pos then pos = pos[1] end
-- Get previous ARS section
if pos then
ars,arsback = Metrostroi.GetARSJoint(pos.node1,pos.x,Metrostroi.TrainDirections[Train], Train)
end
if Train.UAVA and Train.SpeedSign > 0 then
if IsValid(arsback) then
if arsback == self.AutostopSignal then
Train.Pneumatic.EmergencyValve = not Train.Pneumatic.UAVA
self.UAVAContacts = not Train.Pneumatic.UAVA
self.AutostopSignal = nil
if not Train.Pneumatic.UAVA then
RunConsoleCommand("say","Autostop braking",Train:GetDriverName(),arsback.Name)
end
if not IsValid(Train.FrontTrain) or not IsValid(Train.RearTrain)then
RunConsoleCommand("say","Passed stop signal",Train:GetDriverName(),arsback.Name)
local ply,mode = Train:GetDriverPly()
hook.Run("MetrostroiPassedRed",Train,ply,mode,arsback.Name)
end
end
end
if IsValid(ars) then
if ars.AutoEnabled then
self.AutostopSignal = ars
--print("enty")
elseif self.AutostopSignal == ars then
self.AutostopSignal = nil
--print("entn")
end
end
end
if Train:ReadTrainWire(5) < 1 or self.Train.VU.Value < 0.5 then
ars = nil
self.RealNoFreq = true
self.NoFreq = true
self.CheckedNF = 2
end
if IsValid(ars) then
self.CheckedNF = 0
self.Alert = nil
self.Signal80 = ars:GetARS(8,Train)
self.Signal70 = ars:GetARS(7,Train)
self.Signal60 = ars:GetARS(6,Train)
self.Signal40 = ars:GetARS(4,Train)
self.Signal0 = ars:GetARS(0,Train) or ars:GetARS(2,Train)
self.Special = ars:Get325HzAproove0() and not ars:GetARS(2,Train)
self.NoFreq = ars:GetARS(1,Train) or not (self.Signal80 or self.Signal70 or self.Signal60 or self.Signal40 or self.Signal0)
if GetConVarNumber("metrostroi_ars_printnext") == Train:EntIndex() then RunConsoleCommand("say",ars.Name,tostring(arsback and arsback.Name),tostring(ars.NextSignalLink and ars.NextSignalLink.Name or "unknown"),tostring(pos.node1.path.id),tostring(Metrostroi.TrainDirections[Train])) end
self.RealNoFreq = not (self.Signal80 or self.Signal70 or self.Signal60 or self.Signal40 or self.Signal0)
else
if GetConVarNumber("metrostroi_ars_printnext") == Train:EntIndex() then RunConsoleCommand("say","LOSE SIGNAL",tostring(pos and pos.node1.path.id or "unknown"),tostring(Metrostroi.TrainDirections[Train])) end
if (self.CheckedNF and self.CheckedNF > 1) or (self.CheckedNF == 0 and self.NoFreq) or self.RealNoFreq then
self.Alert = nil
self.Signal80 = false
self.Signal70 = false
self.Signal60 = false
self.Signal40 = false
self.Signal0 = false
self.Special = false
self.NoFreq = true
self.RealNoFreq = true
self.CheckedNF = 2
else
if not self.CheckedNF then self.CheckedNF = 0 end
self.CheckedNF = self.CheckedNF + 1
self.NoFreq = true
self.Alert = CurTime() + 0.5
end
end
self.Signal = ars
end
end
-- Check ARS signals
if not EnableALS --[[or EnableUOS]] then
self.Signal80 = false
self.Signal70 = false
self.Signal60 = false
self.Signal40 = false
self.Signal0 = false
self.Special = false
self.NoFreq = EnableARS
self.RealNoFreq = EnableARS
self.CheckedNF = 2
self.Alert = nil
end
-- ARS system placeholder logic
if EnableALS then
local V = math.floor(self.Speed +0.05)
local Vlimit = 0
if self.Signal40 then Vlimit = 40 end
if self.Signal60 then Vlimit = 60 end
if self.Signal70 then Vlimit = 70 end
if self.Signal80 then Vlimit = 80 end
self.Overspeed = false
if self.AttentionPedal then
Vlimit = 0
end
if ( self.KVT) and (Vlimit ~= 0) and (V > Vlimit) then self.Overspeed = true end
if ( self.KVT) and (Vlimit == 0) and (V > 20) then self.Overspeed = true end
Vlimit = Vlimit + 2
if (not self.KVT) and (V > Vlimit) and (V > (self.RealNoFreq and 0 or 3)) then self.Overspeed = true end
-- Determine next limit and current limit
self.SpeedLimit = Vlimit
self.NextLimit = Vlimit
if self.Signal80 then self.NextLimit = 80 end
if self.Signal70 then self.NextLimit = 70 end
if self.Signal60 then self.NextLimit = 60 end
if self.Signal40 then self.NextLimit = 40 end
if self.Signal0 then self.NextLimit = 0 end
if not EnableARS then
self.ElectricBrake = false
self.PneumaticBrake1 = false
self.PneumaticBrake2 = false
end
else
local V = math.floor(self.Speed +0.05)
self.SpeedLimit = 0
self.NextLimit = 0
self.Overspeed = false
if not self.KVT and V > 0 then self.Overspeed = true end
if ( self.KVT) and (V > 20) then self.Overspeed = true end
end
------------------
if self.SpeedLimit > 20 then self.SpeedLimit = self.SpeedLimit - 2 end
if EnableARS then
if self.ElectricBrake1 and self.ARSBrake and not (self.RealNoFreq and not self.KVT and not self.ARSBrake) then
if self.ARSBrakeTimer == nil then self.ARSBrakeTimer = CurTime() + 5 end
else
self.ARSBrakeTimer = nil
end
if self.RealNoFreq and (not self.PrevNoFreq) and Train:ReadTrainWire(6) < 1 then
self.IgnorePedal = true
end
self.PrevNoFreq = self.RealNoFreq
-- Check overspeed
if self.SpeedLimit > 20 then
if self.Speed >= self.SpeedLimit + 1 then
if Train:ReadTrainWire(6) == 0 then
self.ElectricBrake = true
self.PneumaticBrake1 = true
end
self.ElectricBrake1 = true
self.ARSBrake = true
end
end
if self.Overspeed then
self.ARSBrake = true
self.ElectricBrake1 = true
self.ElectricBrake = true
self.PneumaticBrake1 = true
end
-- Check cancel of overspeed command
if not self.Overspeed and not self.ElectricBrake1 and self.ARSBrake then
self.PneumaticBrake1 = false
end
if (self.KVT or not self.ARSBrakeTimer) and (self.Speed < self.SpeedLimit - 1 and self.SpeedLimit > 20 or self.SpeedLimit < 20 and not self.Overspeed) and (self.ElectricBrake or self.ARSBrake) then
self.ElectricBrake = false
self.ElectricBrake1 = false
self.ARSBrake = false
self.PneumaticBrake1 = false
self.PneumaticBrake2 = false
end
if self.Speed < self.SpeedLimit - 1 and (self.ARSBrake or self.ElectricBrake1) and not self.ElectricBrake then
self.ARSBrake = false
self.ElectricBrake1 = false
end
--print(Train:GetPackedBool(131))
-- Check use of valve #1 during overspeed
if self.ARSBrake and self.ElectricBrake1 and self.Speed < 0.25 then
self.PneumaticBrake2 = true
end
if self.Speed < 0.25 then
self.PneumaticBrake1 = true
end
-- Parking brake limit
local BPSWorking = Train:ReadTrainWire(5) > 0
if BPSWorking then
if self.Nakat ~= nil then
self.PneumaticBrake1 = true
self.AntiRolling = self.Nakat and true or nil
self.Nakat = nil
end
if self.Speed*Train.SpeedSign < -0.5 then
if not self.Meters then self.Meters = 0 end
self.Meters = self.Meters + self.Speed/3600*1000*dT
if self.Meters > 0.5 + (Train:ReadTrainWire(1) > 0 and 2.5 or 0) then
self.AntiRolling = true
end
else
if Train.KV.ControllerPosition <= 0 and self.AntiRolling then
self.AntiRolling = false
end
if Train.KV.ControllerPosition > 0 and self.AntiRolling == false then
self.AntiRolling = nil
end
self.Meters = nil
end
else
self.AntiRolling = nil
end
--BPS Logic
if not BPSWorking then
self.StoppedOnSlopeByRP = false
self.BPSActive = false
end
-- Check cancel pneumatic brake 1 command
if ((Train:ReadTrainWire(1) > 0) or (Train.RRP and Train.RRP.Value > 0 and not self.ElectricBrake1)) then
if (Train:ReadTrainWire(1) > 0 or (Train.RRP and Train.RRP.Value > 0 and not self.ElectricBrake1)) and self.PneumaticBrake1 and not self.Overspeed then
self.PneumaticBrake1 = false
end
end
if self.Signal0 and not self.Special and not self.RealNoFreq and not self.Signal40 and not self.Signal60 and not self.Signal70 and not self.Signal80 then
if not self.NonVRD and self.Train.VRD.Value < 0.5 then
self.VRDTimer = nil
end
self.NonVRD = self.Train.VRD.Value < 0.5
if self.NonVRD then
if self.VRDTimer and CurTime() - self.VRDTimer > 0 then
self.VRDTimer = false
elseif self.VRDTimer ~= false then
if not self.VRDTimer and self.KVT then self.VRDTimer = CurTime() + 1 end
if self.VRDTimer and not self.KVT then self.VRDTimer = nil end
end
else
self.VRDTimer = false
end
else
if self.NonVRD then self.NonVRD = false end
self.VRDTimer = false
end
-- ARS signals
local Ebrake, Abrake, NFBrake, Pbrake1,Pbrake2 =
((self.ElectricBrake) and 1 or 0),
((self.ARSBrake) and 1 or 0),
((self.SpeedLimit < 20 and not self.KVT and not self.ARSBrake) and 1 or 0),
(self.PneumaticBrake1 and 1 or 0),
(self.PneumaticBrake2 and 1 or 0)
-- Apply ARS system commands
self["33D"] = (1 - Abrake) *(1-NFBrake)*((self.NonVRD or self.VRDTimer ~= false or self.ElectricBrake1 or self.AntiRolling ~= nil) and 0 or 1) --*(2 - Pbrake2)
self["33G"] = Ebrake + NFBrake + ((self.NonVRD or self.VRDTimer ~= false) and 1 or 0)
self["33Zh"] = (1 - Abrake)*(1-NFBrake)*((self.NonVRD or self.VRDTimer ~= false or self.ElectricBrake1 or self.AntiRolling ~= nil) and 0 or 1)--*(2 - Pbrake2)
--print(self["33Zh"])
self["2"] = Ebrake + NFBrake + ((self.NonVRD or self.VRDTimer ~= false) and 1 or 0)
self["20"] = Ebrake + NFBrake + ((self.NonVRD or self.VRDTimer ~= false) and 1 or 0)
self["29"] = Pbrake1-- + (self.BPSActive and 1 or 0)
--print(Train.Speed)
--if GetConVarNumber("metrostroi_ars_printnext") == Train:EntIndex() then print(self.SpeedLimit,self.self.SpeedLimit <= 20 and not self.KVT) end
--if StPetersburg then print(self.Train:EntIndex()) end
self["8"] = Pbrake2
+ (KRUEnabled and 1 or 0)*Ebrake
+ ((self.SpeedLimit < 20 and not self.KVT or self.Speed > 20 and self.SpeedLimit < 20) and 1 or 0)
+ (self.BPSActive and 1 or 0)
+ (self.AntiRolling ~= nil and 1 or 0)
+ (1 - ((self.EPKActivated and 1 or 0) or 1))
---self.LKT = (self["33G"] > 0.5) or (self["29"] > 0.5) or (Train:ReadTrainWire(35) > 0)
self.LVD = self.LVD or self["33D"] < 0.5
if Train:ReadTrainWire(6) < 1 and self["33D"] > 0.5 then self.LVD = false end
self.Ring = ((self["33D"] < 0.5 and ((NFBrake < 1 and self.ARSBrakeTimer ~= nil and self.ARSBrakeTimer ~= false) or self.VRDTimer ~= false)) or self.KSZD)
if self.ElectricBrake or self.PneumaticBrake2 then
if not self.LKT then
self:EPVBrake("LKT not light-up when ARS stopping")
else
self:EPVDisableBrake("LKT not light-up when ARS stopping")
end
else
self:EPVDisableBrake("LKT not light-up when ARS stopping")
end
if self.KVT and self.ARSBrakeTimer then self.ARSBrakeTimer = false end
if self.EPKActivated and not self.LKT and self.Speed < 0.05 and Train:ReadTrainWire(1) == 0 then -- or (self.AntiRolling ~= nil and Train:ReadTrainWire(1) > 0) then
self:EPVBrake("LKT off when stopped")
else
self:EPVDisableBrake("LKT off when stopped")
end
else
if (Train.RPB) and not self.AttentionPedal then
--Train.RPB:TriggerInput("Open",1)
end
self.AntiRolling = nil
self.ElectricBrake1 = true
self.ElectricBrake = true
self.PneumaticBrake1 = false
self.PneumaticBrake2 = true
self.ARSBrake = true
self["33D"] = 0
self["33Zh"] = 1
self["8"] = KRUEnabled and (1-Train.RPB.Value) or 0
self["33G"] = 0
self["2"] = 0
self["20"] = 0
self["29"] = 0
---self.LKT = false
self.LVD = false
self.Ring = false
end
-- ARS signalling train wires
if EnableARS then
self.Train:WriteTrainWire(21,self.LVD and 1 or 0)-----self.LKT and 1 or 0)
else--if not EnableUOS then
self.Train:WriteTrainWire(21,0)
end
-- RC1 operation
if self.Train.RC1 and (self.Train.RC1.Value == 0) then
local KAH = (Train.KAH ~= nil and Train.KAH.Value > 0.5) and 1 or 0
--self["33D"] = 1
self["33G"] = 0
self["33Zh"] = 1--KAH
--
self["2"] = 0
self["20"] = 0
self["29"] = 0
--
self["31"] = 0
self["32"] = 0
--self["8"] = KRUEnabled and (1-Train.RPB.Value) or 0
self["33D"] = (self.Speed + 0.5 > 9000) and 0 or 1
--self["33G"] = (self.Speed + 0.5 > 35) and 1 or KRUEnabled and (1-Train.RPB.Value) or 0
--self["33Zh"] = 1--(self.Speed + 0.5 > 40) and 0 or KAH
self["8"] = (self.Speed + 0.5 > 9000) and 1 or KRUEnabled and (1-Train.RPB.Value) or 0
else
if (not self.EPKActivated) then
self["33D"] = 0
self["33Zh"] = 1
end
end
if Train.RV_2 then
Train.RV_2:TriggerInput("Set",EnableARS and 1 or 0)
end
if self.EPKActivated then
--if self.EPKOffARS then
--self:EPVBrake("Was the emergency brake",true)
--end
--self.EPKOffARS = nil
--if self.EPKTimer then print(self.EPKTimer - CurTime(),self.EPKTimer < CurTime(),self.EPKTimer > CurTime() ) end
if not EnableARS then
self:EPVBrake("ARS disabled")
else
self:EPVDisableBrake("ARS disabled")
end
if self.ARSBrakeTimer then
self:EPVBrake("Braking 3 seconds")
else
self:EPVDisableBrake("Braking 3 seconds")
end
else
--self.EPKOffTimer = nil
--[[if EnableARS and self.EPKOffARS == nil then
self.EPKOffARS = true
else
self.EPKOffARS = false
end]]
--if self.EPKOffARS then
--self.EPKOffARS = false
--end
if not EnableARS then
self.EPKBrake = false
end
end
--if not EPKActivated then
--if EnableARS and self.EPKOffARS == nil then
--print(self.EPKBrake)
--self.EPKOffARS = self.EPKBrake
--end
--end
--if GetConVarNumber("metrostroi_ars_printnext") == Train:EntIndex() then print(self.EPKOffARS,EnableARS) end
if not EnableARS then self.EPKOffARS = false end
-- 81-717 autodrive/autostop
if (Train.Pneumatic and Train.Pneumatic.EmergencyValve) or self.UAVAContacts then
self["33D"] = 0
self["33Zh"] = 1
end
self["8"] = self["8"]*Train.OVT.Value
self["29"] = self["29"]*Train.OVT.Value
if Train.UAVAContact and Train.UAVAContact.Value > 0.5 and not Train.Pneumatic.EmergencyValve then
self.UAVAContacts = nil
end
self.Ring = self.Ring or (self.Alert and self.Alert - CurTime() > 0)
if Train.Rp8 then Train.Rp8:TriggerInput("Set",self["8"] + ((self.Train.RC1 and (self.Train.RC1.Value == 0)) and (1-self["33D"]) or 0)) end
self.Ring = self.RingOverride or self.Ring
for k,v in pairs(self.EPK) do
if not self.EPKActivated then
if self.EPK[k] then
self.EPK[k] = nil
end
end
if CurTime() - v > 0 and not self.EPKBrake then
self.EPKBrake = true
RunConsoleCommand("say","EPV braking ("..k..")",self.Train:GetDriverName())
end
end
Train.Pneumatic.EmergencyValveEPK = self.EPKBrake and not self.EPKOffTimer and not self.EPKActTimer
end