-- More information about this indicator can be found at: -- http://fxcodebase.com/code/viewtopic.php?f=17&t=62307 --+------------------------------------------------------------------+ --| Copyright © 2017, Gehtsoft USA LLC | --| http://fxcodebase.com | --+------------------------------------------------------------------+ --| Support our efforts by donating | --| Paypal: https://goo.gl/9Rj74e | --| BitCoin : 15VCJTLaz12Amr7adHSBtL9v8XomURo9RF | --+------------------------------------------------------------------+ --| Developed by : Mario Jemic | --| mario.jemic@gmail.com | --+------------------------------------------------------------------+ -- Indicator profile initialization routine -- Defines indicator profile properties and indicator parameters -- TODO: Add minimal and maximal value of numeric parameters and default color of the streams function Init() indicator:name("VSA No Demand No Supply"); indicator:description("VSA No Demand No Supply"); indicator:requiredSource(core.Bar); indicator:type(core.Indicator); indicator.parameters:addGroup("Mode"); indicator.parameters:addString("Live", "End of Turn / Live", "", "Live"); indicator.parameters:addStringAlternative("Live", "End of Turn", "", "End of Turn"); indicator.parameters:addStringAlternative("Live", "Live", "", "Live"); indicator.parameters:addGroup("Calculation"); indicator.parameters:addInteger("NumberofTicks", "Number of Ticks", "Number of Ticks", 0); indicator.parameters:addGroup("Style"); indicator.parameters:addInteger("Size", "Label Size", "", 10, 1 , 100); indicator.parameters:addColor("NSLabelColor", "Color of NoSupply", "Color of Label", core.rgb(0, 255, 0)); indicator.parameters:addColor("NDLabelColor", "Color of NoDemand", "Color of Label", core.rgb(255,0 , 0)); indicator.parameters:addGroup("Alerts Sound"); indicator.parameters:addBoolean("PlaySound", "Play Sound", "", true); indicator.parameters:addBoolean("RecurrentSound", "Recurrent Sound", "", false); indicator.parameters:addBoolean("ShowAlert", "Show Alert", "", true); indicator.parameters:addGroup("Alerts Email"); indicator.parameters:addBoolean("SendEmail", "Send Email", "", true); indicator.parameters:addString("Email", "Email", "", ""); indicator.parameters:setFlag("Email", core.FLAG_EMAIL); indicator.parameters:addBoolean("Show", "Show Dialog box Alert", "", true); indicator.parameters:addBoolean("OnlyOnce", "Alert Once", "Subsequent Alert will be ignored.", false); Parameters (1, "VSA") end function Parameters ( id, Label ) indicator.parameters:addGroup(Label .. " Alert"); indicator.parameters:addBoolean("ON"..id , "Show " .. Label .." Alert" , "", true); indicator.parameters:addFile("Up"..id, Label .. " Cross Over Sound", "", ""); indicator.parameters:setFlag("Up"..id, core.FLAG_SOUND); indicator.parameters:addFile("Down"..id, Label .. " Cross Under Sound", "", ""); indicator.parameters:setFlag("Down"..id, core.FLAG_SOUND); indicator.parameters:addString("Label"..id, "Label", "", Label); end local Number = 1; local Up={}; local Down={}; local Label={}; local ON={}; local Size; local Email; local SendEmail; local RecurrentSound ,SoundFile ; local Show; local Alert; local PlaySound; local Live; local FIRST=true; local OnlyOnce; local U={}; local D={}; local OnlyOnceFlag; local ShowAlert; local HT1,HT2,HT3,HT4; local LT1,LT2,LT3,LT4; -- Indicator instance initialization routine -- Processes indicator parameters and creates output streams -- TODO: Refine the first period calculation for each of the output streams. -- TODO: Calculate all constants, create instances all subsequent indicators and load all required libraries -- Parameters block local NumberofTicks; local first; local source = nil; local Size, NSLabelColor, NDLabelColor, font; -- Streams block local O,L,H,C,Vol; function ReleaseInstance() core.host:execute("deleteFont", font); end -- Routine function Prepare(nameOnly) NumberofTicks = instance.parameters.NumberofTicks; source = instance.source; first = source:first()+5; Size = instance.parameters.Size; NSLabelColor = instance.parameters.NSLabelColor; NDLabelColor = instance.parameters.NDLabelColor; OnlyOnceFlag=true; FIRST=true; OnlyOnce = instance.parameters.OnlyOnce; ShowAlert = instance.parameters.ShowAlert; Show = instance.parameters.Show; Live = instance.parameters.Live; font = core.host:execute("createFont", "Wingdings", Size, false, false); HT1 = instance:addInternalStream(first, 0); LT1 = instance:addInternalStream(first, 0); HT2 = instance:addInternalStream(first, 0); LT2 = instance:addInternalStream(first, 0); HT3 = instance:addInternalStream(first, 0); LT3 = instance:addInternalStream(first, 0); HT4 = instance:addInternalStream(first, 0); LT4 = instance:addInternalStream(first, 0); H=source.high; L=source.low; O=source.open; C=source.close; Vol=source.volume; local name = profile:id() .. "(" .. source:name() .. ", " .. tostring(NumberofTicks) .. ")"; instance:name(name); Initialization(); end function Initialization () SendEmail = instance.parameters.SendEmail; local i; for i = 1, Number , 1 do Label[i]=instance.parameters:getString("Label" .. i); ON[i]=instance.parameters:getBoolean("ON" .. i); end if SendEmail then Email = instance.parameters.Email; else Email = nil; end assert(not(SendEmail) or (SendEmail and Email ~= ""), "E-mail address must be specified"); PlaySound = instance.parameters.PlaySound; if PlaySound then for i = 1, Number , 1 do Up[i]=instance.parameters:getString("Up" .. i); Down[i]=instance.parameters:getString("Down" .. i); end else for i = 1, Number , 1 do Up[i]=nil; Down[i]=nil; end end for i = 1, Number , 1 do assert(not(PlaySound) or (PlaySound and Up[i] ~= "") or (PlaySound and Up[i] ~= ""), "Sound file must be chosen"); assert(not(PlaySound) or (PlaySound and Down[i] ~= "") or (PlaySound and Down[i] ~= ""), "Sound file must be chosen"); end RecurrentSound = instance.parameters.RecurrentSound; for i = 1, Number , 1 do U[i] = nil; D[i] = nil; end end function Activate (id, period, Flag, Data ) local Shift=0; if Live~= "Live" then period=period-1; Shift=1; end if id == 1 and ON[id] then if Flag==1 then core.host:execute("drawLabel1", source:serial(period), source:date(period), core.CR_CHART, Data[period], core.CR_CHART, core.H_Center, core.V_Bottom, font, NDLabelColor, "\108"); D[id] = nil; if U[id]~=source:serial(period) and period == source:size()-1-Shift and not FIRST then OnlyOnceFlag=false; U[id]=source:serial(period); SoundAlert(Up[id]); EmailAlert( Label[id], " No Demand ", period); SendAlert(" No Demand "); Pop(Label[id], " No Demand " ); end elseif Flag== 2 then core.host:execute("drawLabel1", source:serial(period), source:date(period), core.CR_CHART, Data[period], core.CR_CHART, core.H_Center, core.V_Top, font, NSLabelColor, "\108"); U[id] = nil; if D[id]~=source:serial(period) and period == source:size()-1-Shift and not FIRST then OnlyOnceFlag=false; D[id]=source:serial(period); SoundAlert(Down[id]); EmailAlert( Label[id] , " No Supply", period); Pop(Label[id], " No Supply " ); SendAlert(" No Supply "); end end end if FIRST then FIRST=false; end end function AsyncOperationFinished (cookie, success, message) end function Pop(label , note) if not Show then return; end core.host:execute ("prompt", 1, label , " ( " .. source:instrument() .. " : " .. source:barSize() .. " ) " .. label .. " : " .. note ); end function SendAlert(message) if not ShowAlert then return; end terminal:alertMessage(source:instrument(), source[NOW], message, source:date(NOW)); end function SoundAlert(Sound) if not PlaySound then return; end if OnlyOnce and OnlyOnceFlag== false then return; end terminal:alertSound(Sound, RecurrentSound); end function EmailAlert( label , Subject, period) if not SendEmail then return end if OnlyOnce and OnlyOnceFlag== false then return; end local date = source:date(period); local DATA = core.dateToTable (date); local delim = "\013\010"; local Note= profile:id().. delim.. " Label : " ..label .. delim .. " Alert : " .. Subject ; local Symbol= "Instrument : " .. source:instrument() ; local Time = " Date : " .. DATA.month.." / ".. DATA.day .." Time: ".. DATA.hour .." / ".. DATA.min .." / ".. DATA.sec; local TF= "Time Frame : " .. source:barSize(); local text = Note .. delim .. Symbol .. delim .. TF .. delim .. Time; terminal:alertEmail(Email, profile:id(), text); end function Plot(Data, period, Label) if Data[period]>= LT1[period] then Activate (1, period, 1 , Data); else Activate (1, period, 2 , Data); end end; -- Indicator calculation routine -- TODO: Add your code for calculation output values function Update(period) if period < first or not source:hasData(period) then return; end HT1[period]=L[period] - NumberofTicks*source:pipSize(); LT1[period]=H[period] + NumberofTicks*source:pipSize(); HT2[period]=L[period] - 2*NumberofTicks*source:pipSize(); LT2[period]=H[period] + 2*NumberofTicks*source:pipSize(); HT3[period]=L[period] - 3*NumberofTicks*source:pipSize(); LT3[period]=H[period] + 3*NumberofTicks*source:pipSize(); HT4[period]=L[period] - 4*NumberofTicks*source:pipSize(); LT4[period]=H[period] + 4*NumberofTicks*source:pipSize(); core.host:execute ("removeLabel", source:serial(period)); if H[period]>H[period-1] and L[period]>=L[period-1] and (H[period]-L[period])<(H[period-1]-L[period-1]) and C[period]==O[period] and C[period]==H[period] and C[period]>C[period-1] and Vol[period]H[period-1] and L[period]>=L[period-1] and (H[period]-L[period])<(H[period-1]-L[period-1]) and C[period]==O[period] and C[period]==(((H[period]-L[period])*0.5)+L[period]) and C[period]>C[period-1] and Vol[period]H[period-1] and L[period]>=L[period-1] and (H[period]-L[period])<(H[period-1]-L[period-1]) and C[period]==O[period] and C[period]==L[period] and C[period]>C[period-1] and Vol[period]H[period-2] and L[period-1]>=L[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]H[period-3] and L[period-2]>=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]==O[period-2] and C[period-2]>C[period-3] and C[period-2]==C[period-1] and C[period-2]>C[period] and H[period-2]>=H[period-1] and H[period-2]>=H[period] and Vol[period-2]H[period-3] and L[period-2]>=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]~=O[period-2] and C[period-2]==H[period-2] and C[period-2]>C[period-3] and C[period-2]==C[period-1] and C[period-2]>C[period] and H[period-2]>=H[period-1] and H[period-2]>=H[period] and Vol[period-2]H[period-3] and L[period-2]>=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]~=O[period-2] and C[period-2]==((H[period-2]-L[period-2])*0.5)+L[period-2] and C[period-2]>C[period-3] and C[period-2]==C[period-1] and C[period-2]>C[period] and H[period-2]>=H[period-1] and H[period-2]>=H[period] and Vol[period-2]H[period-3] and L[period-2]>=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]~=O[period-2] and C[period-2]==L[period-2] and C[period-2]>C[period-3] and C[period-2]==C[period-1] and C[period-2]>C[period] and H[period-2]>=H[period-1] and H[period-2]>=H[period] and Vol[period-2]H[period-4] and L[period-3]>=L[period-4] and (H[period-3]-L[period-3])<(H[period-4]-L[period-4]) and C[period-3]==O[period-3] and C[period-3]==H[period-3] and C[period-3]>C[period-4] and C[period-3]==C[period-2] and C[period-3]==C[period-1] and C[period-3]>C[period] and H[period-3]>=H[period-2] and H[period-3]>=H[period-1] and H[period-3]>=H[period] and Vol[period-3]H[period-4] and L[period-3]>=L[period-4] and (H[period-3]-L[period-3])<(H[period-4]-L[period-4]) and C[period-3]==O[period-3] and C[period-3]==((H[period-3]-L[period-3])*0.5)+L[period-3] and C[period-3]>C[period-4] and C[period-3]==C[period-2] and C[period-3]==C[period-1] and C[period-3]>C[period] and H[period-3]>=H[period-2] and H[period-3]>=H[period-1] and H[period-3]>=H[period] and Vol[period-3]H[period-4] and L[period-3]>=L[period-4] and (H[period-3]-L[period-3])<(H[period-3]-L[period-3]) and C[period-3]==O[period-3] and C[period-3]==L[period-3] and C[period-3]>C[period-4] and C[period-3]==C[period-2] and C[period-3]==C[period-1] and C[period-3]>C[period] and H[period-3]>=H[period-2] and H[period-3]>=H[period-1] and H[period-3]>=H[period] and Vol[period-3]=L[period-1] and (H[period]-L[period])<(H[period-1]-L[period-1]) and C[period]==O[period] and C[period]==H[period] and C[period]>C[period-1] and Vol[period]=L[period-1] and (H[period]-L[period])<(H[period-1]-L[period-1]) and C[period]==O[period] and C[period]==L[period] and C[period]=L[period-1] and (H[period]-L[period])<(H[period-1]-L[period-1]) and C[period]==O[period] and C[period]==((H[period]-L[period])*0.5)+L[period] and C[period]>C[period-1] and Vol[period]=L[period-1] and (H[period]-L[period])<(H[period-1]-L[period-1]) and C[period]==O[period] and C[period]==((H[period]-L[period])*0.5)+L[period] and C[period]=L[period-1] and (H[period]-L[period])<(H[period-1]-L[period-1]) and C[period]==O[period] and C[period]==L[period] and C[period]>C[period-1] and Vol[period]=L[period-1] and (H[period]-L[period])<(H[period-1]-L[period-1]) and C[period]==O[period] and C[period]==H[period] and C[period]=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]>C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]==O[period-2] and C[period-2]>C[period-3] and C[period-2]==C[period-1] and C[period-2]>C[period] and H[period-2]>=H[period-1] and H[period-2]>=H[period] and Vol[period-2]=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]==O[period-2] and C[period-2]=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]~=O[period-2] and C[period-2]==H[period-2] and C[period-2]>C[period-3] and C[period-2]==C[period-1] and C[period-2]>C[period] and H[period-2]>=H[period-1] and H[period-2]>=H[period] and Vol[period-2]=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]~=O[period-2] and C[period-2]==L[period-2] and C[period-2]=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]~=O[period-2] and C[period-2]==((H[period-2]-L[period-2])*0.5)+L[period-2] and C[period-2]>C[period-3] and C[period-2]==C[period-1] and C[period-2]>C[period] and H[period-2]>=H[period-1] and H[period-2]>=H[period] and Vol[period-2]=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]~=O[period-2] and C[period-2]==((H[period-2]-L[period-2])*0.5)+L[period-2] and C[period-2]=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]~=O[period-2] and C[period-2]==L[period-2] and C[period-2]>C[period-3] and C[period-2]==C[period-1] and C[period-2]>C[period] and H[period-2]>=H[period-1] and H[period-2]>=H[period] and Vol[period-2]=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]~=O[period-2] and C[period-2]==H[period-2] and C[period-2]=L[period-4] and (H[period-3]-L[period-3])<(H[period-4]-L[period-4]) and C[period-3]==O[period-3] and C[period-3]==H[period-3] and C[period-3]>C[period-4] and C[period-3]==C[period-2] and C[period-3]==C[period-1] and C[period-3]>C[period] and H[period-3]>=H[period-2] and H[period-3]>=H[period-1] and H[period-3]>=H[period] and Vol[period-3]=L[period-4] and (H[period-3]-L[period-3])<(H[period-4]-L[period-4]) and C[period-3]==O[period-3] and C[period-3]==L[period-3] and C[period-3]=L[period-4] and (H[period-3]-L[period-3])<(H[period-4]-L[period-4]) and C[period-3]==O[period-3] and C[period-3]==((H[period-3]-L[period-3])*0.5)+L[period-3] and C[period-3]>C[period-4] and C[period-3]==C[period-2] and C[period-3]==C[period-1] and C[period-3]>C[period] and H[period-3]>=H[period-2] and H[period-3]>=H[period-1] and H[period-3]>=H[period] and Vol[period-3]=L[period-4] and (H[period-3]-L[period-3])<(H[period-4]-L[period-4]) and C[period-3]==O[period-3] and C[period-3]==((H[period-3]-L[period-3])*0.5)+L[period-3] and C[period-3]=L[period-4] and (H[period-3]-L[period-3])<(H[period-4]-L[period-4]) and C[period-3]==O[period-3] and C[period-3]==L[period-3] and C[period-3]>C[period-4] and C[period-3]==C[period-2] and C[period-3]==C[period-1] and C[period-3]>C[period] and H[period-3]>=H[period-2] and H[period-3]>=H[period-1] and H[period-3]>=H[period] and Vol[period-3]=L[period-4] and (H[period-3]-L[period-3])<(H[period-4]-L[period-4]) and C[period-3]==O[period-3] and C[period-3]==H[period-3] and C[period-3]=L[period-2] and (H[period-1]-L[period-1])==(H[period-2]-L[period-2]) and C[period-1]==O[period-1] and C[period-1]>C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]=L[period-2] and (H[period-1]-L[period-1])==(H[period-2]-L[period-2]) and C[period-1]==O[period-1] and C[period-1]=L[period-2] and (H[period-1]-L[period-1])==(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==H[period-1] and C[period-1]>C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]=L[period-2] and (H[period-1]-L[period-1])==(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==L[period-1] and C[period-1]=L[period-2] and (H[period-1]-L[period-1])==(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==((H[period-1]-L[period-1])*0.5)+L[period-1] and C[period-1]>C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]=L[period-2] and (H[period-1]-L[period-1])==(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==((H[period-1]-L[period-1])*0.5)+L[period-1] and C[period-1]=L[period-3] and (H[period-2]-L[period-2])==(H[period-3]-L[period-3]) and C[period-2]==O[period-2] and C[period-2]==H[period-2] and C[period-2]>C[period-3] and C[period-2]==C[period-1] and C[period-2]>C[period] and H[period-2]>=H[period-1] and H[period-2]>=H[period] and Vol[period-2]=L[period-3] and (H[period-2]-L[period-2])==(H[period-3]-L[period-3]) and C[period-2]==O[period-2] and C[period-2]==L[period-2] and C[period-2]=L[period-3] and (H[period-2]-L[period-2])==(H[period-3]-L[period-3]) and C[period-2]==O[period-2] and C[period-2]==((H[period-2]-L[period-2])*0.5)+L[period-2] and C[period-2]>C[period-3] and C[period-2]==C[period-1] and C[period-2]>C[period] and H[period-2]>=H[period-1] and H[period-2]>=H[period] and Vol[period-2]=L[period-3] and (H[period-2]-L[period-2])==(H[period-3]-L[period-3]) and C[period-2]==O[period-2] and C[period-2]==((H[period-2]-L[period-2])*0.5)+L[period-2] and C[period-2]=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]==O[period-1] and C[period-1]==C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]C[period-3] then Plot(LT2,period,"NoDemand"); end; if H[period-1]<=H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]==O[period-1] and C[period-1]==C[period-2] and C[period-1]=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==H[period-1] and C[period-1]==C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]C[period-3] then Plot(LT2,period,"NoDemand"); end; if H[period-1]<=H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==L[period-1] and C[period-1]==C[period-2] and C[period-1]=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==((H[period-1]-L[period-1])*0.5)+L[period-1] and C[period-1]==C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]C[period-3] then Plot(LT2,period,"NoDemand"); end; if H[period-1]<=H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1] ~=O[period-1] and C[period-1]==((H[period-1]-L[period-1])*0.5)+L[period-1] and C[period-1]==C[period-2] and C[period-1]=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==L[period-1] and C[period-1]==C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]C[period-3] then Plot(LT2,period,"NoDemand"); end; if H[period-1]<=H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==H[period-1] and C[period-1]==C[period-2] and C[period-1]=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]==O[period-2] and C[period-2]==((H[period-2]-L[period-2])*0.5)+L[period-2] and C[period-2]==C[period-3] and C[period-2]==C[period-1] and C[period-2]>C[period] and H[period-2]>=H[period-1] and H[period-2]>=H[period] and Vol[period-2]C[period-4] then Plot(LT3,period,"NoDemand"); end; if H[period-2]<=H[period-3] and L[period-2]>=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]==O[period-2] and C[period-2]==((H[period-2]-L[period-2])*0.5)+L[period-2] and C[period-2]==C[period-3] and C[period-2]==C[period-1] and C[period-2]=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]==O[period-2] and C[period-2]==L[period-2] and C[period-2]==C[period-3] and C[period-2]==C[period-1] and C[period-2]>C[period] and H[period-2]>=H[period-1] and H[period-2]>=H[period] and Vol[period-2]C[period-4] then Plot(LT3,period,"NoDemand"); end; if H[period-2]<=H[period-3] and L[period-2]>=L[period-3] and (H[period-2]-L[period-2])<(H[period-3]-L[period-3]) and C[period-2]==O[period-2] and C[period-2]==H[period-2] and C[period-2]==C[period-3] and C[period-2]==C[period-1] and C[period-2]=L[period-2] and (H[period-1]-L[period-1])==(H[period-2]-L[period-2]) and C[period-1]==O[period-1] and C[period-1]==H[period-1] and C[period-1]==C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]C[period-3] then Plot(LT2,period,"NoDemand"); end; if H[period-1]<=H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])==(H[period-2]-L[period-2]) and C[period-1]==O[period-1] and C[period-1]==L[period-1] and C[period-1]==C[period-2] and C[period-1]=L[period-2] and (H[period-1]-L[period-1])==(H[period-2]-L[period-2]) and C[period-1]==O[period-1] and C[period-1]==((H[period-1]-L[period-1])*0.5)+L[period-1] and C[period-1]==C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]C[period-3] then Plot(LT2,period,"NoDemand"); end; if H[period-1]<=H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])==(H[period-2]-L[period-2]) and C[period-1]==O[period-1] and C[period-1]==((H[period-1]-L[period-1])*0.5)+L[period-1] and C[period-1]==C[period-2] and C[period-1]=L[period-2] and (H[period-1]-L[period-1])==(H[period-2]-L[period-2]) and C[period-1]==O[period-1] and C[period-1]==L[period-1] and C[period-1]==C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]C[period-3] then Plot(LT2,period,"NoDemand"); end; if H[period-1]<=H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])==(H[period-2]-L[period-2]) and C[period-1]==O[period-1] and C[period-1]==H[period-1] and C[period-1]==C[period-2] and C[period-1]H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]==O[period-1] and C[period-1]>C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]==Vol[period-2] and Vol[period-1]<=Vol[period-3] then Plot(LT2,period,"NoDemand"); end; if L[period-1]H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==H[period-1] and C[period-1]>C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]==Vol[period-2] and Vol[period-1]<=Vol[period-3] then Plot(LT2,period,"NoDemand"); end; if L[period-1]H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==((H[period-1]-L[period-1])*0.5)+L[period-1] and C[period-1]>C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]==Vol[period-2] and Vol[period-1]<=Vol[period-3] then Plot(LT2,period,"NoDemand"); end; if L[period-1]H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==L[period-1] and C[period-1]>C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]==Vol[period-2] and Vol[period-1]<=Vol[period-3] then Plot(LT2,period,"NoDemand"); end; if L[period-1]H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]==O[period-1] and C[period-1]>C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==H[period-1] and C[period-1]>C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==((H[period-1]-L[period-1])*0.5)+L[period-1] and C[period-1]>C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]H[period-2] and L[period-1]>=L[period-2] and (H[period-1]-L[period-1])<(H[period-2]-L[period-2]) and C[period-1]~=O[period-1] and C[period-1]==L[period-1] and C[period-1]>C[period-2] and C[period-1]>C[period] and H[period-1]>=H[period] and Vol[period-1]