안녕하세요 예스스탁입니다. 1.지표 inputs: RSILength( 14 ), OverSold( 30 ), OverBought( 70 ), PlotDampedLines( true ), Dampening( 0.1 ) ; variables: UpperBand( 0 ), LowerBand( 0 ), UpperBandDamp( 0 ), LowerBandDamp( 0 ) ; UpperBand = RSI_Band( RSILength, OverBought, 0 ) ; LowerBand = RSI_Band( RSILength, OverSold, 0 ) ; UpperBandDamp = RSI_Band( RSILength, OverBought, Dampening ) ; LowerBandDamp = RSI_Band( RSILength, OverSold, Dampening ) ; if CurrentBar >= RSILength then begin Plot1( UpperBand,"UpperBand") ; Plot2( LowerBand,"LowerBand") ; if PlotDampedLines then begin Plot3( UpperBandDamp,"UpperBndDamp") ; Plot4( LowerBandDamp,"LowerBndDamp") ; end ; end ; 2 사용자함수 함수명 : RSI_Band 반환값형 : 숫자형 inputs: Period( numericsimple ), TargetRSILevel( numericsimple ), Dampening( numericsimple ) ; #{ set to 0 for undampedcalculation } variables: CloseToMatchRSI( 0 ), W( 0 ), S( 0 ), P( 0 ), N( 0 ), Result( 0 ), Diff( 0 ) ; Diff = Close - Close[1] ; if Diff > 0 then begin W = Diff ; S = 0 ; end else if Diff < 0 then begin S = -Diff ; W = 0 ; end ; if RSI_Band[1] > Close[1] then CloseToMatchRSI = Close[1] + P - P * Period - ( ( N * Period ) - N ) * TargetRSILevel / ( TargetRSILevel - 100 ); else CloseToMatchRSI = Close[1] - N - P + N * Period + P * Period + ( 100 * P ) / TargetRSILevel - ( 100 * P * Period ) / TargetRSILevel ; if Dampening <> 0 then if CloseToMatchRSI - Close > Dampening * Close then CloseToMatchRSI = Close * ( 1 + Dampening ); else if CloseToMatchRSI - Close < -Dampening * Close then CloseToMatchRSI = Close * ( 1 - Dampening ) ; P = ( ( Period - 1 ) * P + W ) / Period ; N = ( ( Period - 1 ) * N + S ) / Period ; if CurrentBar >= Period then RSI_Band = CloseToMatchRSI ; 즐거운 하루되세요 > 잡다백수 님이 쓴 글입니다. > 제목 : 문의드립니다. > 도움주시는 덕분에 도전하고 있습니다. 매번 감사합니다. 1. 기타 코딩 변환 부탁드립니다. inputs: RSILength( 14 ), OverSold( 30 ), OverBought( 70 ), PlotDampedLines( true ), Dampening( 0.1 ) ; variables: UpperBand( 0 ), LowerBand( 0 ), UpperBandDamp( 0 ), LowerBandDamp( 0 ) ; UpperBand = RSI_Band( RSILength, OverBought, 0 ) ; LowerBand = RSI_Band( RSILength, OverSold, 0 ) ; UpperBandDamp = RSI_Band( RSILength, OverBought, Dampening ) ; LowerBandDamp = RSI_Band( RSILength, OverSold, Dampening ) ; if CurrentBar >= RSILength then begin Plot1( UpperBand, “UpperBand” ) ; Plot2( LowerBand, “LowerBand” ) ; if PlotDampedLines then begin Plot3( UpperBandDamp, “UpperBndDamp” ) ; Plot4( LowerBandDamp, “LowerBndDamp” ) ; end ; end ; inputs: Period( numericsimple ), TargetRSILevel( numericsimple ), Dampening( numericsimple ) ; { set to 0 for undamped calculation } variables: CloseToMatchRSI( 0 ), W( 0 ), S( 0 ), P( 0 ), N( 0 ), Result( 0 ), Diff( 0 ) ; Diff = Close - Close[1] ; if Diff > 0 then begin W = Diff ; S = 0 ; end else if Diff < 0 then begin S = -Diff ; W = 0 ; end ; if RSI_Band[1] > Close[1] then CloseToMatchRSI = Close[1] + P - P * Period - ( ( N * Period ) - N ) * TargetRSILevel / ( TargetRSILevel - 100 ) else CloseToMatchRSI = Close[1] - N - P + N * Period + P * Period + ( 100 * P ) / TargetRSILevel - ( 100 * P * Period ) / TargetRSILevel ; if Dampening <> 0 then if CloseToMatchRSI - Close > Dampening * Close then CloseToMatchRSI = Close * ( 1 + Dampening ) else if CloseToMatchRSI - Close < -Dampening * Close then CloseToMatchRSI = Close * ( 1 - Dampening ) ; P = ( ( Period - 1 ) * P + W ) / Period ; N = ( ( Period - 1 ) * N + S ) / Period ; if CurrentBar >= Period then RSI_Band = CloseToMatchRSI ;

코딩감사합니다. 여기서 UpperBandDamp 이거는 지표상 원래 나오기 힘든 지표인가요? 실행해보니 true를 해놓고 실행해봐도 선이 안나와서 질문드립니다. > 예스스탁 님이 쓴 글입니다. > 제목 : Re : 문의드립니다. > 안녕하세요 예스스탁입니다. 1.지표 inputs: RSILength( 14 ), OverSold( 30 ), OverBought( 70 ), PlotDampedLines( true ), Dampening( 0.1 ) ; variables: UpperBand( 0 ), LowerBand( 0 ), UpperBandDamp( 0 ), LowerBandDamp( 0 ) ; UpperBand = RSI_Band( RSILength, OverBought, 0 ) ; LowerBand = RSI_Band( RSILength, OverSold, 0 ) ; UpperBandDamp = RSI_Band( RSILength, OverBought, Dampening ) ; LowerBandDamp = RSI_Band( RSILength, OverSold, Dampening ) ; if CurrentBar >= RSILength then begin Plot1( UpperBand,"UpperBand") ; Plot2( LowerBand,"LowerBand") ; if PlotDampedLines then begin Plot3( UpperBandDamp,"UpperBndDamp") ; Plot4( LowerBandDamp,"LowerBndDamp") ; end ; end ; 2 사용자함수 함수명 : RSI_Band 반환값형 : 숫자형 inputs: Period( numericsimple ), TargetRSILevel( numericsimple ), Dampening( numericsimple ) ; #{ set to 0 for undampedcalculation } variables: CloseToMatchRSI( 0 ), W( 0 ), S( 0 ), P( 0 ), N( 0 ), Result( 0 ), Diff( 0 ) ; Diff = Close - Close[1] ; if Diff > 0 then begin W = Diff ; S = 0 ; end else if Diff < 0 then begin S = -Diff ; W = 0 ; end ; if RSI_Band[1] > Close[1] then CloseToMatchRSI = Close[1] + P - P * Period - ( ( N * Period ) - N ) * TargetRSILevel / ( TargetRSILevel - 100 ); else CloseToMatchRSI = Close[1] - N - P + N * Period + P * Period + ( 100 * P ) / TargetRSILevel - ( 100 * P * Period ) / TargetRSILevel ; if Dampening <> 0 then if CloseToMatchRSI - Close > Dampening * Close then CloseToMatchRSI = Close * ( 1 + Dampening ); else if CloseToMatchRSI - Close < -Dampening * Close then CloseToMatchRSI = Close * ( 1 - Dampening ) ; P = ( ( Period - 1 ) * P + W ) / Period ; N = ( ( Period - 1 ) * N + S ) / Period ; if CurrentBar >= Period then RSI_Band = CloseToMatchRSI ; 즐거운 하루되세요 > 잡다백수 님이 쓴 글입니다. > 제목 : 문의드립니다. > 도움주시는 덕분에 도전하고 있습니다. 매번 감사합니다. 1. 기타 코딩 변환 부탁드립니다. inputs: RSILength( 14 ), OverSold( 30 ), OverBought( 70 ), PlotDampedLines( true ), Dampening( 0.1 ) ; variables: UpperBand( 0 ), LowerBand( 0 ), UpperBandDamp( 0 ), LowerBandDamp( 0 ) ; UpperBand = RSI_Band( RSILength, OverBought, 0 ) ; LowerBand = RSI_Band( RSILength, OverSold, 0 ) ; UpperBandDamp = RSI_Band( RSILength, OverBought, Dampening ) ; LowerBandDamp = RSI_Band( RSILength, OverSold, Dampening ) ; if CurrentBar >= RSILength then begin Plot1( UpperBand, “UpperBand” ) ; Plot2( LowerBand, “LowerBand” ) ; if PlotDampedLines then begin Plot3( UpperBandDamp, “UpperBndDamp” ) ; Plot4( LowerBandDamp, “LowerBndDamp” ) ; end ; end ; inputs: Period( numericsimple ), TargetRSILevel( numericsimple ), Dampening( numericsimple ) ; { set to 0 for undamped calculation } variables: CloseToMatchRSI( 0 ), W( 0 ), S( 0 ), P( 0 ), N( 0 ), Result( 0 ), Diff( 0 ) ; Diff = Close - Close[1] ; if Diff > 0 then begin W = Diff ; S = 0 ; end else if Diff < 0 then begin S = -Diff ; W = 0 ; end ; if RSI_Band[1] > Close[1] then CloseToMatchRSI = Close[1] + P - P * Period - ( ( N * Period ) - N ) * TargetRSILevel / ( TargetRSILevel - 100 ) else CloseToMatchRSI = Close[1] - N - P + N * Period + P * Period + ( 100 * P ) / TargetRSILevel - ( 100 * P * Period ) / TargetRSILevel ; if Dampening <> 0 then if CloseToMatchRSI - Close > Dampening * Close then CloseToMatchRSI = Close * ( 1 + Dampening ) else if CloseToMatchRSI - Close < -Dampening * Close then CloseToMatchRSI = Close * ( 1 - Dampening ) ; P = ( ( Period - 1 ) * P + W ) / Period ; N = ( ( Period - 1 ) * N + S ) / Period ; if CurrentBar >= Period then RSI_Band = CloseToMatchRSI ;

안녕하세요 예스스탁입니다. 값이 출력되지 않는 것이 아니라 Dampening값이 크면 UpperBand와 UpperBandDamp가, LowerBand와 LowerBandDamp가 값이 같게 됩니다. Dampening 값을 작게 지정해 보시기 바랍니다. 즐거운 하루되세요 > 잡다백수 님이 쓴 글입니다. > 제목 : Re : Re : 문의드립니다. > 코딩감사합니다. 여기서 UpperBandDamp 이거는 지표상 원래 나오기 힘든 지표인가요? 실행해보니 true를 해놓고 실행해봐도 선이 안나와서 질문드립니다. > 예스스탁 님이 쓴 글입니다. > 제목 : Re : 문의드립니다. > 안녕하세요 예스스탁입니다. 1.지표 inputs: RSILength( 14 ), OverSold( 30 ), OverBought( 70 ), PlotDampedLines( true ), Dampening( 0.1 ) ; variables: UpperBand( 0 ), LowerBand( 0 ), UpperBandDamp( 0 ), LowerBandDamp( 0 ) ; UpperBand = RSI_Band( RSILength, OverBought, 0 ) ; LowerBand = RSI_Band( RSILength, OverSold, 0 ) ; UpperBandDamp = RSI_Band( RSILength, OverBought, Dampening ) ; LowerBandDamp = RSI_Band( RSILength, OverSold, Dampening ) ; if CurrentBar >= RSILength then begin Plot1( UpperBand,"UpperBand") ; Plot2( LowerBand,"LowerBand") ; if PlotDampedLines then begin Plot3( UpperBandDamp,"UpperBndDamp") ; Plot4( LowerBandDamp,"LowerBndDamp") ; end ; end ; 2 사용자함수 함수명 : RSI_Band 반환값형 : 숫자형 inputs: Period( numericsimple ), TargetRSILevel( numericsimple ), Dampening( numericsimple ) ; #{ set to 0 for undampedcalculation } variables: CloseToMatchRSI( 0 ), W( 0 ), S( 0 ), P( 0 ), N( 0 ), Result( 0 ), Diff( 0 ) ; Diff = Close - Close[1] ; if Diff > 0 then begin W = Diff ; S = 0 ; end else if Diff < 0 then begin S = -Diff ; W = 0 ; end ; if RSI_Band[1] > Close[1] then CloseToMatchRSI = Close[1] + P - P * Period - ( ( N * Period ) - N ) * TargetRSILevel / ( TargetRSILevel - 100 ); else CloseToMatchRSI = Close[1] - N - P + N * Period + P * Period + ( 100 * P ) / TargetRSILevel - ( 100 * P * Period ) / TargetRSILevel ; if Dampening <> 0 then if CloseToMatchRSI - Close > Dampening * Close then CloseToMatchRSI = Close * ( 1 + Dampening ); else if CloseToMatchRSI - Close < -Dampening * Close then CloseToMatchRSI = Close * ( 1 - Dampening ) ; P = ( ( Period - 1 ) * P + W ) / Period ; N = ( ( Period - 1 ) * N + S ) / Period ; if CurrentBar >= Period then RSI_Band = CloseToMatchRSI ; 즐거운 하루되세요 > 잡다백수 님이 쓴 글입니다. > 제목 : 문의드립니다. > 도움주시는 덕분에 도전하고 있습니다. 매번 감사합니다. 1. 기타 코딩 변환 부탁드립니다. inputs: RSILength( 14 ), OverSold( 30 ), OverBought( 70 ), PlotDampedLines( true ), Dampening( 0.1 ) ; variables: UpperBand( 0 ), LowerBand( 0 ), UpperBandDamp( 0 ), LowerBandDamp( 0 ) ; UpperBand = RSI_Band( RSILength, OverBought, 0 ) ; LowerBand = RSI_Band( RSILength, OverSold, 0 ) ; UpperBandDamp = RSI_Band( RSILength, OverBought, Dampening ) ; LowerBandDamp = RSI_Band( RSILength, OverSold, Dampening ) ; if CurrentBar >= RSILength then begin Plot1( UpperBand, “UpperBand” ) ; Plot2( LowerBand, “LowerBand” ) ; if PlotDampedLines then begin Plot3( UpperBandDamp, “UpperBndDamp” ) ; Plot4( LowerBandDamp, “LowerBndDamp” ) ; end ; end ; inputs: Period( numericsimple ), TargetRSILevel( numericsimple ), Dampening( numericsimple ) ; { set to 0 for undamped calculation } variables: CloseToMatchRSI( 0 ), W( 0 ), S( 0 ), P( 0 ), N( 0 ), Result( 0 ), Diff( 0 ) ; Diff = Close - Close[1] ; if Diff > 0 then begin W = Diff ; S = 0 ; end else if Diff < 0 then begin S = -Diff ; W = 0 ; end ; if RSI_Band[1] > Close[1] then CloseToMatchRSI = Close[1] + P - P * Period - ( ( N * Period ) - N ) * TargetRSILevel / ( TargetRSILevel - 100 ) else CloseToMatchRSI = Close[1] - N - P + N * Period + P * Period + ( 100 * P ) / TargetRSILevel - ( 100 * P * Period ) / TargetRSILevel ; if Dampening <> 0 then if CloseToMatchRSI - Close > Dampening * Close then CloseToMatchRSI = Close * ( 1 + Dampening ) else if CloseToMatchRSI - Close < -Dampening * Close then CloseToMatchRSI = Close * ( 1 - Dampening ) ; P = ( ( Period - 1 ) * P + W ) / Period ; N = ( ( Period - 1 ) * N + S ) / Period ; if CurrentBar >= Period then RSI_Band = CloseToMatchRSI ;