La stratégie a les avantages de: 1) la formation de plusieurs moyennes mobiles pour un système de notation, ce qui améliore l'exactitude du jugement; 2) la possibilité d'ajuster flexiblement les paramètres du système de notation pour s'adapter aux différentes variétés; 3) la configuration des conditions de notation d'entrée, ce qui permet de contrôler le risque.
La stratégie est basée sur 17 types de moyennes mobiles, dont SMA, EMA, ALMA, SMMA, LSMA, VWMA, DEMA, HMA, KAMA, TEMA, ZLEMA, TRIMA, T3 et ainsi de suite.
Pour chaque moyenne mobile, jugez sa relation avec le prix de clôture. Si la moyenne mobile est inférieure au prix de clôture, donnez-lui une note de 1 point, si elle est supérieure au prix de clôture, donnez-lui une note de -1 point. Si vous ne pouvez pas juger, ne donnez pas de note.
Les résultats des notes de toutes les moyennes mobiles sont additionnés, puis subdivisés par le nombre de moyennes mobiles pouvant être notées pour obtenir une note globale.
Comparer le seuil de notation globale avec le seuil de notation d'entrée, pour déterminer la direction de l'ouverture. Si le seuil de notation globale est atteint, faites plus; si le seuil de notation est atteint, faites plus.
Des moyennes mobiles de différentes périodes permettent de déterminer les tendances à court et à long terme; des moyennes mobiles de différents types permettent de fournir une référence plus riche pour les indicateurs techniques, ce qui permet de faire des jugements multi-angles.
La stratégie utilise 17 moyennes mobiles différentes pour évaluer la direction de la tendance du marché à partir de plus de points de vue, réduisant ainsi les jugements inexacts liés à la déviation d'un indicateur.
Le nombre de cycles des moyennes mobiles dans le système de notation, le seuil de notation peuvent être réglés par des paramètres, ce qui permet aux stratégies d'adapter de manière flexible les caractéristiques des différentes variétés de transactions, ce qui favorise l'optimisation.
Les stratégies permettent de configurer des seuils de notation d'entrée pour plus de temps libre. Les signaux ne sont émis que lorsque la notation globale atteint le seuil, ce qui évite d'ouvrir des positions erronées lorsque le marché n'est pas clair. Un placement raisonnable des seuils d'entrée aide à réduire le nombre de transactions inutiles et à contrôler les risques.
Les paramètres de cette stratégie sont conçus pour le marché global et peuvent ne pas être très pertinents pour une variété particulière. La solution consiste à optimiser les paramètres individuellement pour différentes variétés.
La stratégie est susceptible de produire des signaux erronés lorsque le marché est en plein désarroi. La solution est d'augmenter le seuil de notation d'entrée et de réduire le nombre de transactions.
L'environnement du marché est en constante évolution et des paramètres fixes peuvent entraîner une mauvaise performance de la stratégie. Il est recommandé de retester à intervalles réguliers pour optimiser les paramètres suivants afin d'assurer l'efficacité de la stratégie.
L'ajout d'autres indicateurs de participation au classement, tels que l'indicateur de volatilité, l'indicateur de volume de transactions, etc., fournit une base de jugement plus dimensionnelle.
Optimisation des paramètres de test pour différentes variétés afin d'améliorer l'adaptabilité stratégique.
Définir des cycles de retouche plus longs, par exemple six mois, un an, la durée de conservation des effets des paramètres d'observation.
L'étude de l'effet réel de différentes moyennes mobiles sur différents cycles pour choisir la meilleure combinaison.
Essayez une méthode d'apprentissage automatique pour optimiser les paramètres.
Cette stratégie permet de juger des tendances du marché à partir de plusieurs angles en établissant un système de notation de plusieurs moyennes mobiles. La stratégie a l'avantage de paramètres configurables, qui peuvent être flexibles pour s'adapter à différentes variétés, et de paramètres ajustés pour contrôler l'attitude au risque de la stratégie. De plus, le système de notation peut être constamment optimisé et perfectionné pour continuer à améliorer les performances de la stratégie.
/*backtest start: 2023-10-09 00:00:00 end: 2023-10-12 02:00:00 period: 1m basePeriod: 1m exchanges: [{"eid":"Futures_Binance","currency":"BTC_USDT"}] */ // This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/ // © exlux99 //@version=5 strategy(title='Ultra Moving Average Rating Trend Strategy', overlay=true) //, pyramiding=1,initial_capital = 1000, default_qty_type= strategy.percent_of_equity, default_qty_value = 100, calc_on_order_fills=false, slippage=0,commission_type=strategy.commission.percent,commission_value=0.03) // // //==========DEMA getDEMA(src, len) => dema = 2 * ta.ema(src, len) - ta.ema(ta.ema(src, len), len) dema //==========HMA getHULLMA(src, len) => hullma = ta.wma(2 * ta.wma(src, len / 2) - ta.wma(src, len), math.round(math.sqrt(len))) hullma //==========KAMA getKAMA(src, len, k1, k2) => change = math.abs(ta.change(src, len)) volatility = math.sum(math.abs(ta.change(src)), len) efficiency_ratio = volatility != 0 ? change / volatility : 0 kama = 0.0 fast = 2 / (k1 + 1) slow = 2 / (k2 + 1) smooth_const = math.pow(efficiency_ratio * (fast - slow) + slow, 2) kama := nz(kama[1]) + smooth_const * (src - nz(kama[1])) kama //==========TEMA getTEMA(src, len) => e = ta.ema(src, len) tema = 3 * (e - ta.ema(e, len)) + ta.ema(ta.ema(e, len), len) tema //==========ZLEMA getZLEMA(src, len) => zlemalag_1 = (len - 1) / 2 zlemadata_1 = src + src - src[zlemalag_1] zlema = ta.ema(zlemadata_1, len) zlema //==========FRAMA getFRAMA(src, len) => Price = src N = len if N % 2 != 0 N += 1 N N1 = 0.0 N2 = 0.0 N3 = 0.0 HH = 0.0 LL = 0.0 Dimen = 0.0 alpha = 0.0 Filt = 0.0 N3 := (ta.highest(N) - ta.lowest(N)) / N HH := ta.highest(N / 2 - 1) LL := ta.lowest(N / 2 - 1) N1 := (HH - LL) / (N / 2) HH := high[N / 2] LL := low[N / 2] for i = N / 2 to N - 1 by 1 if high[i] > HH HH := high[i] HH if low[i] < LL LL := low[i] LL N2 := (HH - LL) / (N / 2) if N1 > 0 and N2 > 0 and N3 > 0 Dimen := (math.log(N1 + N2) - math.log(N3)) / math.log(2) Dimen alpha := math.exp(-4.6 * (Dimen - 1)) if alpha < .01 alpha := .01 alpha if alpha > 1 alpha := 1 alpha Filt := alpha * Price + (1 - alpha) * nz(Filt[1], 1) if bar_index < N + 1 Filt := Price Filt Filt //==========VIDYA getVIDYA(src, len) => mom = ta.change(src) upSum = math.sum(math.max(mom, 0), len) downSum = math.sum(-math.min(mom, 0), len) out = (upSum - downSum) / (upSum + downSum) cmo = math.abs(out) alpha = 2 / (len + 1) vidya = 0.0 vidya := src * alpha * cmo + nz(vidya[1]) * (1 - alpha * cmo) vidya //==========JMA getJMA(src, len, power, phase) => phase_ratio = phase < -100 ? 0.5 : phase > 100 ? 2.5 : phase / 100 + 1.5 beta = 0.45 * (len - 1) / (0.45 * (len - 1) + 2) alpha = math.pow(beta, power) MA1 = 0.0 Det0 = 0.0 MA2 = 0.0 Det1 = 0.0 JMA = 0.0 MA1 := (1 - alpha) * src + alpha * nz(MA1[1]) Det0 := (src - MA1) * (1 - beta) + beta * nz(Det0[1]) MA2 := MA1 + phase_ratio * Det0 Det1 := (MA2 - nz(JMA[1])) * math.pow(1 - alpha, 2) + math.pow(alpha, 2) * nz(Det1[1]) JMA := nz(JMA[1]) + Det1 JMA //==========T3 getT3(src, len, vFactor) => ema1 = ta.ema(src, len) ema2 = ta.ema(ema1, len) ema3 = ta.ema(ema2, len) ema4 = ta.ema(ema3, len) ema5 = ta.ema(ema4, len) ema6 = ta.ema(ema5, len) c1 = -1 * math.pow(vFactor, 3) c2 = 3 * math.pow(vFactor, 2) + 3 * math.pow(vFactor, 3) c3 = -6 * math.pow(vFactor, 2) - 3 * vFactor - 3 * math.pow(vFactor, 3) c4 = 1 + 3 * vFactor + math.pow(vFactor, 3) + 3 * math.pow(vFactor, 2) T3 = c1 * ema6 + c2 * ema5 + c3 * ema4 + c4 * ema3 T3 //==========TRIMA getTRIMA(src, len) => N = len + 1 Nm = math.round(N / 2) TRIMA = ta.sma(ta.sma(src, Nm), Nm) TRIMA //-------------- FUNCTIONS dirmov(len) => up = ta.change(high) down = -ta.change(low) plusDM = na(up) ? na : up > down and up > 0 ? up : 0 minusDM = na(down) ? na : down > up and down > 0 ? down : 0 truerange = ta.rma(ta.tr, len) plus = fixnan(100 * ta.rma(plusDM, len) / truerange) minus = fixnan(100 * ta.rma(minusDM, len) / truerange) [plus, minus] adx(dilen, adxlen) => [plus, minus] = dirmov(dilen) sum = plus + minus adx = 100 * ta.rma(math.abs(plus - minus) / (sum == 0 ? 1 : sum), adxlen) adx src = close res = input.timeframe("", title="Indicator Timeframe") // Ichimoku Cloud donchian(len) => math.avg(ta.lowest(len), ta.highest(len)) ichimoku_cloud() => conversionLine = donchian(9) baseLine = donchian(26) leadLine1 = math.avg(conversionLine, baseLine) leadLine2 = donchian(52) [conversionLine, baseLine, leadLine1, leadLine2] calcRatingMA(ma, src) => na(ma) or na(src) ? na : (ma == src ? 0 : ( ma < src ? 1 : -1 )) calcRating(buy, sell) => buy ? 1 : ( sell ? -1 : 0 ) calcRatingAll() => //============== MA ================= SMA10 = ta.sma(close, 10) SMA20 = ta.sma(close, 20) SMA30 = ta.sma(close, 30) SMA50 = ta.sma(close, 50) SMA100 = ta.sma(close, 100) SMA200 = ta.sma(close, 200) EMA10 = ta.ema(close, 10) EMA20 = ta.ema(close, 20) EMA30 = ta.ema(close, 30) EMA50 = ta.ema(close, 50) EMA100 = ta.ema(close, 100) EMA200 = ta.ema(close, 200) ALMA10 = ta.alma(close, 10, 0.85, 6) ALMA20 = ta.alma(close, 20, 0.85, 6) ALMA50 = ta.alma(close, 50, 0.85, 6) ALMA100 = ta.alma(close, 100, 0.85, 6) ALMA200 = ta.alma(close, 200, 0.85, 6) SMMA10 = ta.rma(close, 10) SMMA20 = ta.rma(close, 20) SMMA50 = ta.rma(close, 50) SMMA100 = ta.rma(close, 100) SMMA200 = ta.rma(close, 200) LSMA10 = ta.linreg(close, 10, 0) LSMA20 = ta.linreg(close, 20, 0) LSMA50 = ta.linreg(close, 50, 0) LSMA100 = ta.linreg(close, 100, 0) LSMA200 = ta.linreg(close, 200, 0) VWMA10 = ta.vwma(close, 10) VWMA20 = ta.vwma(close, 20) VWMA50 = ta.vwma(close, 50) VWMA100 = ta.vwma(close, 100) VWMA200 = ta.vwma(close, 200) DEMA10 = getDEMA(close, 10) DEMA20 = getDEMA(close, 20) DEMA50 = getDEMA(close, 50) DEMA100 =getDEMA(close, 100) DEMA200 = getDEMA(close, 200) HMA10 = ta.hma(close, 10) HMA20 = ta.hma(close, 20) HMA50 = ta.hma(close, 50) HMA100 = ta.hma(close, 100) HMA200 = ta.hma(close, 200) KAMA10 = getKAMA(close, 10, 2, 30) KAMA20 = getKAMA(close, 20, 2, 30) KAMA50 = getKAMA(close, 50, 2, 30) KAMA100 = getKAMA(close, 100, 2, 30) KAMA200 = getKAMA(close, 200 , 2, 30) FRAMA10 = getFRAMA(close, 10) FRAMA20 = getFRAMA(close, 20) FRAMA50 = getFRAMA(close, 50) FRAMA100 =getFRAMA(close, 100) FRAMA200 = getFRAMA(close, 200) VIDMA10 = getVIDYA(close, 10) VIDMA20 = getVIDYA(close, 20) VIDMA50 = getVIDYA(close, 50) VIDMA100 =getVIDYA(close, 100) VIDMA200 = getVIDYA(close, 200) JMA10 = getJMA(close, 10, 2, 50) JMA20 = getJMA(close, 20, 2, 50) JMA50 = getJMA(close, 50, 2, 50) JMA100 =getJMA(close, 100, 2, 50) JMA200 = getJMA(close, 200, 2, 50) TEMA10 = getTEMA(close, 10) TEMA20 = getTEMA(close, 20) TEMA50 = getTEMA(close, 50) TEMA100 =getTEMA(close, 100) TEMA200 = getTEMA(close, 200) ZLEMA10 = getZLEMA(close, 10) ZLEMA20 = getZLEMA(close, 20) ZLEMA50 = getZLEMA(close, 50) ZLEMA100 =getZLEMA(close, 100) ZLEMA200 = getZLEMA(close, 200) TRIMA10 = getTRIMA(close, 10) TRIMA20 = getTRIMA(close, 20) TRIMA50 = getTRIMA(close, 50) TRIMA100 =getTRIMA(close, 100) TRIMA200 = getTRIMA(close, 200) T3MA10 = getT3(close, 10, 0.7) T3MA20 = getT3(close, 20, 0.7) T3MA50 = getT3(close, 50, 0.7) T3MA100 =getT3(close, 100, 0.7) T3MA200 = getT3(close, 200, 0.7) [IC_CLine, IC_BLine, IC_Lead1, IC_Lead2] = ichimoku_cloud() //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// PriceAvg = ta.ema(close, 50) DownTrend = close < PriceAvg UpTrend = close > PriceAvg // calculate trading recommendation based on SMA/EMA float ratingMA = 0 float ratingMAC = 0 float ratingSMA10 = na if not na(SMA10) ratingSMA10 := calcRatingMA(SMA10, close) ratingMA := ratingMA + ratingSMA10 ratingMAC := ratingMAC + 1 float ratingSMA20 = na if not na(SMA20) ratingSMA20 := calcRatingMA(SMA20, close) ratingMA := ratingMA + ratingSMA20 ratingMAC := ratingMAC + 1 float ratingSMA30 = na if not na(SMA30) ratingSMA30 := calcRatingMA(SMA30, close) ratingMA := ratingMA + ratingSMA30 ratingMAC := ratingMAC + 1 float ratingSMA50 = na if not na(SMA50) ratingSMA50 := calcRatingMA(SMA50, close) ratingMA := ratingMA + ratingSMA50 ratingMAC := ratingMAC + 1 float ratingSMA100 = na if not na(SMA100) ratingSMA100 := calcRatingMA(SMA100, close) ratingMA := ratingMA + ratingSMA100 ratingMAC := ratingMAC + 1 float ratingSMA200 = na if not na(SMA200) ratingSMA200 := calcRatingMA(SMA200, close) ratingMA := ratingMA + ratingSMA200 ratingMAC := ratingMAC + 1 float ratingEMA10 = na if not na(EMA10) ratingEMA10 := calcRatingMA(EMA10, close) ratingMA := ratingMA + ratingEMA10 ratingMAC := ratingMAC + 1 float ratingEMA20 = na if not na(EMA20) ratingEMA20 := calcRatingMA(EMA20, close) ratingMA := ratingMA + ratingEMA20 ratingMAC := ratingMAC + 1 float ratingEMA30 = na if not na(EMA30) ratingEMA30 := calcRatingMA(EMA30, close) ratingMA := ratingMA + ratingEMA30 ratingMAC := ratingMAC + 1 float ratingEMA50 = na if not na(EMA50) ratingEMA50 := calcRatingMA(EMA50, close) ratingMA := ratingMA + ratingEMA50 ratingMAC := ratingMAC + 1 float ratingEMA100 = na if not na(EMA100) ratingEMA100 := calcRatingMA(EMA100, close) ratingMA := ratingMA + ratingEMA100 ratingMAC := ratingMAC + 1 float ratingEMA200 = na if not na(EMA200) ratingEMA200 := calcRatingMA(EMA200, close) ratingMA := ratingMA + ratingEMA200 ratingMAC := ratingMAC + 1 /////////////////////////// float ratingALMA10 = na if not na(ALMA10) ratingALMA10 := calcRatingMA(ALMA10, close) ratingMA := ratingMA + ratingALMA10 ratingMAC := ratingMAC + 1 float ratingALMA20 = na if not na(ALMA20) ratingALMA20 := calcRatingMA(ALMA20, close) ratingMA := ratingMA + ratingALMA20 ratingMAC := ratingMAC + 1 float ratingALMA50 = na if not na(ALMA50) ratingALMA50 := calcRatingMA(ALMA50, close) ratingMA := ratingMA + ratingALMA50 ratingMAC := ratingMAC + 1 float ratingALMA100 = na if not na(ALMA100) ratingALMA100 := calcRatingMA(ALMA100, close) ratingMA := ratingMA + ratingALMA100 ratingMAC := ratingMAC + 1 float ratingALMA200 = na if not na(ALMA200) ratingALMA200 := calcRatingMA(ALMA200, close) ratingMA := ratingMA + ratingALMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// /////////////////////////// float ratingSMMA10 = na if not na(SMMA10) ratingSMMA10 := calcRatingMA(SMMA10, close) ratingMA := ratingMA + ratingSMMA10 ratingMAC := ratingMAC + 1 float ratingSMMA20 = na if not na(SMMA20) ratingSMMA20 := calcRatingMA(SMMA20, close) ratingMA := ratingMA + ratingSMMA20 ratingMAC := ratingMAC + 1 float ratingSMMA50 = na if not na(SMMA50) ratingSMMA50 := calcRatingMA(SMMA50, close) ratingMA := ratingMA + ratingSMMA50 ratingMAC := ratingMAC + 1 float ratingSMMA100 = na if not na(SMMA100) ratingSMMA100 := calcRatingMA(SMMA100, close) ratingMA := ratingMA + ratingSMMA100 ratingMAC := ratingMAC + 1 float ratingSMMA200 = na if not na(SMMA200) ratingSMMA200 := calcRatingMA(SMMA200, close) ratingMA := ratingMA + ratingSMMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// /////////////////////////// float ratingLSMA10 = na if not na(LSMA10) ratingLSMA10 := calcRatingMA(LSMA10, close) ratingMA := ratingMA + ratingLSMA10 ratingMAC := ratingMAC + 1 float ratingLSMA20 = na if not na(LSMA20) ratingLSMA20 := calcRatingMA(LSMA20, close) ratingMA := ratingMA + ratingLSMA20 ratingMAC := ratingMAC + 1 float ratingLSMA50 = na if not na(LSMA50) ratingLSMA50 := calcRatingMA(LSMA50, close) ratingMA := ratingMA + ratingLSMA50 ratingMAC := ratingMAC + 1 float ratingLSMA100 = na if not na(LSMA100) ratingLSMA100 := calcRatingMA(LSMA100, close) ratingMA := ratingMA + ratingLSMA100 ratingMAC := ratingMAC + 1 float ratingLSMA200 = na if not na(LSMA200) ratingLSMA200 := calcRatingMA(LSMA200, close) ratingMA := ratingMA + ratingLSMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// /////////////////////////// float ratingVWMA10 = na if not na(VWMA10) ratingVWMA10 := calcRatingMA(VWMA10, close) ratingMA := ratingMA + ratingVWMA10 ratingMAC := ratingMAC + 1 float ratingVWMA20 = na if not na(VWMA20) ratingVWMA20 := calcRatingMA(VWMA20, close) ratingMA := ratingMA + ratingVWMA20 ratingMAC := ratingMAC + 1 float ratingVWMA50 = na if not na(VWMA50) ratingVWMA50 := calcRatingMA(VWMA50, close) ratingMA := ratingMA + ratingVWMA50 ratingMAC := ratingMAC + 1 float ratingVWMA100 = na if not na(VWMA100) ratingVWMA100 := calcRatingMA(VWMA100, close) ratingMA := ratingMA + ratingVWMA100 ratingMAC := ratingMAC + 1 float ratingVWMA200 = na if not na(VWMA200) ratingVWMA200 := calcRatingMA(VWMA200, close) ratingMA := ratingMA + ratingVWMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// /////////////////////////// float ratingDEMA10 = na if not na(DEMA10) ratingDEMA10 := calcRatingMA(DEMA10, close) ratingMA := ratingMA + ratingDEMA10 ratingMAC := ratingMAC + 1 float ratingDEMA20 = na if not na(DEMA20) ratingDEMA20 := calcRatingMA(DEMA20, close) ratingMA := ratingMA + ratingDEMA20 ratingMAC := ratingMAC + 1 float ratingDEMA50 = na if not na(DEMA50) ratingDEMA50 := calcRatingMA(DEMA50, close) ratingMA := ratingMA + ratingDEMA50 ratingMAC := ratingMAC + 1 float ratingDEMA100 = na if not na(DEMA100) ratingDEMA100 := calcRatingMA(DEMA100, close) ratingMA := ratingMA + ratingDEMA100 ratingMAC := ratingMAC + 1 float ratingDEMA200 = na if not na(DEMA200) ratingDEMA200 := calcRatingMA(DEMA200, close) ratingMA := ratingMA + ratingDEMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// float ratingHMA10 = na if not na(HMA10) ratingHMA10 := calcRatingMA(HMA10, close) ratingMA := ratingMA + ratingHMA10 ratingMAC := ratingMAC + 1 float ratingHMA20 = na if not na(HMA20) ratingHMA20 := calcRatingMA(HMA20, close) ratingMA := ratingMA + ratingHMA20 ratingMAC := ratingMAC + 1 float ratingHMA50 = na if not na(HMA50) ratingHMA50 := calcRatingMA(HMA50, close) ratingMA := ratingMA + ratingHMA50 ratingMAC := ratingMAC + 1 float ratingHMA100 = na if not na(HMA100) ratingHMA100 := calcRatingMA(HMA100, close) ratingMA := ratingMA + ratingHMA100 ratingMAC := ratingMAC + 1 float ratingHMA200 = na if not na(HMA200) ratingHMA200 := calcRatingMA(HMA200, close) ratingMA := ratingMA + ratingHMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// /////////////////////////// float ratingKAMA10 = na if not na(KAMA10) ratingKAMA10 := calcRatingMA(KAMA10, close) ratingMA := ratingMA + ratingKAMA10 ratingMAC := ratingMAC + 1 float ratingKAMA20 = na if not na(KAMA20) ratingKAMA20 := calcRatingMA(KAMA20, close) ratingMA := ratingMA + ratingKAMA20 ratingMAC := ratingMAC + 1 float ratingKAMA50 = na if not na(KAMA50) ratingKAMA50 := calcRatingMA(KAMA50, close) ratingMA := ratingMA + ratingKAMA50 ratingMAC := ratingMAC + 1 float ratingKAMA100 = na if not na(KAMA100) ratingKAMA100 := calcRatingMA(KAMA100, close) ratingMA := ratingMA + ratingKAMA100 ratingMAC := ratingMAC + 1 float ratingKAMA200 = na if not na(KAMA200) ratingKAMA200 := calcRatingMA(KAMA200, close) ratingMA := ratingMA + ratingKAMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// /////////////////////////// float ratingFRAMA10 = na if not na(FRAMA10) ratingFRAMA10 := calcRatingMA(FRAMA10, close) ratingMA := ratingMA + ratingFRAMA10 ratingMAC := ratingMAC + 1 float ratingFRAMA20 = na if not na(FRAMA20) ratingFRAMA20 := calcRatingMA(FRAMA20, close) ratingMA := ratingMA + ratingFRAMA20 ratingMAC := ratingMAC + 1 float ratingFRAMA50 = na if not na(FRAMA50) ratingFRAMA50 := calcRatingMA(FRAMA50, close) ratingMA := ratingMA + ratingFRAMA50 ratingMAC := ratingMAC + 1 float ratingFRAMA100 = na if not na(FRAMA100) ratingFRAMA100 := calcRatingMA(FRAMA100, close) ratingMA := ratingMA + ratingFRAMA100 ratingMAC := ratingMAC + 1 float ratingFRAMA200 = na if not na(FRAMA200) ratingFRAMA200 := calcRatingMA(FRAMA200, close) ratingMA := ratingMA + ratingFRAMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// /////////////////////////// float ratingVIDMA10 = na if not na(VIDMA10) ratingVIDMA10 := calcRatingMA(VIDMA10, close) ratingMA := ratingMA + ratingVIDMA10 ratingMAC := ratingMAC + 1 float ratingVIDMA20 = na if not na(VIDMA20) ratingVIDMA20 := calcRatingMA(VIDMA20, close) ratingMA := ratingMA + ratingVIDMA20 ratingMAC := ratingMAC + 1 float ratingVIDMA50 = na if not na(VIDMA50) ratingVIDMA50 := calcRatingMA(VIDMA50, close) ratingMA := ratingMA + ratingVIDMA50 ratingMAC := ratingMAC + 1 float ratingVIDMA100 = na if not na(VIDMA100) ratingVIDMA100 := calcRatingMA(VIDMA100, close) ratingMA := ratingMA + ratingVIDMA100 ratingMAC := ratingMAC + 1 float ratingVIDMA200 = na if not na(VIDMA200) ratingVIDMA200 := calcRatingMA(VIDMA200, close) ratingMA := ratingMA + ratingVIDMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// float ratingJMA10 = na if not na(JMA10) ratingJMA10 := calcRatingMA(JMA10, close) ratingMA := ratingMA + ratingJMA10 ratingMAC := ratingMAC + 1 float ratingJMA20 = na if not na(JMA20) ratingJMA20 := calcRatingMA(JMA20, close) ratingMA := ratingMA + ratingJMA20 ratingMAC := ratingMAC + 1 float ratingJMA50 = na if not na(JMA50) ratingJMA50 := calcRatingMA(JMA50, close) ratingMA := ratingMA + ratingJMA50 ratingMAC := ratingMAC + 1 float ratingJMA100 = na if not na(JMA100) ratingJMA100 := calcRatingMA(JMA100, close) ratingMA := ratingMA + ratingJMA100 ratingMAC := ratingMAC + 1 float ratingJMA200 = na if not na(JMA200) ratingJMA200 := calcRatingMA(JMA200, close) ratingMA := ratingMA + ratingJMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// /////////////////////////// float ratingTEMA10 = na if not na(TEMA10) ratingTEMA10 := calcRatingMA(TEMA10, close) ratingMA := ratingMA + ratingTEMA10 ratingMAC := ratingMAC + 1 float ratingTEMA20 = na if not na(TEMA20) ratingTEMA20 := calcRatingMA(TEMA20, close) ratingMA := ratingMA + ratingTEMA20 ratingMAC := ratingMAC + 1 float ratingTEMA50 = na if not na(TEMA50) ratingTEMA50 := calcRatingMA(TEMA50, close) ratingMA := ratingMA + ratingTEMA50 ratingMAC := ratingMAC + 1 float ratingTEMA100 = na if not na(TEMA100) ratingTEMA100 := calcRatingMA(TEMA100, close) ratingMA := ratingMA + ratingTEMA100 ratingMAC := ratingMAC + 1 float ratingTEMA200 = na if not na(TEMA200) ratingTEMA200 := calcRatingMA(TEMA200, close) ratingMA := ratingMA + ratingTEMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// float ratingZLEMA10 = na if not na(ZLEMA10) ratingZLEMA10 := calcRatingMA(ZLEMA10, close) ratingMA := ratingMA + ratingZLEMA10 ratingMAC := ratingMAC + 1 float ratingZLEMA20 = na if not na(ZLEMA20) ratingZLEMA20 := calcRatingMA(ZLEMA20, close) ratingMA := ratingMA + ratingZLEMA20 ratingMAC := ratingMAC + 1 float ratingZLEMA50 = na if not na(ZLEMA50) ratingZLEMA50 := calcRatingMA(ZLEMA50, close) ratingMA := ratingMA + ratingZLEMA50 ratingMAC := ratingMAC + 1 float ratingZLEMA100 = na if not na(ZLEMA100) ratingZLEMA100 := calcRatingMA(ZLEMA100, close) ratingMA := ratingMA + ratingZLEMA100 ratingMAC := ratingMAC + 1 float ratingZLEMA200 = na if not na(ZLEMA200) ratingZLEMA200 := calcRatingMA(ZLEMA200, close) ratingMA := ratingMA + ratingZLEMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// /////////////////////////// float ratingTRIMA10 = na if not na(TRIMA10) ratingTRIMA10 := calcRatingMA(TRIMA10, close) ratingMA := ratingMA + ratingTRIMA10 ratingMAC := ratingMAC + 1 float ratingTRIMA20 = na if not na(TRIMA20) ratingTRIMA20 := calcRatingMA(TRIMA20, close) ratingMA := ratingMA + ratingTRIMA20 ratingMAC := ratingMAC + 1 float ratingTRIMA50 = na if not na(TRIMA50) ratingTRIMA50 := calcRatingMA(TRIMA50, close) ratingMA := ratingMA + ratingTRIMA50 ratingMAC := ratingMAC + 1 float ratingTRIMA100 = na if not na(TRIMA100) ratingTRIMA100 := calcRatingMA(TRIMA100, close) ratingMA := ratingMA + ratingTRIMA100 ratingMAC := ratingMAC + 1 float ratingTRIMA200 = na if not na(TRIMA200) ratingTRIMA200 := calcRatingMA(TRIMA200, close) ratingMA := ratingMA + ratingTRIMA200 ratingMAC := ratingMAC + 1 ///////////////////////// /////////////////////////// float ratingT3MA10 = na if not na(T3MA10) ratingT3MA10 := calcRatingMA(T3MA10, close) ratingMA := ratingMA + ratingT3MA10 ratingMAC := ratingMAC + 1 float ratingT3MA20 = na if not na(T3MA20) ratingT3MA20 := calcRatingMA(T3MA20, close) ratingMA := ratingMA + ratingT3MA20 ratingMAC := ratingMAC + 1 float ratingT3MA50 = na if not na(T3MA50) ratingT3MA50 := calcRatingMA(T3MA50, close) ratingMA := ratingMA + ratingT3MA50 ratingMAC := ratingMAC + 1 float ratingT3MA100 = na if not na(T3MA100) ratingT3MA100 := calcRatingMA(T3MA100, close) ratingMA := ratingMA + ratingT3MA100 ratingMAC := ratingMAC + 1 float ratingT3MA200 = na if not na(T3MA200) ratingT3MA200 := calcRatingMA(T3MA200, close) ratingMA := ratingMA + ratingT3MA200 ratingMAC := ratingMAC + 1 ////////////////////////////////////////// float ratingIC = na if not (na(IC_Lead1) or na(IC_Lead2) or na(close) or na(close[1]) or na(IC_BLine) or na(IC_CLine)) ratingIC := calcRating( IC_Lead1 > IC_Lead2 and close > IC_Lead1 and close < IC_BLine and close[1] < IC_CLine and close > IC_CLine, IC_Lead2 > IC_Lead1 and close < IC_Lead2 and close > IC_BLine and close[1] > IC_CLine and close < IC_CLine) if not na(ratingIC) ratingMA := ratingMA + ratingIC ratingMAC := ratingMAC + 1 ratingMA := ratingMAC > 0 ? ratingMA / ratingMAC : na float ratingTotal = 0 float ratingTotalC = 0 if not na(ratingMA) ratingTotal := ratingTotal + ratingMA ratingTotalC := ratingTotalC + 1 ratingTotal := ratingTotalC > 0 ? ratingTotal / ratingTotalC : na [ratingTotal, ratingMA] getSignal2(ratingTotal, ratingMA) => float _res = ratingTotal _res := ratingMA [ratingTotal, ratingMA] = request.security(syminfo.tickerid, res, calcRatingAll()) tradeSignal = getSignal2(ratingTotal, ratingMA) rating_entry = input.float(0.95, title='Rating for long', group="Entry Rating %", step=0.05) rating_exit = input.float(0.75, title='Rating for short', group="Entry Rating %", step=0.05) * -1 long = tradeSignal >= rating_entry short = tradeSignal <= rating_exit strategy.entry("long",strategy.long,when=long) strategy.entry('short',strategy.short,when=short)