/* TA-LIB Copyright (c) 1999-2007, Mario Fortier
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or
* without modification, are permitted provided that the following
* conditions are met:
*
* - Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
*
* - Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in
* the documentation and/or other materials provided with the
* distribution.
*
* - Neither name of author nor the names of its contributors
* may be used to endorse or promote products derived from this
* software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
* ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
* LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
* FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
* REGENTS OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
* INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
* (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
* OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
* INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
* WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE
* OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE,
* EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*/
/* DO NOT MODIFY this file.
* This file is automatically generated by gen_code.
*
* If you are not re-generating the java code (which is most
* likely the case), just ignore this file.
*/
package com.tictactec.ta.lib;
import com.tictactec.ta.lib.MAType;
import com.tictactec.ta.lib.MInteger;
import com.tictactec.ta.lib.RetCode;
import com.tictactec.ta.lib.Core;
import com.tictactec.ta.lib.meta.annotation.FuncFlags;
import com.tictactec.ta.lib.meta.annotation.FuncInfo;
import com.tictactec.ta.lib.meta.annotation.InputFlags;
import com.tictactec.ta.lib.meta.annotation.InputParameterInfo;
import com.tictactec.ta.lib.meta.annotation.InputParameterType;
import com.tictactec.ta.lib.meta.annotation.IntegerList;
import com.tictactec.ta.lib.meta.annotation.IntegerRange;
import com.tictactec.ta.lib.meta.annotation.OptInputParameterInfo;
import com.tictactec.ta.lib.meta.annotation.OptInputParameterType;
import com.tictactec.ta.lib.meta.annotation.OutputFlags;
import com.tictactec.ta.lib.meta.annotation.OutputParameterInfo;
import com.tictactec.ta.lib.meta.annotation.OutputParameterType;
import com.tictactec.ta.lib.meta.annotation.RealRange;
public class CoreAnnotated extends Core {
public int acosLookback(
) {
return super.acosLookback(
); }
@FuncInfo(
name = "ACOS",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode acos(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.acos (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int adLookback(
) {
return super.adLookback(
); }
@FuncInfo(
name = "AD",
group = "Volume Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode ad(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLCV",
flags = 30,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
double inVolume [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.ad (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
inVolume ,
outBegIdx,
outNBElement,
outReal
); }
public int addLookback(
) {
return super.addLookback(
); }
@FuncInfo(
name = "ADD",
group = "Math Operators",
flags = 0,
nbInput = 2,
nbOptInput = 0,
nbOutput = 1
)
public RetCode add(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal0",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal0[],
@InputParameterInfo(
paramName = "inReal1",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal1[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.add (
startIdx,
endIdx,
inReal0,
inReal1,
outBegIdx,
outNBElement,
outReal
); }
public int adOscLookback(
int optInFastPeriod,
int optInSlowPeriod) {
return super.adOscLookback(
optInFastPeriod,
optInSlowPeriod); }
@FuncInfo(
name = "ADOSC",
group = "Volume Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 2,
nbOutput = 1
)
public RetCode adOsc(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLCV",
flags = 30,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
double inVolume [],
@OptInputParameterInfo(
paramName = "optInFastPeriod",
displayName = "Fast Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInFastPeriod",
defaultValue = 3,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInFastPeriod,
@OptInputParameterInfo(
paramName = "optInSlowPeriod",
displayName = "Slow Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInSlowPeriod",
defaultValue = 10,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInSlowPeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.adOsc (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
inVolume ,
optInFastPeriod,
optInSlowPeriod,
outBegIdx,
outNBElement,
outReal
); }
public int adxLookback(
int optInTimePeriod) {
return super.adxLookback(
optInTimePeriod); }
@FuncInfo(
name = "ADX",
group = "Momentum Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode adx(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.adx (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int adxrLookback(
int optInTimePeriod) {
return super.adxrLookback(
optInTimePeriod); }
@FuncInfo(
name = "ADXR",
group = "Momentum Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode adxr(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.adxr (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int apoLookback(
int optInFastPeriod,
int optInSlowPeriod,
MAType optInMAType) {
return super.apoLookback(
optInFastPeriod,
optInSlowPeriod,
optInMAType); }
@FuncInfo(
name = "APO",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 3,
nbOutput = 1
)
public RetCode apo(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInFastPeriod",
displayName = "Fast Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInFastPeriod",
defaultValue = 12,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInFastPeriod,
@OptInputParameterInfo(
paramName = "optInSlowPeriod",
displayName = "Slow Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInSlowPeriod",
defaultValue = 26,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInSlowPeriod,
@OptInputParameterInfo(
paramName = "optInMAType",
displayName = "MA Type",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerList,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerList.class
)
@IntegerList(
paramName = "optInMAType",
defaultValue = 0,
value = { 0, 1, 2, 3, 4, 5, 6, 7, 8 },
string = { "SMA", "EMA", "WMA", "DEMA", "TEMA", "TRIMA", "KAMA", "MAMA", "T3" }
)
MAType optInMAType,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.apo (
startIdx,
endIdx,
inReal,
optInFastPeriod,
optInSlowPeriod,
optInMAType,
outBegIdx,
outNBElement,
outReal
); }
public int aroonLookback(
int optInTimePeriod) {
return super.aroonLookback(
optInTimePeriod); }
@FuncInfo(
name = "AROON",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 2
)
public RetCode aroon(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHL",
flags = 6,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outAroonDown",
flags = 4,
type = OutputParameterType.TA_Output_Real
)
double outAroonDown[],
@OutputParameterInfo(
paramName = "outAroonUp",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outAroonUp[]
) {
return super.aroon (
startIdx,
endIdx,
inHigh ,
inLow ,
optInTimePeriod,
outBegIdx,
outNBElement,
outAroonDown,
outAroonUp
); }
public int aroonOscLookback(
int optInTimePeriod) {
return super.aroonOscLookback(
optInTimePeriod); }
@FuncInfo(
name = "AROONOSC",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode aroonOsc(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHL",
flags = 6,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.aroonOsc (
startIdx,
endIdx,
inHigh ,
inLow ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int asinLookback(
) {
return super.asinLookback(
); }
@FuncInfo(
name = "ASIN",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode asin(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.asin (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int atanLookback(
) {
return super.atanLookback(
); }
@FuncInfo(
name = "ATAN",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode atan(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.atan (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int atrLookback(
int optInTimePeriod) {
return super.atrLookback(
optInTimePeriod); }
@FuncInfo(
name = "ATR",
group = "Volatility Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode atr(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.atr (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int avgPriceLookback(
) {
return super.avgPriceLookback(
); }
@FuncInfo(
name = "AVGPRICE",
group = "Price Transform",
flags = 16777216,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode avgPrice(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.avgPrice (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outReal
); }
public int bbandsLookback(
int optInTimePeriod,
double optInNbDevUp,
double optInNbDevDn,
MAType optInMAType) {
return super.bbandsLookback(
optInTimePeriod,
optInNbDevUp,
optInNbDevDn,
optInMAType); }
@FuncInfo(
name = "BBANDS",
group = "Overlap Studies",
flags = 16777216,
nbInput = 1,
nbOptInput = 4,
nbOutput = 3
)
public RetCode bbands(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 5,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
@OptInputParameterInfo(
paramName = "optInNbDevUp",
displayName = "Deviations up",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInNbDevUp",
defaultValue = 2.00000,
min = -30000000000000002000000000000000000000.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 2,
suggested_start = -2.00000,
suggested_end = 2.00000,
suggested_increment = 0.20000
)
double optInNbDevUp,
@OptInputParameterInfo(
paramName = "optInNbDevDn",
displayName = "Deviations down",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInNbDevDn",
defaultValue = 2.00000,
min = -30000000000000002000000000000000000000.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 2,
suggested_start = -2.00000,
suggested_end = 2.00000,
suggested_increment = 0.20000
)
double optInNbDevDn,
@OptInputParameterInfo(
paramName = "optInMAType",
displayName = "MA Type",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerList,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerList.class
)
@IntegerList(
paramName = "optInMAType",
defaultValue = 0,
value = { 0, 1, 2, 3, 4, 5, 6, 7, 8 },
string = { "SMA", "EMA", "WMA", "DEMA", "TEMA", "TRIMA", "KAMA", "MAMA", "T3" }
)
MAType optInMAType,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outRealUpperBand",
flags = 2048,
type = OutputParameterType.TA_Output_Real
)
double outRealUpperBand[],
@OutputParameterInfo(
paramName = "outRealMiddleBand",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outRealMiddleBand[],
@OutputParameterInfo(
paramName = "outRealLowerBand",
flags = 4096,
type = OutputParameterType.TA_Output_Real
)
double outRealLowerBand[]
) {
return super.bbands (
startIdx,
endIdx,
inReal,
optInTimePeriod,
optInNbDevUp,
optInNbDevDn,
optInMAType,
outBegIdx,
outNBElement,
outRealUpperBand,
outRealMiddleBand,
outRealLowerBand
); }
public int betaLookback(
int optInTimePeriod) {
return super.betaLookback(
optInTimePeriod); }
@FuncInfo(
name = "BETA",
group = "Statistic Functions",
flags = 0,
nbInput = 2,
nbOptInput = 1,
nbOutput = 1
)
public RetCode beta(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal0",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal0[],
@InputParameterInfo(
paramName = "inReal1",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal1[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 5,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.beta (
startIdx,
endIdx,
inReal0,
inReal1,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int bopLookback(
) {
return super.bopLookback(
); }
@FuncInfo(
name = "BOP",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode bop(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.bop (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outReal
); }
public int cciLookback(
int optInTimePeriod) {
return super.cciLookback(
optInTimePeriod); }
@FuncInfo(
name = "CCI",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode cci(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.cci (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int cdl2CrowsLookback(
) {
return super.cdl2CrowsLookback(
); }
@FuncInfo(
name = "CDL2CROWS",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdl2Crows(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdl2Crows (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdl3BlackCrowsLookback(
) {
return super.cdl3BlackCrowsLookback(
); }
@FuncInfo(
name = "CDL3BLACKCROWS",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdl3BlackCrows(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdl3BlackCrows (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdl3InsideLookback(
) {
return super.cdl3InsideLookback(
); }
@FuncInfo(
name = "CDL3INSIDE",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdl3Inside(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdl3Inside (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdl3LineStrikeLookback(
) {
return super.cdl3LineStrikeLookback(
); }
@FuncInfo(
name = "CDL3LINESTRIKE",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdl3LineStrike(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdl3LineStrike (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdl3OutsideLookback(
) {
return super.cdl3OutsideLookback(
); }
@FuncInfo(
name = "CDL3OUTSIDE",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdl3Outside(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdl3Outside (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdl3StarsInSouthLookback(
) {
return super.cdl3StarsInSouthLookback(
); }
@FuncInfo(
name = "CDL3STARSINSOUTH",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdl3StarsInSouth(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdl3StarsInSouth (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdl3WhiteSoldiersLookback(
) {
return super.cdl3WhiteSoldiersLookback(
); }
@FuncInfo(
name = "CDL3WHITESOLDIERS",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdl3WhiteSoldiers(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdl3WhiteSoldiers (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlAbandonedBabyLookback(
double optInPenetration) {
return super.cdlAbandonedBabyLookback(
optInPenetration); }
@FuncInfo(
name = "CDLABANDONEDBABY",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode cdlAbandonedBaby(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInPenetration",
displayName = "Penetration",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInPenetration",
defaultValue = 0.30000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 0,
suggested_start = 0.00000,
suggested_end = 0.00000,
suggested_increment = 0.00000
)
double optInPenetration,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlAbandonedBaby (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
optInPenetration,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlAdvanceBlockLookback(
) {
return super.cdlAdvanceBlockLookback(
); }
@FuncInfo(
name = "CDLADVANCEBLOCK",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlAdvanceBlock(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlAdvanceBlock (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlBeltHoldLookback(
) {
return super.cdlBeltHoldLookback(
); }
@FuncInfo(
name = "CDLBELTHOLD",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlBeltHold(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlBeltHold (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlBreakawayLookback(
) {
return super.cdlBreakawayLookback(
); }
@FuncInfo(
name = "CDLBREAKAWAY",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlBreakaway(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlBreakaway (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlClosingMarubozuLookback(
) {
return super.cdlClosingMarubozuLookback(
); }
@FuncInfo(
name = "CDLCLOSINGMARUBOZU",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlClosingMarubozu(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlClosingMarubozu (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlConcealBabysWallLookback(
) {
return super.cdlConcealBabysWallLookback(
); }
@FuncInfo(
name = "CDLCONCEALBABYSWALL",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlConcealBabysWall(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlConcealBabysWall (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlCounterAttackLookback(
) {
return super.cdlCounterAttackLookback(
); }
@FuncInfo(
name = "CDLCOUNTERATTACK",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlCounterAttack(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlCounterAttack (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlDarkCloudCoverLookback(
double optInPenetration) {
return super.cdlDarkCloudCoverLookback(
optInPenetration); }
@FuncInfo(
name = "CDLDARKCLOUDCOVER",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode cdlDarkCloudCover(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInPenetration",
displayName = "Penetration",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInPenetration",
defaultValue = 0.50000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 0,
suggested_start = 0.00000,
suggested_end = 0.00000,
suggested_increment = 0.00000
)
double optInPenetration,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlDarkCloudCover (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
optInPenetration,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlDojiLookback(
) {
return super.cdlDojiLookback(
); }
@FuncInfo(
name = "CDLDOJI",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlDoji(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlDoji (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlDojiStarLookback(
) {
return super.cdlDojiStarLookback(
); }
@FuncInfo(
name = "CDLDOJISTAR",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlDojiStar(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlDojiStar (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlDragonflyDojiLookback(
) {
return super.cdlDragonflyDojiLookback(
); }
@FuncInfo(
name = "CDLDRAGONFLYDOJI",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlDragonflyDoji(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlDragonflyDoji (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlEngulfingLookback(
) {
return super.cdlEngulfingLookback(
); }
@FuncInfo(
name = "CDLENGULFING",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlEngulfing(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlEngulfing (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlEveningDojiStarLookback(
double optInPenetration) {
return super.cdlEveningDojiStarLookback(
optInPenetration); }
@FuncInfo(
name = "CDLEVENINGDOJISTAR",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode cdlEveningDojiStar(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInPenetration",
displayName = "Penetration",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInPenetration",
defaultValue = 0.30000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 0,
suggested_start = 0.00000,
suggested_end = 0.00000,
suggested_increment = 0.00000
)
double optInPenetration,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlEveningDojiStar (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
optInPenetration,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlEveningStarLookback(
double optInPenetration) {
return super.cdlEveningStarLookback(
optInPenetration); }
@FuncInfo(
name = "CDLEVENINGSTAR",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode cdlEveningStar(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInPenetration",
displayName = "Penetration",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInPenetration",
defaultValue = 0.30000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 0,
suggested_start = 0.00000,
suggested_end = 0.00000,
suggested_increment = 0.00000
)
double optInPenetration,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlEveningStar (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
optInPenetration,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlGapSideSideWhiteLookback(
) {
return super.cdlGapSideSideWhiteLookback(
); }
@FuncInfo(
name = "CDLGAPSIDESIDEWHITE",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlGapSideSideWhite(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlGapSideSideWhite (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlGravestoneDojiLookback(
) {
return super.cdlGravestoneDojiLookback(
); }
@FuncInfo(
name = "CDLGRAVESTONEDOJI",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlGravestoneDoji(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlGravestoneDoji (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlHammerLookback(
) {
return super.cdlHammerLookback(
); }
@FuncInfo(
name = "CDLHAMMER",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlHammer(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlHammer (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlHangingManLookback(
) {
return super.cdlHangingManLookback(
); }
@FuncInfo(
name = "CDLHANGINGMAN",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlHangingMan(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlHangingMan (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlHaramiLookback(
) {
return super.cdlHaramiLookback(
); }
@FuncInfo(
name = "CDLHARAMI",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlHarami(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlHarami (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlHaramiCrossLookback(
) {
return super.cdlHaramiCrossLookback(
); }
@FuncInfo(
name = "CDLHARAMICROSS",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlHaramiCross(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlHaramiCross (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlHignWaveLookback(
) {
return super.cdlHignWaveLookback(
); }
@FuncInfo(
name = "CDLHIGHWAVE",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlHignWave(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlHignWave (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlHikkakeLookback(
) {
return super.cdlHikkakeLookback(
); }
@FuncInfo(
name = "CDLHIKKAKE",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlHikkake(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlHikkake (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlHikkakeModLookback(
) {
return super.cdlHikkakeModLookback(
); }
@FuncInfo(
name = "CDLHIKKAKEMOD",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlHikkakeMod(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlHikkakeMod (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlHomingPigeonLookback(
) {
return super.cdlHomingPigeonLookback(
); }
@FuncInfo(
name = "CDLHOMINGPIGEON",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlHomingPigeon(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlHomingPigeon (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlIdentical3CrowsLookback(
) {
return super.cdlIdentical3CrowsLookback(
); }
@FuncInfo(
name = "CDLIDENTICAL3CROWS",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlIdentical3Crows(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlIdentical3Crows (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlInNeckLookback(
) {
return super.cdlInNeckLookback(
); }
@FuncInfo(
name = "CDLINNECK",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlInNeck(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlInNeck (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlInvertedHammerLookback(
) {
return super.cdlInvertedHammerLookback(
); }
@FuncInfo(
name = "CDLINVERTEDHAMMER",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlInvertedHammer(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlInvertedHammer (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlKickingLookback(
) {
return super.cdlKickingLookback(
); }
@FuncInfo(
name = "CDLKICKING",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlKicking(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlKicking (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlKickingByLengthLookback(
) {
return super.cdlKickingByLengthLookback(
); }
@FuncInfo(
name = "CDLKICKINGBYLENGTH",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlKickingByLength(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlKickingByLength (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlLadderBottomLookback(
) {
return super.cdlLadderBottomLookback(
); }
@FuncInfo(
name = "CDLLADDERBOTTOM",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlLadderBottom(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlLadderBottom (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlLongLeggedDojiLookback(
) {
return super.cdlLongLeggedDojiLookback(
); }
@FuncInfo(
name = "CDLLONGLEGGEDDOJI",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlLongLeggedDoji(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlLongLeggedDoji (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlLongLineLookback(
) {
return super.cdlLongLineLookback(
); }
@FuncInfo(
name = "CDLLONGLINE",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlLongLine(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlLongLine (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlMarubozuLookback(
) {
return super.cdlMarubozuLookback(
); }
@FuncInfo(
name = "CDLMARUBOZU",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlMarubozu(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlMarubozu (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlMatchingLowLookback(
) {
return super.cdlMatchingLowLookback(
); }
@FuncInfo(
name = "CDLMATCHINGLOW",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlMatchingLow(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlMatchingLow (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlMatHoldLookback(
double optInPenetration) {
return super.cdlMatHoldLookback(
optInPenetration); }
@FuncInfo(
name = "CDLMATHOLD",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode cdlMatHold(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInPenetration",
displayName = "Penetration",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInPenetration",
defaultValue = 0.50000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 0,
suggested_start = 0.00000,
suggested_end = 0.00000,
suggested_increment = 0.00000
)
double optInPenetration,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlMatHold (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
optInPenetration,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlMorningDojiStarLookback(
double optInPenetration) {
return super.cdlMorningDojiStarLookback(
optInPenetration); }
@FuncInfo(
name = "CDLMORNINGDOJISTAR",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode cdlMorningDojiStar(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInPenetration",
displayName = "Penetration",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInPenetration",
defaultValue = 0.30000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 0,
suggested_start = 0.00000,
suggested_end = 0.00000,
suggested_increment = 0.00000
)
double optInPenetration,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlMorningDojiStar (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
optInPenetration,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlMorningStarLookback(
double optInPenetration) {
return super.cdlMorningStarLookback(
optInPenetration); }
@FuncInfo(
name = "CDLMORNINGSTAR",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode cdlMorningStar(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInPenetration",
displayName = "Penetration",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInPenetration",
defaultValue = 0.30000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 0,
suggested_start = 0.00000,
suggested_end = 0.00000,
suggested_increment = 0.00000
)
double optInPenetration,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlMorningStar (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
optInPenetration,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlOnNeckLookback(
) {
return super.cdlOnNeckLookback(
); }
@FuncInfo(
name = "CDLONNECK",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlOnNeck(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlOnNeck (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlPiercingLookback(
) {
return super.cdlPiercingLookback(
); }
@FuncInfo(
name = "CDLPIERCING",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlPiercing(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlPiercing (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlRickshawManLookback(
) {
return super.cdlRickshawManLookback(
); }
@FuncInfo(
name = "CDLRICKSHAWMAN",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlRickshawMan(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlRickshawMan (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlRiseFall3MethodsLookback(
) {
return super.cdlRiseFall3MethodsLookback(
); }
@FuncInfo(
name = "CDLRISEFALL3METHODS",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlRiseFall3Methods(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlRiseFall3Methods (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlSeperatingLinesLookback(
) {
return super.cdlSeperatingLinesLookback(
); }
@FuncInfo(
name = "CDLSEPARATINGLINES",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlSeperatingLines(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlSeperatingLines (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlShootingStarLookback(
) {
return super.cdlShootingStarLookback(
); }
@FuncInfo(
name = "CDLSHOOTINGSTAR",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlShootingStar(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlShootingStar (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlShortLineLookback(
) {
return super.cdlShortLineLookback(
); }
@FuncInfo(
name = "CDLSHORTLINE",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlShortLine(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlShortLine (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlSpinningTopLookback(
) {
return super.cdlSpinningTopLookback(
); }
@FuncInfo(
name = "CDLSPINNINGTOP",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlSpinningTop(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlSpinningTop (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlStalledPatternLookback(
) {
return super.cdlStalledPatternLookback(
); }
@FuncInfo(
name = "CDLSTALLEDPATTERN",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlStalledPattern(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlStalledPattern (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlStickSandwhichLookback(
) {
return super.cdlStickSandwhichLookback(
); }
@FuncInfo(
name = "CDLSTICKSANDWICH",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlStickSandwhich(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlStickSandwhich (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlTakuriLookback(
) {
return super.cdlTakuriLookback(
); }
@FuncInfo(
name = "CDLTAKURI",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlTakuri(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlTakuri (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlTasukiGapLookback(
) {
return super.cdlTasukiGapLookback(
); }
@FuncInfo(
name = "CDLTASUKIGAP",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlTasukiGap(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlTasukiGap (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlThrustingLookback(
) {
return super.cdlThrustingLookback(
); }
@FuncInfo(
name = "CDLTHRUSTING",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlThrusting(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlThrusting (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlTristarLookback(
) {
return super.cdlTristarLookback(
); }
@FuncInfo(
name = "CDLTRISTAR",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlTristar(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlTristar (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlUnique3RiverLookback(
) {
return super.cdlUnique3RiverLookback(
); }
@FuncInfo(
name = "CDLUNIQUE3RIVER",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlUnique3River(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlUnique3River (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlUpsideGap2CrowsLookback(
) {
return super.cdlUpsideGap2CrowsLookback(
); }
@FuncInfo(
name = "CDLUPSIDEGAP2CROWS",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlUpsideGap2Crows(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlUpsideGap2Crows (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int cdlXSideGap3MethodsLookback(
) {
return super.cdlXSideGap3MethodsLookback(
); }
@FuncInfo(
name = "CDLXSIDEGAP3METHODS",
group = "Pattern Recognition",
flags = 268435456,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cdlXSideGap3Methods(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceOHLC",
flags = 15,
type = InputParameterType.TA_Input_Price
)
double inOpen [],
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.cdlXSideGap3Methods (
startIdx,
endIdx,
inOpen ,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outInteger
); }
public int ceilLookback(
) {
return super.ceilLookback(
); }
@FuncInfo(
name = "CEIL",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode ceil(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.ceil (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int cmoLookback(
int optInTimePeriod) {
return super.cmoLookback(
optInTimePeriod); }
@FuncInfo(
name = "CMO",
group = "Momentum Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode cmo(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.cmo (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int correlLookback(
int optInTimePeriod) {
return super.correlLookback(
optInTimePeriod); }
@FuncInfo(
name = "CORREL",
group = "Statistic Functions",
flags = 0,
nbInput = 2,
nbOptInput = 1,
nbOutput = 1
)
public RetCode correl(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal0",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal0[],
@InputParameterInfo(
paramName = "inReal1",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal1[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.correl (
startIdx,
endIdx,
inReal0,
inReal1,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int cosLookback(
) {
return super.cosLookback(
); }
@FuncInfo(
name = "COS",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cos(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.cos (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int coshLookback(
) {
return super.coshLookback(
); }
@FuncInfo(
name = "COSH",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode cosh(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.cosh (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int demaLookback(
int optInTimePeriod) {
return super.demaLookback(
optInTimePeriod); }
@FuncInfo(
name = "DEMA",
group = "Overlap Studies",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode dema(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.dema (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int divLookback(
) {
return super.divLookback(
); }
@FuncInfo(
name = "DIV",
group = "Math Operators",
flags = 0,
nbInput = 2,
nbOptInput = 0,
nbOutput = 1
)
public RetCode div(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal0",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal0[],
@InputParameterInfo(
paramName = "inReal1",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal1[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.div (
startIdx,
endIdx,
inReal0,
inReal1,
outBegIdx,
outNBElement,
outReal
); }
public int dxLookback(
int optInTimePeriod) {
return super.dxLookback(
optInTimePeriod); }
@FuncInfo(
name = "DX",
group = "Momentum Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode dx(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.dx (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int emaLookback(
int optInTimePeriod) {
return super.emaLookback(
optInTimePeriod); }
@FuncInfo(
name = "EMA",
group = "Overlap Studies",
flags = 150994944,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode ema(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.ema (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int expLookback(
) {
return super.expLookback(
); }
@FuncInfo(
name = "EXP",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode exp(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.exp (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int floorLookback(
) {
return super.floorLookback(
); }
@FuncInfo(
name = "FLOOR",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode floor(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.floor (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int htDcPeriodLookback(
) {
return super.htDcPeriodLookback(
); }
@FuncInfo(
name = "HT_DCPERIOD",
group = "Cycle Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode htDcPeriod(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.htDcPeriod (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int htDcPhaseLookback(
) {
return super.htDcPhaseLookback(
); }
@FuncInfo(
name = "HT_DCPHASE",
group = "Cycle Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode htDcPhase(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.htDcPhase (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int htPhasorLookback(
) {
return super.htPhasorLookback(
); }
@FuncInfo(
name = "HT_PHASOR",
group = "Cycle Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 0,
nbOutput = 2
)
public RetCode htPhasor(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInPhase",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outInPhase[],
@OutputParameterInfo(
paramName = "outQuadrature",
flags = 4,
type = OutputParameterType.TA_Output_Real
)
double outQuadrature[]
) {
return super.htPhasor (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outInPhase,
outQuadrature
); }
public int htSineLookback(
) {
return super.htSineLookback(
); }
@FuncInfo(
name = "HT_SINE",
group = "Cycle Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 0,
nbOutput = 2
)
public RetCode htSine(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outSine",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outSine[],
@OutputParameterInfo(
paramName = "outLeadSine",
flags = 4,
type = OutputParameterType.TA_Output_Real
)
double outLeadSine[]
) {
return super.htSine (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outSine,
outLeadSine
); }
public int htTrendlineLookback(
) {
return super.htTrendlineLookback(
); }
@FuncInfo(
name = "HT_TRENDLINE",
group = "Overlap Studies",
flags = 150994944,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode htTrendline(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.htTrendline (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int htTrendModeLookback(
) {
return super.htTrendModeLookback(
); }
@FuncInfo(
name = "HT_TRENDMODE",
group = "Cycle Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode htTrendMode(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.htTrendMode (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outInteger
); }
public int kamaLookback(
int optInTimePeriod) {
return super.kamaLookback(
optInTimePeriod); }
@FuncInfo(
name = "KAMA",
group = "Overlap Studies",
flags = 150994944,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode kama(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.kama (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int linearRegLookback(
int optInTimePeriod) {
return super.linearRegLookback(
optInTimePeriod); }
@FuncInfo(
name = "LINEARREG",
group = "Statistic Functions",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode linearReg(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.linearReg (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int linearRegAngleLookback(
int optInTimePeriod) {
return super.linearRegAngleLookback(
optInTimePeriod); }
@FuncInfo(
name = "LINEARREG_ANGLE",
group = "Statistic Functions",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode linearRegAngle(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.linearRegAngle (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int linearRegInterceptLookback(
int optInTimePeriod) {
return super.linearRegInterceptLookback(
optInTimePeriod); }
@FuncInfo(
name = "LINEARREG_INTERCEPT",
group = "Statistic Functions",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode linearRegIntercept(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.linearRegIntercept (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int linearRegSlopeLookback(
int optInTimePeriod) {
return super.linearRegSlopeLookback(
optInTimePeriod); }
@FuncInfo(
name = "LINEARREG_SLOPE",
group = "Statistic Functions",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode linearRegSlope(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.linearRegSlope (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int lnLookback(
) {
return super.lnLookback(
); }
@FuncInfo(
name = "LN",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode ln(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.ln (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int log10Lookback(
) {
return super.log10Lookback(
); }
@FuncInfo(
name = "LOG10",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode log10(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.log10 (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int movingAverageLookback(
int optInTimePeriod,
MAType optInMAType) {
return super.movingAverageLookback(
optInTimePeriod,
optInMAType); }
@FuncInfo(
name = "MA",
group = "Overlap Studies",
flags = 16777216,
nbInput = 1,
nbOptInput = 2,
nbOutput = 1
)
public RetCode movingAverage(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
@OptInputParameterInfo(
paramName = "optInMAType",
displayName = "MA Type",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerList,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerList.class
)
@IntegerList(
paramName = "optInMAType",
defaultValue = 0,
value = { 0, 1, 2, 3, 4, 5, 6, 7, 8 },
string = { "SMA", "EMA", "WMA", "DEMA", "TEMA", "TRIMA", "KAMA", "MAMA", "T3" }
)
MAType optInMAType,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.movingAverage (
startIdx,
endIdx,
inReal,
optInTimePeriod,
optInMAType,
outBegIdx,
outNBElement,
outReal
); }
public int macdLookback(
int optInFastPeriod,
int optInSlowPeriod,
int optInSignalPeriod) {
return super.macdLookback(
optInFastPeriod,
optInSlowPeriod,
optInSignalPeriod); }
@FuncInfo(
name = "MACD",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 3,
nbOutput = 3
)
public RetCode macd(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInFastPeriod",
displayName = "Fast Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInFastPeriod",
defaultValue = 12,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInFastPeriod,
@OptInputParameterInfo(
paramName = "optInSlowPeriod",
displayName = "Slow Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInSlowPeriod",
defaultValue = 26,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInSlowPeriod,
@OptInputParameterInfo(
paramName = "optInSignalPeriod",
displayName = "Signal Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInSignalPeriod",
defaultValue = 9,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInSignalPeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outMACD",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outMACD[],
@OutputParameterInfo(
paramName = "outMACDSignal",
flags = 4,
type = OutputParameterType.TA_Output_Real
)
double outMACDSignal[],
@OutputParameterInfo(
paramName = "outMACDHist",
flags = 16,
type = OutputParameterType.TA_Output_Real
)
double outMACDHist[]
) {
return super.macd (
startIdx,
endIdx,
inReal,
optInFastPeriod,
optInSlowPeriod,
optInSignalPeriod,
outBegIdx,
outNBElement,
outMACD,
outMACDSignal,
outMACDHist
); }
public int macdExtLookback(
int optInFastPeriod,
MAType optInFastMAType,
int optInSlowPeriod,
MAType optInSlowMAType,
int optInSignalPeriod,
MAType optInSignalMAType) {
return super.macdExtLookback(
optInFastPeriod,
optInFastMAType,
optInSlowPeriod,
optInSlowMAType,
optInSignalPeriod,
optInSignalMAType); }
@FuncInfo(
name = "MACDEXT",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 6,
nbOutput = 3
)
public RetCode macdExt(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInFastPeriod",
displayName = "Fast Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInFastPeriod",
defaultValue = 12,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInFastPeriod,
@OptInputParameterInfo(
paramName = "optInFastMAType",
displayName = "Fast MA",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerList,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerList.class
)
@IntegerList(
paramName = "optInFastMAType",
defaultValue = 0,
value = { 0, 1, 2, 3, 4, 5, 6, 7, 8 },
string = { "SMA", "EMA", "WMA", "DEMA", "TEMA", "TRIMA", "KAMA", "MAMA", "T3" }
)
MAType optInFastMAType,
@OptInputParameterInfo(
paramName = "optInSlowPeriod",
displayName = "Slow Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInSlowPeriod",
defaultValue = 26,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInSlowPeriod,
@OptInputParameterInfo(
paramName = "optInSlowMAType",
displayName = "Slow MA",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerList,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerList.class
)
@IntegerList(
paramName = "optInSlowMAType",
defaultValue = 0,
value = { 0, 1, 2, 3, 4, 5, 6, 7, 8 },
string = { "SMA", "EMA", "WMA", "DEMA", "TEMA", "TRIMA", "KAMA", "MAMA", "T3" }
)
MAType optInSlowMAType,
@OptInputParameterInfo(
paramName = "optInSignalPeriod",
displayName = "Signal Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInSignalPeriod",
defaultValue = 9,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInSignalPeriod,
@OptInputParameterInfo(
paramName = "optInSignalMAType",
displayName = "Signal MA",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerList,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerList.class
)
@IntegerList(
paramName = "optInSignalMAType",
defaultValue = 0,
value = { 0, 1, 2, 3, 4, 5, 6, 7, 8 },
string = { "SMA", "EMA", "WMA", "DEMA", "TEMA", "TRIMA", "KAMA", "MAMA", "T3" }
)
MAType optInSignalMAType,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outMACD",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outMACD[],
@OutputParameterInfo(
paramName = "outMACDSignal",
flags = 4,
type = OutputParameterType.TA_Output_Real
)
double outMACDSignal[],
@OutputParameterInfo(
paramName = "outMACDHist",
flags = 16,
type = OutputParameterType.TA_Output_Real
)
double outMACDHist[]
) {
return super.macdExt (
startIdx,
endIdx,
inReal,
optInFastPeriod,
optInFastMAType,
optInSlowPeriod,
optInSlowMAType,
optInSignalPeriod,
optInSignalMAType,
outBegIdx,
outNBElement,
outMACD,
outMACDSignal,
outMACDHist
); }
public int macdFixLookback(
int optInSignalPeriod) {
return super.macdFixLookback(
optInSignalPeriod); }
@FuncInfo(
name = "MACDFIX",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 3
)
public RetCode macdFix(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInSignalPeriod",
displayName = "Signal Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInSignalPeriod",
defaultValue = 9,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInSignalPeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outMACD",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outMACD[],
@OutputParameterInfo(
paramName = "outMACDSignal",
flags = 4,
type = OutputParameterType.TA_Output_Real
)
double outMACDSignal[],
@OutputParameterInfo(
paramName = "outMACDHist",
flags = 16,
type = OutputParameterType.TA_Output_Real
)
double outMACDHist[]
) {
return super.macdFix (
startIdx,
endIdx,
inReal,
optInSignalPeriod,
outBegIdx,
outNBElement,
outMACD,
outMACDSignal,
outMACDHist
); }
public int mamaLookback(
double optInFastLimit,
double optInSlowLimit) {
return super.mamaLookback(
optInFastLimit,
optInSlowLimit); }
@FuncInfo(
name = "MAMA",
group = "Overlap Studies",
flags = 150994944,
nbInput = 1,
nbOptInput = 2,
nbOutput = 2
)
public RetCode mama(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInFastLimit",
displayName = "Fast Limit",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInFastLimit",
defaultValue = 0.50000,
min = 0.01000,
max = 0.99000,
precision = 2,
suggested_start = 0.21000,
suggested_end = 0.80000,
suggested_increment = 0.01000
)
double optInFastLimit,
@OptInputParameterInfo(
paramName = "optInSlowLimit",
displayName = "Slow Limit",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInSlowLimit",
defaultValue = 0.05000,
min = 0.01000,
max = 0.99000,
precision = 2,
suggested_start = 0.01000,
suggested_end = 0.60000,
suggested_increment = 0.01000
)
double optInSlowLimit,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outMAMA",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outMAMA[],
@OutputParameterInfo(
paramName = "outFAMA",
flags = 4,
type = OutputParameterType.TA_Output_Real
)
double outFAMA[]
) {
return super.mama (
startIdx,
endIdx,
inReal,
optInFastLimit,
optInSlowLimit,
outBegIdx,
outNBElement,
outMAMA,
outFAMA
); }
public int movingAverageVariablePeriodLookback(
int optInMinPeriod,
int optInMaxPeriod,
MAType optInMAType) {
return super.movingAverageVariablePeriodLookback(
optInMinPeriod,
optInMaxPeriod,
optInMAType); }
@FuncInfo(
name = "MAVP",
group = "Overlap Studies",
flags = 16777216,
nbInput = 2,
nbOptInput = 3,
nbOutput = 1
)
public RetCode movingAverageVariablePeriod(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@InputParameterInfo(
paramName = "inPeriods",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inPeriods[],
@OptInputParameterInfo(
paramName = "optInMinPeriod",
displayName = "Minimum Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInMinPeriod",
defaultValue = 2,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInMinPeriod,
@OptInputParameterInfo(
paramName = "optInMaxPeriod",
displayName = "Maximum Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInMaxPeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInMaxPeriod,
@OptInputParameterInfo(
paramName = "optInMAType",
displayName = "MA Type",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerList,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerList.class
)
@IntegerList(
paramName = "optInMAType",
defaultValue = 0,
value = { 0, 1, 2, 3, 4, 5, 6, 7, 8 },
string = { "SMA", "EMA", "WMA", "DEMA", "TEMA", "TRIMA", "KAMA", "MAMA", "T3" }
)
MAType optInMAType,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.movingAverageVariablePeriod (
startIdx,
endIdx,
inReal,
inPeriods,
optInMinPeriod,
optInMaxPeriod,
optInMAType,
outBegIdx,
outNBElement,
outReal
); }
public int maxLookback(
int optInTimePeriod) {
return super.maxLookback(
optInTimePeriod); }
@FuncInfo(
name = "MAX",
group = "Math Operators",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode max(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.max (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int maxIndexLookback(
int optInTimePeriod) {
return super.maxIndexLookback(
optInTimePeriod); }
@FuncInfo(
name = "MAXINDEX",
group = "Math Operators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode maxIndex(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.maxIndex (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outInteger
); }
public int medPriceLookback(
) {
return super.medPriceLookback(
); }
@FuncInfo(
name = "MEDPRICE",
group = "Price Transform",
flags = 16777216,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode medPrice(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHL",
flags = 6,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.medPrice (
startIdx,
endIdx,
inHigh ,
inLow ,
outBegIdx,
outNBElement,
outReal
); }
public int mfiLookback(
int optInTimePeriod) {
return super.mfiLookback(
optInTimePeriod); }
@FuncInfo(
name = "MFI",
group = "Momentum Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode mfi(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLCV",
flags = 30,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
double inVolume [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.mfi (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
inVolume ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int midPointLookback(
int optInTimePeriod) {
return super.midPointLookback(
optInTimePeriod); }
@FuncInfo(
name = "MIDPOINT",
group = "Overlap Studies",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode midPoint(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.midPoint (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int midPriceLookback(
int optInTimePeriod) {
return super.midPriceLookback(
optInTimePeriod); }
@FuncInfo(
name = "MIDPRICE",
group = "Overlap Studies",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode midPrice(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHL",
flags = 6,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.midPrice (
startIdx,
endIdx,
inHigh ,
inLow ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int minLookback(
int optInTimePeriod) {
return super.minLookback(
optInTimePeriod); }
@FuncInfo(
name = "MIN",
group = "Math Operators",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode min(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.min (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int minIndexLookback(
int optInTimePeriod) {
return super.minIndexLookback(
optInTimePeriod); }
@FuncInfo(
name = "MININDEX",
group = "Math Operators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode minIndex(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outInteger",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outInteger[]
) {
return super.minIndex (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outInteger
); }
public int minMaxLookback(
int optInTimePeriod) {
return super.minMaxLookback(
optInTimePeriod); }
@FuncInfo(
name = "MINMAX",
group = "Math Operators",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 2
)
public RetCode minMax(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outMin",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outMin[],
@OutputParameterInfo(
paramName = "outMax",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outMax[]
) {
return super.minMax (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outMin,
outMax
); }
public int minMaxIndexLookback(
int optInTimePeriod) {
return super.minMaxIndexLookback(
optInTimePeriod); }
@FuncInfo(
name = "MINMAXINDEX",
group = "Math Operators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 2
)
public RetCode minMaxIndex(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outMinIdx",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outMinIdx[]
,
@OutputParameterInfo(
paramName = "outMaxIdx",
flags = 1,
type = OutputParameterType.TA_Output_Integer
)
int outMaxIdx[]
) {
return super.minMaxIndex (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outMinIdx,
outMaxIdx
); }
public int minusDILookback(
int optInTimePeriod) {
return super.minusDILookback(
optInTimePeriod); }
@FuncInfo(
name = "MINUS_DI",
group = "Momentum Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode minusDI(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.minusDI (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int minusDMLookback(
int optInTimePeriod) {
return super.minusDMLookback(
optInTimePeriod); }
@FuncInfo(
name = "MINUS_DM",
group = "Momentum Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode minusDM(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHL",
flags = 6,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.minusDM (
startIdx,
endIdx,
inHigh ,
inLow ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int momLookback(
int optInTimePeriod) {
return super.momLookback(
optInTimePeriod); }
@FuncInfo(
name = "MOM",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode mom(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 10,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.mom (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int multLookback(
) {
return super.multLookback(
); }
@FuncInfo(
name = "MULT",
group = "Math Operators",
flags = 0,
nbInput = 2,
nbOptInput = 0,
nbOutput = 1
)
public RetCode mult(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal0",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal0[],
@InputParameterInfo(
paramName = "inReal1",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal1[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.mult (
startIdx,
endIdx,
inReal0,
inReal1,
outBegIdx,
outNBElement,
outReal
); }
public int natrLookback(
int optInTimePeriod) {
return super.natrLookback(
optInTimePeriod); }
@FuncInfo(
name = "NATR",
group = "Volatility Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode natr(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.natr (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int obvLookback(
) {
return super.obvLookback(
); }
@FuncInfo(
name = "OBV",
group = "Volume Indicators",
flags = 0,
nbInput = 2,
nbOptInput = 0,
nbOutput = 1
)
public RetCode obv(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@InputParameterInfo(
paramName = "inPriceV",
flags = 16,
type = InputParameterType.TA_Input_Price
)
double inVolume [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.obv (
startIdx,
endIdx,
inReal,
inVolume ,
outBegIdx,
outNBElement,
outReal
); }
public int plusDILookback(
int optInTimePeriod) {
return super.plusDILookback(
optInTimePeriod); }
@FuncInfo(
name = "PLUS_DI",
group = "Momentum Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode plusDI(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.plusDI (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int plusDMLookback(
int optInTimePeriod) {
return super.plusDMLookback(
optInTimePeriod); }
@FuncInfo(
name = "PLUS_DM",
group = "Momentum Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode plusDM(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHL",
flags = 6,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.plusDM (
startIdx,
endIdx,
inHigh ,
inLow ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int ppoLookback(
int optInFastPeriod,
int optInSlowPeriod,
MAType optInMAType) {
return super.ppoLookback(
optInFastPeriod,
optInSlowPeriod,
optInMAType); }
@FuncInfo(
name = "PPO",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 3,
nbOutput = 1
)
public RetCode ppo(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInFastPeriod",
displayName = "Fast Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInFastPeriod",
defaultValue = 12,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInFastPeriod,
@OptInputParameterInfo(
paramName = "optInSlowPeriod",
displayName = "Slow Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInSlowPeriod",
defaultValue = 26,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInSlowPeriod,
@OptInputParameterInfo(
paramName = "optInMAType",
displayName = "MA Type",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerList,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerList.class
)
@IntegerList(
paramName = "optInMAType",
defaultValue = 0,
value = { 0, 1, 2, 3, 4, 5, 6, 7, 8 },
string = { "SMA", "EMA", "WMA", "DEMA", "TEMA", "TRIMA", "KAMA", "MAMA", "T3" }
)
MAType optInMAType,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.ppo (
startIdx,
endIdx,
inReal,
optInFastPeriod,
optInSlowPeriod,
optInMAType,
outBegIdx,
outNBElement,
outReal
); }
public int rocLookback(
int optInTimePeriod) {
return super.rocLookback(
optInTimePeriod); }
@FuncInfo(
name = "ROC",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode roc(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 10,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.roc (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int rocPLookback(
int optInTimePeriod) {
return super.rocPLookback(
optInTimePeriod); }
@FuncInfo(
name = "ROCP",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode rocP(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 10,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.rocP (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int rocRLookback(
int optInTimePeriod) {
return super.rocRLookback(
optInTimePeriod); }
@FuncInfo(
name = "ROCR",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode rocR(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 10,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.rocR (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int rocR100Lookback(
int optInTimePeriod) {
return super.rocR100Lookback(
optInTimePeriod); }
@FuncInfo(
name = "ROCR100",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode rocR100(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 10,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.rocR100 (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int rsiLookback(
int optInTimePeriod) {
return super.rsiLookback(
optInTimePeriod); }
@FuncInfo(
name = "RSI",
group = "Momentum Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode rsi(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.rsi (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int sarLookback(
double optInAcceleration,
double optInMaximum) {
return super.sarLookback(
optInAcceleration,
optInMaximum); }
@FuncInfo(
name = "SAR",
group = "Overlap Studies",
flags = 16777216,
nbInput = 1,
nbOptInput = 2,
nbOutput = 1
)
public RetCode sar(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHL",
flags = 6,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
@OptInputParameterInfo(
paramName = "optInAcceleration",
displayName = "Acceleration Factor",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInAcceleration",
defaultValue = 0.02000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 4,
suggested_start = 0.01000,
suggested_end = 0.20000,
suggested_increment = 0.01000
)
double optInAcceleration,
@OptInputParameterInfo(
paramName = "optInMaximum",
displayName = "AF Maximum",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInMaximum",
defaultValue = 0.20000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 4,
suggested_start = 0.20000,
suggested_end = 0.40000,
suggested_increment = 0.01000
)
double optInMaximum,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.sar (
startIdx,
endIdx,
inHigh ,
inLow ,
optInAcceleration,
optInMaximum,
outBegIdx,
outNBElement,
outReal
); }
public int sarExtLookback(
double optInStartValue,
double optInOffsetOnReverse,
double optInAccelerationInitLong,
double optInAccelerationLong,
double optInAccelerationMaxLong,
double optInAccelerationInitShort,
double optInAccelerationShort,
double optInAccelerationMaxShort) {
return super.sarExtLookback(
optInStartValue,
optInOffsetOnReverse,
optInAccelerationInitLong,
optInAccelerationLong,
optInAccelerationMaxLong,
optInAccelerationInitShort,
optInAccelerationShort,
optInAccelerationMaxShort); }
@FuncInfo(
name = "SAREXT",
group = "Overlap Studies",
flags = 16777216,
nbInput = 1,
nbOptInput = 8,
nbOutput = 1
)
public RetCode sarExt(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHL",
flags = 6,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
@OptInputParameterInfo(
paramName = "optInStartValue",
displayName = "Start Value",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInStartValue",
defaultValue = 0.00000,
min = -30000000000000002000000000000000000000.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 4,
suggested_start = 0.00000,
suggested_end = 0.00000,
suggested_increment = 0.00000
)
double optInStartValue,
@OptInputParameterInfo(
paramName = "optInOffsetOnReverse",
displayName = "Offset on Reverse",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInOffsetOnReverse",
defaultValue = 0.00000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 4,
suggested_start = 0.01000,
suggested_end = 0.15000,
suggested_increment = 0.01000
)
double optInOffsetOnReverse,
@OptInputParameterInfo(
paramName = "optInAccelerationInitLong",
displayName = "AF Init Long",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInAccelerationInitLong",
defaultValue = 0.02000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 4,
suggested_start = 0.01000,
suggested_end = 0.19000,
suggested_increment = 0.01000
)
double optInAccelerationInitLong,
@OptInputParameterInfo(
paramName = "optInAccelerationLong",
displayName = "AF Long",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInAccelerationLong",
defaultValue = 0.02000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 4,
suggested_start = 0.01000,
suggested_end = 0.20000,
suggested_increment = 0.01000
)
double optInAccelerationLong,
@OptInputParameterInfo(
paramName = "optInAccelerationMaxLong",
displayName = "AF Max Long",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInAccelerationMaxLong",
defaultValue = 0.20000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 4,
suggested_start = 0.20000,
suggested_end = 0.40000,
suggested_increment = 0.01000
)
double optInAccelerationMaxLong,
@OptInputParameterInfo(
paramName = "optInAccelerationInitShort",
displayName = "AF Init Short",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInAccelerationInitShort",
defaultValue = 0.02000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 4,
suggested_start = 0.01000,
suggested_end = 0.19000,
suggested_increment = 0.01000
)
double optInAccelerationInitShort,
@OptInputParameterInfo(
paramName = "optInAccelerationShort",
displayName = "AF Short",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInAccelerationShort",
defaultValue = 0.02000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 4,
suggested_start = 0.01000,
suggested_end = 0.20000,
suggested_increment = 0.01000
)
double optInAccelerationShort,
@OptInputParameterInfo(
paramName = "optInAccelerationMaxShort",
displayName = "AF Max Short",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInAccelerationMaxShort",
defaultValue = 0.20000,
min = 0.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 4,
suggested_start = 0.20000,
suggested_end = 0.40000,
suggested_increment = 0.01000
)
double optInAccelerationMaxShort,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.sarExt (
startIdx,
endIdx,
inHigh ,
inLow ,
optInStartValue,
optInOffsetOnReverse,
optInAccelerationInitLong,
optInAccelerationLong,
optInAccelerationMaxLong,
optInAccelerationInitShort,
optInAccelerationShort,
optInAccelerationMaxShort,
outBegIdx,
outNBElement,
outReal
); }
public int sinLookback(
) {
return super.sinLookback(
); }
@FuncInfo(
name = "SIN",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode sin(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.sin (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int sinhLookback(
) {
return super.sinhLookback(
); }
@FuncInfo(
name = "SINH",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode sinh(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.sinh (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int smaLookback(
int optInTimePeriod) {
return super.smaLookback(
optInTimePeriod); }
@FuncInfo(
name = "SMA",
group = "Overlap Studies",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode sma(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.sma (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int sqrtLookback(
) {
return super.sqrtLookback(
); }
@FuncInfo(
name = "SQRT",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode sqrt(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.sqrt (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int stdDevLookback(
int optInTimePeriod,
double optInNbDev) {
return super.stdDevLookback(
optInTimePeriod,
optInNbDev); }
@FuncInfo(
name = "STDDEV",
group = "Statistic Functions",
flags = 0,
nbInput = 1,
nbOptInput = 2,
nbOutput = 1
)
public RetCode stdDev(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 5,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
@OptInputParameterInfo(
paramName = "optInNbDev",
displayName = "Deviations",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInNbDev",
defaultValue = 1.00000,
min = -30000000000000002000000000000000000000.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 2,
suggested_start = -2.00000,
suggested_end = 2.00000,
suggested_increment = 0.20000
)
double optInNbDev,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.stdDev (
startIdx,
endIdx,
inReal,
optInTimePeriod,
optInNbDev,
outBegIdx,
outNBElement,
outReal
); }
public int stochLookback(
int optInFastK_Period,
int optInSlowK_Period,
MAType optInSlowK_MAType,
int optInSlowD_Period,
MAType optInSlowD_MAType) {
return super.stochLookback(
optInFastK_Period,
optInSlowK_Period,
optInSlowK_MAType,
optInSlowD_Period,
optInSlowD_MAType); }
@FuncInfo(
name = "STOCH",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 5,
nbOutput = 2
)
public RetCode stoch(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInFastK_Period",
displayName = "Fast-K Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInFastK_Period",
defaultValue = 5,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInFastK_Period,
@OptInputParameterInfo(
paramName = "optInSlowK_Period",
displayName = "Slow-K Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInSlowK_Period",
defaultValue = 3,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInSlowK_Period,
@OptInputParameterInfo(
paramName = "optInSlowK_MAType",
displayName = "Slow-K MA",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerList,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerList.class
)
@IntegerList(
paramName = "optInSlowK_MAType",
defaultValue = 0,
value = { 0, 1, 2, 3, 4, 5, 6, 7, 8 },
string = { "SMA", "EMA", "WMA", "DEMA", "TEMA", "TRIMA", "KAMA", "MAMA", "T3" }
)
MAType optInSlowK_MAType,
@OptInputParameterInfo(
paramName = "optInSlowD_Period",
displayName = "Slow-D Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInSlowD_Period",
defaultValue = 3,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInSlowD_Period,
@OptInputParameterInfo(
paramName = "optInSlowD_MAType",
displayName = "Slow-D MA",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerList,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerList.class
)
@IntegerList(
paramName = "optInSlowD_MAType",
defaultValue = 0,
value = { 0, 1, 2, 3, 4, 5, 6, 7, 8 },
string = { "SMA", "EMA", "WMA", "DEMA", "TEMA", "TRIMA", "KAMA", "MAMA", "T3" }
)
MAType optInSlowD_MAType,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outSlowK",
flags = 4,
type = OutputParameterType.TA_Output_Real
)
double outSlowK[],
@OutputParameterInfo(
paramName = "outSlowD",
flags = 4,
type = OutputParameterType.TA_Output_Real
)
double outSlowD[]
) {
return super.stoch (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
optInFastK_Period,
optInSlowK_Period,
optInSlowK_MAType,
optInSlowD_Period,
optInSlowD_MAType,
outBegIdx,
outNBElement,
outSlowK,
outSlowD
); }
public int stochFLookback(
int optInFastK_Period,
int optInFastD_Period,
MAType optInFastD_MAType) {
return super.stochFLookback(
optInFastK_Period,
optInFastD_Period,
optInFastD_MAType); }
@FuncInfo(
name = "STOCHF",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 3,
nbOutput = 2
)
public RetCode stochF(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInFastK_Period",
displayName = "Fast-K Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInFastK_Period",
defaultValue = 5,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInFastK_Period,
@OptInputParameterInfo(
paramName = "optInFastD_Period",
displayName = "Fast-D Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInFastD_Period",
defaultValue = 3,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInFastD_Period,
@OptInputParameterInfo(
paramName = "optInFastD_MAType",
displayName = "Fast-D MA",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerList,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerList.class
)
@IntegerList(
paramName = "optInFastD_MAType",
defaultValue = 0,
value = { 0, 1, 2, 3, 4, 5, 6, 7, 8 },
string = { "SMA", "EMA", "WMA", "DEMA", "TEMA", "TRIMA", "KAMA", "MAMA", "T3" }
)
MAType optInFastD_MAType,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outFastK",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outFastK[],
@OutputParameterInfo(
paramName = "outFastD",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outFastD[]
) {
return super.stochF (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
optInFastK_Period,
optInFastD_Period,
optInFastD_MAType,
outBegIdx,
outNBElement,
outFastK,
outFastD
); }
public int stochRsiLookback(
int optInTimePeriod,
int optInFastK_Period,
int optInFastD_Period,
MAType optInFastD_MAType) {
return super.stochRsiLookback(
optInTimePeriod,
optInFastK_Period,
optInFastD_Period,
optInFastD_MAType); }
@FuncInfo(
name = "STOCHRSI",
group = "Momentum Indicators",
flags = 134217728,
nbInput = 1,
nbOptInput = 4,
nbOutput = 2
)
public RetCode stochRsi(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
@OptInputParameterInfo(
paramName = "optInFastK_Period",
displayName = "Fast-K Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInFastK_Period",
defaultValue = 5,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInFastK_Period,
@OptInputParameterInfo(
paramName = "optInFastD_Period",
displayName = "Fast-D Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInFastD_Period",
defaultValue = 3,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInFastD_Period,
@OptInputParameterInfo(
paramName = "optInFastD_MAType",
displayName = "Fast-D MA",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerList,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerList.class
)
@IntegerList(
paramName = "optInFastD_MAType",
defaultValue = 0,
value = { 0, 1, 2, 3, 4, 5, 6, 7, 8 },
string = { "SMA", "EMA", "WMA", "DEMA", "TEMA", "TRIMA", "KAMA", "MAMA", "T3" }
)
MAType optInFastD_MAType,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outFastK",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outFastK[],
@OutputParameterInfo(
paramName = "outFastD",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outFastD[]
) {
return super.stochRsi (
startIdx,
endIdx,
inReal,
optInTimePeriod,
optInFastK_Period,
optInFastD_Period,
optInFastD_MAType,
outBegIdx,
outNBElement,
outFastK,
outFastD
); }
public int subLookback(
) {
return super.subLookback(
); }
@FuncInfo(
name = "SUB",
group = "Math Operators",
flags = 0,
nbInput = 2,
nbOptInput = 0,
nbOutput = 1
)
public RetCode sub(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal0",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal0[],
@InputParameterInfo(
paramName = "inReal1",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal1[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.sub (
startIdx,
endIdx,
inReal0,
inReal1,
outBegIdx,
outNBElement,
outReal
); }
public int sumLookback(
int optInTimePeriod) {
return super.sumLookback(
optInTimePeriod); }
@FuncInfo(
name = "SUM",
group = "Math Operators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode sum(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.sum (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int t3Lookback(
int optInTimePeriod,
double optInVFactor) {
return super.t3Lookback(
optInTimePeriod,
optInVFactor); }
@FuncInfo(
name = "T3",
group = "Overlap Studies",
flags = 150994944,
nbInput = 1,
nbOptInput = 2,
nbOutput = 1
)
public RetCode t3(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 5,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
@OptInputParameterInfo(
paramName = "optInVFactor",
displayName = "Volume Factor",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInVFactor",
defaultValue = 0.70000,
min = 0.00000,
max = 1.00000,
precision = 2,
suggested_start = 0.01000,
suggested_end = 1.00000,
suggested_increment = 0.05000
)
double optInVFactor,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.t3 (
startIdx,
endIdx,
inReal,
optInTimePeriod,
optInVFactor,
outBegIdx,
outNBElement,
outReal
); }
public int tanLookback(
) {
return super.tanLookback(
); }
@FuncInfo(
name = "TAN",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode tan(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.tan (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int tanhLookback(
) {
return super.tanhLookback(
); }
@FuncInfo(
name = "TANH",
group = "Math Transform",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode tanh(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.tanh (
startIdx,
endIdx,
inReal,
outBegIdx,
outNBElement,
outReal
); }
public int temaLookback(
int optInTimePeriod) {
return super.temaLookback(
optInTimePeriod); }
@FuncInfo(
name = "TEMA",
group = "Overlap Studies",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode tema(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.tema (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int trueRangeLookback(
) {
return super.trueRangeLookback(
); }
@FuncInfo(
name = "TRANGE",
group = "Volatility Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode trueRange(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.trueRange (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outReal
); }
public int trimaLookback(
int optInTimePeriod) {
return super.trimaLookback(
optInTimePeriod); }
@FuncInfo(
name = "TRIMA",
group = "Overlap Studies",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode trima(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.trima (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int trixLookback(
int optInTimePeriod) {
return super.trixLookback(
optInTimePeriod); }
@FuncInfo(
name = "TRIX",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode trix(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.trix (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int tsfLookback(
int optInTimePeriod) {
return super.tsfLookback(
optInTimePeriod); }
@FuncInfo(
name = "TSF",
group = "Statistic Functions",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode tsf(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.tsf (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int typPriceLookback(
) {
return super.typPriceLookback(
); }
@FuncInfo(
name = "TYPPRICE",
group = "Price Transform",
flags = 16777216,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode typPrice(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.typPrice (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outReal
); }
public int ultOscLookback(
int optInTimePeriod1,
int optInTimePeriod2,
int optInTimePeriod3) {
return super.ultOscLookback(
optInTimePeriod1,
optInTimePeriod2,
optInTimePeriod3); }
@FuncInfo(
name = "ULTOSC",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 3,
nbOutput = 1
)
public RetCode ultOsc(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInTimePeriod1",
displayName = "First Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod1",
defaultValue = 7,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod1,
@OptInputParameterInfo(
paramName = "optInTimePeriod2",
displayName = "Second Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod2",
defaultValue = 14,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod2,
@OptInputParameterInfo(
paramName = "optInTimePeriod3",
displayName = "Third Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod3",
defaultValue = 28,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod3,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.ultOsc (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
optInTimePeriod1,
optInTimePeriod2,
optInTimePeriod3,
outBegIdx,
outNBElement,
outReal
); }
public int varianceLookback(
int optInTimePeriod,
double optInNbDev) {
return super.varianceLookback(
optInTimePeriod,
optInNbDev); }
@FuncInfo(
name = "VAR",
group = "Statistic Functions",
flags = 0,
nbInput = 1,
nbOptInput = 2,
nbOutput = 1
)
public RetCode variance(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 5,
min = 1,
max = 100000,
suggested_start = 1,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
@OptInputParameterInfo(
paramName = "optInNbDev",
displayName = "Deviations",
flags = 0,
type = OptInputParameterType.TA_OptInput_RealRange,
dataSet = com.tictactec.ta.lib.meta.annotation.RealRange.class
)
@RealRange(
paramName = "optInNbDev",
defaultValue = 1.00000,
min = -30000000000000002000000000000000000000.00000,
max = 30000000000000002000000000000000000000.00000,
precision = 2,
suggested_start = -2.00000,
suggested_end = 2.00000,
suggested_increment = 0.20000
)
double optInNbDev,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.variance (
startIdx,
endIdx,
inReal,
optInTimePeriod,
optInNbDev,
outBegIdx,
outNBElement,
outReal
); }
public int wclPriceLookback(
) {
return super.wclPriceLookback(
); }
@FuncInfo(
name = "WCLPRICE",
group = "Price Transform",
flags = 16777216,
nbInput = 1,
nbOptInput = 0,
nbOutput = 1
)
public RetCode wclPrice(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.wclPrice (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
outBegIdx,
outNBElement,
outReal
); }
public int willRLookback(
int optInTimePeriod) {
return super.willRLookback(
optInTimePeriod); }
@FuncInfo(
name = "WILLR",
group = "Momentum Indicators",
flags = 0,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode willR(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inPriceHLC",
flags = 14,
type = InputParameterType.TA_Input_Price
)
double inHigh [],
double inLow [],
double inClose [],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 14,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.willR (
startIdx,
endIdx,
inHigh ,
inLow ,
inClose ,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
public int wmaLookback(
int optInTimePeriod) {
return super.wmaLookback(
optInTimePeriod); }
@FuncInfo(
name = "WMA",
group = "Overlap Studies",
flags = 16777216,
nbInput = 1,
nbOptInput = 1,
nbOutput = 1
)
public RetCode wma(
int startIdx,
int endIdx,
@InputParameterInfo(
paramName = "inReal",
flags = 0,
type = InputParameterType.TA_Input_Real
)
double inReal[],
@OptInputParameterInfo(
paramName = "optInTimePeriod",
displayName = "Time Period",
flags = 0,
type = OptInputParameterType.TA_OptInput_IntegerRange,
dataSet = com.tictactec.ta.lib.meta.annotation.IntegerRange.class
)
@IntegerRange(
paramName = "optInTimePeriod",
defaultValue = 30,
min = 2,
max = 100000,
suggested_start = 4,
suggested_end = 200,
suggested_increment = 1
)
int optInTimePeriod,
MInteger outBegIdx,
MInteger outNBElement,
@OutputParameterInfo(
paramName = "outReal",
flags = 1,
type = OutputParameterType.TA_Output_Real
)
double outReal[]
) {
return super.wma (
startIdx,
endIdx,
inReal,
optInTimePeriod,
outBegIdx,
outNBElement,
outReal
); }
}
/***************
* End of File *
***************/