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/*
 * @(#)Function3Arg.java        5.0.4    2022-05-22
 *
 * MathParser.org-mXparser DUAL LICENSE AGREEMENT as of date 2022-05-22
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 * PRODUCT: MathParser.org-mXparser SOFTWARE
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 */
package org.mariuszgromada.math.mxparser.parsertokens;

import org.mariuszgromada.math.mxparser.mXparser;
/**
 * Functions with 3 arguments - mXparser tokens definition.
 *
 * @author         Mariusz Gromada

 *                 MathParser.org - mXparser project page

 *                 mXparser on GitHub

 *                 INFIMA place to purchase a commercial MathParser.org-mXparser software license

 *                 [email protected]

 *                 ScalarMath.org - a powerful math engine and math scripting language

 *                 Scalar Lite

 *                 Scalar Pro

 *                 MathSpace.pl

 *
 * @version        5.0.0
 */
public final class Function3Arg {
	/*
	 * 3-args Function - token type id.
	 */
	public static final int TYPE_ID 						= 6;
	public static final String TYPE_DESC					= "3-args Function";
	/*
	 * 3-args Function - tokens id.
	 */
	public static final int IF_CONDITION_ID					= 1;
	public static final int IF_ID 							= 2;
	public static final int CHI_ID							= 3;
	public static final int CHI_LR_ID						= 4;
	public static final int CHI_L_ID						= 5;
	public static final int CHI_R_ID						= 6;
	public static final int PDF_UNIFORM_CONT_ID				= 7;
	public static final int CDF_UNIFORM_CONT_ID				= 8;
	public static final int QNT_UNIFORM_CONT_ID				= 9;
	public static final int PDF_NORMAL_ID					= 10;
	public static final int CDF_NORMAL_ID					= 11;
	public static final int QNT_NORMAL_ID					= 12;
	public static final int DIGIT_ID						= 13;
	public static final int INC_BETA_ID						= 14;
	public static final int REG_BETA_ID						= 15;
	/*
	 * 3-args Function - tokens key words.
	 */
	public static final String IF_STR 						= "if";
	public static final String CHI_STR						= "chi";
	public static final String CHI_LR_STR					= "CHi";
	public static final String CHI_L_STR					= "Chi";
	public static final String CHI_R_STR					= "cHi";
	public static final String PDF_UNIFORM_CONT_STR			= "pUni";
	public static final String CDF_UNIFORM_CONT_STR			= "cUni";
	public static final String QNT_UNIFORM_CONT_STR			= "qUni";
	public static final String PDF_NORMAL_STR				= "pNor";
	public static final String CDF_NORMAL_STR				= "cNor";
	public static final String QNT_NORMAL_STR				= "qNor";
	public static final String DIGIT_STR					= "dig";
	public static final String INC_BETA_STR					= "BetaInc";
	public static final String REG_BETA_STR					= "BetaReg";
	public static final String REG_BETA_I_STR				= "BetaI";
	/*
	 * 3-args Function - syntax.
	 */
	public static final String IF_SYN 						= SyntaxStringBuilder.function3Arg(IF_STR, SyntaxStringBuilder.cond, SyntaxStringBuilder.exprIfTrue, SyntaxStringBuilder.exprIfFalse);
	public static final String CHI_SYN						= SyntaxStringBuilder.function3Arg(CHI_STR, SyntaxStringBuilder.x, SyntaxStringBuilder.a, SyntaxStringBuilder.b);
	public static final String CHI_LR_SYN					= SyntaxStringBuilder.function3Arg(CHI_LR_STR, SyntaxStringBuilder.x, SyntaxStringBuilder.a, SyntaxStringBuilder.b);
	public static final String CHI_L_SYN					= SyntaxStringBuilder.function3Arg(CHI_L_STR, SyntaxStringBuilder.x, SyntaxStringBuilder.a, SyntaxStringBuilder.b);
	public static final String CHI_R_SYN					= SyntaxStringBuilder.function3Arg(CHI_R_STR, SyntaxStringBuilder.x, SyntaxStringBuilder.a, SyntaxStringBuilder.b);
	public static final String PDF_UNIFORM_CONT_SYN			= SyntaxStringBuilder.function3Arg(PDF_UNIFORM_CONT_STR, SyntaxStringBuilder.x, SyntaxStringBuilder.a, SyntaxStringBuilder.b);
	public static final String CDF_UNIFORM_CONT_SYN			= SyntaxStringBuilder.function3Arg(CDF_UNIFORM_CONT_STR, SyntaxStringBuilder.a, SyntaxStringBuilder.a, SyntaxStringBuilder.b);
	public static final String QNT_UNIFORM_CONT_SYN			= SyntaxStringBuilder.function3Arg(QNT_UNIFORM_CONT_STR, SyntaxStringBuilder.q, SyntaxStringBuilder.a, SyntaxStringBuilder.b);
	public static final String PDF_NORMAL_SYN				= SyntaxStringBuilder.function3Arg(PDF_NORMAL_STR, SyntaxStringBuilder.x, SyntaxStringBuilder.mean, SyntaxStringBuilder.stdv);
	public static final String CDF_NORMAL_SYN				= SyntaxStringBuilder.function3Arg(CDF_NORMAL_STR, SyntaxStringBuilder.x, SyntaxStringBuilder.mean, SyntaxStringBuilder.stdv);
	public static final String QNT_NORMAL_SYN				= SyntaxStringBuilder.function3Arg(QNT_NORMAL_STR, SyntaxStringBuilder.q, SyntaxStringBuilder.mean, SyntaxStringBuilder.stdv);
	public static final String DIGIT_SYN					= SyntaxStringBuilder.function3Arg(DIGIT_STR, SyntaxStringBuilder.num, SyntaxStringBuilder.pos, SyntaxStringBuilder.basestr);
	public static final String INC_BETA_SYN					= SyntaxStringBuilder.function3Arg(INC_BETA_STR, SyntaxStringBuilder.x, SyntaxStringBuilder.a, SyntaxStringBuilder.b);
	public static final String REG_BETA_SYN					= SyntaxStringBuilder.function3Arg(REG_BETA_STR, SyntaxStringBuilder.x, SyntaxStringBuilder.a, SyntaxStringBuilder.b);
	public static final String REG_BETA_I_SYN				= SyntaxStringBuilder.function3Arg(REG_BETA_I_STR, SyntaxStringBuilder.x, SyntaxStringBuilder.a, SyntaxStringBuilder.b);
	/*
	 * 3-args Function - tokens description.
	 */
	public static final String IF_DESC 						= "If function";
	public static final String CHI_DESC						= "Characteristic function for x in (a,b)";
	public static final String CHI_LR_DESC					= "Characteristic function for x in [a,b]";
	public static final String CHI_L_DESC					= "Characteristic function for x in [a,b)";
	public static final String CHI_R_DESC					= "Characteristic function for x in (a,b]";
	public static final String PDF_UNIFORM_CONT_DESC		= "Probability distribution function - Uniform continuous distribution U(a,b)";
	public static final String CDF_UNIFORM_CONT_DESC		= "Cumulative distribution function - Uniform continuous distribution U(a,b)";
	public static final String QNT_UNIFORM_CONT_DESC		= "Quantile function (inverse cumulative distribution function) - Uniform continuous distribution U(a,b)";
	public static final String PDF_NORMAL_DESC				= "Probability distribution function - Normal distribution N(m,s)";
	public static final String CDF_NORMAL_DESC				= "Cumulative distribution function - Normal distribution N(m,s)";
	public static final String QNT_NORMAL_DESC				= "Quantile function (inverse cumulative distribution function)";
	public static final String DIGIT_DESC					= "Digit at position 1 ... n (left -> right) or 0 ... -(n-1) (right -> left) - numeral system with given base";
	public static final String INC_BETA_DESC				= "The incomplete beta special function B(x; a, b), also called the incomplete Euler integral of the first kind";
	public static final String REG_BETA_DESC				= "The regularized incomplete beta (or regularized beta) special function I(x; a, b), also called the regularized incomplete Euler integral of the first kind";
	/*
	 * 3-args Function - since.
	 */
	public static final String IF_SINCE 					= mXparser.NAMEv10;
	public static final String CHI_SINCE					= mXparser.NAMEv10;
	public static final String CHI_LR_SINCE					= mXparser.NAMEv10;
	public static final String CHI_L_SINCE					= mXparser.NAMEv10;
	public static final String CHI_R_SINCE					= mXparser.NAMEv10;
	public static final String PDF_UNIFORM_CONT_SINCE		= mXparser.NAMEv30;
	public static final String CDF_UNIFORM_CONT_SINCE		= mXparser.NAMEv30;
	public static final String QNT_UNIFORM_CONT_SINCE		= mXparser.NAMEv30;
	public static final String PDF_NORMAL_SINCE				= mXparser.NAMEv30;
	public static final String CDF_NORMAL_SINCE				= mXparser.NAMEv30;
	public static final String QNT_NORMAL_SINCE				= mXparser.NAMEv30;
	public static final String DIGIT_SINCE					= mXparser.NAMEv41;
	public static final String INC_BETA_SINCE				= mXparser.NAMEv42;
	public static final String REG_BETA_SINCE				= mXparser.NAMEv42;
	public static final String REG_BETA_I_SINCE				= mXparser.NAMEv42;
}