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package com.modulus.qbar.lang;
public class QBMath {
public static double abs(double o0){
return Math.abs(o0);
}
/**
*@see Math#sin
*/
public static double sin(double o0){
return Math.sin(o0);
}
/**
*@see Math#cos
*/
public static double cos(double o0){
return Math.cos(o0);
}
/**
*@see Math#tan
*/
public static double tan(double o0){
return Math.tan(o0);
}
/**
*@see Math#atan2
*/
public static double atan2(double o0, double o1){
return Math.atan2(o0, o1);
}
/**
*@see Math#sqrt
*/
public static double sqrt(double o0){
return Math.sqrt(o0);
}
/**
*@see Math#log
*/
public static double log(double o0){
return Math.log(o0);
}
/**
*@see Math#log10
*/
public static double log10(double o0){
return Math.log10(o0);
}
/**
*@see Math#pow
*/
public static double pow(double o0, double o1){
return Math.pow(o0, o1);
}
/**
*@see Math#exp
*/
public static double exp(double o0){
return Math.exp(o0);
}
/**
*@see Math#min
*/
public static double min(double o0, double o1){
return Math.min(o0, o1);
}
/**
*@see Math#max
*/
public static double max(double o0, double o1){
return Math.max(o0, o1);
}
/**
*@see Math#scalb
*/
public static double scalb(double o0, int o1){
return Math.scalb(o0, o1);
}
/**
*@see Math#getExponent
*/
public static int getExponent(double o0){
return Math.getExponent(o0);
}
/**
*@see Math#signum
*/
public static double signum(double o0){
return Math.signum(o0);
}
/**
*@see Math#asin
*/
public static double asin(double o0){
return Math.asin(o0);
}
/**
*@see Math#acos
*/
public static double acos(double o0){
return Math.acos(o0);
}
/**
*@see Math#atan
*/
public static double atan(double o0){
return Math.atan(o0);
}
/**
*@see Math#toRadians
*/
public static double toRadians(double o0){
return Math.toRadians(o0);
}
/**
*@see Math#toDegrees
*/
public static double toDegrees(double o0){
return Math.toDegrees(o0);
}
/**
*@see Math#cbrt
*/
public static double cbrt(double o0){
return Math.cbrt(o0);
}
/**
*@see Math#IEEEremainder
*/
public static double IEEEremainder(double o0, double o1){
return Math.IEEEremainder(o0, o1);
}
/**
*@see Math#ceil
*/
public static double ceil(double o0){
return Math.ceil(o0);
}
/**
*@see Math#floor
*/
public static double floor(double o0){
return Math.floor(o0);
}
/**
*@see Math#rint
*/
public static double rint(double o0){
return Math.rint(o0);
}
/**
*@see Math#round
*/
public static long round(double o0){
return Math.round(o0);
}
/**
*@see Math#random
*/
public static double random(){
return Math.random();
}
/**
*@see Math#ulp
*/
public static double ulp(double o0){
return Math.ulp(o0);
}
/**
*@see Math#ulp
*/
public static float ulp(float o0){
return Math.ulp(o0);
}
/**
*@see Math#sinh
*/
public static double sinh(double o0){
return Math.sinh(o0);
}
/**
*@see Math#cosh
*/
public static double cosh(double o0){
return Math.cosh(o0);
}
/**
*@see Math#tanh
*/
public static double tanh(double o0){
return Math.tanh(o0);
}
/**
*@see Math#hypot
*/
public static double hypot(double o0, double o1){
return Math.hypot(o0, o1);
}
/**
*@see Math#expm1
*/
public static double expm1(double o0){
return Math.expm1(o0);
}
/**
*@see Math#log1p
*/
public static double log1p(double o0){
return Math.log1p(o0);
}
/**
*@see Math#copySign
*/
public static double copySign(double o0, double o1){
return Math.copySign(o0, o1);
}
/**
*@see Math#nextAfter
*/
public static double nextAfter(double o0, double o1){
return Math.nextAfter(o0, o1);
}
/**
*@see Math#nextUp
*/
public static double nextUp(double o0){
return Math.nextUp(o0);
}
/**
* returns PI
*/
public static double getPI(){
return Math.PI;
}
/**
* returns E
*/
public static double getE(){
return Math.E;
}
}
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