BuiltinScientific.java
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/*
* Decompiled with CFR 0_118.
*/
package com.adobe.xfa.formcalc;
import com.adobe.xfa.formcalc.Builtins;
import com.adobe.xfa.formcalc.CalcException;
import com.adobe.xfa.formcalc.CalcParser;
import com.adobe.xfa.formcalc.CalcSymbol;
import com.adobe.xfa.formcalc.Stack;
final class BuiltinScientific {
private BuiltinScientific() {
}
static void Acos(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block3 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 1);
Builtins.maxArgs(nArgs, 1);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal = oParser.getNumeric(oArgSym[0]);
if (-1.0 > nVal || nVal > 1.0) {
throw new CalcException();
}
oRetSym = new CalcSymbol(Math.acos(nVal));
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block3;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Asin(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block3 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 1);
Builtins.maxArgs(nArgs, 1);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal = oParser.getNumeric(oArgSym[0]);
if (-1.0 > nVal || nVal > 1.0) {
throw new CalcException();
}
oRetSym = new CalcSymbol(Math.asin(nVal));
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block3;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Atan(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block2 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 1);
Builtins.maxArgs(nArgs, 1);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal = oParser.getNumeric(oArgSym[0]);
oRetSym = new CalcSymbol(Math.atan(nVal));
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block2;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Atan2(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block2 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 2);
Builtins.maxArgs(nArgs, 2);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal1 = oParser.getNumeric(oArgSym[0]);
double nVal2 = oParser.getNumeric(oArgSym[1]);
oRetSym = new CalcSymbol(Math.atan2(nVal1, nVal2));
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block2;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Cos(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block2 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 1);
Builtins.maxArgs(nArgs, 1);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal = oParser.getNumeric(oArgSym[0]);
oRetSym = new CalcSymbol(Math.cos(nVal));
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block2;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Deg2Rad(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block2 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 1);
Builtins.maxArgs(nArgs, 1);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal = oParser.getNumeric(oArgSym[0]);
oRetSym = new CalcSymbol(nVal * 3.141592653589793 / 180.0);
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block2;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Exp(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block2 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 1);
Builtins.maxArgs(nArgs, 1);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal = oParser.getNumeric(oArgSym[0]);
oRetSym = new CalcSymbol(Math.exp(nVal));
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block2;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Log(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block3 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 1);
Builtins.maxArgs(nArgs, 1);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal = oParser.getNumeric(oArgSym[0]);
if (nVal <= 0.0) {
throw new CalcException();
}
oRetSym = new CalcSymbol(Math.log(nVal));
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block3;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Pi(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block2 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.maxArgs(nArgs, 0);
oRetSym = new CalcSymbol(3.141592653589793);
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block2;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Pow(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block2 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 2);
Builtins.maxArgs(nArgs, 2);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal1 = oParser.getNumeric(oArgSym[0]);
double nVal2 = oParser.getNumeric(oArgSym[1]);
oRetSym = nVal2 == 0.0 ? new CalcSymbol(1.0) : new CalcSymbol(Math.pow(nVal1, nVal2));
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block2;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Rad2Deg(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block2 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 1);
Builtins.maxArgs(nArgs, 1);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal = oParser.getNumeric(oArgSym[0]);
oRetSym = new CalcSymbol(nVal * 180.0 / 3.141592653589793);
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block2;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Sin(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block2 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 1);
Builtins.maxArgs(nArgs, 1);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal = oParser.getNumeric(oArgSym[0]);
oRetSym = new CalcSymbol(Math.sin(nVal));
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block2;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Sqrt(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block3 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 1);
Builtins.maxArgs(nArgs, 1);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal = oParser.getNumeric(oArgSym[0]);
if (nVal < 0.0) {
throw new CalcException();
}
oRetSym = new CalcSymbol(Math.sqrt(nVal));
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block3;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Tan(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block2 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 1);
Builtins.maxArgs(nArgs, 1);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nVal = oParser.getNumeric(oArgSym[0]);
oRetSym = new CalcSymbol(Math.tan(nVal));
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block2;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
}