BuiltinFinancial.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 BuiltinFinancial {
private BuiltinFinancial() {
}
static void Apr(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block4 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 3);
Builtins.maxArgs(nArgs, 3);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nPrincipal = oParser.getNumeric(oArgSym[0]);
double nPayment = oParser.getNumeric(oArgSym[1]);
int nPeriods = (int)oParser.getNumeric(oArgSym[2]);
if (nPrincipal <= 0.0 || nPayment <= 0.0 || nPeriods <= 0) {
throw new CalcException();
}
int maxIterations = 500;
double eps = 0.005;
double delta = 1.0E-7;
double nInterest = 0.05;
double nPmtZero = nPrincipal / (double)nPeriods;
double nPmtCur = BuiltinFinancial.LoanPmt(nPrincipal, nInterest, nPeriods);
int i = 1;
while (Math.abs(nPmtCur - nPmtZero) >= 1.0E-7) {
nPmtCur = BuiltinFinancial.LoanPmt(nPrincipal, nInterest *= (nPayment - nPmtZero) / (nPmtCur - nPmtZero), nPeriods);
if (++i <= maxIterations && Math.abs(nPayment - nPmtCur) >= 0.005) continue;
}
double nRate = Math.abs(nPmtCur - nPmtZero) < 1.0E-7 ? 0.0 : 12.0 * nInterest;
oRetSym = new CalcSymbol(nRate);
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block4;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Cterm(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block3 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 3);
Builtins.maxArgs(nArgs, 3);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nInterest = oParser.getNumeric(oArgSym[0]);
double nFuture = oParser.getNumeric(oArgSym[1]);
double nPresent = oParser.getNumeric(oArgSym[2]);
if (nInterest <= 0.0 || nFuture <= 0.0 || nPresent < 0.0) {
throw new CalcException();
}
double nPeriods = Math.log(nFuture / nPresent) / Math.log(1.0 + nInterest);
oRetSym = new CalcSymbol(nPeriods);
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block3;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Fv(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block3 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 3);
Builtins.maxArgs(nArgs, 3);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nPayment = oParser.getNumeric(oArgSym[0]);
double nInterest = oParser.getNumeric(oArgSym[1]);
int nPeriods = (int)oParser.getNumeric(oArgSym[2]);
if (nPeriods <= 0 || nPayment <= 0.0 || nInterest < 0.0) {
throw new CalcException();
}
double nVal = nInterest == 0.0 ? nPayment * (double)nPeriods : nPayment * (1.0 + nInterest) * (BuiltinFinancial.IntRate(nInterest, nPeriods - 1) - 1.0) / nInterest + nPayment;
oRetSym = new CalcSymbol(nVal);
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block3;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Ipmt(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block10 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 5);
Builtins.maxArgs(nArgs, 5);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nPrincipal = oParser.getNumeric(oArgSym[0]);
double nInterest = oParser.getNumeric(oArgSym[1]);
double nPayment = oParser.getNumeric(oArgSym[2]);
int nStart = (int)oParser.getNumeric(oArgSym[3]);
int nMonths = (int)oParser.getNumeric(oArgSym[4]);
if (nPrincipal <= 0.0 || nInterest <= 0.0 || nPayment <= 0.0) {
throw new CalcException();
}
if (nStart < 1 || nMonths < 1) {
throw new CalcException();
}
if (nPayment <= nPrincipal * (nInterest /= 12.0)) {
oRetSym = new CalcSymbol(0.0);
} else if (nMonths + nStart - 1 > BuiltinFinancial.LoanTerm(nPrincipal, nInterest, nPayment)) {
oRetSym = new CalcSymbol(0.0);
} else {
double nPrincipalRemaining = nPrincipal;
double nPrincipalPaidInPeriod = 0.0;
double nInterestPaidInPeriod = 0.0;
for (int i = 1; i < nStart && (nPrincipalRemaining -= (nPrincipalPaidInPeriod = nPayment - (nInterestPaidInPeriod = nPrincipalRemaining * nInterest))) > 0.0; ++i) {
}
double nInterestPaid = 0.0;
for (int i2 = nStart; i2 < nStart + nMonths; ++i2) {
nInterestPaidInPeriod = nPrincipalRemaining * nInterest;
nPrincipalPaidInPeriod = nPayment - nInterestPaidInPeriod;
nInterestPaid += nInterestPaidInPeriod;
if ((nPrincipalRemaining -= nPrincipalPaidInPeriod) <= 0.0) break;
}
oRetSym = new CalcSymbol(nInterestPaid);
}
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block10;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Npv(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block4 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 1);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nDiscountRate = oParser.getNumeric(oArgSym[0]);
if (nDiscountRate <= 0.0) {
throw new CalcException();
}
double nVal = 0.0;
double nDenom = 1.0;
for (int i = 1; i < nArgs; ++i) {
nVal += oParser.getNumeric(oArgSym[i]) / (nDenom *= 1.0 + nDiscountRate);
}
oRetSym = new CalcSymbol(nVal);
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block4;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Pmt(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block3 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 3);
Builtins.maxArgs(nArgs, 3);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nPrincipal = oParser.getNumeric(oArgSym[0]);
double nInterest = oParser.getNumeric(oArgSym[1]);
int nPeriods = (int)oParser.getNumeric(oArgSym[2]);
if (nPrincipal <= 0.0 || nInterest <= 0.0 || nPeriods <= 0) {
throw new CalcException();
}
double nPayment = BuiltinFinancial.LoanPmt(nPrincipal, nInterest, nPeriods);
oRetSym = new CalcSymbol(nPayment);
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block3;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Ppmt(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block10 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 5);
Builtins.maxArgs(nArgs, 5);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nPrincipal = oParser.getNumeric(oArgSym[0]);
double nInterest = oParser.getNumeric(oArgSym[1]);
double nPayment = oParser.getNumeric(oArgSym[2]);
int nStart = (int)oParser.getNumeric(oArgSym[3]);
int nMonths = (int)oParser.getNumeric(oArgSym[4]);
if (nPrincipal <= 0.0 || nInterest <= 0.0 || nPayment <= 0.0) {
throw new CalcException();
}
if (nStart < 1 || nMonths < 1) {
throw new CalcException();
}
if (nPayment <= nPrincipal * (nInterest /= 12.0)) {
oRetSym = new CalcSymbol(0.0);
} else if (nMonths + nStart - 1 > BuiltinFinancial.LoanTerm(nPrincipal, nInterest, nPayment)) {
oRetSym = new CalcSymbol(0.0);
} else {
double nPrincipalRemaining = nPrincipal;
double nPrincipalPaidInPeriod = 0.0;
double nInterestPaidInPeriod = 0.0;
for (int i = 1; i < nStart && (nPrincipalRemaining -= (nPrincipalPaidInPeriod = nPayment - (nInterestPaidInPeriod = nPrincipalRemaining * nInterest))) > 0.0; ++i) {
}
double nPrinciplePaid = 0.0;
for (int i2 = nStart; i2 < nStart + nMonths; ++i2) {
nInterestPaidInPeriod = nPrincipalRemaining * nInterest;
nPrincipalPaidInPeriod = nPayment - nInterestPaidInPeriod;
nPrinciplePaid += nPrincipalPaidInPeriod;
if ((nPrincipalRemaining -= nPrincipalPaidInPeriod) <= 0.0) break;
}
oRetSym = new CalcSymbol(nPrinciplePaid);
}
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block10;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Pv(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block3 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 3);
Builtins.maxArgs(nArgs, 3);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nPayment = oParser.getNumeric(oArgSym[0]);
double nInterest = oParser.getNumeric(oArgSym[1]);
int nPeriods = (int)oParser.getNumeric(oArgSym[2]);
if (nPeriods <= 0 || nPayment <= 0.0) {
throw new CalcException();
}
double nVal = nInterest == 0.0 ? nPayment * (double)nPeriods : nPayment * (1.0 - 1.0 / BuiltinFinancial.IntRate(nInterest, nPeriods)) / nInterest;
oRetSym = new CalcSymbol(nVal);
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block3;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Rate(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block3 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 3);
Builtins.maxArgs(nArgs, 3);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nFuture = oParser.getNumeric(oArgSym[0]);
double nPresent = oParser.getNumeric(oArgSym[1]);
double nPeriods = (int)oParser.getNumeric(oArgSym[2]);
if (nFuture <= 0.0 || nPresent <= 0.0 || nPeriods <= 0.0) {
throw new CalcException();
}
double nRate = Math.exp(Math.log(nFuture / nPresent) / nPeriods) - 1.0;
oRetSym = new CalcSymbol(nRate);
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block3;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
static void Term(CalcParser oParser, CalcSymbol[] oArgSym) {
CalcSymbol oRetSym;
block3 : {
int nArgs = oArgSym.length;
oRetSym = null;
try {
Builtins.minArgs(nArgs, 3);
Builtins.maxArgs(nArgs, 3);
Builtins.limitExceptionArgs(oArgSym);
Builtins.limitNullArgs(oParser, nArgs, oArgSym);
double nPayment = oParser.getNumeric(oArgSym[0]);
double nInterest = oParser.getNumeric(oArgSym[1]);
double nFuture = oParser.getNumeric(oArgSym[2]);
if (nPayment <= 0.0 || nInterest <= 0.0 || nFuture <= 0.0) {
throw new CalcException();
}
double nPeriods = nFuture <= nPayment ? 1.0 : Math.log((nFuture - nPayment) / nPayment * nInterest + (1.0 + nInterest)) / Math.log(1.0 + nInterest);
oRetSym = new CalcSymbol(nPeriods);
}
catch (CalcException e) {
oRetSym = e.getSymbol();
if (oRetSym.getType() == 1) break block3;
oParser.mbInThrow = true;
}
}
oParser.mStack.push(oRetSym);
}
private static double IntRate(double nInterest, int nPeriods) {
double nRate = 1.0;
for (int i = 0; i < nPeriods; ++i) {
nRate *= 1.0 + nInterest;
}
return nRate;
}
private static int LoanTerm(double nPrincipal, double nInterest, double nPayment) {
double nRemaining = nPrincipal;
int nMonths = 0;
while (nRemaining > 0.0) {
nRemaining = nRemaining - nPayment + nRemaining * nInterest;
++nMonths;
}
return nMonths;
}
private static double LoanPmt(double nPrincipal, double nInterest, int nPeriods) {
return nPrincipal / ((1.0 - 1.0 / BuiltinFinancial.IntRate(nInterest, nPeriods)) / nInterest);
}
}