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|
////////////////////////////////////////////////////////////////////////////////
/*! @file PhysMath.cpp Basic expression interpreter.
- Part of RANet - Research Assistant Net Library.
- Copyright(C) 2014, Viktor E. Bursian, St.Petersburg, Russia.
Viktor.Bursian@mail.ioffe.ru
*///////////////////////////////////////////////////////////////////////////////
#include "PhysMath.h"
#include "Symbols.h"
#include "Log.h"
namespace RA {
//------------------------------------------------------------------------------
//---------------------------------------------------------------- sPhysMath ---
sPhysMath::sMathOpRegistrator::sMathOpRegistrator ()
{
Definitions.Add(&UnaryMinusPhysValue
,"-" ,sPhysValue::Type());
Definitions.Add(&PhysValuePlusPhysValue
,"+" ,sPhysValue::Type() ,sPhysValue::Type());
Definitions.Add(&PhysValueMinusPhysValue
,"-" ,sPhysValue::Type() ,sPhysValue::Type());
Definitions.Add(&PhysValueMultPhysValue
,"*" ,sPhysValue::Type() ,sPhysValue::Type());
Definitions.Add(&PhysValueDivPhysValue
,"/" ,sPhysValue::Type() ,sPhysValue::Type());
Definitions.Add(&PhysValuePowerInteger
,"^" ,sPhysValue::Type() ,sIntegerValue::Type());
Definitions.Add(&sin ,"sin" ,sPhysValue::Type());
Definitions.Add(&cos ,"cos" ,sPhysValue::Type());
Definitions.Add(&tg ,"tg" ,sPhysValue::Type());
Definitions.Add(&ctg ,"ctg" ,sPhysValue::Type());
Definitions.Add(&seven ,"seven");
sPhysMath::AddConstant(sPhysValue(299792458.0,0.5,"m/s"),"c");
sUnit::Register(Symbol::Degree ,sMetricPrefix::NoPrefixAllowed);
sUnit::Register("degree",sMetricPrefix::NoPrefixAllowed
,sPhysValue(Symbol::Degree));
sUnit::Register("°" ,sMetricPrefix::NoPrefixAllowed
,sPhysValue(Symbol::Degree));
}
void sPhysMath::AddConstant (rcsPhysValue value
,rcsString identifier)
{
Definitions.Add(new sPhysValue(value),identifier);
}
psMathValue sPhysMath::Constant (rcsString identifier
,int start_pos ) const
{
pcsMathValue C = FindConst(identifier);
if( C && (C->TrueType() == sPhysValue::Type()) ){
pcsPhysValue PV = dynamic_cast<pcsPhysValue>(C);
return new sPhysValue(*PV);
}else if( C && (C->TrueType() == sRealValue::Type()) ){
pcsRealValue RV = dynamic_cast<pcsRealValue>(C);
return RV->Replica();
}
return new sMathError(sString("undefined '")+identifier+"'"
,start_pos,Cursor);
}
/*!
@note Real numbers are autoconverted into unitsless physvalues.
*/
psMathValue sPhysMath::Value ()
{
integer IntegerResult;
real RealResult;
real Precision;
bool GotIntNumber = false;
bool GotRealNumber = false;
sString UnitsString;
if( End() ){
}else if( IntegerNumber(IntegerResult) ){
GotIntNumber = true;
}else if( RealNumber(RealResult,Precision) ){
GotRealNumber = true;
}
if( GotIntNumber || GotRealNumber ){
if( (Cursor < SourceLength-1) && (Source[Cursor] == '[') ){
UnitsString = Source.Tail(Cursor+1);
size_t C = UnitsString.Pos("]");
if( C < UnitsString.Length() ){
UnitsString = UnitsString.Substr(0,C);
Cursor += (C + 2);
}else{
return new sMathError("missing ']'",Cursor);
}
}else if( Identifier(UnitsString) ){
}
}
if( GotIntNumber ){
if( UnitsString.Empty() ){
return new sIntegerValue(IntegerResult);
}else{
return new sPhysValue(IntegerResult,UnitsString);
}
}else if( GotRealNumber ){
return new sPhysValue(RealResult,Precision,UnitsString);
}
return NULL;
}
psMathValue sPhysMath::Call (rcsString identifier
,int start_pos
,psMathValue arg1 ) const
{
psMathValue Result(NULL);
pfFunc1Arg FuncPtr;
sString FuncDecl(identifier
+"("+arg1->TrueType()->Name()
+")");
if( (bool)(FuncPtr = FindFunc(identifier,arg1)) ){
Result = (*FuncPtr)(arg1);
}
if( ! Result && sRealValue::Type()->CanCast(arg1) ){
psMathValue A1;
A1 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg1)));
if( (bool)(FuncPtr = FindFunc(identifier,A1)) )
Result = (*FuncPtr)(A1);
delete A1;
}
if( ! Result && sPhysValue::Type()->CanCast(arg1) ){
try{
psMathValue A1;
A1 = new sRealValue(dynamic_cast<psPhysValue>(arg1)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,A1)) )
Result = (*FuncPtr)(A1);
delete A1;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl+" requires unitsless argument"
// ,start_pos,Cursor);
}
}
if( ! Result ){
Result = new sMathError(FuncDecl+"is undefined",start_pos,Cursor);
}
return Result;
}
psMathValue sPhysMath::Call (rcsString identifier
,int start_pos
,psMathValue arg1
,psMathValue arg2 ) const
{
psMathValue Result(NULL);
pfFunc2Arg FuncPtr;
sString FuncDecl(identifier
+"("+arg1->TrueType()->Name()
+","+arg2->TrueType()->Name()
+")");
if( (bool)(FuncPtr = FindFunc(identifier,arg1,arg2)) ){
Result = (*FuncPtr)(arg1,arg2);
}
//if not found, but either one or both arguments are real, then try to apply
//a function with physvalue argument(s)
{
if( ! Result && sRealValue::Type()->CanCast(arg1) ){
psMathValue A1;
A1 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg1)));
if( (bool)(FuncPtr = FindFunc(identifier,A1,arg2)) )
Result = (*FuncPtr)(A1,arg2);
delete A1;
}
if( ! Result && sRealValue::Type()->CanCast(arg2) ){
psMathValue A2;
A2 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg2)));
if( (bool)(FuncPtr = FindFunc(identifier,arg1,A2)) )
Result = (*FuncPtr)(arg1,A2);
delete A2;
}
if( ! Result && sRealValue::Type()->CanCast(arg1)
&& sRealValue::Type()->CanCast(arg2) ){
psMathValue A1;
psMathValue A2;
A1 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg1)));
A2 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg2)));
if( (bool)(FuncPtr = FindFunc(identifier,A1,A2)) )
Result = (*FuncPtr)(A1,A2);
delete A1;
delete A2;
}
}
//if not found, but either one or both arguments are unitsless physvalues,
//then try to apply a function with real argument(s)
{
if( ! Result && sPhysValue::Type()->CanCast(arg1) ){
try{
psMathValue A1;
A1 = new sRealValue(dynamic_cast<psPhysValue>(arg1)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,A1,arg2)) )
Result = (*FuncPtr)(A1,arg2);
delete A1;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl+" requires unitsless 1st argument"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg2) ){
try{
psMathValue A2;
A2 = new sRealValue(dynamic_cast<psPhysValue>(arg2)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,arg1,A2)) )
Result = (*FuncPtr)(arg1,A2);
delete A2;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl+" requires unitsless 2nd argument"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg1)
&& sPhysValue::Type()->CanCast(arg2) ){
try{
psMathValue A1;
psMathValue A2;
A1 = new sRealValue(dynamic_cast<psPhysValue>(arg1)->ToReal());
A2 = new sRealValue(dynamic_cast<psPhysValue>(arg2)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,A1,A2)) )
Result = (*FuncPtr)(A1,A2);
delete A1;
delete A2;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl+" requires unitsless arguments"
// ,start_pos,Cursor);
}
}
}
if( ! Result ){
Result = new sMathError(FuncDecl+"is undefined",start_pos,Cursor);
}
return Result;
}
psMathValue sPhysMath::Call (rcsString identifier
,int start_pos
,psMathValue arg1
,psMathValue arg2
,psMathValue arg3 ) const
{
psMathValue Result(NULL);
pfFunc3Arg FuncPtr;
sString FuncDecl(identifier
+"("+arg1->TrueType()->Name()
+","+arg2->TrueType()->Name()
+","+arg3->TrueType()->Name()
+")");
if( (bool)(FuncPtr = FindFunc(identifier,arg1,arg2,arg3)) ){
Result = (*FuncPtr)(arg1,arg2,arg3);
}
//if not found, but either one, or two, or three arguments are real, then try
//to apply a function with physvalue argument(s)
{
if( ! Result && sRealValue::Type()->CanCast(arg1) ){
psMathValue A1;
A1 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg1)));
if( (bool)(FuncPtr = FindFunc(identifier,A1,arg2,arg3)) )
Result = (*FuncPtr)(A1,arg2,arg3);
delete A1;
}
if( ! Result && sRealValue::Type()->CanCast(arg2) ){
psMathValue A2;
A2 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg2)));
if( (bool)(FuncPtr = FindFunc(identifier,arg1,A2,arg3)) )
Result = (*FuncPtr)(arg1,A2,arg3);
delete A2;
}
if( ! Result && sRealValue::Type()->CanCast(arg3) ){
psMathValue A3;
A3 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg3)));
if( (bool)(FuncPtr = FindFunc(identifier,arg1,arg2,A3)) )
Result = (*FuncPtr)(arg1,arg2,A3);
delete A3;
}
if( ! Result && sRealValue::Type()->CanCast(arg1)
&& sRealValue::Type()->CanCast(arg2) ){
psMathValue A1;
psMathValue A2;
A1 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg1)));
A2 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg2)));
if( (bool)(FuncPtr = FindFunc(identifier,A1,A2,arg3)) )
Result = (*FuncPtr)(A1,A2,arg3);
delete A1;
delete A2;
}
if( ! Result && sRealValue::Type()->CanCast(arg1)
&& sRealValue::Type()->CanCast(arg3) ){
psMathValue A1;
psMathValue A3;
A1 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg1)));
A3 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg3)));
if( (bool)(FuncPtr = FindFunc(identifier,A1,arg2,A3)) )
Result = (*FuncPtr)(A1,arg2,A3);
delete A1;
delete A3;
}
if( ! Result && sRealValue::Type()->CanCast(arg2)
&& sRealValue::Type()->CanCast(arg3) ){
psMathValue A2;
psMathValue A3;
A2 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg2)));
A3 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg3)));
if( (bool)(FuncPtr = FindFunc(identifier,arg1,A2,A3)) )
Result = (*FuncPtr)(arg1,A2,A3);
delete A2;
delete A3;
}
if( ! Result && sRealValue::Type()->CanCast(arg1)
&& sRealValue::Type()->CanCast(arg2)
&& sRealValue::Type()->CanCast(arg3) ){
psMathValue A1;
psMathValue A2;
psMathValue A3;
A1 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg1)));
A2 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg2)));
A3 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg3)));
if( (bool)(FuncPtr = FindFunc(identifier,A1,A2,A3)) )
Result = (*FuncPtr)(A1,A2,A3);
delete A1;
delete A2;
delete A3;
}
}
//if not found, but either one, or two, or three arguments are
//unitsless physvalues, then try to apply a function with real argument(s)
{
if( ! Result && sPhysValue::Type()->CanCast(arg1) ){
try{
psMathValue A1;
A1 = new sRealValue(dynamic_cast<psPhysValue>(arg1)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,A1,arg2,arg3)) )
Result = (*FuncPtr)(A1,arg2,arg3);
delete A1;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl+" requires unitsless 1st argument"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg2) ){
try{
psMathValue A2;
A2 = new sRealValue(dynamic_cast<psPhysValue>(arg2)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,arg1,A2,arg3)) )
Result = (*FuncPtr)(arg1,A2,arg3);
delete A2;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl+" requires unitsless 2nd argument"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg3) ){
try{
psMathValue A3;
A3 = new sRealValue(dynamic_cast<psPhysValue>(arg3)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,arg1,arg2,A3)) )
Result = (*FuncPtr)(arg1,arg2,A3);
delete A3;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl+" requires unitsless 3rd argument"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg1)
&& sPhysValue::Type()->CanCast(arg2) ){
try{
psMathValue A1;
psMathValue A2;
A1 = new sRealValue(dynamic_cast<psPhysValue>(arg1)->ToReal());
A2 = new sRealValue(dynamic_cast<psPhysValue>(arg2)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,A1,A2,arg3)) )
Result = (*FuncPtr)(A1,A2,arg3);
delete A1;
delete A2;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl
// +" requires unitsless 1st and 2nd arguments"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg1)
&& sPhysValue::Type()->CanCast(arg3) ){
try{
psMathValue A1;
psMathValue A3;
A1 = new sRealValue(dynamic_cast<psPhysValue>(arg1)->ToReal());
A3 = new sRealValue(dynamic_cast<psPhysValue>(arg3)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,A1,arg2,A3)) )
Result = (*FuncPtr)(A1,arg2,A3);
delete A1;
delete A3;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl
// +" requires unitsless 1st and 3rd arguments"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg2)
&& sPhysValue::Type()->CanCast(arg3) ){
try{
psMathValue A2;
psMathValue A3;
A2 = new sRealValue(dynamic_cast<psPhysValue>(arg2)->ToReal());
A3 = new sRealValue(dynamic_cast<psPhysValue>(arg3)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,arg1,A2,A3)) )
Result = (*FuncPtr)(arg1,A2,A3);
delete A2;
delete A3;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl
// +" requires unitsless 2nd and 3rd arguments"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg1)
&& sPhysValue::Type()->CanCast(arg2)
&& sPhysValue::Type()->CanCast(arg3) ){
try{
psMathValue A1;
psMathValue A2;
psMathValue A3;
A1 = new sRealValue(dynamic_cast<psPhysValue>(arg1)->ToReal());
A2 = new sRealValue(dynamic_cast<psPhysValue>(arg2)->ToReal());
A3 = new sRealValue(dynamic_cast<psPhysValue>(arg3)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,A1,A2,A3)) )
Result = (*FuncPtr)(A1,A2,A3);
delete A1;
delete A2;
delete A3;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl+" requires unitsless arguments"
// ,start_pos,Cursor);
}
}
}
if( ! Result ){
Result = new sMathError(FuncDecl+"is undefined",start_pos,Cursor);
}
return Result;
}
psMathValue sPhysMath::Call (rcsString identifier
,int start_pos
,psMathValue arg1
,psMathValue arg2
,psMathValue arg3
,psMathValue arg4 ) const
{
psMathValue Result(NULL);
pfFunc4Arg FuncPtr;
sString FuncDecl(identifier
+"("+arg1->TrueType()->Name()
+","+arg2->TrueType()->Name()
+","+arg3->TrueType()->Name()
+","+arg4->TrueType()->Name()
+")");
if( (bool)(FuncPtr = FindFunc(identifier,arg1,arg2,arg3,arg4)) ){
Result = (*FuncPtr)(arg1,arg2,arg3,arg4);
}
//if not found, but either one, or two, or three arguments are real, then try
//to apply a function with physvalue argument(s)
{
if( ! Result && sRealValue::Type()->CanCast(arg1) ){
psMathValue A1;
A1 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg1)));
if( (bool)(FuncPtr = FindFunc(identifier,A1,arg2,arg3,arg4)) )
Result = (*FuncPtr)(A1,arg2,arg3,arg4);
delete A1;
}
if( ! Result && sRealValue::Type()->CanCast(arg2) ){
psMathValue A2;
A2 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg2)));
if( (bool)(FuncPtr = FindFunc(identifier,arg1,A2,arg3,arg4)) )
Result = (*FuncPtr)(arg1,A2,arg3,arg4);
delete A2;
}
if( ! Result && sRealValue::Type()->CanCast(arg3) ){
psMathValue A3;
A3 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg3)));
if( (bool)(FuncPtr = FindFunc(identifier,arg1,arg2,A3,arg4)) )
Result = (*FuncPtr)(arg1,arg2,A3,arg4);
delete A3;
}
if( ! Result && sRealValue::Type()->CanCast(arg1)
&& sRealValue::Type()->CanCast(arg2) ){
psMathValue A1;
psMathValue A2;
A1 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg1)));
A2 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg2)));
if( (bool)(FuncPtr = FindFunc(identifier,A1,A2,arg3,arg4)) )
Result = (*FuncPtr)(A1,A2,arg3,arg4);
delete A1;
delete A2;
}
if( ! Result && sRealValue::Type()->CanCast(arg1)
&& sRealValue::Type()->CanCast(arg3) ){
psMathValue A1;
psMathValue A3;
A1 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg1)));
A3 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg3)));
if( (bool)(FuncPtr = FindFunc(identifier,A1,arg2,A3,arg4)) )
Result = (*FuncPtr)(A1,arg2,A3,arg4);
delete A1;
delete A3;
}
if( ! Result && sRealValue::Type()->CanCast(arg2)
&& sRealValue::Type()->CanCast(arg3) ){
psMathValue A2;
psMathValue A3;
A2 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg2)));
A3 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg3)));
if( (bool)(FuncPtr = FindFunc(identifier,arg1,A2,A3,arg4)) )
Result = (*FuncPtr)(arg1,A2,A3,arg4);
delete A2;
delete A3;
}
if( ! Result && sRealValue::Type()->CanCast(arg1)
&& sRealValue::Type()->CanCast(arg2)
&& sRealValue::Type()->CanCast(arg3) ){
psMathValue A1;
psMathValue A2;
psMathValue A3;
A1 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg1)));
A2 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg2)));
A3 = new sPhysValue(real(*dynamic_cast<psRealValue>(arg3)));
if( (bool)(FuncPtr = FindFunc(identifier,A1,A2,A3,arg4)) )
Result = (*FuncPtr)(A1,A2,A3,arg4);
delete A1;
delete A2;
delete A3;
}
}
//if not found, but either one, or two, or three arguments are
//unitsless physvalues, then try to apply a function with real argument(s)
{
if( ! Result && sPhysValue::Type()->CanCast(arg1) ){
try{
psMathValue A1;
A1 = new sRealValue(dynamic_cast<psPhysValue>(arg1)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,A1,arg2,arg3,arg4)) )
Result = (*FuncPtr)(A1,arg2,arg3,arg4);
delete A1;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl+" requires unitsless 1st argument"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg2) ){
try{
psMathValue A2;
A2 = new sRealValue(dynamic_cast<psPhysValue>(arg2)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,arg1,A2,arg3,arg4)) )
Result = (*FuncPtr)(arg1,A2,arg3,arg4);
delete A2;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl+" requires unitsless 2nd argument"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg3) ){
try{
psMathValue A3;
A3 = new sRealValue(dynamic_cast<psPhysValue>(arg3)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,arg1,arg2,A3,arg4)) )
Result = (*FuncPtr)(arg1,arg2,A3,arg4);
delete A3;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl+" requires unitsless 3rd argument"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg1)
&& sPhysValue::Type()->CanCast(arg2) ){
try{
psMathValue A1;
psMathValue A2;
A1 = new sRealValue(dynamic_cast<psPhysValue>(arg1)->ToReal());
A2 = new sRealValue(dynamic_cast<psPhysValue>(arg2)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,A1,A2,arg3,arg4)) )
Result = (*FuncPtr)(A1,A2,arg3,arg4);
delete A1;
delete A2;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl
// +" requires unitsless 1st and 2nd arguments"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg1)
&& sPhysValue::Type()->CanCast(arg3) ){
try{
psMathValue A1;
psMathValue A3;
A1 = new sRealValue(dynamic_cast<psPhysValue>(arg1)->ToReal());
A3 = new sRealValue(dynamic_cast<psPhysValue>(arg3)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,A1,arg2,A3,arg4)) )
Result = (*FuncPtr)(A1,arg2,A3,arg4);
delete A1;
delete A3;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl
// +" requires unitsless 1st and 3rd arguments"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg2)
&& sPhysValue::Type()->CanCast(arg3) ){
try{
psMathValue A2;
psMathValue A3;
A2 = new sRealValue(dynamic_cast<psPhysValue>(arg2)->ToReal());
A3 = new sRealValue(dynamic_cast<psPhysValue>(arg3)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,arg1,A2,A3,arg4)) )
Result = (*FuncPtr)(arg1,A2,A3,arg4);
delete A2;
delete A3;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl
// +" requires unitsless 2nd and 3rd arguments"
// ,start_pos,Cursor);
}
}
if( ! Result && sPhysValue::Type()->CanCast(arg1)
&& sPhysValue::Type()->CanCast(arg2)
&& sPhysValue::Type()->CanCast(arg3) ){
try{
psMathValue A1;
psMathValue A2;
psMathValue A3;
A1 = new sRealValue(dynamic_cast<psPhysValue>(arg1)->ToReal());
A2 = new sRealValue(dynamic_cast<psPhysValue>(arg2)->ToReal());
A3 = new sRealValue(dynamic_cast<psPhysValue>(arg3)->ToReal());
if( (bool)(FuncPtr = FindFunc(identifier,A1,A2,A3,arg4)) )
Result = (*FuncPtr)(A1,A2,A3,arg4);
delete A1;
delete A2;
delete A3;
}catch( rxRAlgebra ){
// Result = new sMathError(FuncDecl+" requires unitsless arguments"
// ,start_pos,Cursor);
}
}
}
if( ! Result ){
Result = new sMathError(FuncDecl+"is undefined",start_pos,Cursor);
}
return Result;
}
psMathValue sPhysMath::UnaryMinusPhysValue (pcsMathValue arg)
{
pcsPhysValue Arg(dynamic_cast<pcsPhysValue>(arg));
ASSERT( Arg );
return new sPhysValue( -(*Arg) );
}
psMathValue sPhysMath::PhysValuePlusPhysValue (pcsMathValue arg1
,pcsMathValue arg2)
{
pcsPhysValue Arg1(dynamic_cast<pcsPhysValue>(arg1));
pcsPhysValue Arg2(dynamic_cast<pcsPhysValue>(arg2));
ASSERT( Arg1 && Arg2 );
try{
return new sPhysValue( (*Arg1) + (*Arg2) );
}catch( rxRAlgebra ){
return new sMathError("adding phys.value with uncompatible units");
}
}
psMathValue sPhysMath::PhysValueMinusPhysValue (pcsMathValue arg1
,pcsMathValue arg2)
{
pcsPhysValue Arg1(dynamic_cast<pcsPhysValue>(arg1));
pcsPhysValue Arg2(dynamic_cast<pcsPhysValue>(arg2));
ASSERT( Arg1 && Arg2 );
try{
return new sPhysValue( (*Arg1) - (*Arg2) );
}catch( rxRAlgebra ){
return new sMathError("subtracting phys.value with uncompatible units");
}
}
psMathValue sPhysMath::PhysValueMultPhysValue (pcsMathValue arg1
,pcsMathValue arg2)
{
pcsPhysValue Arg1(dynamic_cast<pcsPhysValue>(arg1));
pcsPhysValue Arg2(dynamic_cast<pcsPhysValue>(arg2));
ASSERT( Arg1 && Arg2 );
return new sPhysValue( (*Arg1) * (*Arg2) );
}
psMathValue sPhysMath::PhysValueDivPhysValue (pcsMathValue arg1
,pcsMathValue arg2)
{
pcsPhysValue Arg1(dynamic_cast<pcsPhysValue>(arg1));
pcsPhysValue Arg2(dynamic_cast<pcsPhysValue>(arg2));
ASSERT( Arg1 && Arg2 );
return new sPhysValue( (*Arg1) / (*Arg2) );
}
psMathValue sPhysMath::PhysValuePowerInteger (pcsMathValue arg1
,pcsMathValue arg2)
{
pcsPhysValue Arg1(dynamic_cast<pcsPhysValue>(arg1));
pcsIntegerValue Arg2(dynamic_cast<pcsIntegerValue>(arg2));
ASSERT( Arg1 && Arg2 );
sPhysValue R;
R = sPhysValue(1.0);
if( integer(*Arg2) > 0 ){
for( int i = integer(*Arg2) ; i > 0 ; i-- )
R = R * (*Arg1);
}else if( integer(*Arg2) < 0 ){
for( int i = integer(*Arg2) ; i < 0 ; i++ )
R = R / (*Arg1);
}
return new sPhysValue(R);
}
psMathValue sPhysMath::sin (pcsMathValue arg)
{
pcsPhysValue Arg(dynamic_cast<pcsPhysValue>(arg));
ASSERT( Arg );
try{
return new sPhysValue( ::sin( Arg->ToReal() ) );
}catch( rxRAlgebra ){
try{
return new sPhysValue( ::sin( (((real)3.14159265358979323846)
*(*Arg)
/sPhysValue(180,"degree")).ToReal() ));
}catch( rxRAlgebra ){
return new sMathError(sString("argument for sin(...) should be unitsless"
", or in [")
+Symbol::Degree
+"], or in [degree], or in [&deg;].");
}
}
}
psMathValue sPhysMath::cos (pcsMathValue arg)
{
pcsPhysValue Arg(dynamic_cast<pcsPhysValue>(arg));
ASSERT( Arg );
try{
return new sPhysValue( ::cos( Arg->ToReal() ) );
}catch( rxRAlgebra ){
try{
return new sPhysValue( ::cos( (((real)3.14159265358979323846)
*(*Arg)
/sPhysValue(180,"degree")).ToReal() ));
}catch( rxRAlgebra ){
return new sMathError(sString("argument for cos(...) should be unitsless"
", or in [")
+Symbol::Degree
+"], or in [degree], or in [&deg;].");
}
}
}
psMathValue sPhysMath::tg (pcsMathValue arg)
{
pcsPhysValue Arg(dynamic_cast<pcsPhysValue>(arg));
ASSERT( Arg );
try{
return new sPhysValue( ::tan( Arg->ToReal() ) );
}catch( rxRAlgebra ){
try{
return new sPhysValue( ::tan( (((real)3.14159265358979323846)
*(*Arg)
/sPhysValue(180,"degree")).ToReal() ));
}catch( rxRAlgebra ){
return new sMathError(sString("argument for tg(...) should be unitsless"
", or in [")
+Symbol::Degree
+"], or in [degree], or in [&deg;].");
}
}
}
psMathValue sPhysMath::ctg (pcsMathValue arg)
{
pcsPhysValue Arg(dynamic_cast<pcsPhysValue>(arg));
ASSERT( Arg );
try{
return new sPhysValue( 1.0 / ::tan( Arg->ToReal() ) );
}catch( rxRAlgebra ){
try{
return new sPhysValue(1.0/ ::tan( (((real)3.14159265358979323846)
*(*Arg)
/sPhysValue(180,"degree")).ToReal() ));
}catch( rxRAlgebra ){
return new sMathError(sString("argument for ctg(...) should be unitsless"
", or in [")
+Symbol::Degree
+"], or in [degree], or in [&deg;].");
}
}
}
psMathValue sPhysMath::seven ()
{
return new sIntegerValue( 7 );
}
//------------------------------------------------------------------------------
} //namespace RA
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