Isis::CubeCalculator Class Reference
[Math]

#include <CubeCalculator.h>

Public Member Functions
	CubeCalculator ()
	Constructor.
void	Clear ()
	This method completely resets the calculator.
void	PrepareCalculations (iString equation, QVector< Cube * > &inCubes, Cube *outCube)
	This method builds a list of actions to perform based on the postfix expression.
QVector< double >	RunCalculations (QVector< Buffer * > &cubeData, int line, int band)
	This method will execute the calculations built up when PrepareCalculations was called.
Private Member Functions
void	Negative ()
	Pops an element, negates it, then pushes the result.
void	Multiply ()
	Pops two elements, multiplies them, then pushes the product on the stack.
void	Add ()
	Pops two elements, adds them, then pushes the sum on the stack.
void	Subtract ()
	Pops two elements, subtracts them, then pushes the difference on the stack.
void	Divide ()
	Pops two, divides them, then pushes the quotient on the stack.
void	Modulus ()
	Pops two elements, mods them, then pushes the result on the stack.
void	Exponent ()
	Pops two elements, computes the power then pushes the result on the stack The exponent has to be a scalar.
void	SquareRoot ()
	Pop an element, compute its square root, then push the root on the stack.
void	AbsoluteValue ()
	Pop an element, compute its absolute value, then push the result on the stack.
void	Log ()
	Pop an element, compute its log, then push the result on the stack.
void	Log10 ()
	Pop an element, compute its base 10 log, then push the result on the stack.
void	LeftShift ()
	Pop the top element, then perform a left shift with zero fill.
void	RightShift ()
	Pop the top element, then perform a right shift with zero fill.
void	MinimumPixel ()
	Pop two elements, then push the minimum on a pixel by pixel basis back on the stack.
void	MaximumPixel ()
	Pop two elements, then push the maximum on a pixel by pixel basis back on the stack.
void	MinimumLine ()
	Pop one element, then push the minimum on the stack.
void	MaximumLine ()
	Pop one element, then push the maximum on the stack.
void	Minimum2 ()
void	Maximum2 ()
void	GreaterThan ()
	Pop two elements off the stack and compare them to see where one is greater than the other, then push the results on the stack.
void	LessThan ()
	Pop two elements off the stack and compare them to see where one is less than the other, then push the results on the stack.
void	Equal ()
	Pop two elements off the stack and compare them to see where one is equal to the other, then push the results on the stack.
void	LessThanOrEqual ()
	Pop two elements off the stack and compare them to see where one is less than or equal to the other, then push the results on the stack.
void	GreaterThanOrEqual ()
	Pop two elements off the stack and compare them to see where one is greater than or equal to the other, then push the results on the stack.
void	NotEqual ()
	Pop two elements off the stack and compare them to see where one is not equal to the other, then push the results on the stack.
void	And ()
	Pop two elements, AND them, then push the result on the stack.
void	Or ()
	Pop two elements, OR them, then push the result on the stack.
void	Sine ()
	Pops one element and push the sine.
void	Cosine ()
	Pops one element and push the cosine.
void	Tangent ()
	Pops one element and push the tangent.
void	Secant ()
	Pops one element and push the secant.
void	Cosecant ()
	Pops one element and push the cosecant.
void	Cotangent ()
	Pops one element and push the cotangent.
void	Arcsine ()
	Pops one element and push the arcsine.
void	Arccosine ()
	Pops one element and push the arccosine.
void	Arctangent ()
	Pops one element and push the arctangent.
void	Arctangent2 ()
	Pops two elements and push the arctangent.
void	SineH ()
	Pops one element and push the hyperbolic sine.
void	CosineH ()
	Pops one element and push the hyperbolic cosine.
void	TangentH ()
	Pops one element and push the hyperbolic tangent.
void	ArcsineH ()
	Pops one element and push the inverse hyperbolic sine.
void	ArccosineH ()
	Pops one element and push the inverse hyperbolic cosine.
void	ArctangentH ()
	Pops one element and push the inverse hyperbolic tangent.
void	Push (double scalar)
	Push a scalar onto the stack.
void	Push (Buffer &buff)
	Push a buffer onto the stack.
void	Push (QVector< double > &vect)
	Push a vector onto the stack.
QVector< double >	Pop (bool keepSpecials=false)
	Pop an element off the stack.
void	PrintTop ()
	Print the vector at the top of the stack.
bool	Empty ()
	Check if the stack is empty.
void	PerformOperation (QVector< double > &results, QVector< double >::iterator arg1Start, QVector< double >::iterator arg1End, double operation(double))
	Performs the mathematical operations on each argument.
void	PerformOperation (QVector< double > &results, QVector< double >::iterator arg1Start, QVector< double >::iterator arg1End, QVector< double >::iterator arg2Start, QVector< double >::iterator arg2End, double operation(double, double))
	Performs the mathematical operation on each pair of arguments, or a set of agruments against a single argument.
int	StackSize ()
	Returns the current stack size.

Detailed Description

Calculator for arrays.

This class is a RPN calculator on cubes. The base Calculator class is used in conjunction with methods to retrieve data from a cube and perform calculations.

Author:: 2008-03-26 Steven Lambright

Constructor & Destructor Documentation

Isis::CubeCalculator::CubeCalculator ( )

Constructor.

Member Function Documentation

void Isis::CubeCalculator::Clear ( ) [virtual]

This method completely resets the calculator.

The prepared calculations will be erased when this is called.

Reimplemented from Isis::Calculator.

Referenced by PrepareCalculations().

void Isis::CubeCalculator::PrepareCalculations	(	iString	equation,
		QVector< Cube * > &	inCubes,
		Cube *	outCube
	)

This method builds a list of actions to perform based on the postfix expression.

Error checking is done using the inCubeInfos, and the outCubeInfo is necessary to tell the dimensions of the output cube. Call this method before calling RunCalculations(). This method will also erase all calculator history before building up a new set of calculations to run.

Parameters:

	equation	The equation in postfix notation
	inCubes	The input cubes
	outCube	The output cube

QVector< double > Isis::CubeCalculator::RunCalculations	(	QVector< Buffer * > &	cubeData,
		int	curLine,
		int	curBand
	)

This method will execute the calculations built up when PrepareCalculations was called.

Parameters:

	cubeData	The input cubes' data
	curLine	The current line in the output cube
	curBand	The current band in the output cube

Returns:: std::vector<double> The results of the calculations (with Isis Special Pixels)

Exceptions:

Isis::iException::Math

References _FILEINFO_, Isis::DataValue::band, Isis::DataValue::constant, Isis::DataValue::cubeData, Isis::DataValue::getContant(), Isis::DataValue::getCubeIndex(), Isis::DataValue::getType(), Isis::DataValue::line, Isis::iException::Math, Isis::iException::Message(), Isis::Calculator::Pop(), Isis::Calculator::Push(), Isis::DataValue::sample, and Isis::Calculator::StackSize().

The documentation for this class was generated from the following files:

src/base/objs/CubeCalculator/CubeCalculator.h
src/base/objs/CubeCalculator/CubeCalculator.cpp

Isis::CubeCalculator Class Reference [Math]

Public Member Functions

Private Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Isis::CubeCalculator Class Reference
[Math]