EGlib: /home/daespino/tmp/EGlib-2.6.20/src/eg

#include "float.h"
#include "eg_lpnum.h"

Include dependency graph for eg_lpnum.int.h:

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Defines
#define	int_EGlpNumAddInnProdTo(a, b, c) ((a) += (b)*(c))
	Add to a given number the product of two numbers.
#define	int_EGlpNumAddTo(a, b) ((a) += (b))
	Add to a given number the value of the second number.
#define	int_EGlpNumAddUiTo(a, b) ((a) += (b))
	Add to a given number the value of the second number.
#define	int_EGlpNumAllocArray(size) __EGlpNumAllocArray(int,size)
	Allocate and initialize (if needed) 'size' elements of type int and return it, if no more memory, exit(1).
#define	int_EGlpNumCeil(a, b) int_EGlpNumSet(a,b)
	Stores in the first number the ceil value of the second number, i.e. EGlpNumCeil(a,b) <==> a= ceil(b).
#define	int_EGlpNumClearVar(a)
	free the internal memory of a given variable
#define	int_EGlpNumCopy(dest, orig) ((dest) = (orig))
	copy the value of the second number to the first.
#define	int_EGlpNumCopyAbs(dest, orig) ((dest) = EGabs(orig))
	copy the value of the absolute value of the second parameter to the first parameter.
#define	int_EGlpNumCopyArray(dest, orig, size) memcpy(dest,orig,sizeof(int)*(size))
	copy the first 'size' values in the second array to the first array.
#define	int_EGlpNumCopyDiff(dest, a, b) ((dest) = (a) - (b))
	copy the value of the second number to the first.
#define	int_EGlpNumCopyDiffRatio(dest, a, b, den) ((dest) = ((a) - (b)) / (den))
	copy the value of the second number to the first.
#define	int_EGlpNumCopyFrac(dest, op1, op2) ((dest) = (op1)/(op2))
	Set des = op1/op2.
#define	int_EGlpNumCopyNeg(dest, orig) ((dest) = -(orig))
	copy minus the value of the second parameter to the first parameter.
#define	int_EGlpNumCopySqrOver(dest, orig, den) ((dest) = (orig)*(orig)/(den))
	copy the square of the second argument, divided by the third argument into the first argument.
#define	int_EGlpNumCopySum(dest, a, b) ((dest) = (a) + (b))
	copy the value of the sum of the second and third parameter
#define	int_EGlpNumDivTo(a, b) ((a) /= (b))
	Divide a given number by the value of the second number.
#define	int_EGlpNumDivUiTo(a, b) ((a) /= (b))
	Divide a given number by the value of the second number.
#define	int_EGlpNumFloor(a, b) int_EGlpNumSet(a,b)
	Stores in the first number the floor value of the second number, i.e. EGlpNumFloor(a,b) <==> a= floor(b).
#define	int_EGlpNumFreeArray(ea) __EGlpNumFreeArray(ea)
	given an array of type int, free it, if the pointer is NULL nothing happen.
#define	int_EGlpNumGetStr(a)
	given a int, write it to a string (to be allocated internally), and return it.
#define	int_EGlpNumInitVar(a) int_EGlpNumZero(a)
	initialize the internal memory of a given variable
#define	int_EGlpNumInv(a) ((a) = 1/(a))
	store the (multiplicative) inverse of a number to itself, i.e. implement a = 1/a.
#define	int_EGlpNumIsDiffLess(a, b, c) ((a) - (b) < (c))
	test if the diference of the first two numbers is less thatn the third number.
#define	int_EGlpNumIsEqqual(a, b) ((a) == (b))
	Compare if two numbers are equal within a maximum error.
#define	int_EGlpNumIsEqual(a, b, error) (EGabs((a)-(b)) <= (error))
	Compare if two numbers are equal within a maximum error.
#define	int_EGlpNumIsGreaDbl(a, b) ((a) > (b))
	test if the first number is bigger to the second number
#define	int_EGlpNumIsGreatZero(a) (a > 0)
	test if a numer is greater than zero
#define	int_EGlpNumIsLeq(a, b) ((a) <= (b))
	test if the first number is bigger to the second number
#define	int_EGlpNumIsLess(a, b) (a < b)
	test if the first number is bigger to the second number
#define	int_EGlpNumIsLessDbl(a, b) ((a) < (b))
	test if the first number is bigger to the second number
#define	int_EGlpNumIsLessZero(a) (a < 0)
	test if a numer is less than zero
#define	int_EGlpNumIsNeq(a, b, error) (((a)-(b) > (error)) \|\| ((b)-(a) > (error)))
#define	int_EGlpNumIsNeqq(a, b) ((a) != (b))
#define	int_EGlpNumIsNeqqZero(a) ((a) != 0)
#define	int_EGlpNumIsNeqZero(a, error) (((a) > (error)) \|\| (-(a) > (error)))
#define	int_EGlpNumIsSumLess(a, b, c) ((a) + (b) < (c))
	test if the sum of the first two numbers is less thatn the third number.
#define	int_EGlpNumMultTo(a, b) ((a) *= (b))
	Multiply a given number by the value of the second number.
#define	int_EGlpNumMultUiTo(a, b) ((a) *= (b))
	Multiply a given number by the value of the second number.
#define	int_EGlpNumOne(a) ((a) = 1)
	Reset the value of the pointed number to one.
#define	int_EGlpNumReadStr(a, str)
	Read from a string a number and store it in the given int,.
#define	int_EGlpNumReallocArray(lptr, lsize)
	Reallocate and initialize (if needed) 'size' elements of type EGlpNum_t and return it, if no more memory, exit(1).
#define	int_EGlpNumSet(var, dbl_var) ((var) = (dbl_var))
	set the given number pointer, set its value to the given int.
#define	int_EGlpNumSetToMaxAbs(dest, orig)
	change the fist number to the maximum between itself and the absolute value of the second.
#define	int_EGlpNumSetToMinAbs(dest, orig)
#define	int_EGlpNumSign(a) ((a) = -(a))
	Change the sign of the number.
#define	int_EGlpNumSubInnProdTo(a, b, c) ((a) -= (b)*(c))
	Sub to a given number the product of two numbers.
#define	int_EGlpNumSubTo(a, b) ((a) -= (b))
	Substract to a given number the value of the second number.
#define	int_EGlpNumSubUiTo(a, b) ((a) -= (b))
	Substract to a given number the value of the second number.
#define	int_EGlpNumToLf(a) ((double)a)
	return the closest int value of the given pointer number.
#define	int_EGlpNumZero(a) ((a) = 0)
	Reset the value of the pointed number to zero.
#define	int_epsLpNum 0
#define	int_MaxLpNum INT_MAX
#define	int_MinLpNum INT_MIN
#define	int_oneLpNum 1
#define	int_zeroLpNum 0

Detailed Description

Definition in file eg_lpnum.int.h.

eg_lpnum.int.h File Reference

Defines

Detailed Description