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Integer

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Name	Description / Applications	Modules
AbsoluteInteger	Computes the absolute value of a number.	FoundationLite
AddIntegers	Computes the sum of numbers.	FoundationLite
AddIntegers_OfArray	Computes the sum of numbers of an array.	FoundationLite
AddIntegers_OfLoop	Computes the sum of numbers appearing in consecutive iterations.	FoundationLite
AddLongIntegers	Computes the sum of Long numbers.	FoundationLite
AddLongIntegers_OfArray	Computes the sum of Long numbers of an array.	FoundationLite
AddLongIntegers_OfLoop	Computes the sum of Long numbers appearing in consecutive iterations.	FoundationLite
AverageIntegers	Returns the average of two numbers.	FoundationLite
AverageIntegers_OfArray	Returns the average value of integers.	FoundationLite
AverageIntegers_OfArray_OrNil	Returns the average value of integers; returns NIL if the array is empty.	FoundationLite
AverageIntegers_OfLoop	Returns the average of the numbers appearing in consecutive iterations.	FoundationLite
AverageLongIntegers	Returns the average of two Long numbers.	FoundationLite
AverageLongIntegers_OfArray	Returns the average value of Long integers.	FoundationLite
AverageLongIntegers_OfArray_OrNil	Returns the average value of Long integers; returns NIL if the array is empty.	FoundationLite
AverageLongIntegers_OfLoop	Returns the average of the Long numbers appearing in consecutive iterations.	FoundationLite
ClampInteger	Returns a value as close as possible to inValue, but in the specified range.	FoundationLite
ClampLongInteger	Returns a value as close as possible to inValue, but in the specified range.	FoundationLite
ConvertBinaryDigitsToInteger	Converts binary digits to integer using least significant bit order.	FoundationLite
ConvertBinaryDigitsToLongInteger	Converts binary digits to LongInteger using least significant bit order.	FoundationLite
ConvertIntegerToBinaryDigits	Converts integer to binary digits using least significant bit order.	FoundationLite
ConvertLongIntegerToBinaryDigits	Converts LongInteger to binary digits using least significant bit order.	FoundationLite
CreateIntegerSequence	Creates an arithmetic sequence of integer numbers.	FoundationLite
DivideIntegers	Computes the quotient of two numbers.	FoundationLite
DivideLongIntegers	Computes the quotient of two numbers.	FoundationLite
IntegerDifference	Computes the absolute value of two numbers difference.	FoundationLite
LerpIntegers	Linearly interpolates between two integers.	FoundationLite
LongDifference	Computes the absolute value of two Long numbers difference.	FoundationLite
MaximumInteger	Returns the higher of two numbers.	FoundationLite
MaximumInteger_OfArray	Returns the greatest value in an array of integer numbers.	FoundationLite
MaximumInteger_OfArray_OrNil	Returns the greatest value in an array of integer numbers; returns NIL if the array is empty.	FoundationLite
MaximumInteger_OfLoop	Returns the greatest of numbers appearing in consecutive iterations.	FoundationLite
MaximumLongIntegers	Returns the higher of two Long Integer numbers.	FoundationLite
MaximumLongIntegers_OfArray	Returns the greatest value in an array of Long Integer numbers.	FoundationLite
MaximumLongIntegers_OfArray_OrNil	Returns the greatest value in an array of Long Integer numbers; returns NIL if the array is empty.	FoundationLite
MaximumLongIntegers_OfLoop	Returns the greatest of Long Integer numbers appearing in consecutive iterations.	FoundationLite
MinimumInteger	Returns the lower of two numbers.	FoundationLite
MinimumInteger_OfArray	Returns the smallest value in an array of Long Integer numbers.	FoundationLite
MinimumInteger_OfArray_OrNil	Returns the smallest value in an array of Long Integer numbers; returns NIL if the array is empty.	FoundationLite
MinimumInteger_OfLoop	Returns the smallest of numbers appearing in consecutive iterations.	FoundationLite
MinimumLongIntegers	Returns the lower of two Long Integer numbers.	FoundationLite
MinimumLongIntegers_OfArray	Returns the smallest value in an array of Long Integer numbers.	FoundationLite
MinimumLongIntegers_OfArray_OrNil	Returns the smallest value in an array of Long Integer numbers; returns NIL if the array is empty.	FoundationLite
MinimumLongIntegers_OfLoop	Returns the smallest of Long Integer numbers appearing in consecutive iterations.	FoundationLite
Modulo	Computes remainder of integer division of two numbers.	FoundationLite
MultiplyIntegers	Computes the product of numbers.	FoundationLite
MultiplyIntegers_OfArray	Computes the product of numbers of an array.	FoundationLite
MultiplyIntegers_OfLoop	Computes the product of numbers appearing in consecutive iterations.	FoundationLite
MultiplyLongIntegers	Computes the product of long numbers.	FoundationLite
MultiplyLongIntegers_OfArray	Computes the product of long numbers of an array.	FoundationLite
MultiplyLongIntegers_OfLoop	Computes the product of numbers appearing in consecutive iterations.	FoundationLite
NegateInteger	Computes the negation of a number.	FoundationLite
ParseInteger	Returns the integer number represented by a string.	FoundationLite
ParseLongInteger	Returns the long integer number represented by a string.	FoundationLite
RescaleInteger	Applies linear transformation to integer.	FoundationLite
SubtractIntegers	Computes the difference of two numbers.	FoundationLite
SubtractLongIntegers	Computes the difference of two Long numbers.	FoundationLite
TestIntegerEqualTo	Checks whether two integers are equal.	FoundationLite
TestIntegerGreaterOrEqual	Compares two integers with the >= operator.	FoundationLite
TestIntegerGreaterThan	Compares two integers with the > operator.	FoundationLite
TestIntegerInRange	Checks whether an integers is in the specified range.	FoundationLite
TestIntegerLessOrEqual	Compares two integers with the <= operator.	FoundationLite
TestIntegerLessThan	Compares two integers with the < operator.	FoundationLite
TestIntegerUnequalTo	Checks whether two integers are unequal.	FoundationLite
TestLongIntegerEqualTo	Checks whether two Long integers are equal.	FoundationLite
TestLongIntegerGreaterOrEqual	Compares two Long integers with the >= operator.	FoundationLite
TestLongIntegerGreaterThan	Compares two Long integers with the > operator.	FoundationLite
TestLongIntegerInRange	Checks whether Long integers is in the specified range.	FoundationLite
TestLongIntegerLessOrEqual	Compares two Long integers with the <= operator.	FoundationLite
TestLongIntegerLessThan	Compares two Long integers with the < operator.	FoundationLite
TestLongIntegerUnequalTo	Checks whether two Long integers are unequal.	FoundationLite