Integer: MathFin;
The IMath interface contains properties and methods that implement mathematical functions.
IMath
Property name | Brief description | |
ErrorMsg | The ErrorMsg property returns the error information message. | |
Status | The Status property returns an error code. |
Method name | Brief description | |
Abs | The Abs method returns absolute value (module) of number. | |
AbsD | The AbsD method returns the absolute value (module) of a high-precision decimal number. | |
AbsI | The AbsI method returns the absolute value (module) of an integer number. | |
ACos | The ACos method returns the arccosine of a number. | |
ACosH | The ACosH method returns the hyperbolic arccosine of the specified number. | |
ACot | The ACot method returns the arccotangent of value. | |
ACotH | The ACotH method returns the hyperbolic arc cotangent of the specified value. | |
ASin | The ASin method returns the arcsine of the number. | |
ASinH | The ASinH method returns hyperbolic arcsine of the specified number. | |
ATan | The ATan method returns the arctangent of a number. | |
ATan2 | The ATan2 method returns the arctangent for specified X and Y coordinates. | |
ATanH | The ATanH method returns the hyperbolic arctangent of the specified number. | |
Average | The Average method returns arithmetic average of its arguments. | |
AverageI | The AverageI method returns arithmetic average of integer arguments. | |
Ceiling | The Ceiling method rounds up the number to the nearest number, which is a multiple of precision. | |
CeilingD | The CeilingD method rounds up the number to the nearest high-precision number, which is a multiple of precision. | |
CeilingI | The CeilingI method rounds up the number to the nearest integer, which is a multiple of precision. | |
CholeskyDecomposition | The CholeskyDecomposition method returns Cholesky decomposition result. | |
Combin | The Combin method returns the number of combinations for the specified number of objects. | |
Cos | The Cos method returns a cosine for the specified angle. | |
CosH | The CosH method returns the hyperbolic cosine of the specified number. | |
Cot | The Cot method returns the cotangent of the specified angle. | |
CotH | The CotH method returns the hyperbolic cotangent of the specified value. | |
Create | The Create method creates an instance of interface object. | |
Degrees | The Degrees method returns the value, converted from radians to degrees. | |
DivD | The DivD method returns an integer part of the quotient ion dividing of two decimal high-precision numbers. | |
Even | The Even method rounds the specified value to the nearest even integer. | |
Exp | The Exp method returns the Euler number raised to the specified power. | |
Fact | The Fact method returns a number factorial. | |
Floor | The Floor method rounds down the number to the nearest number, which is a multiple of precision. | |
FloorD | The FloorD method returns the result of rounding down to the nearest high-precision number that is the multiple of precision. | |
FloorI | The FloorI method rounds down to the nearest integer that is multiple of precision. | |
Gcd | The Gcd method returns greatest common divisor. | |
Int | The Int method rounds the specified number down to the nearest integer. | |
IntD | The IntD method rounds the specified decimal high-precision number to the nearest least integer. | |
Lcm | The Lcm method returns the least common multiple. | |
Ln | The Ln method returns a natural logarithm of number. | |
Log | The Log method returns a logarithm of the number by the specified base. | |
Log10 | The Log10 method returns a base-10 logarithm of the number. | |
Max | The Max method returns the maximum value from the specified set of values. | |
MaxI | The MaxI method returns the maximum integer value from the specified set of values. | |
MDeterm | The MDeterm method returns the determinant of the specified matrix. | |
Min | The Min method returns the minimum value from a specified set of values. | |
MinI | The MinI method returns the minimum integer value from a specified set of values. | |
MInverse | The MInverse method returns a reverse matrix for the specified array. | |
MMult | The MMult method returns a product of set matrices. | |
Mod_ | The Mod_ method returns the remainder from dividing of two decimal numbers. | |
ModD | The ModD method returns the remainder from dividing of two decimal high-precision numbers. | |
Mqr | The Mqr method returns the result of QR-decomposition of a real matrix. | |
MRound | The MRound method returns a number rounded with the specified precision. | |
Msvd | The Msvd method returns the result of singular decomposition of a real matrix. | |
Mtranspose | The Mtranspose method returns transposed array. | |
Multinomial | The Multinominal method returns the ratio of the factorial of the sum of values to the factorials product. | |
Odd | The Odd method rounds the specified value to the nearest odd integer. | |
Pi | The Pi method returns a Pi number (3,14159265358979) truncated to 14 decimal places. | |
Power | The Power method returns the result of raising a real number to power. | |
PowerI | The PowerI method returns the result of raising an integer number to power. | |
Product | The Product method returns the product of all number of the set array. | |
Quotient | The Quotient method returns the integer part of the dividend on dividing of two decimal numbers. | |
Radians | The Radians method returns the value transformed from degrees to radians. | |
Rand | The Rand method returns a random uniformly distributed real number within the range [0; 1). | |
RandBetween | The RandBetween method returns a random number within the range between two set values. | |
RandBetweenI | The RandBetweenI method returns a random integer number between two specified numbers. | |
RndPermutation | The RndPermutation method performs pseudorandom permutation of an array. | |
RndSample | The RndSample method performs pseudorandom sampling from the array. | |
Roman | The Roman method transforms an Arabic number to a Roman number in text format. | |
Round | The Round method returns the result of rounding a number to the specified number of decimal places. | |
RoundD | The RoundD method returns the result of rounding down a decimal high-precision number to the specified number of decimal places. | |
RoundDDown | The RoundDDown method returns the result of rounding a decimal high-precision number to the nearest value, less by module. | |
RoundDown | The RoundDown method returns the result of rounding to the nearest value, less by module. | |
RoundDUp | The RoundDUp method returns the result of rounding of a high-precision decimal number to the nearest value, greater by module. | |
RoundUp | The RoundUp method returns the number, rounded to the nearest value, greater by module. | |
SeriesSum | The SeriesSum method returns the sum of the power series. | |
Sign | The Sign method returns the sign of a real number. | |
SignI | The SignI method returns the sign of an integer. | |
Sin | The Sin method returns the sine of the specified angle. | |
SinH | The SinH method returns a hyperbolic sine of the specified number. | |
Sqrt | The Sqrt method returns the square root of the specified value. | |
SqrtPi | The SqrtPi method returns a square root from the result of the "Value * "Pi"" expression. | |
Sum | The Sum method returns the sum of elements of the specified array. | |
SumD | The SumD method returns the sum of high-precision decimal numbers of the specified array. | |
SumI | The SumI method returns the sum of elements (integers) of the specified array. | |
SumProduct | The SumProduct method multiplies the corresponding elements of the specified arrays and returns the sum of products. | |
SumSq | The SumSq method returns the sum of squares of arguments. | |
SumSqD | The SumSqD method returns the sum of squares of high-precision decimal numbers. | |
SumX2MY2 | The SumX2MY2 method returns the sum of differences between squares of the corresponding values in two arrays. | |
SumX2PY2 | The SumX2PY2 method returns the sum of square sums of the corresponding values in two arrays. | |
SumXMY2 | The SumXMY2 method returns the sum of squares of differences of the corresponding values in two arrays. | |
Tan | The Tan method returns the tangent of the specified angle. | |
TanH | The TanH method returns hyperbolic tangent of the specified number. | |
Trunc | The Trunc method truncates variable points to selected number of decimal places. |
See also: