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Math Extensions
Description
Adds n number of integers to the target integer.
Parameters
add (params int[])
Usage
int a = 5;
int b = 3;
int c = a.AddExt(b);Description
Adds n number of doubles to the target double.
Parameters
add (params double[])
Usage
double a = 5.1;
double b = 3.8;
double c = a.AddExt(b);Description
Adds n number of decimals to the target double.
Parameters
add (params decimal[])
Usage
decimal a = 5.1M;
decimal b = 3.8M;
decimal c = a.AddExt(b);Description
Subtracts n number of integers to the target integer.
Parameters
sub (params int[])
Usage
int a = 5;
int b = 3;
int c = 1;
int d = a.SubtractExt(b, c);Description
Subtracts n number of doubles to the target integer.
Parameters
sub (params double[])
Usage
double a = 5.1;
double b = 3.8;
double c = 1.9;
double d = a.SubtractExt(b, c);Description
Subtracts n number of decimals to the target integer.
Parameters
sub (params decimal[])
Usage
decimal a = 5.1M;
decimal b = 3.8M;
decimal c = 1.9M;
decimal d = a.SubtractExt(b, c);Description
Multiplies n number of integers to the target integer.
Parameters
mul (params int[])
Usage
int a = 5;
int b = 3;
int d = a.MultiplyExt(b);Description
Multiplies n number of doubles to the target integer.
Parameters
mul (params double[])
Usage
double a = 5.1;
double b = 3.8;
double c = a.MultiplyExt(b);Description
Multiplies n number of decimals to the target integer.
Parameters
mul (params decimal[])
Usage
decimal a = 5.1M;
decimal b = 3.8M;
decimal c = a.MultiplyExt(b);Description
Divides n number of integers to the target integer.
Return is int representing the number of times can be divided into or the floor.
Parameters
div (params int[])
Usage
int a = 5;
int b = 3;
int d = a.DivideExt(b);Description
Divides n number of doubles to the target integer.
Return is double representing the number of times can be divided into or the floor.
Parameters
div (params double[])
Usage
double a = 5.1;
double b = 3.8;
double d = a.DivideExt(b);Description
Divides n number of decimals to the target integer.
Return is decimal representing the number of times can be divided into or the floor.
Parameters
div (params decimal[])
Usage
decimal a = 5.1M;
decimal b = 3.8M;
decimal d = a.DivideExt(b);Description
Maps to Math.Abs
Absolute Value.
Types available: decimal, double, short, int, long, sbyte, float
Parameters
None
Usage
float f = float.MinValue;
float absVal = f.AbsExt();Description
Maps to Math.Acos
MSDN: "Returns the angle whose cosine is the specified number."
Parameters
None
Usage
double dou = double.MaxValue;
double angleCos = dou.AcosExt();Description
Maps to Math.Asin
MSDN: "Returns the angle whose sine is the specified number."
Parameters
None
Usage
double dou = double.MaxValue;
double angleSine = dou.AsinExt();Description
Maps to Math.Atan
MSDN: "Returns the angle whose tangent is the specified number."
Parameters
None
Usage
double dou = double.MaxValue;
double angleTan = dou.AtanExt();Description
Maps to Math.Atan2
MSDN: "Returns the angle whose tangent is the quotient of two specified numbers."
Parameters
x (double)
Usage
double x = double.MaxValue;
double y = double.MinValue;
double angleTan2 = x.Atan2Ext(y);Description
Maps to Math.Ceiling
Returns a double or decimal that is the smallest integral value larger than the source double or decimal.
Parameters
None
Usage
double dou = 123.456;
double ceiling = dou.CeilingExt();Description
Maps to Math.Cos
Returns the cosine of the source angle.
Parameters
None
Usage
double dou = 123.456;
double cosine = dou.CosExt();Description
Maps to Math.Cosh
Returns the hyperbolic cosine of the source angle.
Parameters
None
Usage
double dou = 123.456;
double hyperbolicCosine = dou.CoshExt();Description
Maps to Math.Exp
Returns e raised to the power of the source double. e represents Euler's number.
Parameters
None
Usage
double dou = 123.456;
double e = dou.ExpExt();Description
Maps to Math.Floor
Returns a double or decimal that is the first integral value larger than the source double or decimal.
Parameters
None
Usage
decimal dec = 123.456M;
decimal flr = dec.FloorExt();Description
Maps to Math.IEEERemainder
Returns the remainder resulting from the division of x/y.
Parameters
y (double)
Usage
double x = 9;
double y = 7;
double z ieeeRemainder = x.IEEERemainderExt(y);Description
Maps to Math.Log
Returns the natural logarithm of the source number.
Parameters
None
Usage
double dou = 123.456;
double log = dou.LogExt();Description
Maps to Math.Log
Returns the logarithm of the source number in a new base.
Parameters
newBase (double)
Usage
double dou = 123.456;
double newBase = 5;
double log = dou.LogExt(newBase);Description
Maps to Math.Log10
Returns base 10 logarith of the source number.
Parameters
none
Usage
double dou = 123.456;
double log10 = dou.Log10Ext();Description
Maps to Math.Max
Returns the larger of the source number and the parameter number.
Types available: int, double, decimal, byte, sbyte, uint, ushort, float, long, ulong, short
Parameters
val2 (see available types)
Usage
long val1 = 100;
long val2 = 101;
long maxOfl1Orl2 = val1.MaxExt(val2);'Description
Maps to Math.Min
Returns the smaller of the source number and the parameter number.
Types available: int, double, decimal, byte, sbyte, uint, ushort, float, long, ulong, short
Parameters
val2 (see available types)
Usage
double val1 = 100.1;
double val2 = 50.2;
double minOfl1Orl2 = val1.MinExt(val2);'Description
Maps to Math.Pow
Raises the source double to the power of the parameter double.
Parameters
y (double)
Usage
double x = 9;
double y = 7;
double powxy = x.PowExt(y);'Description
Maps to Math.Round
Rounds to the nearest integral value.
Two overloads available that allow you to pass in an integer that sets the number of decimal places to round and MidPointRounding parameter that determines whether rounding up or down if the value is in the middle.
Types available: double, decimal
Parameters
None - Base
decimals (int) - Overload
mode (MidpointRounding) - Overload
Usage
decimal dec = 12.345M;
MidpointRounding mr = MidpointRounding.AwayFromZero;
int decimals = 2;
decimal dec2 = dou.RoundExt();
decimal dec3 = dou.RoundExt(decimals);
decimal dec4 = dou.RoundExt(mr);
decimal dec5 = dou.RoundExt(decimals, mr);Description
Maps to Math.Sign
Returns -1 if number is negative, 1 if the number is positive, or 0 if the number is 0.
Types available: int, float, long, double, decimal, sbyte, short
Parameters
None
Usage
short sh = 100;
int sign = sh.SignExt();Description
Maps to Math.Sin
Returns the sine of the source double (angle).
Parameters
None
Usage
double d = 123.456;
double sine = d.SinExt();Description
Maps to Math.Sinh
Returns the hyperbolic sine of the source double (angle).
Parameters
None
Usage
double d = 123.456;
double sineH = d.SinhExt();Description
Maps to Math.Sqrt
Returns the square root of the source double.
Parameters
None
Usage
double d = 100;
if (d.SqrtExt() == 100) { ... }Description
Maps to Math.Tan
Returns the tangent of the source double (angle).
Parameters
None
Usage
double d = 123.456;
double tangent = d.TanExt();Description
Maps to Math.Tanh
Returns the hyperbolic tangent of the source double (angle).
Parameters
None
Usage
double d = 123.456;
double tangentH = d.TanhExt();Description
Maps to Math.Truncate
Returns the integer part of the source decimal (the part to the left of the decimal point).
Types available: double, decimal
Parameters
None
Usage
double d = 123.456;
double truncated = d.TruncateExt();Description
Calculates the area of a circle when the extended number is the radius.
Types supported: int, double
Parameters
None
Usage
double radius = 5.2;
double areaOfCircle = AreaOfCircleExt();Description
Calculates the area of a triangle wher the extended double is the base, and the double parameter is the height.
Types supported: int, double
Parameters
height (int) OR height (double)
Usage
double theBase = 10;
double height = 5;
double areaOfTriangle = theBase.AreaOfTriangleExt(height);Description
Calculates the area of a rectangle where the extended number is the length and the parameter is the width, or reversed.
Types supported: int, double
Parameters
length (int) OR width (int)
Usage
int length = 3; // (or double length = 3.5;)
int width = 4; // (or double width = 4.3;)
double areaOfRectangle = length.AreaOfRectangleExt(width);
double areaOfRectangle = width.AreaOfRectangleExt(length);Description
Calculates the circumference of a circle when the extended number is the radius.
Types supported: int, double
Parameters
None
Usage
double radius = 3.5;
double circumference = radius.CircumferenceOfCircleExt();Description
Calculates the length of a circle arc where the extended value is the radius and the paramater is the central angle.
Types supported: int, double
Parameters
centralAngle (int) OR centralAngle (double)
Usage
double radius = 5;
double centralAngle = 75;
double arc = radius.ArcLengthExt(centralAngle);Description
Calculates the hypotenus of a triangle where leg1 is the extended value and leg2 is the parameter.
Types supported: int, double
Parameters
leg2 (int) OR leg2 (double)
Usage
double a = 5;
double b = 4.5;
double hypotenuse = a.HypotenuseExt(b);Description
Calculates the volume of a cylinder.
Extended value is the radius of the base and parameter is the height of the cylinder.
Types supported: int, double
Parameters
height (int) OR height (double)
Usage
int radius = 2;
int height = 6;
double volumeCylinder = radius.VolumeOfCylinderExt(height);OR
double radius = 2.5;
double height = 6.3;
double volumeCylinder = radius.VolumeOfCylinderExt(height);Description
Calculates the volume of a sphere where the extended value is the radius.
Types supported: int, double
Parameters
None
Usage
int radius = 2;
double volumeSphere = radius.VolumeOfSphereExt();OR
double radius = 2.5;
double volumeSphere = radius.VolumeOfSphereExt();Description
Calculates the volume of a cone where the entended number is the radius and the paramater is the height.
Types supported: int, double
Parameters
height (int) OR height (double)
Usage
int radius = 2;
int height = 6;
double volumeCone = radius.VolumeOfConeExt();OR
double radius = 2.5;
double height = 6.3;
double volumeCone = radius.VolumeOfConeExt();Description
Calculates the area of a trapezoid where the extended value is the height and paramaters a & b are the bases.
Types supported: int, double
Parameters
a (int) OR a (double)
b (int) OR b (double)
Usage
int a = 3;
int b = 4;
int height = 5;
double areaTrapezoid = height.AreaOfTrapezoidExt(a, b);OR
double a = 3.2;
double b = 4.5;
double height = 5.1;
double areaTrapezoid = height.AreaOfTrapezoidExt(a, b);Description
Returns the volume of a pyramid where the extended value is one side of the pyramid and the parameters are the other side and the height.
Also works when the width is the extended value and the length is the first parameter.
Types supported: int, double
Parameters
side2 (int) OR side2 (double)
side3 (int) OR side3 (double)
Usage
int length = 3;
int width = 4;
int height = 5;
double volPyramid = length.VolumeOfPyramidExt(width, height);OR
double length = 3.2;
double width = 4.5;
double height = 5.1;
double volPyramid = length.VolumeOfPyramidExt(width, height);Description
Calculates the edge of a cube.
Types supported: int, double
Parameters
None
Usage
int edge = 3;
double volCube = edge.VolumeOfCubeExt();OR
double edge = 3.2;
double volCube = edge.VolumeOfCubeExt();Description
Returns the area of a cylinder where the extended value is the radius and the parameter is the height.
Types supported: int, double
Parameters
height (int) OR height (double)
Usage
int radius = 5;
int height = 7;
double areaCylinder = radius.AreaOfCylinderExt(height);OR
double radius = 5.75;
double height = 7.5;
double areaCylinder = radius.AreaOfCylinderExt(height);