RhinoMath Class |
Provides constants and static methods that are additional to
Math.
Inheritance HierarchyNamespace: Rhino
Assembly: RhinoCommon (in RhinoCommon.dll)
SyntaxThe RhinoMath type exposes the following members.
Methods| Name | Description | |
|---|---|---|
  | Clamp(Double, Double, Double) |
Limits a Double to be specified within an interval of two numbers, by specifying a fixed minimum and maximum.
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| Clamp(Int32, Int32, Int32) |
Restricts a Int32 to be specified within an interval of two integers.
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| CRC32(UInt32, Byte) |
Advances the cyclic redundancy check value remainder given a byte array.
http://en.wikipedia.org/wiki/Cyclic_redundancy_check.
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 | CRC32(UInt32, Double) |
Advances the cyclic redundancy check value remainder given a Double.
http://en.wikipedia.org/wiki/Cyclic_redundancy_check.
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| CRC32(UInt32, Int32) |
Advances the cyclic redundancy check value remainder given a Int32.
http://en.wikipedia.org/wiki/Cyclic_redundancy_check.
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| EpsilonEquals(Double, Double, Double) |
Compare two doubles for equality within some "epsilon" range
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| EpsilonEquals(Single, Single, Single) |
Compare to floats for equality within some "epsilon" range
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| EvaluateNormal |
Expert tool to evaluate surface unit normal.
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| EvaluateNormalPartials |
Expert tool to evaluate partial derivatives of surface unit normal.
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| IntIndexToString |
Portrays an Int32 index in text.
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| IsValidDouble |
Determines whether a Double value is valid within the RhinoCommon context.
Rhino does not use Double.NaN by convention, so this test evaluates to true if: x is not equal to RhinoMath.UnsetValue System.Double.IsNaN(x) evaluates to false System.Double.IsInfinity(x) evaluates to false |
| IsValidSingle |
Determines whether a Single value is valid within the RhinoCommon context.
Rhino does not use Single.NaN by convention, so this test evaluates to true if: x is not equal to RhinoMath.UnsetValue, System.Single.IsNaN(x) evaluates to false System.Single.IsInfinity(x) evaluates to false |
| MetersPerUnit |
Return number of meters per one unit of a given unit system
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| ParseNumber |
Evaluates command line math expression.
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| ToDegrees |
Convert an angle from radians to degrees.
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| ToRadians |
Convert an angle from degrees to radians.
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| TryParseNumber |
Evaluates command line math expression.
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| UnitScale(UnitSystem, UnitSystem) |
Computes the scale factor for changing the measurements unit systems.
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| UnitScale(UnitSystem, Double, UnitSystem, Double) |
Computes the scale factor for changing the measurements unit systems.
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| Wrap |
Limits a Double to be specified within an interval of two numbers by repeating the available interval cyclically.
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Fields| Name | Description | |
|---|---|---|
 | DefaultAngleTolerance |
Represents the default angle tolerance, used when no other values are provided.
This is one degree, expressed in radians. |
| DefaultDistanceToleranceMillimeters |
Get Rhino's default distance tolerance in millimeters.
|
| Epsilon |
Gets the value of DBL_EPSILON, which is the smallest positive floating point number x such that 1 + x != 1.
This is different than Double.Epsilon which is the smallest positive Double value that is greater than zero.
|
| HalfPI |
Quarter of a rotation. 90 degrees. 1.57...
|
| QuarterPI |
One eigth of a rotation. 45 degrees. 0.78...
|
| SqrtEpsilon |
Represents a default value that is used when comparing square roots.
This value is several orders of magnitude larger than ZeroTolerance. |
| Tau |
Ratio of circumference divided by radius. Full rotation. 360 degrees. 6.28...
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| TwoPI |
Full rotation. 360 degrees. 6.28...
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| UnsetIntIndex |
When signed int values are used in a context where
0 and small negative values are valid indices and there needs
to be a value that indicates the index is not set.
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| UnsetSingle |
Gets the single precision floating point number that is considered 'unset' in Rhino.
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| UnsetValue |
Gets the Rhino standard Unset value. Use this value rather than Double.NaN when
a bogus floating point value is required.
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| ZeroTolerance |
Gets Rhino's Zero Tolerance constant, which is 2^-32. In cases when an
absolute "zero" tolerance is required to compare model space coordinates,
ZeroTolerance is used. The value of ZeroTolerance should be no smaller than
Epsilon and should be several orders of magnitude smaller than SqrtEpsilon.
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See Also