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M
Add(UV)
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UV
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Adds the specified 2-D vector to this 2-D vector and returns the result.
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M
AngleTo(UV)
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double
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Returns the angle between this vector and the specified vector.
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M
CrossProduct(UV)
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double
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The cross product of this 2-D vector and the specified 2-D vector.
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M
DistanceTo(UV)
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double
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Returns the distance from this 2-D point to the specified 2-D point.
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M
Divide(Double)
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UV
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Divides this 2-D vector by the specified value and returns the result.
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M
DotProduct(UV)
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double
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The dot product of this 2-D vector and the specified 2-D vector.
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M
Equals
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None
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Determines whether the specified Object is equal to the current Object . (Inherited from Object .)
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Object .
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M
GetHashCode
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None
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Serves as a hash function for a particular type. (Inherited from Object .)
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Object .
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M
GetLength()
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double
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The length of this 2-D vector.
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|
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M
GetType
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None
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Gets the Type of the current instance. (Inherited from Object .)
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Object .
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M
IsAlmostEqualTo(UV)
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bool
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Determines whether this 2-D vector and the specified 2-D vector are the same within the tolerance (1.0e-09).
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M
IsAlmostEqualTo(UV, Double)
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bool
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Determines whether this 2-D vector and the specified 2-D vector are the same within a specified tolerance.
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M
IsUnitLength()
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bool
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The boolean value indicates whether this 2-D vector is of unit length.
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M
IsZeroLength()
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bool
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The boolean value indicates whether this 2-D vector is a zero vector.
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M
Multiply(Double)
|
UV
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Multiplies this 2-D vector by the specified value and returns the result.
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M
Negate()
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UV
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Negates this 2-D vector.
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M
Normalize()
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UV
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Returns a new UV whose coordinates are the normalized values from this vector.
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M
Subtract(UV)
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UV
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Subtracts the specified 2-D vector from this 2-D vector and returns the result.
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M
ToString()
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string
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Gets formatted string showing (U, V) with values formatted to 9 decimal places. (Overrides Object . ToString . .)
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