C# Class GeometryClassLibrary.CoordinateSystem

Mostra file Open project: ParagonTruss/GeometryClassLibrary Class Usage Examples

Public Methods

Method	Description
CoordinateSystem ( CoordinateSystem toCopy ) : System.Collections.Generic	Creates a copy of the given coordinate system
CoordinateSystem ( Point passedTranslationToOrigin ) : System.Collections.Generic	Creates a local coordinate system that is only translated from the World Coordinates.
CoordinateSystem ( Point translationToOrigin, Angle xAxisRotationAngle, Angle yAxisRotationAngle, Angle zAxisRotationAngle ) : System.Collections.Generic	Creates a new coordinate system with the given origin point and with the given rotations. The inputs are extrinsic angle, i.e. about the global axes
CoordinateSystem ( Shift shift ) : System.Collections.Generic
DirectionsAreEquivalent ( CoordinateSystem other ) : bool	Determines if the orientations of the axes of two different coordinate systems are identical. Note: a single orientation can be arrived at through several different sets of rotations. Therefore, this method simply checks if the overall rotations are the same.
Equals ( object obj ) : bool	does the same thing as ==
FindThisSystemRelativeToWorldSystemCurrentlyRelativeToPassedSystem ( CoordinateSystem thisRelativeTo ) : CoordinateSystem	Find this coordinate system's (which is currently based on the passed system) shifts relative to the world coordinate system instead of the passed coordinate system
GetHashCode ( ) : int
RelativeShift ( Shift passedShift, CoordinateSystem systemShiftIsRelativeTo ) : CoordinateSystem	Shifts this system which is based on the world system with a shift that is relative to (in terms of) the passed system. This shifts this system relative to the world system with the equivalent of the shift in terms of the world system. ".Shift()" can be viewed as a special case of this relative shift where the system the shift is in terms of happens to be the world system
RotationFromThisTo ( CoordinateSystem systemToRotateTo = null ) : Rotation	Returns only the rotational Shift for this CoordinateSystem to apply to objects in order to only orient them in the passed CoordinateSystem, but not move them. If the CoordinateSystem to rotate to is left out, it rotates it to the WorldCoordinateSystem Note: Only works if this CoordinateSystem is the current shift on the object! if it is in another CoordinateSystem and you perform this rotation it will cause incorrect results!
RotationMatrixFromThisToWorld ( ) : Matrix	The rotation matrix that describes the local axes' orientation relative to the global axes. This single rotation is the product of the three separate rotations that follow. This rotation matrix is equivalent to switching the angles using the rotateFromThisTo(WorldCoordinateSystem) function
RotationMatrixToThisFromWorld ( ) : Matrix	The rotation matrix that describes the local axes' orientation relative to the global axes. This single rotation is the product of the three separate rotations that follow. This rotation matrix is equivalent to switching the angles using the rotateToThisFrom(WorldCoordinateSystem) function
RotationToThisFrom ( CoordinateSystem systemToRotateFrom = null ) : Rotation	Returns only the rotational Shift to apply to objects in order to only orient them in this CoordinateSystem when they are currently oriented in the passed CoordinateSystem, but does not move them. If the CoordinateSystem to rotate from is left out, it assumes it is currently oriented in WorldCoordinateSystem Note: Only works if the passed CoordinateSystem is the current shift on the object! if it is in another CoordinateSystem and you perform this rotation it will casue incorrect results!
Shift ( Shift passedShift ) : CoordinateSystem	This shifts the coordinate system relative to the world system with the given shift
ShiftFromThisTo ( CoordinateSystem systemToShiftTo = null ) : Shift	Returns the Shift to apply to objects in order to postition and orient them in the passed CoordinateSystem when they are currently postioned in this CoordinateSystem. If the system to shift to is left out, it defaults to the world coordinate System Note: Only works if this CoordinateSystem is the current shift on the object! if it is in another CoordinateSystem and you perform this shift it will give incorrect results!
ShiftToThisFrom ( CoordinateSystem systemToShiftFrom = null ) : Shift	Makes the Shift to apply to objects in order to postition and orient them in this CoordinateSystem when they are currently postioned in the passed CoordinateSystem. If the system to shift from is left out, it defaults to the world coordinate System Note: Only works if the passed CoordinateSystem is the current shift of the object! if it is in another CoordinateSystem and you perform this shift it will give incorrect results!
operator ( ) : bool	Not a perfect equality operator, is only accurate up to the Distance Class's accuracy

Private Methods

Method	Description
CoordinateSystem ( ) : System.Collections.Generic	Null Constuctor

Method Details

CoordinateSystem() public method

Creates a copy of the given coordinate system

public CoordinateSystem ( CoordinateSystem toCopy ) : System.Collections.Generic
toCopy	CoordinateSystem	the Coordinate System to copy
return	System.Collections.Generic

CoordinateSystem() public method

Creates a local coordinate system that is only translated from the World Coordinates.

public CoordinateSystem ( Point passedTranslationToOrigin ) : System.Collections.Generic
passedTranslationToOrigin	Point
return	System.Collections.Generic

CoordinateSystem() public method

Creates a new coordinate system with the given origin point and with the given rotations. The inputs are extrinsic angle, i.e. about the global axes

public CoordinateSystem ( Point translationToOrigin, Angle xAxisRotationAngle, Angle yAxisRotationAngle, Angle zAxisRotationAngle ) : System.Collections.Generic
translationToOrigin	Point
xAxisRotationAngle	Angle
yAxisRotationAngle	Angle
zAxisRotationAngle	Angle
return	System.Collections.Generic

CoordinateSystem() public method

public CoordinateSystem ( Shift shift ) : System.Collections.Generic
shift	Shift
return	System.Collections.Generic

DirectionsAreEquivalent() public method

Determines if the orientations of the axes of two different coordinate systems are identical. Note: a single orientation can be arrived at through several different sets of rotations. Therefore, this method simply checks if the overall rotations are the same.

public DirectionsAreEquivalent ( CoordinateSystem other ) : bool
other	CoordinateSystem	The coordinate system we are checking against
return	bool

Equals() public method

does the same thing as ==

public Equals ( object obj ) : bool
obj	object
return	bool

FindThisSystemRelativeToWorldSystemCurrentlyRelativeToPassedSystem() public method

Find this coordinate system's (which is currently based on the passed system) shifts relative to the world coordinate system instead of the passed coordinate system

public FindThisSystemRelativeToWorldSystemCurrentlyRelativeToPassedSystem ( CoordinateSystem thisRelativeTo ) : CoordinateSystem
thisRelativeTo	CoordinateSystem	The coordinate System this coordinate system is currently based on
return	CoordinateSystem

GetHashCode() public method

public GetHashCode ( ) : int
return	int

RelativeShift() public method

Shifts this system which is based on the world system with a shift that is relative to (in terms of) the passed system. This shifts this system relative to the world system with the equivalent of the shift in terms of the world system. ".Shift()" can be viewed as a special case of this relative shift where the system the shift is in terms of happens to be the world system

public RelativeShift ( Shift passedShift, CoordinateSystem systemShiftIsRelativeTo ) : CoordinateSystem
passedShift	Shift	The shift that is based on the passed system to apply to this system
systemShiftIsRelativeTo	CoordinateSystem	The system the shift is based in/ in terms of/ relative to
return	CoordinateSystem

RotationFromThisTo() public method

Returns only the rotational Shift for this CoordinateSystem to apply to objects in order to only orient them in the passed CoordinateSystem, but not move them. If the CoordinateSystem to rotate to is left out, it rotates it to the WorldCoordinateSystem Note: Only works if this CoordinateSystem is the current shift on the object! if it is in another CoordinateSystem and you perform this rotation it will cause incorrect results!

public RotationFromThisTo ( CoordinateSystem systemToRotateTo = null ) : Rotation
systemToRotateTo	CoordinateSystem
return	Rotation

RotationMatrixFromThisToWorld() public method

The rotation matrix that describes the local axes' orientation relative to the global axes. This single rotation is the product of the three separate rotations that follow. This rotation matrix is equivalent to switching the angles using the rotateFromThisTo(WorldCoordinateSystem) function

public RotationMatrixFromThisToWorld ( ) : Matrix
return	Matrix

RotationMatrixToThisFromWorld() public method

public RotationMatrixToThisFromWorld ( ) : Matrix
return	Matrix

RotationToThisFrom() public method

Returns only the rotational Shift to apply to objects in order to only orient them in this CoordinateSystem when they are currently oriented in the passed CoordinateSystem, but does not move them. If the CoordinateSystem to rotate from is left out, it assumes it is currently oriented in WorldCoordinateSystem Note: Only works if the passed CoordinateSystem is the current shift on the object! if it is in another CoordinateSystem and you perform this rotation it will casue incorrect results!

public RotationToThisFrom ( CoordinateSystem systemToRotateFrom = null ) : Rotation
systemToRotateFrom	CoordinateSystem
return	Rotation

Shift() public method

This shifts the coordinate system relative to the world system with the given shift

public Shift ( Shift passedShift ) : CoordinateSystem
passedShift	Shift
return	CoordinateSystem

ShiftFromThisTo() public method

Returns the Shift to apply to objects in order to postition and orient them in the passed CoordinateSystem when they are currently postioned in this CoordinateSystem. If the system to shift to is left out, it defaults to the world coordinate System Note: Only works if this CoordinateSystem is the current shift on the object! if it is in another CoordinateSystem and you perform this shift it will give incorrect results!

public ShiftFromThisTo ( CoordinateSystem systemToShiftTo = null ) : Shift
systemToShiftTo	CoordinateSystem	The CoordinateSystem to shift to from this CoordinateSystem. Defaults to the WorldCoordinateSystem if left out
return	Shift

ShiftToThisFrom() public method

Makes the Shift to apply to objects in order to postition and orient them in this CoordinateSystem when they are currently postioned in the passed CoordinateSystem. If the system to shift from is left out, it defaults to the world coordinate System Note: Only works if the passed CoordinateSystem is the current shift of the object! if it is in another CoordinateSystem and you perform this shift it will give incorrect results!

public ShiftToThisFrom ( CoordinateSystem systemToShiftFrom = null ) : Shift
systemToShiftFrom	CoordinateSystem	The CoordinateSystem to shift from to this CoordinateSystem. Defaults to the WorldCoordinateSystem if left out
return	Shift

operator() public static method

Not a perfect equality operator, is only accurate up to the Distance Class's accuracy

public static operator ( ) : bool
return	bool