Interface to Alias construction planes.

Synopsis

#include <AlConstructionPlane.h>
class  AlConstructionPlane :    public AlConstructionEntity
AlConstructionPlane();
virtual    ~AlConstructionPlane();
virtual AlObject*    copyWrapper() const;
virtual AlObjectType    type() const;
statusCode    create( AlPoint *, AlPoint *, AlPoint * );
statusCode    create( AlPoint *, AlPoint *, double[3] );
statusCode create( double[3], double[3], double[3]);
AlPoint *    first();
AlPoint *    second();
AlPoint *    third();
statusCode    scale( double&, double& );
statusCode    setScale( double, double );
statusCode    rotate( double&, double&, double& );
statusCode     translate( double&, double&, double& );
statusCode    transformationMatrix( double[4][4] );
statusCode    origin( double&, double&, double& );
statusCode    axes( double[3], double[3], double[3] );

Description

This class provides functionality for creating, manipulating and querying Alias construction planes. Construction planes can be specified several ways.

• 3 Points - The first 2 points specify the X axis. The first and last points specify a line that is used in the cross product with the x axis to provide the Z axis. Once the Z is known, the Y axis is calculated internally.
• 2 points and a normal - The first 2 points specify the X axis. The normal is the Z axis to the plane.
• 2 points in the form of doubles and a normal. The first 2 points specify the X axis. The normal is the Z axis to the plane.

This class provides access to the points used to create the construction plane (end may be NULL depending on the specification), transformation and axes information.

AlConstructionPlane::AlConstructionPlane()

Description

Null constructor.

AlConstructionPlane::~AlConstructionPlane()

Description

Null destructor.

AlObject *AlConstructionPlane::copyWrapper() const

Description

Returns an exact copy of the generic wrapper.

statusCode AlConstructionPlane::create( AlPoint *first, AlPoint *second, AlPoint *third )

Description

Create a construction plane specified by 3 points. The first 2 points specific the X axis. The first and last point specify a line that is used in the cross product with the X axis to calculate the Z axis.

Return Codes

sSuccess - the construction plane was created

sFailure - the method failed

sInvalidArgument - first, second, or third are either NULL or invalid or at least 2 point to the same Alias object

sAlreadyCreated - object is already created

statusCode AlConstructionPlane::create( AlPoint *first, AlPoint *second, double normal[3] )

Description

Create a construction plane with 2 points that specify the X axis and a normal (Z axis).

Return Codes

sSuccess - the construction plane was created

sFailure - the method failed

sAlreadyCreated - object already created

sInvalidArgument - one of first, second or normal is NULL, or first and second are NULL or equal

statusCode AlConstructionPlane::create( double[3] first, double[3] second, double[3] normal)

Description

Create a construction plane with 2 points that specify the X axis and a normal (Z axis).

Return Codes

sSuccess - the construction plane was created

sFailure - the method failed

sAlreadyCreated - object already created

sInvalidArgument - one of first, second or normal is NULL, or first and second are NULL or equal

AlPoint *AlConstructionPlane::first()

Description

Returns the first point of the construction plane. NULL is returned if the method failed.

AlPoint *AlConstructionPlane::second()

Description

Returns the second point of the construction plane. NULL is returned if the method failed.

AlPoint *AlConstructionPlane::third()

Description

Returns the third point of the construction plane. NULL is returned if the method failed or if the construction plane was not specified by 3 points.

AlObjectType AlConstructionPlane::type() const

Description

Returns the class identifier kConstructionPlaneType.

statusCode AlConstructionPlane::scale( double& x, double& y )

Description

Returns the current scale of the construction plane. Planes only have an x,y scale.

Arguments

> x,y - the scale in x,y

Return Codes

sSuccess - the scale was found

sFailure - the method failed

sInvalidObject - the object is invalid

statusCode AlConstructionPlane::rotate( double& x, double& y, double& z )

Description

Returns the rotation of the construction plane.

Arguments

> x,y,z - the rotation

Return Codes

sSuccess - the rotation was found

sFailure - the method failed

sInvalidObject - the object is invalid

statusCode AlConstructionPlane::translate( double&, double&, double& )

Description

Returns the translation of the construction plane.

Arguments

> x,y,z - the translation

Return Codes

sSuccess - the translation was found

sFailure - the method failed

sInvalidObject - the object is invalid

statusCode AlConstructionPlane::setScale( double x, double y )

Description

Sets the scale for the construction plane.

Arguments

< x,y -

Return Codes

sSuccess - the scale was set

sFailure - the method failed

sInvalidObject - the object is invalid

statusCode AlConstructionPlane::transformationMatrix( double matrix[4][4] )

Description

Returns the transformation matrix of the construction plane.

Arguments

> matrix - the matrix

Return Codes

sSuccess - the transformation matrix was returned

sFailure - the method failed

sInvalidObject - the object is invalid

statusCode AlConstructionPlane::origin( double& x, double& y, double& z )

Description

Returns the origin for the construction plane.

Arguments

> x,y,z - the origin

Return Codes

sSuccess - the origin was returned

sFailure - the method failed

sInvalidObject - the object is invalid

statusCode AlConstructionPlane::axes( double x[3], double y[3], double z[3] )

Description

Returns the x,y,z axes for the construction plane.

Arguments

> x,y,z - the axes found

Return Codes

sSuccess - the axes were returned

sFailure - the method failed

sInvalidArgument - x,y or z is NULL

sInvalidObject - the object is invalid