Taxonomy Categories:
Member Functions:
Interface Category:
API.
Inherits From:
TTransferMode
Inherited By:
None.
Purpose:
TPixelXORTransferMode is a concrete class derived from TTransferMode. The TPixelXORTransferMode class implements a transfer mode in which the destination is inverted.
Allocate on the heap or the stack.
Deriving Classes:
None.
Concurrency:
Not multithread safe.
Resource Use:
No special requirements.
- TPixelXORTransferMode ()
- TPixelXORTransferMode (const TPixelXORTransferMode &)
Interface Category:
API.
Purpose:
- Default constructor.
- Copy constructor.
Calling Context:
- Called by the stream-in operators. You can also call this function directly.
- Called to copy an object.
Parameters:
Return Value:
None.
Exceptions:
Throws no exceptions, passes all exceptions through.
Concurrency:
Not multithread safe.
Other Considerations:
None.
virtual ~ TPixelXORTransferMode ()
Interface Category:
API.
Purpose:
Destructor.
Calling Context:
Called to destroy an object.
Parameters:
Return Value:
None.
Exceptions:
Throws no exceptions, passes all exceptions through.
Concurrency:
Not multithread safe.
Other Considerations:
None.
virtual void GetResultingColor (const TColor & sourceColor, const TColor & destColor, TColor & resultingColor) const
Interface Category:
API.
Purpose:
Returns, in the specified parameter, the TColor that results when this transfer mode is applied using the specified destination color. The destination color is inverted and returned in the resulting TColor parameter.
Calling Context:
Call this function directly.
Parameters:
- const TColor & sourceColor -The source color (not used in this transfer mode).
- const TColor & destColor -The destination color to be applied using this transfer mode.
- TColor & resultingColor -The resulting color after the transfer mode has been applied to the destination color.
Return Value:
None.
Exceptions:
Throws no exceptions, passes all exceptions through.
Concurrency:
Not multithread safe.
Other Considerations:
None.
TPixelXORTransferMode & operator =(const TPixelXORTransferMode & source)
Interface Category:
API.
Purpose:
Assignment operator.
Calling Context:
Call this function by using the operator in an assignment statement.
Parameters:
Return Value:
A non-const reference to the left-hand side object.
Exceptions:
Throws no exceptions, passes all exceptions through.
Concurrency:
Not multithread safe.
Other Considerations:
None.
virtual TStream & operator >>=(TStream & towhere) const
Interface Category:
API.
Purpose:
Stream-out operator.
Calling Context:
Called to stream out data.
Parameters:
- TStream & towhere -The stream that the object streams itself out to.
Return Value:
Returns a reference to the stream the object streams itself out to.
Exceptions:
Throws no exceptions, passes all exceptions through.
Concurrency:
Not multithread safe.
Other Considerations:
None.
virtual TStream & operator <<= (TStream & fromwhere)
Interface Category:
API.
Purpose:
Stream-in operator.
Calling Context:
Called to stream in data.
Parameters:
- TStream & fromwhere -The stream that the object streams itself in from.
Return Value:
Returns a reference to the stream the object streams itself in from.
Exceptions:
Throws no exceptions, passes all exceptions through.
Concurrency:
Not multithread safe.
Other Considerations:
None.
virtual ETransferModeClassID TemporaryTypeID () const
Interface Category:
API.
Purpose:
Returns the type of transfer mode this class represents.
Calling Context:
Call this function directly.
Parameters:
Return Value:
Returns an ETransferModeClassID of value kPixelXORTransferMode.
Exceptions:
Throws no exceptions, passes all exceptions through.
Concurrency:
Not multithread safe.
Other Considerations:
None.
virtual ETransferModeClassID GetBaseTemporaryTypeID () const
Interface Category:
API.
Purpose:
Returns the type of transfer mode this class' parent class represents.
Calling Context:
Call this function directly.
Parameters:
Return Value:
Returns an ETransferModeClassID of value kPixelXORTransferMode.
Exceptions:
Throws no exceptions, passes all exceptions through.
Concurrency:
Not multithread safe.
Other Considerations:
None.
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