Adds a reference point to the internal list. The new reference point will be inserted so that the input values of all reference points are kept in increasing order. If a reference point with the same input value already exists, the new one will be added immediately before that reference point.

Adds a reference point to the internal list. The new reference point will be inserted so that the input values of all reference points are kept in increasing order. If a reference point with the same input value already exists, the new one will be added immediately before that reference point.

Deletes all reference points

Computes a set of reference points using the ComputeMapParams properties, InputImage and Region and replaces the reference points in the list if necessary.

Creates an object that contains all the relevant information required to generate a proxy used to communicate with a remote object.

Removes a reference point from the internal list.

Destruct this CogPixelMap.

Sorts the reference points for a monotonically increasing order of their input values.

Determines whether the specified Object is equal to the current Object.

Perform pixel mapping on the supplied image.

Finalize this CogPixelMap.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Serves as a hash function for a particular type.

Gets the input bit depth. The conversion between absolute and relative ReferencePoint input values is based on this value.

Retrieves the current lifetime service object that controls the lifetime policy for this instance.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Gets the relative values of an existing reference point.

Gets the absolute values of an existing reference point.

Gets the relative input value of an existing reference point.

Gets the absolute input value of an existing reference point.

Gets the relative output value of an existing reference point.

Gets the absolute output value of an existing reference point.

Gets the Type of the current instance.

Obtains a lifetime service object to control the lifetime policy for this instance.

Creates a shallow copy of the current Object.

Creates a shallow copy of the current MarshalByRefObject object.

This method should be called internally whenever the object's state may have changed.

This method may be called internally whenever a derived object's state may have changed and the derived object expresses this change via a derived CogChangedEventArgs class.

Initializes the reference points to reflect a linear full range mapping of the input grey value range to the output grey value range. Creates two referene points at relative locations (0,0) and (1,1)

Initializes the reference points to reflect a linear full range mapping of the input grey value range to the output grey value range. Creates a number of equally spaced reference points.

Initializes the reference points to reflect a quantized full range mapping of the input grey value range to the output grey value range. Creates a stairway function with the specified number of steps.

Re-enables raising of the Changed event after SuspendChangedEvent has been called, and raises the Changed event if the ChangedEventSuspended count is reduced to zero and any changes were made while events were suspended. Must be called once for each call to SuspendChangedEvent.

Sets the input bit depth. The conversion between absolute and relative ReferencePoint input values will be based on this value.

Sets the relative values for an existing reference point.

Sets the absolute values for an existing reference point.

Sets the relative input value for an existing reference point.

Sets the absolute input value for an existing reference point.

Sets the relative output value for an existing reference point.

Sets the absolute output value for an existing reference point.

Setup the internal lookup-table for the CogPixelMap object.

Setup a range in the the internal 16 bit lookup-table. The mapped values between the start and the end of the range will be linearly interpolated from outMin to outMax.

Setup a range in the the internal 8 bit lookup-table. The mapped values between the start and the end of the range will be linearly interpolated from outMin to outMax.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

Returns a String that represents the current Object.

Validates the reference points for a monotonically increasing order of their input values.