Automatic Objective Creation for PTV's
-adding weight option and filling in parameter list for an xml based optimization function addition.
-Moved the select_objective_protocol function into Objectives.py
-Added support for a filename based call and tested
-Added objective functions for targets and rings customized for each TPO. TODO: Eliminate min DVH target limits per Dosimetrist request
Clinical Goals scripts
-Incorporated objective setting based on dose levels selected within the clinical goals
Automated whole_brain
-Cleaned up the logging to eliminate redundant messages
XML_Out.py
-Added the stub program for writing element_trees of pertinent plan parameters out for comparison to templated plans
ExportScript
-Added Tomo locations for future use. TODO: Testing of tomo export using the two supported python methods in RayStation.
BeamRenaming:
-Added rounding steps to beam naming to make the beam name match the RS stored data and screen display.
Automatic Objective Creation for PTV's -adding weight option and filling in parameter list for an xml based optimization function addition. -Moved the select_objective_protocol function into Objectives.py -Added support for a filename based call and tested -Added objective functions for targets and rings customized for each TPO. TODO: Eliminate min DVH target limits per Dosimetrist request
Clinical Goals scripts -Incorporated objective setting based on dose levels selected within the clinical goals
Automated whole_brain -Cleaned up the logging to eliminate redundant messages
XML_Out.py -Added the stub program for writing element_trees of pertinent plan parameters out for comparison to templated plans
ExportScript -Added Tomo locations for future use. TODO: Testing of tomo export using the two supported python methods in RayStation.
BeamRenaming: -Added rounding steps to beam naming to make the beam name match the RS stored data and screen display.