| Question 1: What are the advantages of script? |
| Reference: | https://www.computerhope.com/jargon/s/script.htm |
| Choice A: | Open source |
| Choice B: | Easy to learn and write |
| Choice C: | Easy to port between different operating systems |
| Choice D: | Much faster to develop than an actual program |
| Choice E: | All of above |
| Question 2: What are two approaches Eclipse script? |
| Reference: | Varian APIs, a handbook for programming in the varian oncology software ecosystem. Eds. Joakim Pyyry and Wayne Keranen.
https://varianapis.github.io/VarianApiBook.pdf |
| Choice A: | Standalone exe and plugin script |
| Choice B: | Visual script and plugin script |
| Choice C: | Standalone exe and visual script |
| Choice D: | All of above |
| Question 3: Scripting is currently used in large scale clinical trial to: |
| Reference: | https://www.nrgoncology.org/Scientific-Program/Center-for-Innovation-in-Radiation-Oncology. |
| Choice A: | Correct for contour naming inconsistency |
| Choice B: | Remove inter-institutional contouring variability |
| Choice C: | Flag dosimetric outliers |
| Choice D: | Provide feedback to submitting institutions |
| Question 4: Data visualization platform, e.g. Tableau, is capable of: |
| Reference: | Tableau and Varian Insightive FAQ |
| Choice A: | Directly query Rad Onc record and verification system database |
| Choice B: | Extract meaningful data regarding clinical operation |
| Choice C: | Provide dashboard tools for management decision support |
| Choice D: | All of the above |
| Question 5: What is physicists' role in applying scripting to clinic? |
| Reference: | Reference: P Hill, E Ramalingam, "Data mining with eclipse scripting," Physica Medica, 32(7):955 (2016) https://doi.org/10.1016/j.ejmp.2016.05.033 |
| Choice A: | Conduct script development and programming |
| Choice B: | Perform pre-clinical testing to ensure functionality and robustness |
| Choice C: | Provide training and in-service for other team members |
| Choice D: | Provide on-going support and refining of the script deployed |
| Choice E: | All of the above |
| Question 6: Which of the following is NOT an option in MIM? |
| Reference: | "mim workflow tips" 2018 MIM Software Inc., TD-456 08-15-2018 |
| Choice A: | workflow |
| Choice B: | assistant rules |
| Choice C: | extension using MATLAB |
| Choice D: | extension using C# |
| Choice E: | extension using Java |
| Question 7: you can use Pinnacle scripts to: |
| Reference: | "Scripting in Pinnacle", Geometrics Corporation. 1996 |
| Choice A: | standardize and automate treatment planning |
| Choice B: | standardize plan reporting |
| Choice C: | plan check |
| Choice D: | all of above |
| Question 8: According to Covington et al., in the 6 months after the automated Plan-Checker Tool was released at the University of Michigan, there was a ____ reduction in the number of patient delays at the treatment unit. |
| Reference: | Plan-Checker Tool and its clinical implementation see doi: 10.1120/jacmp.v17i6.6322. |
| Choice A: | 0% |
| Choice B: | 20% |
| Choice C: | 40% |
| Choice D: | 60% |
| Choice E: | 80% |
| Question 9: The implementation of the automated Plan-Checker Tool at MSKCC resulted in a ____ reduction in chart checking time. |
| Reference: | Plan-Checker Tool and its clinical implementation see doi: 10.1120/jacmp.v17i6.6322. |
| Choice A: | 0% |
| Choice B: | 20% |
| Choice C: | 40% |
| Choice D: | 60% |
| Choice E: | 80% |
| Question 10: Checkers are added to the Plan-Checker Tool based on suggestions from: |
| Reference: | Plan-Checker Tool and its clinical implementation see doi: 10.1120/jacmp.v17i6.6322 |
| Choice A: | planners |
| Choice B: | plan checkers |
| Choice C: | the quality management team based on events entered in the institutional incident learning database |
| Choice D: | All of the above |
| Choice E: | None of the above |
