MATH RESOLUTIONS / Form #:
12.2 / Rev.:
01
Title:
Customer training record / Effective Date
9 July 2012 / Page #:
1 of 4

ApprovedBy:

/

Wendel D. Renner

/ / / 9 July 2012
President / Signature / Date

REVISION HISTORY

Revision / DCR # / Author / Description of Change / Effective Date
00 / 118 / W. D. Renner / Initial Release / 6 June 2011
01 / 132 / WD Renner / Added Geometry file training / 9 July 2012

Training Record

Institution:

EPID Integration

Persons training:

Customers trained:

Date:

Varian Configuration

Item / Completed
Set Treatment up as QA in Aria or Mossaic
Set Image Acquisition Technique for Portal Imaging as Integrated for IMRT
Set Image Acquisition Technique for Portal Imaging as Continuous for IMAT
Reviewed Geometry file for correctness

Elekta Configuration

Item / Completed
In iView click on iCom and download Settings
Edit Fields and for IMRT change Segments from 0 to 2 or higher, Click on Single Image
Edit Fields and for IMAT leave Segments at 0, Click on Movie Loop
Set Treatment up as QA in Aria or Mossaic
Set Image Acquisition Technique for Portal Imaging as a value of 9 Segments for IMRT
Set Image Acquisition Technique for Portal Imaging as a value of 0 Segments for IMAT

Siemens Configuration

Item / Completed
Turn off image process for integration

Dosimetry Check program

Persons training:

Customers trained:

Date:

Item / completed
Location of manuals on website
Search button on website
Import Treatment Plan
Inclinometer (Elekta)
IviewToDicom (Elekta)
ConvertEPIDImages (IMRT) Select Images
Select plan
Select beam
Calibration methods
Centering
ConvertIMATImages (IMAT) Select Images
Select plan
Select beam
Continuous correction
Calibration methods
Centering
RMU value in fluence image, profile
EPID Log
Dosimetry Check: Select Patient, Stacked Image Set, Plan
CT # to density
External body contour
Create default plan screen
Screen navigation
Frame navigation
Contrast control
Restrict fluence image
Reduce IMAT images
Points comparison
1D Profile comparison
2D isodose line comparison
2D Dose difference
Gamma analysis 2D curves
Gamma volume histogram
Dose difference volume histogram
Dose volume histogram
Auto report
Printing a frame
Printing a screen
Show dose in 3D room view
Show Gamma in 3D room view
3D Frame Control
Turn On/Off ROI display
MU Check
1D Profile comparison by BEV
Select fluence file by way of edit beam
Edit beam – collimator angle
Edit beam – visual aid
Number of fractions, normalization factor
Create a screen
Create a reformatted image in the image set
Reformat an image set
Image Labels
Iso surface (bone)
Display plan in frame, screen
Copy plan, Delete Plan