| Column | Column Title | Description |
|---|---|---|
| A | Institution | Anonymous version of institution name. |
| B | Machine | Anonymous version of machine ID. |
| C | Acquisition | Date and time that the first image in the data set was captured (delivery time). |
| D | Analysis | Date and time that data was analyzed. |
| E | Procedure | Procedure (test) used to process data |
| F | CBCT - Gantry Iso X | CBCT - Gantry Iso X (mm) in room coordinates =SNCImport!C2 =Report!C4 |
| G | CBCT - Gantry Iso Y | CBCT - Gantry Iso Y (mm) in room coordinates =SNCImport!C3 =Report!D4 |
| H | CBCT - Gantry Iso Z | CBCT - Gantry Iso Z (mm) in room coordinates =SNCImport!C4 =Report!E4 |
| I | Table - Gantry Iso X | Table - Gantry Iso X (mm) in room coordinates =SNCImport!C5 =Report!F4 |
| J | Table - Gantry Iso Z | Table - Gantry Iso Z (mm) in room coordinates =SNCImport!C6 =Report!G4 |
| K | Gantry Flex | Gantry Flex (mm) in room coordinates =SNCImport!C7 =Report!H4 |
| L | Col-Gantry misalignment | Col-Gantry misalignment (mm) in room coordinates =SNCImport!C8 =Report!I4 =Analysis!P3 |
| M | MLC offset | MLC offset (mm) in room coordinates =SNCImport!C9 =Report!J4 |
| N | Table Isocentricity | Table Isocentricity (mm) in room coordinates =SNCImport!C10. |
| O | Gantry Isocentricity | Gantry Isocentricity (mm) in room coordinates =SNCImport!C11 |
| P | Collimator Isocentricity | Collimator Isocentricity (mm) in room coordinates =SNCImport!C12 =Collimator!L2 |
| Q | Maximum R (mm) | Maximum Radius (mm) of X-Y error =SNCImport!C13 |
| R | Maximum R Table 0(mm) | Maximum Radius (mm) of X-Y error for beams with table angle 0 |
| S | Number of Beams | Total number of beams/RTIMAGES used for IsoCheck analysis. Must be one of 9, 11, or 15 |
| T | Table Wobble | Table Wobble diameter (mm) =Report!K4 |
| U | ballCBCT X | ballCBCT X (mm) =Data!A23 |
| V | ballCBCT Y | ballCBCT Y (mm) =Data!B23 |
| W | ballCBCT Z | ballCBCT Z (mm) =Data!C23 |
| X | CBCT-ball-table0 X | CBCT-ball-table0 X (mm) =Data!A24 |
| Y | CBCT-ball-table0 Y | CBCT-ball-table0 Y (mm) =Data!B24 |
| Z | CBCT-ball-table0 Z | CBCT-ball-table0 Z (mm) =Data!C24 |
| AA | ISO-X | ISO-X (mm) =Analysis!L3 |
| AB | ISO-Y | ISO-Y (mm) =Analysis!M3 |
| AC | ISO-Z | ISO-Z (mm) =Analysis!N3 |
| AD | Delta X | ISO-X max-min (mm) =Analysis!M7 |
| AE | Delta Y | ISO-Y max-min (mm) =Analysis!N7 |
| AF | Delta Z | ISO-Z max-min (mm) =Analysis!O7 |
| AG | Gantry Isocentricity | Gantry Isocentricity (mm) =Analysis!O8 |
| AH | Couch Isocentricity | Max square of BB displacement - Solve for smallest max (Couch Isocentricity) (mm) =Analysis!R12 |
| AI | dX | dX =Analysis!L14 |
| AJ | dZ | dZ =Analysis!M14 |
| AK | Table-X | Table X =Analysis!N14 |
| AL | Table-Z | Table Z =Analysis!O14 |
| AM | Table max range | Table MAX(maximum - minimum) for BB-X' and BB-Z' =Analysis!K12 |
| AN | BB-R''^2 G180 C270 T0 | BB-R''^2 G180 C270 T0 (mm) . =Analysis!R14 |
| AO | BB-R''^2 G180 C270 T30 | BB-R''^2 G180 C270 T30 (mm) . =Analysis!R15 |
| AP | BB-R''^2 G180 C270 T60 | BB-R''^2 G180 C270 T60 (mm) . =Analysis!R16 |
| AQ | BB-R''^2 G180 C270 T90 | BB-R''^2 G180 C270 T90 (mm) . =Analysis!R17 |
| AR | BB-R''^2 G180 C270 T270 | BB-R''^2 G180 C270 T270 (mm) . =Analysis!R18 |
| AS | BB-R''^2 G180 C270 T300 | BB-R''^2 G180 C270 T300 (mm) . =Analysis!R19 |
| AT | BB-R''^2 G180 C270 T330 | BB-R''^2 G180 C270 T330 (mm) . =Analysis!R20 |
| AU | BB-X'' G180 C270 T0 | BB-X'' G180 C270 T0 (mm) =Analysis!P14 |
| AV | BB-X'' G180 C270 T30 | BB-X'' G180 C270 T30 (mm) =Analysis!P15 |
| AW | BB-X'' G180 C270 T60 | BB-X'' G180 C270 T60 (mm) =Analysis!P16 |
| AX | BB-X'' G180 C270 T90 | BB-X'' G180 C270 T90 (mm) =Analysis!P17 |
| AY | BB-X'' G180 C270 T270 | BB-X'' G180 C270 T270 (mm) =Analysis!P18 |
| AZ | BB-X'' G180 C270 T300 | BB-X'' G180 C270 T300 (mm) =Analysis!P19 |
| BA | BB-X'' G180 C270 T330 | BB-X'' G180 C270 T330 (mm) =Analysis!P20 |
| BB | BB-Z'' G180 C270 T0 | BB-Z'' G180 C270 T0 (mm) =Analysis!Q14 |
| BC | BB-Z'' G180 C270 T30 | BB-Z'' G180 C270 T30 (mm) =Analysis!Q15 |
| BD | BB-Z'' G180 C270 T60 | BB-Z'' G180 C270 T60 (mm) =Analysis!Q16 |
| BE | BB-Z'' G180 C270 T90 | BB-Z'' G180 C270 T90 (mm) =Analysis!Q17 |
| BF | BB-Z'' G180 C270 T270 | BB-Z'' G180 C270 T270 (mm) =Analysis!Q18 |
| BG | BB-Z'' G180 C270 T300 | BB-Z'' G180 C270 T300 (mm) =Analysis!Q19 |
| BH | BB-Z'' G180 C270 T330 | BB-Z'' G180 C270 T330 (mm) =Analysis!Q20 |
| BI | dX G180 C270 T30 | dX G180 C270 T30 (mm) =Analysis!L15 |
| BJ | dX G180 C270 T60 | dX G180 C270 T60 (mm) =Analysis!L16 |
| BK | dX G180 C270 T90 | dX G180 C270 T90 (mm) =Analysis!L17 |
| BL | dX G180 C270 T270 | dX G180 C270 T270 (mm) =Analysis!L18 |
| BM | dX G180 C270 T300 | dX G180 C270 T300 (mm) =Analysis!L19 |
| BN | dX G180 C270 T330 | dX G180 C270 T330 (mm) =Analysis!L20 |
| BO | dZ G180 C270 T30 | dZ G180 C270 T30 (mm) =Analysis!M15 |
| BP | dZ G180 C270 T60 | dZ G180 C270 T60 (mm) =Analysis!M16 |
| BQ | dZ G180 C270 T90 | dZ G180 C270 T90 (mm) =Analysis!M17 |
| BR | dZ G180 C270 T270 | dZ G180 C270 T270 (mm) =Analysis!M18 |
| BS | dZ G180 C270 T300 | dZ G180 C270 T300 (mm) =Analysis!M19 |
| BT | dZ G180 C270 T330 | dZ G180 C270 T330 (mm) =Analysis!M20 |
| BU | BB-X G180 C270 T0 | BB-X G180 C270 T0 (mm) =Analysis!H14 |
| BV | BB-X G180 C270 T30 | BB-X G180 C270 T30 (mm) =Analysis!H15 |
| BW | BB-X G180 C270 T60 | BB-X G180 C270 T60 (mm) =Analysis!H16 |
| BX | BB-X G180 C270 T90 | BB-X G180 C270 T90 (mm) =Analysis!H17 |
| BY | BB-X G180 C270 T270 | BB-X G180 C270 T270 (mm) =Analysis!H18 |
| BZ | BB-X G180 C270 T300 | BB-X G180 C270 T300 (mm) =Analysis!H19 |
| CA | BB-X G180 C270 T330 | BB-X G180 C270 T330 (mm) =Analysis!H20 |
| CB | BB-Z G180 C270 T0 | BB-Z G180 C270 T0 (mm) =Analysis!I14 |
| CC | BB-Z G180 C270 T30 | BB-Z G180 C270 T30 (mm) =Analysis!I15 |
| CD | BB-Z G180 C270 T60 | BB-Z G180 C270 T60 (mm) =Analysis!I16 |
| CE | BB-Z G180 C270 T90 | BB-Z G180 C270 T90 (mm) =Analysis!I17 |
| CF | BB-Z G180 C270 T270 | BB-Z G180 C270 T270 (mm) =Analysis!I18 |
| CG | BB-Z G180 C270 T300 | BB-Z G180 C270 T300 (mm) =Analysis!I19 |
| CH | BB-Z G180 C270 T330 | BB-Z G180 C270 T330 (mm) =Analysis!I20 |
| CI | MLC offset X | MLC offset total X (mm) =Analysis!S2 |
| CJ | MLC offset X 90 | MLC offset 90 X (mm) =Analysis!S3 |
| CK | MLC offset X 270 | MLC offset 270 X (mm) =Analysis!S4 |
| CL | MLC offset Y | MLC offset total Y (mm) =Analysis!T2 |
| CM | MLC offset Y 90 | MLC offset 90 Y (mm) =Analysis!T3 |
| CN | MLC offset Y 270 | MLC offset 270 Y (mm) =Analysis!T4 |
| CO | CBCT Rel BB X | CBCT origin relative to BB at table zero X (mm) =Analysis!V3 |
| CP | CBCT Rel BB Y | CBCT origin relative to BB at table zero Y (mm) =Analysis!W3 |
| CQ | CBCT Rel BB Z | CBCT origin relative to BB at table zero Z (mm) =Analysis!X3 |
| CR | Coll-X G0 | Collimator X Gantry 0 =Analysis!I3 |
| CS | Coll-X G180 | Collimator X Gantry 180 =Analysis!I8 |
| CT | Coll-Y G90 | Collimator Y Gantry 90 =Analysis!J5 |
| CU | Coll-Y G270 | Collimator Y Gantry 270 =Analysis!J10 |
| CV | Coll-Z G0 | Collimator Z Gantry 0 =Analysis!K3 |
| CW | Coll-Z G90 | Collimator Z Gantry 90 =Analysis!K5 |
| CX | Coll-Z G180 | Collimator Z Gantry 180 =Analysis!K8 |
| CY | Coll-Z G270 | Collimator Z Gantry 270 =Analysis!K10 |
| CZ | G0 C90 MLC-dx | G0 C90 MLC-dx =Analysis!Q3 |
| DA | G0 C270 MLC-dx | G0 C270 MLC-dx =Analysis!Q4 |
| DB | G0 C90 MLC-dx | G0 C90 MLC-dx =Analysis!Q5 |
| DC | G0 C270 MLC-dx | G0 C270 MLC-dx =Analysis!Q6 |
| DD | G180 C0 MLC-dx | G180 C0 MLC-dx =Analysis!Q7 |
| DE | G180 C90 MLC-dx | G180 C90 MLC-dx =Analysis!Q8 |
| DF | G180 C270 MLC-dx | G180 C270 MLC-dx =Analysis!Q9 |
| DG | G270 C90 MLC-dx | G270 C90 MLC-dx =Analysis!Q10 |
| DH | G270 C270 MLC-dx | G270 C270 MLC-dx =Analysis!Q11 |
| DI | G0 C90 MLC-dy | G0 C90 MLC-dy =Analysis!R3 |
| DJ | G0 C270 MLC-dy | G0 C270 MLC-dy =Analysis!R4 |
| DK | G90C 90 MLC-dy | G90C 90 MLC-dy =Analysis!R5 |
| DL | G90C 270 MLC-dy | G90C 270 MLC-dy =Analysis!R6 |
| DM | G180 C0 MLC-dy | G180 C0 MLC-dy =Analysis!R7 |
| DN | G180 C90 MLC-dy | G180 C90 MLC-dy =Analysis!R8 |
| DO | G180 C270 MLC-dy | G180 C270 MLC-dy =Analysis!R9 |
| DP | G270 C90 MLC-dy | G270 C90 MLC-dy =Analysis!R10 |
| DQ | G270 C270 MLC-dy | G270 C270 MLC-dy =Analysis!R11 |
| DR | Coll-X | Collimator X =Collimator!H4 |
| DS | Coll-Z | Collimator Z =Collimator!I4 |
| DT | CA-R''^2 G180 C0 T0 | CA-R''^2 G180 C0 T0 (mm) =Collimator!L4 |
| DU | CA-R''^2 G180 C90 T0 | CA-R''^2 G180 C90 T0 (mm) =Collimator!L5 |
| DV | CA-R''^2 G180 C270 T0 | CA-R''^2 G180 C270 T0 (mm) =Collimator!L6 |
| DW | CA-X'' G180 C0 T0 | CA-X'' G180 C0 T0 (mm) =Collimator!J4 |
| DX | CA-X'' G180 C90 T0 | CA-X'' G180 C90 T0 (mm) =Collimator!J5 |
| DY | CA-X'' G180 C270 T0 | CA-X'' G180 C270 T0 (mm) =Collimator!J6 |
| DZ | CA-Z'' G180 C0 T0 | CA-Z'' G180 C0 T0 (mm) =Collimator!K4 |
| EA | CA-Z'' G180 C90 T0 | CA-Z'' G180 C90 T0 (mm) =Collimator!K5 |
| EB | CA-Z'' G180 C270 T0 | CA-Z'' G180 C270 T0 (mm) =Collimator!K6 |
| EC | X offset G0 C90 T0 | X offset corrected box-ball Gantry:0 Collimator:90 T0 (mm) =Analysis!D3 . |
| ED | X offset G0 C270 T0 | X offset corrected box-ball Gantry:0 Collimator:270 T0 (mm) =Analysis!D4 . |
| EE | X offset G90 C90 T0 | X offset corrected box-ball Gantry:90 Collimator:90 T0 (mm) =Analysis!D5 . |
| EF | X offset G90 C270 T0 | X offset corrected box-ball Gantry:90 Collimator:270 T0 (mm) =Analysis!D6 . |
| EG | X offset G180 C0 T0 | X offset corrected box-ball Gantry:180 Collimator:0 T0 (mm) =Analysis!D7 . =Collimator!D4 |
| EH | X offset G180 C90 T0 | X offset corrected box-ball Gantry:180 Collimator:90 T0 (mm) =Analysis!D8 . =Collimator!D5 |
| EI | X offset G180 C270 T0 | X offset corrected box-ball Gantry:180 Collimator:270 T0 (mm) =Analysis!D9 . =Collimator!D6 |
| EJ | X offset G270 C90 T0 | X offset corrected box-ball Gantry:270 Collimator:90 T0 (mm) =Analysis!D10 . |
| EK | X offset G270 C270 T0 | X offset corrected box-ball Gantry:270 Collimator:270 T0 (mm) =Analysis!D11 . |
| EL | X offset G180 C270 T30 | X offset corrected box-ball Gantry:180 Collimator:270 T30 (mm) =Analysis!D15 . |
| EM | X offset G180 C270 T60 | X offset corrected box-ball Gantry:180 Collimator:270 T60 (mm) =Analysis!D16 . |
| EN | X offset G180 C270 T90 | X offset corrected box-ball Gantry:180 Collimator:270 T90 (mm) =Analysis!D17 . |
| EO | X offset G180 C270 T270 | X offset corrected box-ball Gantry:180 Collimator:270 T270 (mm) =Analysis!D18 . |
| EP | X offset G180 C270 T300 | X offset corrected box-ball Gantry:180 Collimator:270 T300 (mm) =Analysis!D19 . |
| EQ | X offset G180 C270 T330 | X offset corrected box-ball Gantry:180 Collimator:270 T330 (mm) =Analysis!D20 . |
| ER | Y offset G0 C90 T0 | Y offset corrected box-ball Gantry:0 Collimator:90 T0 (mm) =Analysis!E3 . |
| ES | Y offset G0 C270 T0 | Y offset corrected box-ball Gantry:0 Collimator:270 T0 (mm) =Analysis!E4 . |
| ET | Y offset G90 C90 T0 | Y offset corrected box-ball Gantry:90 Collimator:90 T0 (mm) =Analysis!E5 . |
| EU | Y offset G90 C270 T0 | Y offset corrected box-ball Gantry:90 Collimator:270 T0 (mm) =Analysis!E6 . |
| EV | Y offset G180 C0 T0 | Y offset corrected box-ball Gantry:180 Collimator:0 T0 (mm) =Analysis!E7 . =Collimator!E4 |
| EW | Y offset G180 C90 T0 | Y offset corrected box-ball Gantry:180 Collimator:90 T0 (mm) =Analysis!E8 . =Collimator!E5 |
| EX | Y offset G180 C270 T0 | Y offset corrected box-ball Gantry:180 Collimator:270 T0 (mm) =Analysis!E9 . =Collimator!E6 |
| EY | Y offset G270 C90 T0 | Y offset corrected box-ball Gantry:270 Collimator:90 T0 (mm) =Analysis!E10 . |
| EZ | Y offset G270 C270 T0 | Y offset corrected box-ball Gantry:270 Collimator:270 T0 (mm) =Analysis!E11 . |
| FA | Y offset G180 C270 T30 | Y offset corrected box-ball Gantry:180 Collimator:270 T30 (mm) =Analysis!E15 . |
| FB | Y offset G180 C270 T60 | Y offset corrected box-ball Gantry:180 Collimator:270 T60 (mm) =Analysis!E16 . |
| FC | Y offset G180 C270 T90 | Y offset corrected box-ball Gantry:180 Collimator:270 T90 (mm) =Analysis!E17 . |
| FD | Y offset G180 C270 T270 | Y offset corrected box-ball Gantry:180 Collimator:270 T270 (mm) =Analysis!E18 . |
| FE | Y offset G180 C270 T300 | Y offset corrected box-ball Gantry:180 Collimator:270 T300 (mm) =Analysis!E19 . |
| FF | Y offset G180 C270 T330 | Y offset corrected box-ball Gantry:180 Collimator:270 T330 (mm) =Analysis!E20 . |
| FG | Table Rel BB X | Table axis relative to BB at table zero X (mm) =Analysis!V5 |
| FH | Table Rel BB Z | Table axis relative to BB at table zero Z (mm) =Analysis!X5 |
| FI | Machine Type | Type of machine |
| FJ | Collimator | Type of collimator |
| FK | EPID | Type of EPID |
| FL | URL | Link to main report. |
| FM | outputPK | Internal database reference to synthetic public key of output. |
| FN | inputPK | Internal database reference to synthetic public key of input. |
| FO | Uploaded By | Anonymized version of user ID. |
| FP | G180 C0 T0: Pixel Rows | G180 C0 T0: Number of rows in the images. DICOM 0028,0010 |
| FQ | G180 C0 T0: Pixel Columns | G180 C0 T0: Number of columns in the images. DICOM 0028,0011 |
| FR | G180 C0 T0: Pixel size X | G180 C0 T0: Image Plane Pixel Spacing. DICOM 3002,0011 |
| FS | G180 C0 T0: Pixel size Y | G180 C0 T0: Image Plane Pixel Spacing. DICOM 3002,0011 |
| FT | G180 C0 T0: b value for converting pixel values to CU: CU = m*PixelValue + b | G180 C0 T0: Rescale Intercept. DICOM 0028,1052 |
| FU | G180 C0 T0: m value for converting pixel values to CU: CU = m*PixelValue + b | G180 C0 T0: Rescale Slope. DICOM 0028,1053 |
| FV | G180 C0 T0: KVP | G180 C0 T0: Peak kilo voltage output of the X-Ray generator used. DICOM 0018,0060 |
| FW | G180 C0 T0: Exposure Time msec | G180 C0 T0: Exposure time in mseync. DICOM 0016,0004 |
| FX | G180 C0 T0: Meterset Exposure | G180 C0 T0: Treatment machine Meterset duration over which image has been acquired, specified in Monitor units (MU) or minutes as defined by Primary Dosimeter Unit (300A,00B3). Required if Value 3 of Image Type (0008,0008) is PORTAL DICOM 3002,0032 |
| FY | G180 C0 T0: Start Cumulative Meterset Wt | G180 C0 T0: Cumulative Meterset Weight within Beam referenced by Referenced Beam Number (300C,0006) at which image acquisition starts. DICOM 300C,0008 |
| FZ | G180 C0 T0: X-Ray Origin X | G180 C0 T0: Position in (x,y,z) coordinates of origin of IEC X-RAY IMAGE RECEPTOR System in the IEC GANTRY coordinate system (mm). See Note 2. DICOM 3002,000D |
| GA | G180 C0 T0: X-Ray Origin Y | G180 C0 T0: Position in (x,y,z) coordinates of origin of IEC X-RAY IMAGE RECEPTOR System in the IEC GANTRY coordinate system (mm). See Note 2. DICOM 3002,000D |
| GB | G180 C0 T0: X-Ray Origin Z | G180 C0 T0: Position in (x,y,z) coordinates of origin of IEC X-RAY IMAGE RECEPTOR System in the IEC GANTRY coordinate system (mm). See Note 2. DICOM 3002,000D |
| GC | G180 C0 T0: Source to Image | G180 C0 T0: Distance from radiation machine source to image plane (in mm) along radiation beam axis. DICOM 3002,0026 |
| GD | G180 C0 T0: Source to Isocenter | G180 C0 T0: Radiation source to Gantry rotation axis distance of radiation machine used in acquiring or computing image (mm). DICOM 3002,0022 |
| GE | G180 C0 T0: Gantry Angle | G180 C0 T0: Treatment machine gantry angle, i.e., orientation of IEC GANTRY coordinate system with respect to IEC FIXED REFERENCE coordinate system (degrees). DICOM 300A,011E |
| GF | G180 C0 T0: Collimator Angle | G180 C0 T0: Treatment machine beam limiting device (collimator) angle, i.e., orientation of IEC BEAM LIMITING DEVICE coordinate system with respect to IEC GANTRY coordinate system (degrees). DICOM 300A,0120 |
| GG | G180 C0 T0: End Cumulative Meterset Wt | G180 C0 T0: Cumulative Meterset Weight within Beam referenced by Referenced Beam Number (300C,0006) at which image acquisition ends. DICOM 300C,0009 |
| GH | G180 C0 T0: Beam Number | G180 C0 T0: Uniquely identifies the corresponding N-segment treatment beam specified by Beam Number (300A,00C0) within Beam Sequence (300A,00B0) in RT Beams Module within the RT Plan referenced in Referenced RT Plan Sequence (300C,0002) or the Ion Beam Sequence (300A,03A2) in the RT Ion Beams Module within the RT Ion Plan referenced in Referenced RT Plan Sequence (300C,0002). DICOM 300C,0006 |
| GI | G180 C0 T0: Operator | G180 C0 T0: Anonymized name(s) of the operator(s) supporting the Series. DICOM 0008,1070 |
| GJ | G180 C0 T0: Software Version | G180 C0 T0: Manufacturer's designation of software version of the equipment that produced the sources. DICOM 0018,1020 |
| GK | G180 C0 T0: SOPInstanceUID | G180 C0 T0: Uniquely identifies the SOP Instance. DICOM 0008,0018 |
| GL | G180 C0 T0: SeriesInstanceUID | G180 C0 T0: Unique identifier for the Series that is part of the Study identified in Study Instance UID (0020,000D), if present, and contains the referenced object instance(s). DICOM 0020,000E |
| GM | G180 C0 T0: PatientID | G180 C0 T0: Primary identifier for the Patient. DICOM 0010,0020 |
| GN | G180 C0 T0: PatientName | G180 C0 T0: Patient's full name DICOM 0010,0010 |
| GO | Note | User defined note for this output. |
