1 THErapy
                    RADIATION THERAPY PHYSICS PROGRAMS
 
        BASIC programs:
 
          ARBEAM              ARCISO              CADDCAL   
          CADDCO60            CALCO60             CALOG     
          CESIUM              CONTOUR             CONTOUREL 
          COUNT               DRSCO60             FLETINP   
          HODGCAL             IRIDINP             IRREGGEN  
          SELECT              TARCO60             TORCAL    
 
        FORTRAN programs:
 
          AECLPLAN            ARBEAM              ARCISO    
          CALPLOT             CALPLOTLV           CALYEAR   
          CO60PLAN            CONPLOT             COOPP     
          DECAY               ELEPLAN             EYEPLAN   
          IRREG               ISOPLAN             MISODOS   
          MISOROT             MULCO60             MULELE    
          MULISO              MULISOAEC           NEUISO    
          OMNISO              PAROPP              PAROPPAEC 
          SKINGAP             SSDISO    
 
2 AEClplan
 
     AECLPLAN.TSK
 
          This FORTRAN program calculates multiple beam unit sets  for  the
          Therac-20  using information generated by MULISOAEC or input from
          the terminal.
 
2 ARBeam
 
     ARBEAM.BAS
 
          This BASIC program creates a beam characteristics file for  later
          use by ARBEAM.TSK (generally used for arc therapies).
 
 
     ARBEAM.TSK
 
          This FORTRAN program creates a beam profile data file  for  later
          use by ARCISO.TSK (generally used for arc therapies).
 
2 ARCiso
 
     ARCISO.BAS
 
          This BASIC program  reformats  a  contour  file  into  radii  and
          weighting factors for later use by ARCISO.TSK (arc therapy).
 
 
     ARCISO.TSK
 
          This FORTRAN program produces arc therapy isodose distributions.
 
2 CADdcal
 
     CADDCAL.BAS
 
          This BASIC program provides the user with a  percent  depth  dose
          table for 9 user entered square fields and a user entered SSD for
          the 6 MV Varian.
 
2 CADdco60
 
     CADDCO60.BAS
 
          This BASIC program provides the user with a  percent  depth  dose
          table for 9 user entered square fields and a user entered SSD for
          the AECL Cobalt 60.
 
2 CALco60
 
     CALCO60.BAS
 
          This BASIC program calculates and logs the timer  error  for  the
          AECL  Cobalt  60.  This timer error is used by COOPP and CO60PLAN
          in calculating the time settings.
 
2 CALog
 
     CALOG.BAS
 
          This BASIC program calculates and logs the daily calibration data
          for both the Varian and the Therac-20.
 
2 CALplot
 
     CALPLOT.TSK
 
          This FORTRAN program plots the Varian and  Therac-20  calibration
          factors  for  a  user  entered  month and year on a user selected
          scope.
 
 
     CALPLOTLV.TSK
 
          This FORTRAN program plots the Varian and  Therac-20  calibration
          factors  for  a  user entered month and year on the Varian Statos
          Printer/Plotter.
 
2 CALyear
 
     CALYEAR.TSK
 
          This FORTRAN program determines the yearly averages and  standard
          deviations  of the Varian and Therac-20 calibration factors for a
          user selected year.
 
2 CESium
 
     CESIUM.BAS
 
          This BASIC program calculates the strengths of the Cesium needles
          and seeds and the SR-90 eye applicators for a user entered date.
 
2 CONplot
 
     CONPLOT.TSK
 
          This FORTRAN program draws a given patient contour on the  Varian
          Status  Printer/Plotter.   The user enters the film distance, the
          plot distance, and the magnification.
 
2 CONtour
 
     CONTOUR.BAS
 
          This BASIC program generates contour information files  for  CON-
          PLOT, MULISO, MULISOAEC, MULCO60, and NEUISO using a question and
          answer session and incorporating use of the graphic digitizer.
 
 
     CONTOUREL.BAS
 
          This BASIC program generates ELECTRON contour  information  files
          for  CONPLOT  and  MULELE using a question and answer session and
          incorporating use of the graphic digitizer.
 
2 COOpp
 
     COOPP.TSK
 
          This FORTRAN program does SSD, single or parallel  opposed  field
          time set calculations for the AECL Cobalt 60.
 
2 CO60plan
 
     CO60PLAN.TSK
 
          This FORTRAN program calculates multiple beam time sets  for  the
          AECL  Cobalt  60  using information generated by MULCO60 or input
          from the terminal.
 
2 COUnt
 
     COUNT.BAS
 
          This BASIC program tallies the types of  calculations  that  have
          been  performed  in the present calendar year.  The programs PAR-
          OPP, PAROPPAEC, MULISO, ISOPLAN, MULELE, ELEPLAN, COOPP, MULCO60,
          CO60PLAN,   EYEPLAN,   AECLPLAN,  and  MULISOAEC  all  write  the
          patient's name, date and time of calculation, # of fields,  total
          dose, # of fractions, and total # of days each time they are exe-
          cuted.
 
2 DECay
 
     DECAY.TSK
 
          This FORTRAN program calculates the AECL Cobalt 60 Rads  per  mi-
          nute  output rate for a user entered time span at an SSD value of
          80 cm for field sizes from 5X5 to 35X35.
 
2 DRSco60
 
     DRSCO60.BAS
 
          This BASIC program calculates a four page table of time sets at a
          user  given  SSD  on  a  user  given date for the AECL Cobalt 60.
          Output is on LP0.
 
2 ELEplan
 
     ELEPLAN.TSK
 
          This FORTRAN program calculates unit sets for the Therac-20 elec-
          trons.
 
2 EYEplan
 
     EYEPLAN.TSK
 
          This FORTRAN program calculates the time sets for the  SR-90  eye
          applicators.
 
2 FLEtinp
 
     FLETINP.BAS
 
          This BASIC program uses the digitizer to create a data file  (for
          use  by MISODOS) for Fletcher insertions.  AP-LAT or stereo-shift
          methods may be used.
 
2 HODgcal
 
     HODGCAL.BAS
 
          This BASIC program takes the percent depth doses for  the  points
          named  in  an  irregular field calculation (IRREG) and determines
          the average PDD at each point, the overall  average,  and  (after
          the total dose is entered) the dose given to each point.
 
2 IRIdinp
 
     IRIDINP.BAS
 
          This BASIC program uses the digitizer to create a data file  (for
          use  by MISODOS) for either Iridium or Iodine implants.  A maxium
          of 320 seeds may be used.  AP-LAT or stereo-shift methods may  be
          used.
 
2 IRReggen
 
     IRREG.TSK
 
          This FORTRAN program uses the file generated by IRREGGEN to  cal-
          culate  percent depth doses at verious depths and locations in an
          irregular treatment field.
 
 
     IRREGGEN.BAS
 
          This BASIC program uses the digitizer to create a file  (for  use
          by  IRREG)  for  irregular  calculations such as half body, total
          body, mantles, etc.
 
2 ISOplan
 
     ISOPLAN.TSK
 
          This FORTRAN program calculates multiple beam unit sets  for  the
          Varian  using  information  generated by MULISO or input from the
          terminal.
 
2 MISodos
 
     MISODOS.TSK
 
          This FORTRAN program uses the files generated by FLETINP or  IRI-
          DINP  to  calculate  dose rate distributions for intercavitary or
          interstitial implants.
 
 
     MISOROT.TSK
 
          This FORTRAN program uses modified versions of files generated by
          FLETINP  or IRIDINP in which rotational axes and angles have been
          provided (with the editor).  Again it calculates dose  rate  dis-
          tributions for intercavitary or interstitial implants.
 
2 MULco60
 
     MULCO60.TSK
 
          This FORTRAN program does multiple beam  isodose  or  isosurvival
          distribution calculations for the AECL Cobalt 60 (SAD or SSD).
 
2 MULele
 
     MULELE.TSK
 
          This FORTRAN program does multiple beam isodose distribution cal-
          culations for the Therac-20 electrons.
 
2 MULiso
 
     MULISO.TSK
 
          This FORTRAN program does multiple beam  isodose  or  isosurvival
          distribution calculations for the Varian (SAD treatments only).
 
 
     MULISOAEC.TSK
 
          This FORTRAN program does multiple beam  isodose  or  isosurvival
          distribution  calculations  for the Therac-20 (SAD treatments on-
          ly).
 
2 NEUiso
 
     NEUISO.TSK
 
          This FORTRAN program does multiple beam isodose distribution cal-
          culations for Fermilab's neutrons (mean energy approx.  26 MEV).
 
2 OMNiso
 
     OMNISO.TSK
 
          This FORTRAN program adds percent depth dose or total  dose  dis-
          tributions together using output files created by MULISO, MULISO-
          AEC, MULELE, MULCO60, NEUISO, or MISODOS.  Positive  or  negative
          weightings may be assigned.
 
2 PARopp
 
     PAROPP.TSK
 
          This FORTRAN program does SSD or SAD, single or parallel  opposed
          field unit set calculations for the Varian.
 
 
     PAROPPAEC.TSK
 
          This FORTRAN program does SSD or SAD, single or parallel  opposed
          field unit set calculations for the Therac-20.
 
2 SELect
 
     SELECT.BAS
 
          This BASIC program gives a listing of the calculations  performed
          by any of the programs mentioned in COUNT.
 
2 SSDiso
 
     SSDISO.TSK
 
          This FORTRAN program is similar to MULISO except that  it  allows
          the  user  to  obtain  SSD distributions.  You may choose between
          normalization at the origin or at each field's Dmax.  If you cho-
          ose  to  normalize at Dmax you must choose the FULL ISODOSE LEVEL
          SET since the levels will be higher.
 
2 SKIngap
 
     SKINGAP.TSK
 
          This FORTRAN program calculates the skin gap necessary to  attain
          a chosen gap at a chosen depth for two adjacent fields.
 
2 TARco60
 
     TARCO60.BAS
 
          This BASIC program produces a TAR table for the  AECL  Cobalt  60
          using  the  algorithm  obtained from a fit to the standard Cobalt
          TAR table.
 
2 TORcal
 
     TORCAL.BAS
 
          This BASIC program produces a TOR table for the Varian using  the
          algorithm obtained from a fit to the data obtained at MRH.
 
