14.0 File Organization Tables

  1. Data Entry
  2. Surface Modeling
  3. Rock Modeling
  4. Bench Compositing
  5. Grade Modeling
  6. Pit Generation and Reserves Evaluation
  7. File Manager
  8. Grade Thickness
  9. Special Tools
  10. PolyMap Interface
  11. 3D Display

The tables serve as reference for advanced users who need more information on MicroMODEL's program sequence and input/output files. The table numbers correspond to the module sequence. The first time a file name is encountered, the type and format of the file is listed in parenthesis (ty fm) according to the following codes:

Type of File (ty)

  • ba = Batch as = ASCII
  • da = Data bn = Binary
  • db = Database
  • pg = Polygon
  • pl = Plot
  • pr = Print
  • re = Response
  • sm = System Management
  • tp = Temporary
  • ud = User Defined; Name Given is PolyMap Default

    • File Format (fm)

  • as = ASCII (plain text)
  • bn = Binary
  • fa = ASCII facet file (ParaView)

    • Since almost every MicroMODEL program requires the main project control file, PROJINFO.DAT, this file generally is not listed as an input or output file, except with the program that actually creates it or modifies it.

    Table 14-1 Data Entry
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Enter Project Information (required) PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
        MAINMENU PROJPRN.PRN (pr as)
    4A. Input to Convert Multiple Text Files to MicroMODEL Input FLATMM.ANS (re bn) MAINMENU FLATMM.ANS  
    4B. Convert Multiple Text Files to MicroMODEL Input FLATMM.ANS (re bn) FLATMM DHDATA.MMI (ud as)
    COLLAR.TXT (ud as)      
    SURVEY.TXT (ud as)      
    ASSAY.TXT (ud as)      
    GEOLOGY.TXT (ud as)      
    5A.Input to Read In Existing Drill Hole Database DHREAD.ANS (re bn) MAINMNENU DHREAD.ANS  
    5B.Read In Existing Drill Hole Database DHREAD.ANS (re bn) DHREAD DHREAD.PRN (pr as)
    DHDATA.MMI (ud as)   SHED (da bn)
    DBINFO (da bn)   SAMP (da bn)
          DBINFO (da bn)
    6.Print Drill Hole Database PRDATA.ANS (re bn) MAINMENU PRDATA.ANS  
    SHED,SAMP   PRDATA SAMPLE.PRN (pr as)
    7. Database Editing (Menu) See TABLE 14-1-1        
    8.Plot Drill Hole Surface Locations DHPLT.ANS (re bn) MAINMENU DHPLT.ANS  
    SHED,SAMP   DHPLT DHPLT.PLT (pl as)
          DHPLT.SCL (pl as)
    9.Plot Drill Hole Bench Locations CMPPLT.ANS (re bn) MAINMENU CMPPLT.ANS  
    SHED,SAMP   CMPPLT CMPPLT.PLT (pl as)
          CMPPLT.SCL (pl as)
    10.Plot Drill Hole Sections SECT.ANS (re bn) MAINMENU SECT.ANS  
    SHED,SAMP   SECT SECT.PLT (pl as)
    CHED,COMP     SECT.SCL (pl as)
    T200 (da bn)      
    11.Sample Frequency Analysis and Basic Statistics SHED.HIS (re bn) MAINMENU SHED.HIS  
    SHED,SAMP   STATSDA HIST.ANS (re bn)
          HISTOUT.PRN (pr as)
    12.Sample Cumulative Frequency Analysis SHED.CUM (re bn) MAINMENU SHED.CUM  
    SHED,SAMP   CFREQ CFREQ.ANS (re bn)
          CFREQDA.PLT (pl as)
          CFREQDA.SCL (pl as)
    14.Sample Correlation Analysis REGRES.ANS (re bn) MAINMENU REGRES.ANS  
    SHED,SAMP   REGRES REGRESDA.PLT (pl as)
          REGRESDA.SCL (pl as)
    14.Sample Manipulation NEWMAN.ANS (re bn) MAINMENU NEWMAN.ANS  
    SHED,SAMP (da bn) NEWMAN SHED,SAMP  
    15.Define Rocks/Seams SEAMDEF.ANS (re bn) MAINMENU SEAMDEF.ANS  
    SHED,SAMP (da bn)      
    16.Cleanup Directory     MAINMENU    
    Deletes Multiple Files (See Program for Listing)        
    Table 14-1-1 Data Base Editing
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.List Drill Hole Names and Records DHLIST.ANS (re bn) DHLIST DHLIST.ANS (re bn)
          DHLIST.PRN (pr as)
    4.{Currently Removed}          
    5.{Currently Removed}          
    6.{Currently Removed}          
    7.Add Labels DHADDLAB.ANS (re bn) DHADDLAB DHADDLAB.ANS  
    SHED,SAMP (db bn)   DHADDLAB.PRN (pr as)
          NEWSAMP (tm bn)
    8.Delete Labels DHDELLAB.ANS (re bn) DHDELLAB DHDELLAB.ANS  
    SHED,SAMP (db bn)   DHDELLAB.PRN (pr as)
          NEWSAMP (tm bn)
    9.Manipulate Existing Labels NEWMAN.ANS (re bn) MAINMENU NEWMAN.ANS (re bn)
    SHED,SAMP (db bn) NEWMAN SAMP  
    10.{Currently Removed}          
    11.{Currently Removed}          
    Table 14-2 Surface Modeling
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Digitize and Display Surface Data See TABLE 14-2-1        
    4.Prepare Surface Data TOPOP.ANS (re bn) MAINMENU TOPOP.ANS  
    POLY.CNT (pg as) TOPOPREP SORT2.TMP*1 (tp bn)
    SHED,SAMP (db bn)      
    5.Display Prepared Surface or Thickness Data Points PLOT2D.ANS (re bn) MAINMENU PLOT2D.ANS  
    SORT2.TMP*1 (tp bn) PLOT2D PLOT2D.PLT (pl as)
          PLOT2D.SCL (pl as)
    7.Surface or Thickness Modeling Presort SORT2.ANS (re bn) MAINMENU SORT2.ANS  
    SORT2.TMP*1   SORT2 SORT2S.DAT*2 (tp bn)
    8A.Surface or Thickness Modeling MOD2.ANS (re bn) MAINMENU MOD2.ANS  
    SORT2.TMP*1   MOD2 T2nn,W2nn*3 (db bn)
    SORT2S.DAT*2        
    9.Graphical Display of Surface or Thickness (Menu) See TABLE 14-2-3        
    10.Surface or Thickness File Manipulation NEWMAN.ANS (re bn) MAINMENU NEWMAN.ANS (re bn)
    T200*3 (db bn) NEWMAN T200*3  
    11.Create Rock Model from Surface Models PHSRCK.ANS (re bn) MAINMENU PHSRCK.ANS (re bn)
    T2nn*4 (db bn) PHSRCK R200  
    12.Change Name of Surface (Cone) Model NAMCON.ANS (re bn) NAMCON NAMCON.ANS (re bn)
    CONEPITS.DAT (db bn)   CONEPITS.DAT  
    14.Change Name of Thickness Model NAMTHK.ANS (re bn) NAMTHK NAMTHK.ANS (re bn)
    THIKNESS.DAT (db bn)   THIKNESS.DAT  
    14.Create Triangulation Model of Surface or Thickness TRIANG.ANS (re bn) MAINMENU TRIANG.ANS (re bn)
    SORT2.TMP*1   TRIANG T2nn,W2nn*3  
    15.Cleanup Directory   MAINMENU      
    Deletes Multiple Files (See Program for Listing)         
    *1 For original surface data, the presort data file is SORT2.TMP
   For surface 1-99, the presort data file is SORT2Tnn.TMP, nn=surface label
   For thickness 1-99, the presort data file is SORT2Wnn.TMP, nn=thickness label

*2 For original surface data, the presort pointer file is SORT2S.DAT
   For surface 1-99, the presort pointer file is SRT2STnn.DAT, nn=surface label
   For thickness 1-99, the presort pointer file is SRT2SWnn.DAT, nn=thickness label

*3 Surface models are stored in T200 through T299
   Thickness models are stored in W201 through W299

*4 One or more Surface models plus T200 are used as input.
    Table 14-2-1 Digitize and Display Surface Data
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Set Digitizer Button Labels - Enable/Verify WINTAB SETCOMM.ANS (re bn) SETCOMM SETCOMM.ANS  
    4.Digitize Data in Plan View SETCOMM.ANS (re bn) MAINMENU SETCOMM.ANS  
    DIGITCNT.ANS (re bn)   POLY.CNT (pl as)
    5.Plot Digitized Data in Plan View DIGPLT.ANS (re bn) MAINMENU DIGPLT.ANS  
    POLY.CNT (pg as) DIGPLT DIGPLT.PLT (pl as)
          DIGPLT.SCL (pl as)
    6.Plot Digitized Data in Perspective DIGSPEX.ANS (re bn) MAINMENU DIGSPEX.ANS  
    POLY.CNT (pg as) DIGSPEX DIGSPEX.PLT (pl as)
          DIGSPEX.SCL (pl as)
    Table 14-2-2 Variogram Analysis
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Calculate SemiVariogram VARIGT.ANS (re bn) MAINMENU VARIGT.ANS  
    SORT2.TMP   VARIG VAROUT.PRN (pr as)
          VARVALT (tp bn)
    4.Print Semivariogram Model VARIGT.ANS (re bn) MAINMENU VARPRN.ANS (re bn)
    VARPRN.ANS (re bn) VARPRN VARPRN.PRN (pr as)
    VARVALT        
    5.Plot Semivariogram Model VARIGT.ANS (re bn) MAINMENU VARPLT.ANS (re bn)
    VARPLT.ANS (re bn) VARPLT VARPLT.PLT (pl as)
    VARVALT     VARPLT.SCL (pl as)
    Table 14-2-3 Graphical Display of Surface
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Printer Plot of Grid Values T200.PRP (re bn) MAINMENU T200.PRP  
    T200   PRNPLT PRNPLT.ANS (re bn)
          PRNPLT.PRN (pr as)
    4.Plan View Cell Plot of Grid Values CELL.TOP (re bn) MAINMENU CELL.TOP  
    T200 (db bn) CELL CELL.ANS (re bn)
          CELL.PLT (pl as)
          CELL.SCL (pl as)
    5.Contour Grid Values T200.CON (re bn) MAINMENU T200.CON  
    T200 (db bn) CONT CONT.ANS (re bn)
          CONT.PLT (pl as)
          CONT.SCL (pl as)
    6.Perspective View of Grid Values T200.PEX (re bn) MAINMENU T200.PEX  
    T200 (db bn) SPEX SPEX.ANS (re bn)
          SPEX.PLT (pl as)
          SPEX.SCL (pl as)
    Table 14-3 Rock Modeling
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Create Rock Model from Sample Data ROKDAT.ANS (re bn) MAINMENU ROKDAT.ANS  
    T200   ROKDAT R200  
    SHED,SAMP     ROKDAT.TMP (tp bn)
    CHED,COMP        
    4.Digitize and Display Rock Polygons in Plan View or Section See TABLE 14-3-1        
    5.Create/Update Rock Model in Plan View ROKPLN.ANS (re bn) MAINMENU ROKPLN.ANS  
    T200   ROKPLN R200  
    POLY.RKP (pg as)      
    R200        
    6.Create/Update Rock Model in Cross Section ROKSEC.ANS (re bn) MAINMENU ROKSEC.ANS  
    T200   ROKSEC R200  
    POLY.RKS (pg as)      
    R200        
    7.Create/Update Rock Model from a Grade Model ROKLAB.ANS (re bn) MAINMENU ROKLAB.ANS  
    T200   ROKLAB R200  
    Gmnn (db bn)      
    R200        
    8.Graphical Display of Rock Model See TABLE 14-3-2        
    9.Cleanup Directory     MAINMENU    
    Deletes Multiple Files (See Program for Listing)        
    Table 14-3-1 Digitize Rock Polygons
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Set Digitizer Communications Parameters SETCOMM.ANS (re bn) SETCOMM SETCOMM.ANS  
    4.Digitize Data in Plan View SETCOMM.ANS (re bn) MAINMENU DIGITRKP.ANS  
    DIGITRKP.ANS (re bn)   POLY.RKP (pg as)
    5.Plot Digitized Data in Plan View DIGPLT.ANS (re bn) MAINMENU DIGPLT.ANS  
    POLY.CNT (pl as) DIGPLT DIGPLT.PLT (pl as)
          DIGPLT.SCL (pl as)
    6.Digitize Data in Section SETCOMM.ANS (re bn) MAINMENU DIGITRKS.ANS  
    DIGITRKS.ANS (re bn)   POLY.RKS (pg as)
    Table 14-3-2 Graphical Display of Rock Model
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Printer Plot of Grid Values R200.PRP (re bn) MAINMENU R200.PRP  
    R200   PRNPLT PRNPLT.ANS (re bn)
          PRNPLT.PRN (pr as)
    4.Plan View Cell Plot of Grid Values CELL.RCK (re bn) MAINMENU CELL.RCK  
    R200 (db bn) CELL CELL.ANS (re bn)
          CELL.PLT (pl as)
          CELL.SCL (pl as)
    5.Contour Grid Values R200.CON (re bn) MAINMENU R200.CON  
    R200 (db bn) CONT CONT.ANS (re bn)
          CONT.PLT (pl as)
          CONT.SCL (pl as)
    6.Perspective View of Grid Values R200.PEX (re bn) MAINMENU R200.PEX  
    R200 (db bn) SPEX SPEX.ANS (re bn)
          SPEX.PLT (pl as)
          SPEX.SCL (pl as)
    7.Plot Cell Values in Section XSECT.RCK (re bn) MAINMENU XSECT.RCK  
    R200 (db bn) XSECT XSECT.ANS (re bn)
          XSECT.PLT (pl as)
          XSECT.SCL (pl as)
    8.Plot Angled Section XSANG.RCK (re bn) MAINMENU XSANG.RCK  
    R200 (db bn) XSANG XSANG.ANS (re bn)
          XSANG.PLT (pl as)
          XSANG.SCL (pl as)
    Table 14-4 Compositing
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Calculation of Composite Values COMPO.ANS (re bn) MAINMENU COMPO.ANS  
    DBINFO (db bn) COMPO DBINFO  
    SHED,SAMP (db bn)   CHED,COMP  
    4A. Input to Convert Multiple Text Files to MicroMODEL Input FLATMM.ANS (re bn) MAINMENU FLATMM.ANS  
    4B. Convert Multiple Text Files to MicroMODEL Input FLATMM.ANS (re bn) FLATMM DHDATA.MMI (ud as)
    COLLAR.TXT (ud as)      
    SURVEY.TXT (ud as)      
    ASSAY.TXT (ud as)      
    GEOLOGY.TXT (ud as)      
    5A.Input to Read In Existing Composited Drill Hole Database DHREAD.ANS (re bn) MAINMENU DHREAD.ANS  
    5B.Read In Existing Composited Drill Hole Database DHREAD.ANS (re bn) DHREAD DHREAD.PRN (pr as)
    DHDATA.MMI (ud as)   CHED (db bn)
    DBINFO (db bn)   COMP (db bn)
    SHED,SAMP (db bn)   DBINFO (db bn)
    6.Print Composited Drill Hole Database PRDATA.ANS (re bn) MAINMENU PRDATA.ANS  
    CHED,COMP   PRDATA SAMPLE.PRN (pr as)
    7. Database Editing (Menu) See TABLE 14-1-1        
    8.Plot Drill Hole Surface Locations DHPLT.ANS (re bn) MAINMENU DHPLT.ANS  
    CHED,COMP   DHPLT DHPLT.PLT (pl as)
          DHPLT.SCL (pl as)
    9.Plot Composited Drill Hole Bench Locations CMPPLT.ANS (re bn) MAINMENU CMPPLT.ANS  
    CHED,COMP   CMPPLT CMPPLT.PLT (pl as)
          CMPPLT.SCL (pl as)
    10.Plot Drill Hole Sections SECT.ANS (re bn) MAINMENU SECT.ANS  
    SHED,SAMP     SECT.PLT (pl as)
    CHED,COMP     SECT.SCL (pl as)
    T200 (da bn)      
    11.Composite Frequency Analysis and Basic Statistics CHED.HIS (re bn) MAINMENU CHED.HIS  
    CHED,COMP   STATSDA HIST.ANS (re bn)
          HISTOUT.PRN (pr as)
    12.Composite Cumulative Frequency Analysis CHED.CUM (re bn) MAINMENU CHED.CUM  
    CHED,COMP   CFREQ CFREQ.ANS  
          CFREQDA.PLT (pl as)
          CFREQDA.SCL (pl as)
    14.Composite Correlation Analysis REGRES.ANS (re bn) MAINMENU REGRES.ANS  
    CHED,COMP   REGRES REGRESDA.PLT (pl as)
          REGRESDA.SCL (pl as)
    14.Composite Manipulation NEWMAN.ANS (re bn) MAINMENU NEWMAN.ANS  
    CHED,COMP   NEWMAN CHED,COMP  
    15.Cleanup Directory     MAINMENU    
    Deletes Multiple Files (See Program for Listing)        
    Table 14-4-1 Data Base Editing
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.List Drill Hole Names and Records DHLIST.ANS (re bn) DHLIST DHLIST.ANS (re bn)
          DHLIST.PRN (pr as)
    4.{Currently Removed}          
    5.{Currently Removed}          
    6.{Currently Removed}          
    7.Add Labels DHADDLAB.ANS (re bn) DHADDLAB DHADDLAB.ANS  
    CHED,COMP (db bn)   DHADDLAB.PRN (pr as)
          NEWCOMP (tm bn)
    8.Delete Labels DHDELLAB.ANS (re bn) DHDELLAB DHDELLAB.ANS  
    CHED,COMP (db bn)   DHDELLAB.PRN (pr as)
          NEWCOMP (tm bn)
    9.Manipulate Existing Labels NEWMAN.ANS (re bn) MAINMENU NEWMAN.ANS (re bn)
    CHED,COMP (db bn) NEWMAN COMP  
    10.{Currently Removed}          
    11.{Currently Removed}          
    Table 14-5 Grade Modeling
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Polygonal Reserve Calculation POLY.ANS (re bn) MAINMENU POLY.ANS  
    CHED,COMP (db bn) POLY POLYPLT.DAT (pg as)
          Gmnn *1 (db bn)
    4.Polygonal Reserve Plotting POLPLT.ANS (re bn) MAINMENU POLPLT.ANS  
    POLY.ANS   POLPLT POLPLT.PLT (pl as)
    POLYPLT.DAT (db bn)   POLPLT.SCL (pl as)
    CHED,COMP (db bn)      
    5.Variogram Analysis (Menu) See TABLE 14-5-1        
    6.Point Validation Presort SORT3P.ANS (re bn) MAINMENU SORT3P.ANS  
    SHED,SAMP   SORT3P SORT3P.TMP (tp bn)
    CHED,COMP     SORT3P.DAT (tp bn)
    7.Point Validation MOD3P.ANS (re bn) MAINMENU MOD3P.ANS  
    SORT3P.TMP   MOD3P RESID.PRN (pr as)
    SORT3P.DAT (tp bn)   PNTA.TMP (tp bn)
          Smnn*2 (tp bn)
    8.Grade Modeling Presort SORT3.ANS (re bn) MAINMENU SORT3.ANS  
    SHED,SAMP   SORT3 SORT3.TYP (re bn)
    CHED,COMP     SORT3.TMP (tp bn)
    R200     SORT3S.DAT (tp bn)
          SORT3.PRN (pr as)
    9.Grade Modeling MOD3.ANS (re bn) MAINMENU MOD3.ANS  
    SORT3.TMP   MOD3 Gmnn*1 (db bn)
    SORT3.TYP (re as)   MOD3.PRN (pr as)
    SORT3S.DAT        
    10.Model Frequency Analysis and Basic Statistics Gmnn.HIS (re bn) MAINMENU Gmnn.HIS  
    R200   STATSGR HIST.ANS (re bn)
    Gmnn     HISTOUT.PRN (pr as)
    11.Model Cumulative Frequency Analysis Gmnn.CUM (re bn) MAINMENU Gmnn.CUM  
    R200   CFREQGR CFREQ.ANS  
    Gmnn     CFREQGR.PLT (pl as)
          CFREQGR.SCL (pl as)
    12.Model Correlation Analysis REGRES.ANS (re bn) MAINMENU REGRES.ANS  
    PNTA.TMP   REGRESGR REGRESGR.PLT (pl as)
    Gmnn,Smnn     REGRESGR.SCL (pl as)
    14.Graphical Display of Grade Model See TABLE 14-5-2        
    14.Model Manipulation NEWMAN.ANS (re bn) MAINMENU NEWMAN.ANS  
    Gmnn (db bn) NEWMAN Gmnn  
    R200        
    15.Cleanup Directory   MAINMENU      
    Deletes Multiple Files (See Program for Listing)         
    *1 Gmnn = Grade model file (e.g. G304 for modeling Label 4 with IDP.
*2 Smnn = Point Validation Output File
    Table 14-5-1 Variogram Analysis
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Calculate SemiVariogram VARIG.ANS (re bn) MAINMENU VARIG.ANS  
    SHED,SAMP   VARIG VAROUT.PRN (pr as)
    CHED,COMP      VARVAL (tp bn)
    4.Print Semivariogram Model VARIG.ANS (re bn) MAINMENU VARPRN.ANS (re bn)
    VARPRN.ANS (re bn) VARPRN VARPRN.PRN (pr as)
    VARVAL        
    5.Plot Semivariogram Model VARIG.ANS (re bn) MAINMENU VARPLT.ANS (re bn)
    VARPLT.ANS (re bn) VARPLT VARPLT.PLT (pl as)
    VARVAL     VARPLT.SCL (pl as)
    Table 14-5-2 Graphical Display of Grade Model
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Printer Plot of Grid Values Gmnn.PRP (re bn) MAINMENU Gmnn.PRP  
    Gmnn   PRNPLT PRNPLT.ANS (re bn)
          PRNPLT.PRN (pr as)
    4.Plan View Cell Plot of Grid Values CELL.MOD (re bn) MAINMENU CELL.MOD  
    Gmnn (db bn) CELL CELL.ANS (re bn)
          CELL.PLT (pl as)
          CELL.SCL (pl as)
    4.Contour Grid Values Gmnn.CON (re bn) MAINMENU Gmnn.CON  
    Gmnn (db bn) CONT CONT.ANS (re bn)
          CONT.PLT (pl as)
          CONT.SCL (pl as)
    6.Perspective View of Grid Values Gmnn.PEX (re bn) MAINMENU Gmnn.PEX  
    Gmnn (db bn) SPEX SPEX.ANS (re bn)
          SPEX.PLT (pl as)
          SPEX.SCL (pl as)
    7.Plot Cell Values in Section XSECT.MOD (re bn) MAINMENU XSECT.MOD  
    Gmnn (db bn) XSECT XSECT.ANS (re bn)
          XSECT.PLT (pl as)
          XSECT.SCL (pl as)
    8.Plot Cell Values in Angled Section XSANG.MOD (re bn) MAINMENU XSANG.MOD  
    Gmnn (db bn) XSANG XSANG.ANS (re bn)
          XSANG.PLT (pl as)
          XSANG.SCL (pl as)
    Table 14-6 Pit Generation and Reserves Evaluation
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Initialize Pit Model (Required) INTRCK.ANS (re bn) MAINMENU INTRCK.ANS  
    R200   INTRCK INTRCK.PRN (pr as)
          ROCK.COD (sy bn)
    4.Enter Pit Generation Parameters OPD.ANS (re bn) OPDPRM OPD.ANS  
    ROCK.COD        
    5.Digitize and Display a Pit Base (Menu) See TABLE 14-6-1        
    6.Evaluate Digitized Pit OPD.ANS (re bn) MAINMENU OPD.ANS  
    OPDRUN.ANS (re bn) OPD OPDRUN.ANS  
    R200 (db bn)   R300 (db bn)
    POLY.PIT (pg as)   OPDPLT (tp bn)
    R200 (db bn)   OPD.TON (tp bn)
    Gmnn (db bn)   OPDABR.PRN (pr as)
          OPDSUM.PRN (pr as)
          OPDDET.PRN (pr as)
    7.Update the Mined Out Rock Model R300 (db bn) OPDUP R200*1  
    OPDRUN.ANS (re bn) OPD OPDRUN.ANS  
    8.Plot the Computer Generated Pit PITPLT.ANS (re bn) MAINMENU PITPLT.ANS  
    OPDPLT (tp bn) PITPLT PITPLT.PLT (pl as)
          PITPLT.SCL (pl as)
    9.Inverse the Mined Out Pit Model R200 (db bn) OPDREV R200  
    10.Graphical Display of the Mined Out Model (Menu) See TABLE 14-6-2        
    11.Money Matrix/Cone Miner (Menu) See TABLE 14-6-3        
    12.Plot Digitized Contour Profile in Section PITSCT.ANS (re bn) MAINMENU PITSCT.ANS  
    POLY.PIT (pg as) PITSCT PITSCT.PLT (pl as)
          PITSCT.SCL (pl as)
    14.Interactive Scheduler MANSCHED.ANS (re bn) MAINMENU MANSCHED.ANS  
    OPD.TON (tp bn) MANSCHED SCHEDBEN.PRN (pr as)
    CUTMAT.DAT (da as)   SCHEDRCK.PRN (pr as)
    14.Cleanup Directory   MAINMENU      
    Deletes Multiple Files (See Program for Listing)         
    *1 OPDUP Deletes R200, then renames R300 to R200.
    Table 14-6-1 Digitize and Display a Pit Base
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Set Digitizer Communications Parameters SETCOMM.ANS (re bn) SETCOMM SETCOMM.ANS  
    4.Digitize Data in Plan View SETCOMM.ANS (re bn) MAINMENU DIGITPIT.ANS  
    DIGITPIT.ANS (re bn)   POLY.PIT (pg as)
    5.Plot Digitized Data in Plan View DIGPLT.ANS (re bn) MAINMENU DIGPLT.ANS  
    POLY.PIT (pg as) DIGPLT DIGPLT.PLT (pl as)
          DIGPLT.SCL (pl as)
    6.Plot Digitized Data in Perspective DIGSPEX.ANS (re bn) MAINMENU DIGSPEX.ANS  
    POLY.PIT (pg as) DIGSPEX DIGSPEX.PLT (pl as)
          DIGSPEX.SCL (pl as)
    Table 14-6-2 Graphical Display of Mined Out Model
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Printer Plot of Grid Values R300.PRP (re bn) MAINMENU R300.PRP  
    R300   PRNPLT PRNPLT.ANS (re bn)
          PRNPLT.PRN (pr as)
    4.Plan View Cell Plot of Grid Values CELL.PIT (re bn) MAINMENU CELL.PIT  
    R300 (db bn) CELL CELL.ANS (re bn)
          CELL.PLT (pl as)
          CELL.SCL (pl as)
    4.Contour Grid Values R300.CON (re bn) MAINMENU R300.CON  
    R300 (db bn) CONT CONT.ANS (re bn)
          CONT.PLT (pl as)
          CONT.SCL (pl as)
    6.Perspective View of Grid Values R300.PEX (re bn) MAINMENU R300.PEX  
    R300 (db bn) SPEX SPEX.ANS (re bn)
          SPEX.PLT (pl as)
          SPEX.SCL (pl as)
    7.Plot Cell Values in Section XSECT.RCK (re bn) MAINMENU XSECT.RCK  
    R300 (db bn) XSECT XSECT.ANS (re bn)
          XSECT.PLT (pl as)
          XSECT.SCL (pl as)
    8.Plot Cell Values in Angled Section XSANG.RCK (re bn) MAINMENU XSANG.RCK  
    R300 (db bn) XSANG XSANG.ANS (re bn)
          XSANG.PLT (pl as)
          XSANG.SCL (pl as)
    Table 14-6-3 Money Matrix/Cone Miner
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Create Money Matrix MONEY.ANS (re bn) MAINMENU MONEY.ANS  
    OPD.ANS   MONEY MONEY.PRN (pr as)
    T200 (db bn)   CONERnn.PRM (tp bn)
    R200 (db bn)   G1nn (db bn)
    Gmnn (db bn)      
    4.Floating Cone Pit Design CONE.ANS (re bn) MAINMENU CONE.ANS  
    T2nn (db bn) CONE CONE.PRN (pr as)
    CONERnn.PRM     G1nn.CND (tp bn)
    CONEPITS.DAT (db bn)   G1nn.CNP (tp bn)
          T2nn (db bn)
          CONEPITS.DAT (db bn)
    5.Calculate Cone Reserves CONRES.ANS (re bn) MAINMENU CONRES.ANS  
    OPD.ANS (re bn) CONRES CONRESLO.PRN (pr as)
    R200 (db bn)   OPD.TON (tp bn)
    T2nn (db bn)   OPDABR.PRN (pr as)
    Gmnn (db bn)   OPDSUM.PRN (pr as)
          OPDDET.PRN (pr as)
    6.List Current Cone Pits CONEPITS.DAT (db bn) CONELST CONELST.PRN (pr as)
    7.Contour Plot of Cone Pit T201.CON (re bn) MAINMENU T201.CON  
    T201 (db bn) CONT CONT.ANS (re bn)
          CONT.PLT (pl as)
          CONT.SCL (pl as)
    8.Plan View Cell Plot of Cone Pit Topography CELL.CON (re bn) MAINMENU CELL.CON  
    T2nn (db bn) CELL CELL.ANS (re bn)
          CELL.PLT (pl as)
          CELL.SCL (pl as)
    9.Convert Current OPD Pit to Cone T2nn (db bn) OPDCON OPDCON.PRN (pr as)
    R200 (db bn)      
    10.Create "Cone" Surface for Doing Geologic Reserves MAKBTM.ANS (re bn) MAINMENU CONEPITS.DAT (db bn)
        MAKBTM    
    11.Single Digit Printer Maps of Cone Phases PHSPRN.ANS (re bn) MAINMENU PHSPRN.ANS  
    R200 (db bn) PHSPRN PHSPRN.PRN (pr as)
    T2nn (db bn)      
    Gmnn (db bn)      
    12.Change Name of Cone CONEPITS.DAT (db bn) NAMCON CONEPITS.DAT  
    14.Plot Cone Profiles in Section CONSCT.ANS (re bn) MAINMENU CONSCT.ANS  
    CONEPITS.DAT (db bn) CONSCT CONSCT.PLT (pl as)
    T2nn     CONSCT.SCL (pl as)
    14.Plot Exposed Cells in Plan View CELLEX.ANS (re bn) MAINMENU CELLEX.ANS  
    T2nn (db bn) CELLEX CELLEX.PLT (pl as)
    R200 (db bn)   CELLEX.SCL (pl as)
    Gmnn        
    Table 14-7 File Manager
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Change the Current Label PROJINFO.DAT   LABCHAN PROJINFO.DAT  
    4.Edit Grid Values GRIDED.ANS (re bn) MAINMENU GRIDED.ANS  
    T200 (db bn) GRIDED T200  
    R200 (db bn)   R200  
    Gmnn (db bn)   Gmnn  
    5.Output an Existing MicroMODEL Grid GRDOUT.ANS (re bn) GRDOUT GRDOUT.ANS  
    T200 (db bn)   Userfile (ud as)
    R200 (db bn)      
    Gmnn (db bn)      
    6.Read in an Existing MicroMODEL Grid GRIDIN.ANS (re bn) MAINMENU GRIDIN.ANS  
    Userfile (ud as)   T200  
          R200  
          Gmnn  
    7.Create Combined Plot MRGPLT.ANS (re bn) MAINMENU MRGPLT.ANS  
    Userfiles (ud as) MRGPLT MRGPLT.PLT (pl as)
          MRGPLT.SCL (pl as)
    8.Enter Drillhole Class Names DHCLASS.ANS (re bn) DHCLASS DHCLASS.ANS  
    9.Assign Drillhole Class to Each Drillhole DHCLASS.ANS (re bn) DEFCLASS DEFCLASS.ANS  
    DEFCLASS.ANS (re bn)   SHED  
    SHED     DEFCLASS.DAT  
    DEFCLASS.DAT (db bn)      
    10.Set Drillhole Class Limits DHCLASS.ANS (re bn) SETCLASS SETCLASS.ANS  
    SETCLASS.ANS (re bn)      
    11.Dump Drillhole Data in XYZ Format DMPXYZ.ANS (re bn) MAINMENU DMPXYZ.ANS  
    SHED,SAMP   DMPXYZ    
    12.Create Grade Range Annotation File MAKEANN.ANS (re bn) MAKEANN MAKEANN.ANS  
          MAKEANN.PLT (pl as)
          MAKEANN.SCL (pl as)
          MAKEANN.DAT (ud as)
    14.Export Multiple MicroMODEL Block Models to a File MODOUT.ANS (re bn) MAINMENU MODOUT.ANS  
        MODOUT MODOUT.PRN (pr as)
    14.Import Multiple MicroMODEL Block Models From a File MODIN.ANS (re bn) MAINMENU MODIN.ANS  
        MODIN MODIN.PRN (pr as)
    Table 14-8 Grade Thickness
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Calculate Grade Thickness Values GRTHICK.ANS (re bn) MAINMENU GRTHICK.ANS  
    SHED,SAMP (db bn) GRTHICK GRSRT2.TMP (da bn)
          GRSRT2.ASC (da as)
    4.Create Triangulation Model of Grade Thickness TRIANGGT.ANS (re bn) MAINMENU TRIANGGT.ANS (re bn)
    SORT2.TMP*1   TRIANG GT20 (db bn)
    5.Grade Thickness Presort GSRT2.ANS (re bn) MAINMENU GSRT2.ANS  
    GSRT2.TMP     GSRT2.PRN (pr as)
          GSRT2.DAT (tp bn)
    6.Grade Thickness Modeling GMOD2.ANS (re bn) MAINMENU GMOD2.ANS  
    GSRT2.TMP   GMOD2 GMOD2.PRN (pr as)
    GSRT2.DAT     GT20 (db bn)
    7.Graphical Display of Grade Thickness (Menu) See TABLE 14-8-1        
    8.Create Grade Thickness from 3-D Grade Model GRTKGR.ANS (re bn) MAINMENU GRTKGR.ANS  
    R200   GRTKGR GT20 (db bn)
    Gmnn (db bn)      
    9.Cleanup Directory   MAINMENU      
    Table 14-9 Special Tools
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Move Grid Files from One Setup to Another MOVEGRID.ANS (re bn) MOVEGRID MOVEGRID.ANS  
    T200 (db bn)   T200 (db bn)
    R200 (db bn)   R200 (db bn)
    Gmnn*1 (db bn)   Gmnn (db bn)
    4.Calculate OPD Reserves Based on Matrix OPDMTX.ANS (re bn) MAINMENU OPDMTX.ANS  
    OPD.ANS (re bn) OPDMTX OPDMTX.PRN (pr as)
    OPD.TON (tp bn)      
    5.Adjust Rock Model Values for New Topography T200 (db bn) ADJTOPO R200 (db bn)
    R200 (db bn)      
    6.Count Rock Codes in Blocks, Samples, or Composites BLKCNT.ANS (re bn) BLKCNT BLKCNT.ANS  
    SHED,SAMP (db bn)   BLKCNT.PRN (pr as)
    CHED,COMP (db bn)      
    R200 (db bn)      
    7.Create Rock Interval Information Coding File DUMPROCK.ANS (re bn) DUMPROCK DUMPROCK.ANS  
    SHED,SAMP (db bn)   ADDROCK.DAT (ud as)
    8.Update Rock Interval Information Based on Coding File ADDROCK.ANS (re bn) ADDROCK ADDROCK.ANS  
    ADDROK.DAT     ADDROCK.PRN (pr as)
    SHED,SAMP (db bn)   SHED,SAMP (db bn)
    9.Assign Reserve Classification Based on Triangulation SRTCAT.ANS (re bn) MAINMENU SRTCAT.ANS  
    CHED,COMP (db bn)   Gmnn (db bn)
    R200 (db bn)   SRTCAT.PRN (pr as)
    10.Calculate Waste Dump Volume from POLY.PIT File WDVOL.ANS (re bn) MAINMENU WDVOL.ANS  
    T2nn (db bn) WDVOL T2nn  
          WDVOL.PRN (pr as)
    11.Check Drillhole Collars Against Topo Grid SHED,CHED (db bn) DHTCHECK DHTCHECK.PRN (pr as)
    T200 (db bn)      
    12.Create X-Y-Z Data File from Seam Outcrop Locations OCXYZ.ANS (re bn) OCXYZ XYZ.DAT (da as)
    POLY.CNT (pg as)       
    *1 Gmnn = Grade model file (e.g. G304 for modeling Label 4 with IDP.
    Table 14-10 PolyMap Interface
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Define Slope Template File for Pit Design MAKSLP.ANS (re bn) MAINMENU MAKSLP.ANS  
    OPD.ANS (re bn) MAKSLP MAKSLP.PRN (pr as)
    R200 (db bn)   EXPSLPnn.DAT (da bn)
    4.Create Block Grade Display File for Pit Design MAKCNF.ANS (re bn) MAINMENU MAKCNF.ANS  
    OPD.ANS (re bn) MAKCNF MAKCNF.PRN (pr as)
    R200 (db bn)   PZGRADE.PCF (da as)
    Gmnn (db bn)   PZGRADE.DAT (da bn)
    5.Write Cone Contours to PolyMap map (or to file) CONTX.ANS (re bn) MAINMENU CONTX.ANS  
    CONEPITS.DAT (da bn) CONTX Userfile (pg as)
    6.Prepare Files for Waste Dump Design WDPREP.ANS (re bn) MAINMENU WDPREP.ANS  
    T2nn (db bn) WDPREP PZTOPO.PCF (da as)
          PZTOPO.DAT (da bn)
          EXPSLPnn.DAT (da bn)
    7.Prepare Files for Reserve Calculation GRPREP.ANS (re bn) MAINMENU GRPREP.ANS  
    OPD.ANS (re bn)   PZGRDRPn.DAT (da as)
    Table 14-11 3D Display
    Purpose Input Files Type and Format Program(s) Output File(s) Type and Format
    All Programs PROJINFO.DAT (sm as) MAINMENU PROJINFO.DAT (sm as)
    SUBMENU.DAT (sm as)      
    2.Command Shell     MAINMENU    
    3.Create 3D Data From Drillholes 3DHOLE.ANS (re bn) MAINMENU 3DHOLE.DAT (ud bn)
    SHED,SAMP (da bn)   3DHOLE.DXF (ud as)
    CHED,COMP (da bn)      
    4A.Input to Create 3D Data From Surface SURF3D.ANS (re bn) MAINMENU SURF3D.ANS  
    4B.Create 3D Data From Surface SURF3D.ANS (re bn) SURF3D SURF3D.DAT (ud bn)
    T2nn (da bn)   SURF3D.DXF (ud as)
    5A. Input to Create 3D Data From Grade/Rock TDMESH.ANS (re bn) TDMESHIN TDMESH.ANS (re bn)
    5B.Create 3D Data From Grade/Rock TDMESH.ANS (re bn) TDMESH TDMESH.DAT (ud bn)
    Gnnn (ud as)   TDMESH.DXF (ud as)
    R200 (da bn)      
    6A.Input to Create 3D Data From Digitized Polygons PLY3D.ANS (re bn) MAINMENU PLY3D.ANS  
    6B.Create 3D Data From Digitized Polygons PLY3D.ANS (re bn) PLY3D PLY3D.DAT (ud bn)
    POLY.CNT (ud as)   PLY3D.DXF (ud as)
    POLY.PIT (ud as)      
    POLY.RKS (ud as)      
    POLY.RKP (ud as)      
    7A.Input to Display 3D Data / ParaView File Conversion POST3D.ANS (re bn) MAINMENU POST3D.ANS  
    3DHOLE.DAT (ud bn)   3DHOLE.facet (ud fa)
    SURF3D.DAT (ud bn)   SURF3D.facet (ud fa)
    TDMESH.DAT (ud bn)   TDMESH.facet (ud fa)
    PLY3D.DAT (ud bn)   PLY3D.facet (ud fa)
    7A. Display 3D Data / ParaView File Conversion POST3D.ANS (re bn) POST3D    
    3DHOLE.DAT (ud bn)      
    SURF3D.DAT (ud bn)      
    TDMESH.DAT (ud bn)      
    PLY3D.DAT (ud bn)