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MicroMODEL (SEAMS) Program Choices by Module

DATA ENTRY

  1. Enter Project Information
  2. Convert Multiple Text Files to Standard Input
  3. Read in an Existing Drill Hole Database
  4. Print Drill Hole Database
  5. Database Editing
  6. Plot Drill Hole Surface Locations
  7. Plot Drill Hole Locations
  8. Plot Seam Drill Hole Sections
    1. Display Numeric Values
    2. Display Color Bars
    3. Display Histogram of Grade
  9. Sample Frequency Analysis and Basic Statistics
  10. Sample Cumulative Frequency Analysis
  11. Sample Correlation Analysis
  12. Sample Manipulation
  13. Define Rocks/Seams

 

SURFACE MODELING

  1. Digitize and Display Surface Data
  2. Prepare Surface/Thickness/Seam Data
  3. Display Prepared Surface/Thickness/Seam Data Points
  4. Variogram Analysis
  5. Surface/Thickness/Seam Modeling Presort
  6. Surface/Thickness/Seam Modeling
    1. Polygonal
    2. Inverse Distance to Power
    3. Kriging
  7. Graphical Display of Surface/Thickness/Seam
    1. Plot Numeric Cell Elevations
    2. Plot Colored Elevation Ranges
    3. Plot Contour of Cell Elevations
  8. Surface/Thickness/Seam File Manipulation
  9. Create Adjusted Top of Seam Models (Hierarchy)
  10. Change Name of Surface Model
  11. Change Name of Thickness Model
  12. Create Triangulation Model of Surface/Thickness/Seam
  13. Plot Seam Profiles in Section

 

FAULT ZONE MODELING

  1. Digitize and Display Fault Zone Polygons in Plan
  2. Create/Update Fault Zone Model from Plan Polygons
  3. Graphical Display of the Fault Zone Model
    1. Printer-Plot of Fault Zone Values
    2. Plan View Cell Plot of Fault Zone Values

 

COMPOSITING

  1. Calculation of Composite Values
    1. Seam Compositing
  2. Read in an Existing Composited Drill Hole Database
  3. Print Composited Drill Hole Database
  4. Database Editing
  5. Plot Drill Hole Surface Locations
  6. Plot Drill Hole Bench Locations
  7. Plot Composite Drill Hole Sections
  8. Composite Frequency Analysis and Basic Statistics
  9. Composite Cumulative Frequency Analysis
  10. Composite Correlation Analysis
  11. Composite Manipulation

 

QUALITY MODELING

  1. Polygonal Reserve Calculation
  2. Polygonal Reserve Plotting
  3. Variogram Analysis
  4. Quality Modeling Presort
  5. Quality Modeling
    1. Polygonal
    2. Inverse Distance to Power
    3. Kriging
  6. Quality Model Frequency Analysis and Basic Statistics
  7. Quality Model Cumulative Frequency Analysis
  8. Quality Model Correlation Analysis
  9. Graphical Display of Quality Model
    1. Plan View Plot
    2. Contour Values
    3. Perspective View of Values
    4. Plot Cells in Section (Row/Column)
    5. Plot Angled Cell Section
  10. Quality Model Manipulation
  11. Create Triangulation Model of Seam Quality

 

PIT GENERATION AND RESERVES EVALUATION

  1. Initialize Pit Model
  2. Enter Pit Generation Parameters
  3. Money Matrix/Cone Miner (Menu)

 

FLOATING CONE PIT DESIGN

  1. Create Money Matrix
  2. Floating Cone Pit Design
  3. Calculate Cone Reserves
  4. List Current Cone Pits
  5. Contour Plot of Cone Pit
  6. Cell Plot of Cone Pit Topography
  7. Create Cone for Running Geologic Reserves
  8. Change Name of Cone
  9. Plot Cone Profiles in Section

 

FILE MANAGER

  1. Edit Grid Values
  2. Output an Existing MicroMODEL Grid
  3. Read in an Existing External Grid
  4. Create a Combined Plot
  5. Enter Drillhole Class Names
  6. Assign Drillhole Class to Each Drillhole
  7. Set Drillhole Class Limits
  8. Dump Drillhole Data in XYZ Format
  9. Create Grade Range Annotation File

 

GRADE-THICKNESS CALCULATION

  1. Calculate Grade Thickness
  2. Triangulate Grade Thickness
  3. Grade-Thickness Value Presort
  4. Grade-Thickness Modeling
  5. Graphical Display of Grade-Thickness
  6. Create Grade-Thickness Model from a 3-D Grade Model

 

SPECIAL TOOLS

  1. Move Grid Files from One Setup to Another
  2. Calculate Reserves Based on Matrix
  3. Create Seam Interval Information Coding File
  4. Update Seam Interval Information Based on Coding File
  5. Assign Reserve Classification Based on Triangulation
  6. Calculate Waste Dump Volume from Digitized File
  7. Check Drillhole Collars Against Topo Grid
  8. Create X-Y-Z Data File from Seam Outcrop Location

 

DIGITIZING PROGRAM INTERFACE

  1. Write Cone Contours to POLY.CNT Compatible File