User’s Guide

• 1. Preamble
  • 1.1. Disclaimer
  • 1.2. Copyright
• 2. Introduction
  • 2.1. Product Overview
  • 2.2. Scope of this document
  • 2.3. Intended Audience
  • 2.4. Using This Document
  • 2.5. Reporting Problems
• 3. Glossary
• 4. Tutorial Data
• 5. Using Single Model Projects
  • 5.1. Matching Tutorial Example
  • 5.2. Planning Your Photography
  • 5.3. Creating the 3DM Analyst Project
  • 5.4. 3DM Analyst Basic Operation
  • 5.5. Computing the Orientations
  • 5.6. Auto DTM Generation
  • 5.7. Digitising Features Manually
  • 5.8. Discontinuity Analysis and Stereonets
• 6. Using Fan Structured Projects
  • 6.1. Matching Tutorial Example
  • 6.2. Planning Your Photography
  • 6.3. Creating the 3DM Project
  • 6.4. 3DM CalibCam Basic Operation
  • 6.5. Computing the Orientations
  • 6.6. DTM Generation
  • 6.7. Digitising from DTMs
  • 6.8. Underground Projects
  • 6.9. Longer Fan Structured Projects
• 7. Using Strip Structured Projects
  • 7.1. Matching Tutorial Example
  • 7.2. Planning your Photography
  • 7.3. Creating the 3DM Project
  • 7.4. Computing the Orientations
  • 7.5. DTM Generation
  • 7.6. Creating an Orthophoto
• 8. Camera Calibration
  • 8.1. Matching Tutorial Example
  • 8.2. Lens Distortion Parameters
  • 8.3. Targeting a Standard Error value
  • 8.4. Planning Your Photography
  • 8.5. Creating the 3DM Project
  • 8.6. Computing the Orientations
  • 8.7. Saving the Calibration Results
• 9. The Bundle Adjustment Report
  • 9.1. Settings
  • 9.2. Camera and Lens Setting
  • 9.3. Image Photo Points RMS Error Summary
  • 9.4. Scale Bar Details
  • 9.5. Camera Calibration — Interior Parameters Correlation Matrix
  • 9.6. Camera Calibration — Interior Orientation Results
  • 9.7. Control Points RMS Error Summary
  • 9.8. Check Points RMS Error Summary
  • 9.9. Exterior Orientation Camera Regular Offset Distance
  • 9.10. Exterior Orientation Camera Position and Rotation
• 10. Trouble-shooting Guide
  • 10.1. Trouble-shooting Free Network Adjustments
  • 10.2. Trouble-shooting Controlled Network Adjustments
  • 10.3. Trouble-shooting DTM Generation
  • 10.4. Checking Your Project Structure
  • 10.5. Dealing with Large Depth Changes
  • 10.6. Dealing with Low Quality Imagery
  • 10.7. Using an Un-calibrated Camera
  • 10.8. Dealing with Noisy Imagery
  • 10.9. Checking your Ground Control Point Structure
  • 10.10. Dealing with Unusual Project Geometries
  • 10.11. Checking Your Relative-only Points
  • 10.12. Finding and Rectifying a Bad Ground Control Point
• 11. Understanding Standard Errors, RMS Errors and Standard Deviations
  • 11.1. Standard Deviation and Variance
  • 11.2. Standard Error and RMS Error
  • 11.3. Relationship to Orientation Results