Table of Contents

• INTRODUCTION
• BACKGROUND
  • A. CLOSE-RANGE PHOTOGRAMMETRY
    • 1. Surveying monuments and buildings
    • 2. Museum research and rock painting
    • 3. Modelling surfaces
    • 4. Biostereometrics and medical applications
    • 5. Underwater photography
    • 6. Monoscopic/convergent photogrammetry
    • 7. Photogrammetry in archeology
  • B. THE PHOTOGRAMMETRIC PROCESS
  • C. NON-METRIC VS. METRIC CAMERAS
    • 1. Lens distortion
    • 2. Need for a film flattening mechanism
    • 3. Defining the film position in the camera body
• OVERVIEW OF THE PROCESS UTILIZED
  • A. THREE-DIMENSIONAL CONTROL FIELD
    • 1. Control frames for horizontal photograph
    • 2. Control frames for vertical photographs
  • B. ARTIFACT PREPARATION
    • 1. Shadow
    • 2. Object Texture
    • 3. Object Orientation
    • 4. Documentation
  • C. PHOTOGRAPHIC EQUIPMENT AND SETUP
    • 1. Camera body
    • 2. Lenses
    • 3. Film sensitivity, resolving power and longevity
    • 4. Camera movement system
    • 5. Light source and lighting method
    • 6. Exposure
  • D. PROCESSING DATA WITH A SOFTCOPY PHOTOGRAMMETRY SYSTEM
    • 1. Interior orientation
    • 2. Relative orientation
    • 3. Absolute orientation
    • 4. Stereo resampling and image analysis
• RESULTS
  • A. SMALL OBJECTS AND SMALL VERTICAL CONTROL FRAME
  • B. SMALL/MEDIUM SIZE OBJECTS, LARGER VERTICAL CONTROL FRAMES
  • C. LARGER OBJECTS AND HORIZONTAL CONTROL FRAME
  • D. PRELIMINARY ASSESSMENT OF MEASUREMENT DEV. IN X, Y and Z
• ALTERNATIVE METHODS
• CONCLUSION
• APPENDICES
• GLOSSARY
• REFERENCES

  
  

  To contact us: email www Web Document: http://web.cast.uark.edu/cast/projects/arch/photogram/TableContents.html Last updated: July, 15 1997 Center for Advanced Spatial Technologies, Fayetteville, AR 72701