## Analytical Photogrammetry |

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Page 31

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**EXPOSURE STATION**. The focal length [ 1 ] * , location of the principal point [ 2 ] , tilt , swing , and azimuth of an**exposure station**may be determined from a single photograph of a three - dimensional object , such as a building ...Page 133

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**exposures**are presumably from different camera**stations**. Other applications involve the determination of the relative and ab- solute orientation of one**exposure**with respect to another when the**exposures**are made at the same camera**station**...Page 139

... exposure is reached . Similarly , AA is the dihedral angle between adjacent principal planes . The sum of the AA ... station to

... exposure is reached . Similarly , AA is the dihedral angle between adjacent principal planes . The sum of the AA ... station to

**exposure station**, independent of object - space data , except for that data given at the first camera ...### Contents

Orientation | 10 |

Simplification of the Angular Orientation | 25 |

CHAPTER II | 31 |

Copyright | |

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A(aLb a₂ AB¹ aLb¹ analytical angular orientation approximation azimuth B₁ B₂ bLc¹ calibration camera coordinates camera station cLa¹ coefficients computed conjugate images converge coordinate system cos aLb cos Az cos Yz cos² datum defined determined differential dihedral angle direction angles direction cosines distortion equations error exposure station exterior orientation f cos Yz focal length geodetic geometry ground coordinates horizon camera horizon line illustrated in Figure image plane instrument intersection known LA² law of cosines measured n₁ n₂ nadir camera object space oblique optical axis perpendicular perspective projection photogrammetry photographic position principal plane principal point Q₁ rays reference plane rotation solution space coordinates spherical theodolite tilt and swing unknowns values vertical X₁ X₂ XL-XA XY plane Y₂ ya sin YA¹ YL-YA ZA¹ zenith angles zenith camera ZL-ZA ZL¹ ΔΥ