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BIPEX

Create model data files in ZEISS PHOREX format

Sprache
Diese Programmhilfe ist derzeit nur auf Englisch verfügbar.

This program creates PHOREX model-data files from BINGO results and provided photo measurements. The files can be used by analytical plotters running under PHOCUS or P-CAP, for example, and by digital systems such as PHODIS.

BIPEX has two modes. Automatic mode, selected with Auto, creates model files for all available models or for a range bounded by lower and upper photo numbers. Models are built from two neighboring photo numbers. Single mode, selected with Run, creates a model file from two specified photo numbers.

Use the following procedure:

  1. Select the first input filename containing the BINGO results. The file contains the adjusted photo orientation data and point coordinates from BINGO. The default filename is itera.dat. The model orientation parameters are estimated from this data.

  2. Select the second input filename containing the image coordinates. The default filename is image.dat. This file is used to add all corresponding photo measurements to the model file.

    BIPEX also uses all point numbers in the model's photo data to find their point coordinates in the first input file and copy them to the model.

    If no file is selected, neither photo data nor ground coordinates are copied to the model.

  3. The output filenames for the model data are generated automatically from the last four to six digits of both photo names in the model and the .pex extension. No output filename must be selected in this mode.

    Specify a filename only when a different name is required.

    If you specify a filename and create more than one model in a single run, the data for all models is written to that one file.

  4. Select Overwrite any existing PEX file to overwrite existing PHOREX files.

    warnung

    Existing files are overwritten without confirmation. Use this option with care.

  5. Enter the photo numbers for the left and right images of the model to create in single mode.

    To create all possible models in automatic mode, enter 1 for both the left and right photos.

    To create model data for only part of the block in automatic mode, select a range of photo numbers. Use the lower number as the left photo number and the upper number as the right photo number.

  6. Define all model settings using Extras > Settings.

    Enter Photo scale, Units XY, Units Z, and Earth radius as required by PHOCUS or P-CAP. These parameters do not affect BIPEX processing; they are transferred to the created models.

    For definitions of these parameters, see the PHOREX file documentation.

    The Model name value forms the first part of the PHOREX model name. The second part is built from the left and right photo numbers.

    Select mm or micron as the photo-space unit for the photo measurements in the image coordinate file. Output in the PHOREX file is in millimeters.

    The program can organize the models so that the selected type of photo is always in the left carrier: the photo with the lower photo number; the westernmost or southernmost photo; or the easternmost or northernmost photo. This parameter affects only automatic mode.

  7. Click Run to create the model data and write it to a PEX file, or click Auto to create all models in the selected photo-number range or all possible models.

  8. During model creation, enter the camera name or filename used in P-CAP, PHOCUS, or PHODIS in the pop-up edit window.

  9. Return to step 1 to create the next model or models, or exit.

To add data such as fiducial reference coordinates to each model, create a file named extra.pex in the project directory. The contents of this file are added to each model.

Example extra.pex file​

FICO     1     100.084     80.065
FICO     2    -100.082     80.069
FICO     3    -100.086    -80.058
FICO     4     100.079    -80.061

Example itera.dat input file containing BINGO results:

*
*         Testfield calibration for RMK-A, testfield Hambach
*               using free network combined adjustment
*

*   <___Photo_No.__><___Easting__><__Northing__><__Height_><___Phi__><__Omega_><__Kappa_><___Camera_No._>

ORIA             262   2433747.538   4739377.184    518.591   -1.0272   -0.2505 -133.6605              C1
:               :         :             :           :          :         :        :                   :
ORIA             270   2434128.561   4739299.576    573.437    0.5665    0.7185  -49.3294              C1
ORIA             271   2433823.191   4739558.952    572.822   -1.4255   -0.2890  -51.4356              C1
:               :         :             :           :          :         :        :                   :
ORIA             275   2434036.562   4739315.688    552.902    0.0546    1.6331  160.4498              C1

*   <______Number__><___Easting__><__Northing__><__Height_><_S_X_><_S_Y_><_S_Z_><Ray>

CORD            1000   2433857.763   4739558.586     59.527  0.003  0.003  0.008  +11
CORD            1001   2433929.462   4739603.827     32.725  0.002  0.002  0.007  +14
:                :         :             :            :       :      :      :      :
CORD            9581   2433959.435   4739788.867    -22.523  0.003  0.004  0.009  +11
CORD            9582   2433801.052   4739921.494    -22.374  0.003  0.005  0.012  +10

*   <___Camera._No_><____c___><___xH___><___yH___><___s_c__><__s_xH__><__s_yH__>

CAPA              C1  152.7024   -0.0183   -0.0186    0.0221    0.0027    0.0026

*   <___Camera._No_><_Par.No_><__Parameter_Value_><___Format_Factor__>

APAV              C1         5        0.341272E-02        0.100000E+01
APAV              C1         6        0.780176E-02        0.100000E+01
:                :         :            :                     :
APAV              C1        22       -0.634514E-02        0.100000E+01
END

Example 02700271.pex output file containing model 270/271:

*
MNAM    Hambach  2700271
*
ROMG    -0.7621389    -0.6474136     0.0000000
ROMG     0.6474136    -0.7621389     0.0000000
ROMG     0.0000000     0.0000000     1.0000000
*
ORPC     270   2434128.530   4739299.558       573.477   RMK-A15
ORPC     271   2433823.177   4739558.946       572.859   RMK-A15
*
MSCL                3.300000
*
UNTS   1000.0000   1000.0000
*
ROLM    -0.9973960    -0.0707328    -0.0140758
ROLM     0.0706996    -0.9974936     0.0028410
ROLM    -0.0142415     0.0018384     0.9998969
*
RORM    -0.9944229    -0.1035528     0.0199994
RORM     0.1037867    -0.9945384     0.0110325
RORM     0.0187477     0.0130466     0.9997391
*
TLCP          1.00          0.00        120.00
TLCP          0.00          1.00        120.00
*
TRCP          1.00          0.00        120.00
TRCP          0.00          1.00        120.00
*
ECUR             6370000.000
*
GRCO         1000   2433857.7470   4739558.5760        59.5270
GRCO         1001   2433929.4480   4739603.8130        32.7240
  :            :         :              :                :
GRCO         9579   2434223.5160   4739566.6060       -22.7730
GRCO         9580   2434097.8540   4739672.0930       -22.0600
*
PHCO     270         1000    -108.061      -1.594
PHCO     270         1001     -97.199      21.550
  :       :            :         :           :
PHCO     270         9579     -28.216      65.368
PHCO     270         9580     -69.780      61.985
*
PHCO     271         1000       4.294       5.339
PHCO     271         1001       8.670      28.363
  :       :            :         :           :
PHCO     271         9579      65.620      72.472
PHCO     271         9580      24.596      68.395
*

Default values​

To reset all parameters, select Settings > Set Parameter Defaults.