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INI File  |  1996-04-21  |  6KB  |  219 lines
  1. [General]
  2. ; path where associated PhotoModeler files are found
  3. path=C:\PHM21F
  4. helpfile=C:\PHM21F\phmodel.hlp
  5.  
  6. ;Number and names of shape files used for creating projects
  7. NumShapes=4
  8. Shape1="world.plg"
  9. Shape2="lshape.plg"
  10. Shape3="tshape.plg"
  11. Shape4="ushape.plg"
  12.  
  13. ; Camera Station Symbol Size Factor
  14. StationSymbolSize=5.0
  15.  
  16. ; Surface Element dot pattern opacity 1=opaque, 4=most transparent
  17. SelPatternOpacity=2
  18.  
  19. [Colors]
  20. ; Color used when drawing wireframe models in the 3D Viewer, Manual Orienation,
  21. ; and the Control Point Dialog
  22. ; Colors are indexes from 0 to 15: 0=BLACK,1=YELLOW,2=GRAY,3=DARKGRAY,4=BLUE,5=GREEN,
  23. ; 6=CYAN,7=RED,8=MAGENTA,15=WHITE
  24. WireFrame=4
  25. WireFramePoint=8
  26.  
  27. ; Colors used when displaying points, lines, sels on photographs or in 
  28. ; Control Marking. SelectionColor affects all object selections in PhotoModeler
  29. ; including image buttons etc.
  30. SelectionColor=7
  31. ReferenceColor=1
  32. ScaleColor=5
  33. NormalColor=15
  34.  
  35. AmbientLight=85
  36. PolyBrightness=185
  37.  
  38. ; Parameters for Autocoloring of faces algorithm used in VRML export
  39. ; Colors are defined in the VRML file as 0.0-1.0 values. The number of
  40. ; decimal places used to describe the r,g,b color components is controlled by
  41. ; AutoColorDecPlaces. Use this number to reduce small colour changes between
  42. ; close faces with similar color.  
  43. AutoColorDecPlaces=6
  44. ; Different VRML browsers treat color and intensities differently. You can 
  45. ; use AutoColorIntensity to fine tune the brightness of the colors.
  46. AutoColorIntensity=1.1
  47. ; If AutoColorAvgColors is '1' then the average color method is used. If it is '0'
  48. ; then the most popular color method is used.
  49. AutoColorAvgColors=1
  50.  
  51. [Process]
  52. ; Max number of iterations for 3D processing and solution tolerance
  53. Iterations=20
  54. Tolerance=1.5
  55.  
  56. ; Number of good point required before 2nd stage processing does self-calibration
  57. SelfCalibGoodPoints=20
  58.  
  59. ;Units for standard error deviations of processing are:
  60. ; Xc,Yx,Zc(camera location)(ratio of object size), Omega,Phi,Kappa(camera angles)(degrees),
  61. ; Xo,Yo,Zo(object point locations)(ratio of object size), Xco,Yco,Zco(control point locations)(ratio of object size)
  62. ; MarkedX,MarkedY(MarkedPoint location)(pixels)
  63. XcDev=0.4
  64. YcDev=0.4
  65. ZcDev=0.4
  66. OmegaDev=8.0
  67. PhiDev=8.0
  68. KappaDev=8.0
  69. XoDev=0.3
  70. YoDev=0.3
  71. ZoDev=0.3
  72. XcoDev=0.001
  73. YcoDev=0.001
  74. ZcoDev=0.001
  75. MarkedXDev=0.6
  76. MarkedYDev=0.6
  77.  
  78. ;Units for standard error deviations of self-calibration 
  79. ; are: focal (mm), principal (fraction of format size), format size (mm)
  80. FocalDev=0.1
  81. PrincipalXDev=0.002
  82. PrincipalYDev=0.002
  83. FormatXDev=0.08
  84. FormatYDev=-0.08
  85. K1Dev=0.001
  86. K2Dev=0.001
  87. P1Dev=0.0001
  88. P2Dev=0.0001
  89.  
  90. [Audit]
  91. ; Thresholds for yes, no, maybe indications on the Audit Dialog
  92. ;  aaaMarg - the aaa quantity's min value < this=no
  93. ;  aaaOK - the aaa quantity's min value < this=maybe,  otherwise yes
  94. ;  aaaAvgMarg - the aaa quantity's avg value < this=no
  95. ;  aaaAvgOK - the aaa quantity's avg value < this=maybe,  otherwise yes
  96.  
  97. ; Total number of photos
  98. numPhotosMarg=3
  99. numPhotosOK=5
  100. numPhotosAvgMarg=0
  101. numPhotosAvgOK=0
  102.  
  103. ; Total number of object points
  104. numPointsMarg=6
  105. numPointsOK=50
  106. numPointsAvgMarg=0
  107. numPointsAvgOK=0
  108.  
  109. ; Points per image
  110. PntsPerImageMarg=5
  111. PntsPerImageOK=10
  112. PntsPerImageAvgMarg=7
  113. PntsPerImageAvgOK=20
  114.  
  115. ; Image Converage
  116. ImgCoverMarg=3
  117. ImgCoverOK=15
  118. ImgCoverAvgMarg=6
  119. ImgCoverAvgOK=30
  120.  
  121. ; Rays per point
  122. RaysPerPntMarg=0
  123. RaysPerPntOK=0
  124. RaysPerPntAvgMarg=2
  125. RaysPerPntAvgOK=3
  126.  
  127. ; Point angle average
  128. AngleAvgMarg=0
  129. AngleAvgOK=0
  130. AngleAvgAvgMarg=15
  131. AngleAvgAvgOK=45
  132.  
  133. ; Point tightness 
  134. ;  we use max and not min and conditional are reversed
  135. TightnessMarg=100
  136. TightnessOK=60
  137. TightnessAvgMarg=80
  138. TightnessAvgOK=15
  139.  
  140. ; Points with one ray (percent of total)
  141. ;  average is not used, conditionals are reversed
  142. OneRayMarg=40
  143. OneRayOK=8
  144. OneRayAvgMarg=1
  145. OneRayAvgOK=1
  146.  
  147. ; Points with two rays (percent of total)
  148. ;  average is not used, conditionals are reversed
  149. TwoRayMarg=50
  150. TwoRayOK=8
  151. TwoRayAvgMarg=1
  152. TwoRayAvgOK=1
  153.  
  154. ; Number of good points which if exceeded will cause us 
  155. ; to ignore the number of 1 ray points when auditing. 
  156. GoodPointThr=20
  157.  
  158. ; Some weak and unused thresholds (bad=unused)
  159. PntsPerImageBadThr=4
  160. PntsPerImageWeakThr=6
  161. ImageCoverBadThr=2
  162. ImageCoverWeakThr=8
  163. AngleAvgWeakThr=15
  164. TightnessWeakThr=30
  165.  
  166. [Image]
  167. ; number of decimated image sizes
  168. ; width of 1st resolution
  169. ; height of 1st resolution
  170. ImageResolutions=3
  171. ImageWRes1=80
  172. ImageHRes1=60
  173. ImageWRes2=320
  174. ImageHRes2=240
  175. ImageWRes3=640
  176. ImageHRes3=480
  177. ; Zoom stuff
  178. ; the zoom factor used as 1:ZF or ZF:1 -     
  179. ; extrapolate by adding ImageZoomFinal if out of range
  180. ImageZoom0=1
  181. ImageZoom1=1.5
  182. ImageZoom2=2
  183. ImageZoom3=3
  184. ImageZoom4=4
  185. ImageZoom5=5
  186. ImageZoom6=6
  187. ImageZoom7=7
  188. ImageZoom8=10
  189. ImageZoom9=15
  190. ImageZoom10=20
  191. ImageZoom11=30
  192. ImageZoom12=40
  193. ImageZoom13=50
  194. ImageZoom14=75
  195. ImageZoom15=100
  196.  
  197. ImageZoomFinal=100
  198.  
  199. [Cameras]
  200. ;Each camera is defined by a comma seperated list of default parameters
  201. ;1-camera name
  202. ;2,3-image format size (x,y)(mm)
  203. ;4,5-principal point (mm) - in a camera w/ fiducials(ie. PhotoCD) this is relative to 
  204. ;                           fiducial coord system, otherwise relative to upper left of imaging area.
  205. ;6-focal length (mm)
  206. ;7,8,9,10-k1,k2,p1,p2 lens distortion
  207. ;11-camera type (0 to 7) where 0=35mm film w/ Eos Insert,1=35mm film w/ frame edge fiducials
  208. ; 2=35mm film w/ other fiducials, 3=35mm film + no fiducials, 4=Digital, 5=Video, 
  209. ; 6=Other film w/ fiducials, 7=Other film + no fiducials
  210. ; note pmlx cannot handle camera types 0,2,6 or 7
  211. NumCameras=6
  212. Camera1="Apple QuickTake 100-High,5.6,4.2,2.8,2.1,8.0,0.0,0.0,0.0,0.0,4"
  213. Camera2="Dycam Model 3/4 (Wide Angle),4.6,3.4,2.3,1.7,8.3,0.0,0.0,0.0,0.0,4"
  214. Camera3="Kodak DC 40,6.3,4.2,3.19,2.16,7.68,0.0,0.0,0.0,0.0,4"
  215. Camera4="Kodak DCS 200,13.7,9.11,6.87,4.56,28.0,0.0,0.0,0.0,0.0,4"
  216. Camera5="Logitech Fotoman Plus,4.6,3.4,2.3,1.7,8.3,0.0,0.0,0.0,0.0,4"
  217. Camera6="Video,5.6,4.2,2.8,2.1,8.0,0.0,0.0,0.0,0.0,5"
  218.  
  219.