Images (Functions and Variables Available in the Reports)

  $GetImageInfo( filePath, anyText )

filePath - a path to an image

width - the image width

height - the image height

ratio - aspect ratio: width divided by height

relWidth - it has value 1 if the width is bigger than the height, otherwise it equals to the ratio

relHeight - it has value 1 if the height is bigger than the width, otherwise it equals to the ratio

  $IterateOrthoProjections(
    $SaveOrtho( "$(orthoGuid)", "color", "ortho_$(orthoIndex)_color.jpg", 800, 800 )
    $GetImageInfo( "ortho_$(orthoIndex)_color.jpg",
      orthoName: $(orthoName), width: $(width), height: $(height), ratio: $(ratio), relWidth: $(relWidth), relHeight: $(relHeight)
    )
  )
                

  $IterateImages( noParametersJustAnyText )

inputImageName - a file name without an extension

inputImageExt - the image extension

inputImagePath - the absolute path without the file name

inputIndex - the index

inputWidth - the width

inputHeight - the height

inputIsAligned - information about alignment of the image

inputCameraIndex - displays camera's index if image was aligned (otherwise displays value -1

inputAlignmentEnabled - provides a true or false value based on the availability of inputs during the alignment process. If the input is enabled for alignment, the value will return true.

inputMeshingEnabled - provides a true or false value based on the availability of inputs during the meshing process. If the input is enabled for meshing, the value will return true.

inputTexturingEnabled - provides a true or false value based on the availability of inputs during the coloring and texturing processes. If the input is enabled for coloring and texturing, the value will return true.

  $ExportImagePriors( srcImage, anyText )

inputIsGeoreferenced - true if the input file is geo-referenced, otherwise false

inputIsLatLong - true if the coordinate system of the input file is Geographic, false if it is Cartesian

inputIsPointCloud - true if the input file is from a laser-scanner point cloud, otherwise false

inputCalibrationPriorType - type of calibration priors (Unknown, Approximate, Fixed)

inputIsPositionPrior - true if the prior position is defined

inputX - the x coordinate of a camera position (it is valid only if the input coordinate system is Cartesian - inputIsLatLong variable is false)

inputY - the y coordinate of the camera position (it is valid only if the input coordinate system is Cartesian)

inputZ - the z coordinate of the camera position (it is valid only if the input coordinate system is Cartesian)

inputLat - the latitude coordinate of the camera position (it is valid only if the input coordinate system is Geographic - inputIsLatLong variable is true)

inputLon - the longitude coordinate of the camera position (it is valid only if the input coordinate system is Geographic)

inputAlt - the altitude coordinate of the camera position (it is valid only if the input coordinate system is Geographic)

inputXOutCS - the X value from the input coordinate system in the output coordinate system

inputYOutCS - the Y value from the input coordinate system in the output coordinate system

inputZOutCS - the Z value from the input coordinate system in the output coordinate system

inputLatOutCS - the latitude value from the input coordinate system in the output coordinate system

inputLonOutCS - the longitude value from the input coordinate system in the output coordinate system

inputAltOutCS - the altitude value from the input coordinate system in the output coordinate system

inputXEuclid - the X value from the input coordinate system in the Euclidean coordinate system

inputYEuclid - the Y value from the input coordinate system in the Euclidean coordinate system

inputZEuclid - the Z value from the input coordinate system in the Euclidean coordinate system

inputCS - a coordinate system in which camera took the image

inputCSUnit - the unit of a coordinate system in which camera took the image

inputCSUnitShort - a short version of the unit's name

inputCSUnitToMeter - the multiplicator used to convert units

inputIsOrientationPrior - true if the prior rotation is defined via Yaw, Pitch, Roll angles

inputYaw - prior rotation angle Yaw (around y axis)

inputPitch - prior rotation angle Pitch (around x axis)

inputRoll - prior rotation angle Roll (around z axis)

inputIsOpkRotationPrior - true if the prior rotation is defined via Omega, Phi, Kappa

inputOmega - prior rotation angle Omega

inputPhi - prior rotation angle Phi

inputKappa - prior rotation angle Kappa

inputIsPriorAccuracy - true if prior position and orientation accuracy is defined

inputAccuracyX - prior accuracy for X (longitude) coordinate

inputAccuracyY - prior accuracy for Y (latitude) coordinate

inputAccuracyZ - prior accuracy for Z (altitude) coordinate

inputAccuracyYaw - prior accuracy for rotation angle Yaw (Omega)

inputAccuracyPitch - prior accuracy for rotation angle Pitch (Phi)

inputAccuracyRoll - prior accuracy for rotation angle Roll (Kappa)

inputIsInsOffsetValid - true if offset between camera center and position sensor is defined

inputInsOfsX - camera offset in X axis

inputInsOfsY - camera offset in Y axis

inputInsOfsZ - camera offset in Z axis

inputInsOfsYaw - camera offset in Yaw rotation angle

inputInsOfsPitch - camera offset in Pitch rotation angle

inputInsOfsRoll - camera offset in Roll rotation angle

calibrationGroup - prior calibration to which image belongs

distortionGroup - prior distortion to which image belongs

inputF - a focal length (prior calibration)

inputPX - the principal point x (prior calibration)

inputPY - the principal point y (prior calibration)

inputAspect - aspect ratio (prior calibration)

inputSkew - input skew coefficient (prior calibration)

inputK1 - radial 1 (prior calibration)

inputK2 - radial 2 (prior calibration)

inputK3 - radial 3 (prior calibration)

inputK4 - radial 4 (prior calibration)

inputT1 - tangential 1 (prior calibration)

inputT2 - tangential 2 (prior calibration)

inputLensModel - input lens distortion model (prior lens distortion)

inputLensModelIndex - input lens distortion model index

  $SaveImage( srcImage, dstImageFileName )
  or
  $SaveImage( srcImage, dstImageFileName, maxWidth, maxHeight )

srcImage - an image index (a number without quotes) or an image file path (a string with quotes): use the IterateImages function to get indexes of all inputs (see the example below)

dstImageFileName - a path where to store the image

maxWidth - if the image width is bigger than maxWidth, then the image will be scaled so that its width is equal to or less than maxWidth. To keep the original dimensions, use a negative number.

maxHeight - if the image height is bigger than maxHeight, then the image will be scaled so that its height is equal to or less than maxHeight. To keep the original dimensions, use a negative number.

  $IterateImages(
    $SaveImage( inputIndex, "$(inputImageName)$(inputImageExt)", -1, -1 )
  )
                

  $ExportImageResolutionStats( noParametersJustAnyText )

imageWidth - an image width

imageHeight - the image height

imageCount - a number of images with the width equal to the imageWidth and with the height equal to the imageHeight

  $ExportImageResolutionStats(
    Image width: $(imageWidth)
    Image height: $(imageHeight)
    Number of images: $(imageCount)
  )