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LPS 9.3 Fixes & Enhancements

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Fixes

  • ERDAS IMAGINE 9.3.2 / LPS 9.3.2 GeoEye, FORMOSAT, Projective Transform, and Image Info Fix

    This fix is an updated version of C09061, which is not required. This fix requires that the LPS 9.3.2 or ERDAS IMAGINE 9.3.2 update be installed first.

     

    Sensor Model Enhancements

    • Added support for GeoEye NCDRD format rigorous orbital sensor model in LPS and Geometric Correction Tool (images must be first calibrated with the NCDRD sensor model in LPS to be used in Geometric Correction Tool. This shortcoming will be addressed in a future release) (LPS-2526).
    • Improved the initial model accuracy for GeoEye/Orbview orbital model
    • Corrected the display issue in Terrain Editor with FORMOSAT-2 orbital model (LPS-2693).Projective transform will not run in Geometric Correction (IMG-5899/5165).

    IMAGINE Image Info

    • Fixed an error in Image Info which caused a crash when trying to set a NoData value (IMG-5147).

    Other 

    • Fixed behavior of IMAGINE Annotation (.ovr) editing for the Create Arc Annotation window to remain active when editing. (IMG-5689).

    NITF

    • Corrected error in NITF DES header length when chipping NCDRD NITF (IMG-5248).
    • Corrected errors in compression marking in J2KLRA TRE (IMG-5250).
    • Significantly improved OLH explanation of NITF geolocation method order preference (IMG-5020).
    • Fixed an error when saving all layers as NITF in the viewer with 16 bit imagery (IMG-6065).
    • Updated help for NITF Geolocation Method Order Preference (IMG-5597).
    • Corrected errors exporting RPC to NITF (IMG-5236).
    • Corrected an error in the export of NITF files with masked tables (IMG-4208).
    • Added support in the baseline software for a new DPM 9.3.2 fix that addresses several issues (IMG-5995, IMG-6096, IMG-6289, IMG-1899, IMA-688).
    • Improved Unchip Tool to handle NITF NCDRD format. It will only write RPC models, not rigorous, to the output file (IMG-6502).


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  • ERDAS IMAGINE 9.3.2 / LPS 9.3.2 GeoEye-FORMOSAT, Projective Transform, and Image Info Fix

    This fix requires that the LPS 9.3.2 or ERDAS IMAGINE 9.3.2 update be installed first.

     

    Sensor Model Enhancements

    • Added support for GeoEye NCDRD format rigorous orbital sensor model in LPS and Geometric Correction Tool (images must be first calibrated with the NCDRD sensor model in LPS to be used in Geometric Correction Tool. This shortcoming will be addressed in release 10.1).
    • Improved the initial model accuracy for GeoEye/Orbview orbital model.
    • Corrected the display issue in Terrain Editor with FORMOSAT-2 orbital model (LPS-2693).
    • Projective transform will not run in Geometric Correction (IMG-5899).

    IMAGINE Image Info

    • Fixed an error in Image Info which caused a crash when trying to set a NoData value (IMG-5147).
    • Fixed behavior of ArcTool edit window (IMG-5689).

    NITF

    • Corrected error in NITF DES header length when chipping NCDRD NITF (IMG-5248).
    • Corrected errors in compression marking in J2KLRA TRE (IMG-5250).
    • Significantly improved OLH explanation of NITF geolocation method order preference (IMG-5020).
    • Fixed an error when saving all layers as NITF in the viewer with 16 bit imagery (IMG-6065).


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  • This removable fix requires the 9.3.2 upgrade for ERDAS IMAGINE and LPS 9.3.2 (C09021). It delivers the latest snapshot of ERDAS IMAGINE's continually improving CIB® and CADRG capabilities. This is an incremental Beta release of new RPF capabilities. All existing CIB and CADRG capabilities and the new features listed below have been fully tested. However, the release is known as a "Beta" because some new functionality is not yet documented and not yet fully tested. It is planned to release at least one update to this fix as capabilities improve and it undergoes JITC certification.

    Issues Addressed

    • All CADRG scales are now functioning properly.
    • Improved compatibility with 3rd party software has been achieved.
    • Corrected an error when trying to load an ECRG product by selecting the ECRG TOC file. (Note: Whenever displaying multiband processed raster data, such as a tactical chart or political map stored in an ECRG format, the Viewer’s preference “No Stretch” should be used.)
    • Corrected an error when setting NODATA value in ImageInfo.

    Features Added

    • Subset capability: An upper left and lower right coordinate can now be entered to define a bounding rectangle for the output product. If the subset occurs in the middle of a frame, then the full frame is generated. Previously the input image had to be identical to the desired output footprint.
    • Output directory: The output directory for the RPF can now be specified on the Exporter Dialog.
    • Improved usability: The Exporter dialog remains open during an export, all GUI settings can be saved as attributes, and improved error messages are displayed.
    • Incremental building of RPF: The Exporter dialog allows you to specify whether or not you are replacing or updating an RPF product currently in the output directory.
    • Improved color tree generation: The color tree generated for CADRG is cached to a text file which avoids repeated calculation during multiple exports. Also a configurable "skip" factor will save time (but reduce color quality) allowing a quick run / preview of a full quality export.

    Several additional tools and features focused on allowing users to produce CIB that can pass NGA certification have been added. These features and tools are available but remain under testing, and are not fully documented or officially supported yet. Additional improvements in this area are also under development.


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  • This fix requires ERDAS IMAGINE or LPS 9.3.2.

    IMAGINE OrthoRadar

    • Minor improvements to user interface
    • Fixed errors in image calibration process
    • Fixed several errors relating to GCP collection

    IMAGINE InSAR

    • Manual baseline now shows the user dialog with MCF control image rather than unwrapped phase image
    • Fixed error in interferogram computation (IMA-1166)
    • Fixed user interface coregistration step dealing with search width min and max (IMA-1251)
    • Fixed error in automatic and manual baseline adjustment
    • Fixed error in height calculation step when GCPs are used
    • Improved accuracy when GCPs are used

    IMAGINE StereoSAR

    • Fix error when dealing with high resolution SAR data (TerraSAR-X, COSMO-SkyMed, and RADARSAT-2)
    • Minor improvements to user interface

    IMAGINE Coherence Change Detection

    • Fixed user interface coregistration step dealing with search width min and max

    IMAGINE Viewer

    • Fixed a bug dealing with RADARSAT-2 data, which showed an error when opening an image and changing the Files Type dropdown list to RADARSAT-2 (product*.xml).

    IMAGINE Image Info

    • Fixed an error in Image Info which caused a crash when trying to set a NoData value (IMG-5147)


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  • ERDAS IMAGINE 9.3.2 Image Info Fix for NoData problem

    This fix requires ERDAS IMAGINE and/or LPS 9.3.2.

    IMAGINE Image Info

    • Fixed an error in Image Info which caused a crash when trying to set a NoData value (IMG-5147)


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  • Install this ATCOR 9.3 fix only if you have the ATCOR module for ERDAS IMAGINE 9.3 installed and licensed.

    1. An inaccuracy in the surface reflectance retrieval for tilt imagery has been corrected. In the earlier version only two relative azimuth angles of 30° and 150° are used for off-nadir geometry. This is corrected with this FIX. More accurate LUTs are now used for all aerosol types to minimize the effect.

    2. The following Sensorts are now supported:

     

    ALI-Advanced LI
    ALOS AVNIR-2
    ASTER
    Cartosat PAN
    UK-DMC
    Formosat-2; Formosat PAN
    IRS-1A/B LISS-2
    IRS-1C/D LISS-3; IRS-1C/D PAN
    IRS-P6 AWiFS; LISS-3; LISS-4
    Ikonos 2; Ikonos 2 PAN
    KOMPSAT-2; KOMPSAT-2 PAN
    Landsat-4/5 MSS; Landsat-4/5 TM
    Landsat-7 ETM+; Landsat-7 PAN
    MOS-B
    OrbView-3; OrbView PAN
    QuickBird; QuickBird PAN
    SAC-C / MMRS
    SPOT-1/2/3 MS; SPOT-1/2/3 PAN
    SPOT-4 MS
    SPOT-5 MS; SPOT-5 PAN

    3. New Reference Spectra have been added:

    water_average_lake
    water_bright_lake
    water_clear_over_bright_sand
    water_sea

    4. The Value Adding Products (VAP) Module now starts correctly.

    5 The memory management has been improved => No size limitation in the Atmospheric Correction. The limitation in Haze Reduction is still around 8k x 8k (as ATCOR corrects haze using a statistical approach for the whole image is not recommended to apply the Haze Reduction to very large possibly heterogenious images).


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  • This release includes the following enhancements. Refer to the “Release Notes” tab in the Install Manager or in the “Accept” window of the Installation for a complete list of the fixed issues for 9.3.1.


    LPS Core

    • Added required entry of Average Terrain Elevation when creating a block file for Orbital Pushbroom sensors.
    This entry overrides the generally less accurate method of using the sensor metadata to derive a mean elevation.

    Stereo Point Measurement/Classic Point Measurement

    • Improved and simplified image loading.
    • Added “Create Ground Control Point” feature that calculates 3D ground coordinates from image points which
    are measured in at least two images. This is particularly useful in transferring control points from more
    accurately oriented imagery into lower accuracy imagery.
    • Improved several icons to maintain consistency with other dialogs in LPS and IMAGINE.
    • Improved image tracking to use the mouse wheel to adjust the image positions in relation to each other and remove the x-parallax.

    RPC Generation

    • Added fields to give the user the ability to control parameters of the RPC fit cube. This can help improve the fit accuracy.
    • Added an option to output a report file that shows where higher residuals are falling, check point and fit point statistics, and other information that help to refine the results on subsequent generations.

    LPS Core Triangulation

    • Improved RPC refinement by automatically detecting points with parallel rays and using these parallel rays as an additional constraint. This eliminates the need to manually delete points with no convergence.

    ERDAS MosaicPro

    • Improved memory management during Image Dodging and seamline generation.
    • Faster seamline refreshing after editing and undo.
    • Improved performance when running MosaicPro with a shapefile or an AOI with multiple polygons as a single output mosaic.

    Defense Productivity Module

    Image Slicer

    • Added capability to input active area.
    • Named all segment IDs from West to East regardless of how images were captured.
    • Improved quality of segment boundary computation.
    • Added an option to trim the nonoverlapping portions of the stereo segment image pairs.
    • Changed the pyramid generation so it is driven by the IMAGINE preferences rather than always making pyramids after segmentation.

    TFRD AMSD Calibrator

    • Eliminated requirement that LPS be installed to generate an Image Slicer project file (.isproj).
    • Added an option to output the rectangle and stereopair accuracy values from AMSD to a text file.

    IMAGINE Radar Mapping Suite

    • You can now use the Subset Processing Step to extract portions of the input images in InSAR from which to generate a DEM.
    • Multilook factors are now displayed directly on the Reference DEM Processing Step of InSAR.
    • Coherence window values are now edited within the Interfere Processing Step of InSAR, and a working Coherence image is generated and available for viewing.
    • The Register step in InSAR has been renamed Coregister in which the match image is coregistered to the reference image.
    • In the Coregister step, there are now two tabs named Coregistration Input Parameters and Coregistration Output Coefficients. The Coregistration Output Coefficients tab contains a CellArray reporting polynomial coefficients which describe the pixel shift of the match image along the x-direction and along the y-direction.
    • In the Height step of InSAR, you can now select an interpolation method for the resample process as part of the chosen rectification method.

    ERDAS IMAGINE – General

    • Chooser icons, such as those for selecting colors or Annotation styles, now have two portions. Click the top portion to open the Chooser dialog directly; or click the bottom portion to open the selection menu as before.

    IMAGINE GLT

    • GeoPoint Annotation has a new Properties dialog where you can select a template for the text to be displayed. You can also configure options indicating where the label is to be placed and whether or not there is a leader line from the label to the point. The text template can be a dynamic coordinate (as before), an incrementing number, a static string or a combination of coordinate or incrementing number and static string.

    IMAGINE Viewer

    • In addition to the Annotation Alignment tool, the Annotation menu and tool palette now contain separate options for aligning annotation vertically or horizontally.
    • You can now save a Footprint layer in the Viewer/GLT as Annotation or as a shapefile.

    IMAGINE Composer

    • Leading zeros are now displayed for coordinates in Grid/Ticks.
    • You are now able to specify the text to be displayed for the units in an Annotation Scale Bar.
    • When generating an Annotation Grid/Tick, you can now specify a rotation angle for the coordinate labels.


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  • Accuracy issues were introduced by 9.3 in the ortho-resamping process when the default cell size for image access in low-level libraries was changed from 64 to 512. This fix restores the accuracy of the resampling process in both LPS 9.3 and ERDAS IMAGINE 9.3 (Warp Tool).

    This fix pertains to both LPS 9.3 and ERDAS IMAGINE 9.3, and is available via each product's fix menu. You need only install the fix once, and you may select it from either LPS 9.3 or ERDAS IMAGINE 9.3.


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Enhancements

  • ERDAS IMAGINE & LPS Version 9.3.2

    You may install the V9.3.2 enhancement directly on top of V9.3. There is no need to install V9.3.1 first. If you have V9.3.1 installed, do not uninstall it. Simply install V9.3.2, regardless of your configuration. V9.3.2 is cumulative and includes all updates from V9.3.1. Refer to the “Release Notes” tab in the Install Manager or in the “Accept” window of the Installation for a complete list of the fixed issues for 9.3.2. This fix is identical to the one listed under LPS 9.3; download and install either one. This service pack includes the following enhancements.

    ERDAS IMAGINE 

    • New spheroids for the Moon and the planets in our solar system have been added to the Projection Chooser. The IMAGINE reprojection package no longer checks that spheroids must be approximately the size of the Earth.
    • A new connection method to ERDAS TITAN has been added. When ERDAS TITAN is installed, the TITAN icon appears in the ERDAS IMAGINE icon panel.
    • You can enter the web address of an ERDAS Compressed Wavelet protocol (ECWP) type image to open it directly in an IMAGINE GLT Viewer.
    • Support has been added for the COSMO-SkyMed radar sensor satellites, developed by the Italian Space Agency and Telspazio.
    • Read support for Enhanced Compressed Raster Graphics (ECRG) TOC format files has been added.
    • The Raster Products Format (RPF) Exporter has been optimized and improved to export frames in multiple independent processes, which greatly improves performance on high end machines.
    • The RPF Exporter can now automatically calculate a scale resulting in an output RPF where the pixel size closely approximates that of the input image. This option is named Custom Image-Derived Scale.
    • Additional scale options have been added to the RPF Exporter, including an Absolute scale of 0.5 meters, and new City Scales of 1:1250, 1:2500, 1:3000, 1:5000, and 1:7000.

    IMAGINE Radar Mapping Suite

    • SAR Node Tool is the new name for the Generic SAR Node dialog. The SAR Node Tool allows you to edit the parameters of the sensor and satellite orbit of an image acquired by synthetic aperture radar sensors.
    • Batch processing of Coherence Change Detection and InSAR projects is now available.
    • In the Input step of Coherence Change Detection and InSAR, there are now two tabs named Imagery and DEM. Now you can specify the input Digital Elevation Model image during the Input step, and it is automatically populated in subsequent processing steps.
    • Baseline Refinement is a new processing step in InSAR in which you can select from several methods of changing the spatial distance (baseline) between the reference image sensor and the match image sensor. Baseline can be refined in one of three ways:
      • Automatically correct the Perpendicular baseline component using all available GCPs
      • Manually enter values for the Perpendicular and Parallel baseline components
      • Select two GCPs from which the new Perpendicular baseline is calculated automatically
    • The Output DEM image created in the InSAR Height step is available both in grayscale and in relief.
    • Any values changed in the currently visible processing step of Coherence Change Detection or InSAR can be reset to the default values by clicking the new Defaults icon.
    • The SAR Geometric Information dialog reports a new parameter named Altitude of Ambiguity indicating the altitude difference between two consecutive fringes of the same color displayed in the colored interferogram. The SAR Geometric Information dialog was previously named the Collection Information dialog.

    LPS Core

    • Significantly improved the performance of the following processes for any image that uses a Mixed Sensor geometric model.
      • Ortho resampling using Mixed Sensor in LPS
      • Ortho resampling using calibrated images with Mixed Sensor in Geometric Correction
      • Display of calibrated images with Mixed Sensor in Viewer (with “Orient Image to Map System” on)
    • Extended the preference that controls the display of the full file pathname to apply to all pick lists and cell array interfaces where the full file pathname displays.
    • Added a preference to force constraints on tie points that have a very narrow ray convergence.

    Stereo Point Measurement/Classic Point Measurement

    • Added “Force North-up” icon to the viewer. This new feature rotates all images to North-up direction and makes it easier to locate similar areas or common points. If the rotation is significant (worst case is 90 degrees) then you lose stereo view.
    • Added a “View” tab on the Properties dialog that allows you to maintain the same scale factor over all images. This way images with different native scales will be displayed in the same map scale.
    • Added an option in SPM to choose to display either image coordinates or ground coordinates in the status bar.

    ATE

    • Added “Threshold to compensate for relative rotation of image pairs to improve ATE results” preference. This preference improves ATE results when image pairs have an uncommon relative image rotation by eliminating holes or blunders.

    ImageEqualizer

    • Added a "save" capability that stores the image's statistic data with the images and loads it automatically when you reopen the project.

    ERDAS MosaicPro

    • When exporting seamlines from MosaicPro, those shapefiles now contain additional information stored as attributes. These attributes include the image name and acquisition date and time. This makes it easier to relate a seamline to the image from which it was derived. The output shapefile is consumed by the IMAGINE RPF exporter when making CIB to automatically drive output product values.
    • A new feature in MosaicPro extracts the image acquisition date from image metadata (when available) and allows you to sort images based on acquisition date. Now you can sort images for mosaic priority with the most recent on top. You can also enter or edit the date in the cell array and revise the order. Search for "Sort Images" in the online help for complete instructions on this new feature.

    PRO600 & PRO600 Fundamentals

    • A new tool for collecting object height-annotated symbols
    • New PROLPS driver options to automatically disable AccuDraw and AccuSnap
    • Support for PRO600 for SOCET SET 5.4.2

    Defense Productivity Module

    • Sensor Models
      • Significantly improved the performance of the following processes for any image that uses the CSM geometric model. This includes the MC&G model.
      • Ortho resampling using calibrated images with CSM in Geometric Correction.
      • Display of calibrated images with CSM in Viewer (with “Orient Image to Map System” on).
    • Image Slicer
      • Significantly improved the segment footprint computation when using a terrain file.
    • Precision Ellipse Generation (PEG) Tool
      • Added a tool to support precise computation of the error ellipse for an RPC image/DTED intersection. The resulting ellipses display in the Viewer and graphically show the confidence in the reported position of a given point location. You can export these ellipses to fully attributed 2D or 3D shapefiles.


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