2004 hypack max training seminar 1 case 14.a. utilities project: none an overview of utility program

2004 HYPACK MAX Training Seminar2004 HYPACK MAX Training Seminar 11

CASE 14.a.CASE 14.a.

UtilitiesUtilities

PROJECT: NONEPROJECT: NONE

An Overview of Utility ProgramAn Overview of Utility Program


ADVANCED CHANNEL ADVANCED CHANNEL DESIGNDESIGN Advanced Channel DesignAdvanced Channel Design

Calibration:Calibration:• Single Beam LatencySingle Beam Latency

Digitizing:Digitizing:• ChartChart• EchogramEchogram• Shore ManualShore Manual• Max Dig ToolMax Dig Tool

File Work:File Work:• Data AdjustmentsData Adjustments• Manual EntryManual Entry• MetadataMetadata• Metric File ConverterMetric File Converter• RemapRemap• Remap2Remap2• User Defined OutputUser Defined Output• Path FinderPath Finder• Merge XYZMerge XYZ

GeodesyGeodesy• Datum TransformationDatum Transformation• Grid ConversionGrid Conversion• InverseInverse• Traverse CalculationTraverse Calculation• Unit ConversionUnit Conversion• Project ConversionProject Conversion

ADCPADCP• ProfileProfile• ADCP To DXFADCP To DXF

OtherOther• Hardlock TestHardlock Test• StatisticsStatistics• Channel Condition ReporterChannel Condition Reporter• RoxannRoxann• XYZ to MTXXYZ to MTX• 3D Terrain Viewer3D Terrain Viewer

Make a CHN file out of nodes and have fun Make a CHN file out of nodes and have fun connecting the nodes into faces!connecting the nodes into faces!

CHNs are used in DREDGEPACK® to generate real CHNs are used in DREDGEPACK® to generate real time profiles and in TIN MODEL to compute volumestime profiles and in TIN MODEL to compute volumes

See Case 14.e. for detailsSee Case 14.e. for details


SINGLE BEAM LATENCYSINGLE BEAM LATENCY Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:

• Single Beam LatencySingle Beam Latency Digitizing:Digitizing:

• ChartChart• EchogramEchogram• Shore ManualShore Manual• Max Dig ToolMax Dig Tool





Determine the combined time delay between your Determine the combined time delay between your GPS and your echosounder.GPS and your echosounder.

Details in Case 5.d.Details in Case 5.d.


CHARTCHART Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:







Digitize your chart and save the results to Digitize your chart and save the results to HYPACK’s DGW format.HYPACK’s DGW format.

See Case 14.b. for details.See Case 14.b. for details.


ECHOGRAMECHOGRAM Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:


• ChartChart

• EchogramEchogram• Shore ManualShore Manual• Max Dig ToolMax Dig Tool





Having problems with liquid mud? Digitize your Having problems with liquid mud? Digitize your echograms with the ECHOGRAM program.echograms with the ECHOGRAM program.

Details in Case 14.c.Details in Case 14.c.


SHORE MANUALSHORE MANUAL Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:


• ChartChart• EchogramEchogram

• Shore ManualShore Manual• Max Dig ToolMax Dig Tool





Manually enter chart features and their Manually enter chart features and their coordinates. Save them to a DIG file.coordinates. Save them to a DIG file.

Details in Case 14.d.Details in Case 14.d.


MAX DIG TOOLMAX DIG TOOL Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:


• ChartChart• EchogramEchogram• Shore ManualShore Manual

• Max Dig ToolMax Dig Tool File Work:File Work:

• Data AdjustmentsData Adjustments• Manual EntryManual Entry• MetadataMetadata• Metric File ConverterMetric File Converter• RemapRemap• Remap2Remap2• User Defined OutputUser Defined Output• Path FinderPath Finder• Merge XYZMerge XYZ




Digitize features from OrthoTifs using the mouse. Digitize features from OrthoTifs using the mouse. Save the results to DIG format.Save the results to DIG format.


DATA ADJUSTMENTSDATA ADJUSTMENTS Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:







Make adjustments to RAW data files and save the Make adjustments to RAW data files and save the results to new files.results to new files.


MANUAL ENTRYMANUAL ENTRY Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:



File Work:File Work:• Data AdjustmentsData Adjustments

• Manual EntryManual Entry• MetadataMetadata• Metric File ConverterMetric File Converter• RemapRemap• Remap2Remap2• User Defined OutputUser Defined Output• Path FinderPath Finder• Merge XYZMerge XYZ




Have tag line data? You can manually Have tag line data? You can manually enter it into this program and save it enter it into this program and save it out to Edited ALL format.out to Edited ALL format.


METADATAMETADATA Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:



File Work:File Work:• Data AdjustmentsData Adjustments• Manual EntryManual Entry

• MetadataMetadata• Metric File ConverterMetric File Converter• RemapRemap• Remap2Remap2• User Defined OutputUser Defined Output• Path FinderPath Finder• Merge XYZMerge XYZ




Many USGovt agencies require you submit a Many USGovt agencies require you submit a Metadata file with your hydro data. This program Metadata file with your hydro data. This program saves the required information.saves the required information.


METRIC FILE METRIC FILE CONVERTERCONVERTER

Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:



File Work:File Work:• Data AdjustmentsData Adjustments• Manual EntryManual Entry• MetadataMetadata

• Metric File ConverterMetric File Converter• RemapRemap• Remap2Remap2• User Defined OutputUser Defined Output• Path FinderPath Finder• Merge XYZMerge XYZ




Before the PROJECT CONVERSION program, this was Before the PROJECT CONVERSION program, this was used to convert from feet to meters or meters to feet. used to convert from feet to meters or meters to feet. It’s on it’s last legs….It’s on it’s last legs….


REMAPREMAP Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:



File Work:File Work:• Data AdjustmentsData Adjustments• Manual EntryManual Entry• MetadataMetadata• Metric File ConverterMetric File Converter

• RemapRemap• Remap2Remap2• User Defined OutputUser Defined Output• Path FinderPath Finder• Merge XYZMerge XYZ




REMAP converts XYZ data to Edited ALL format. Any REMAP converts XYZ data to Edited ALL format. Any XYZ point within a specified distance of a planned XYZ point within a specified distance of a planned line is assigned to the ALL file for that line.line is assigned to the ALL file for that line.

TIN MODEL is a better alternativeTIN MODEL is a better alternative.


REMAP 2REMAP 2 Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:



File Work:File Work:• Data AdjustmentsData Adjustments• Manual EntryManual Entry• MetadataMetadata• Metric File ConverterMetric File Converter• RemapRemap

• Remap2Remap2• User Defined OutputUser Defined Output• Path FinderPath Finder• Merge XYZMerge XYZ




Originally designed for Public Works Canada to limit Originally designed for Public Works Canada to limit volume computations to a sub-area. The TIN MODEL volume computations to a sub-area. The TIN MODEL and CS&V can both now do the same with a border and CS&V can both now do the same with a border file. On it’s way out?file. On it’s way out?


USER DEFINED OUTPUTUSER DEFINED OUTPUT Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:



File Work:File Work:• Data AdjustmentsData Adjustments• Manual EntryManual Entry• MetadataMetadata• Metric File ConverterMetric File Converter• RemapRemap• Remap2Remap2

• User Defined OutputUser Defined Output• Path FinderPath Finder• Merge XYZMerge XYZ




Takes selected items from edited ALL format files and Takes selected items from edited ALL format files and outputs them to an ASCII text file.outputs them to an ASCII text file.

In the near future, it will be built into EXPORT TO In the near future, it will be built into EXPORT TO CAD.CAD.


PATHFINDERPATHFINDER Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:



File Work:File Work:• Data AdjustmentsData Adjustments• Manual EntryManual Entry• MetadataMetadata• Metric File ConverterMetric File Converter• RemapRemap• Remap2Remap2• User Defined OutputUser Defined Output

• Path FinderPath Finder• Merge XYZMerge XYZ




User runs the river center, saving data and processing it User runs the river center, saving data and processing it to an edited ALL format file.to an edited ALL format file.

They then load it into PATHFINDER and say, give me a They then load it into PATHFINDER and say, give me a planned line that matches the ‘path’ of the ALL format file, planned line that matches the ‘path’ of the ALL format file, using ‘n’ waypoints (10 in our sample.)using ‘n’ waypoints (10 in our sample.)


MERGE XYZMERGE XYZ Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:



File Work:File Work:• Data AdjustmentsData Adjustments• Manual EntryManual Entry• MetadataMetadata• Metric File ConverterMetric File Converter• RemapRemap• Remap2Remap2• User Defined OutputUser Defined Output• Path FinderPath Finder

• Merge XYZMerge XYZ GeodesyGeodesy

• Datum TransformationDatum Transformation• Grid ConversionGrid Conversion• InverseInverse• Traverse CalculationTraverse Calculation• Unit ConversionUnit Conversion• Project ConversionProject Conversion



HYDRO data

TOPO data

Combines hydro data in Edited ALL format with Combines hydro data in Edited ALL format with topographic data in XYZ format.topographic data in XYZ format.

Any XYZ topo point within a user defined Any XYZ topo point within a user defined distance of a planned hydro line is assigned to distance of a planned hydro line is assigned to that file. Files are re-sequenced from beginning that file. Files are re-sequenced from beginning to end.to end.


DATUM DATUM TRANSFORMATIONTRANSFORMATION








Used to compute a 3-parameter transform. Used to compute a 3-parameter transform. Explained in Case 2.c.Explained in Case 2.c.


GRID CONVERSIONGRID CONVERSION Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:




GeodesyGeodesy• Datum TransformationDatum Transformation

• Grid ConversionGrid Conversion• InverseInverse• Traverse CalculationTraverse Calculation• Unit ConversionUnit Conversion• Project ConversionProject Conversion



Used to convert from Lat-Long to X-Y and vice Used to convert from Lat-Long to X-Y and vice versa. See Case 2.c.versa. See Case 2.c.


INVERSEINVERSE Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:




GeodesyGeodesy• Datum TransformationDatum Transformation• Grid ConversionGrid Conversion

• InverseInverse• Traverse CalculationTraverse Calculation• Unit ConversionUnit Conversion• Project ConversionProject Conversion



Used to compute the geodetic distance between to Used to compute the geodetic distance between to geographic positions. Great for calibrating your geographic positions. Great for calibrating your Raydist and Argo nets. Put it on the shelf….Raydist and Argo nets. Put it on the shelf….


TRAVERSE TRAVERSE CALCULATIONCALCULATION





GeodesyGeodesy• Datum TransformationDatum Transformation• Grid ConversionGrid Conversion• InverseInverse

• Traverse CalculationTraverse Calculation• Unit ConversionUnit Conversion• Project ConversionProject Conversion



Computes a traverse on the ellipsoid.Computes a traverse on the ellipsoid.

Buy yourself a $20 COGO program. You’ll be glad Buy yourself a $20 COGO program. You’ll be glad you did.you did.


UNITS CONVERSIONUNITS CONVERSION Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:




GeodesyGeodesy• Datum TransformationDatum Transformation• Grid ConversionGrid Conversion• InverseInverse• Traverse CalculationTraverse Calculation

• Unit ConversionUnit Conversion• Project ConversionProject Conversion



Converts between distance or angular units.Converts between distance or angular units.

Win bar bets. Impress your friends.Win bar bets. Impress your friends.


PROJECT CONVERSIONPROJECT CONVERSION Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:




GeodesyGeodesy• Datum TransformationDatum Transformation• Grid ConversionGrid Conversion• InverseInverse• Traverse CalculationTraverse Calculation• Unit ConversionUnit Conversion

• Project ConversionProject Conversion ADCPADCP

• ProfileProfile• ADCP To DXFADCP To DXF


Convert all of the files in a MAX project from one Convert all of the files in a MAX project from one geodetic basis to another.geodetic basis to another.

See Case 2.f.See Case 2.f.


ADCP PROFILEADCP PROFILE Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:







Graph and compute river flow cross sectional Graph and compute river flow cross sectional flows.flows.

See Case 14.g.2 for detailsSee Case 14.g.2 for details


ADCP TO DXFADCP TO DXF Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:





ADCPADCP• ProfileProfile

• ADCP To DXFADCP To DXF OtherOther

• Hardlock TestHardlock Test• StatisticsStatistics• Channel Condition ReporterChannel Condition Reporter• RoxannRoxann• XYZ to MTXXYZ to MTX• 3D Terrain Viewer3D Terrain Viewer

Convert your ADCP data to DXF current vectors.Convert your ADCP data to DXF current vectors.

See Case 14.g.3.See Case 14.g.3.


HARDLOCK TESTHARDLOCK TEST Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:







What kind of MAX license do you really have?What kind of MAX license do you really have?

The new program also provides information for The new program also provides information for ARCS raster chart user permits (new keys ARCS raster chart user permits (new keys required).required).


STATISTICSSTATISTICS Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:






OtherOther• Hardlock TestHardlock Test

• StatisticsStatistics• Channel Condition ReporterChannel Condition Reporter• RoxannRoxann• XYZ to MTXXYZ to MTX• 3D Terrain Viewer3D Terrain Viewer

Compute z-value difference between regular and Compute z-value difference between regular and cross check lines and generate statistics.cross check lines and generate statistics.

See Case 12.c.2 for details.See Case 12.c.2 for details.


CHANNEL CONDITION CHANNEL CONDITION REPORTERREPORTER







OtherOther• Hardlock TestHardlock Test• StatisticsStatistics

• Channel Condition ReporterChannel Condition Reporter• RoxannRoxann• XYZ to MTXXYZ to MTX• 3D Terrain Viewer3D Terrain Viewer

Determine the ‘controlling depth’ for your Determine the ‘controlling depth’ for your channel sections as per NOAA requirements.channel sections as per NOAA requirements.

See Case 14.f. for details.See Case 14.f. for details.


ROXANNROXANN Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:






OtherOther• Hardlock TestHardlock Test• StatisticsStatistics• Channel Condition ReporterChannel Condition Reporter

• RoxannRoxann• XYZ to MTXXYZ to MTX• 3D Terrain Viewer3D Terrain Viewer

Tools to use the ROXANN Seabed Identification Tools to use the ROXANN Seabed Identification system have been recently overhauled. See John system have been recently overhauled. See John Marinuzzi for details.Marinuzzi for details.


XYZ TO MTXXYZ TO MTX Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:






OtherOther• Hardlock TestHardlock Test• StatisticsStatistics• Channel Condition ReporterChannel Condition Reporter• RoxannRoxann

• XYZ to MTXXYZ to MTX• 3D Terrain Viewer3D Terrain Viewer

Developed for dredgers to automatically create a Developed for dredgers to automatically create a filled matrix without having to master the TIN filled matrix without having to master the TIN MODEL. Results vary….MODEL. Results vary….


3DTV3DTV Advanced Channel DesignAdvanced Channel Design Calibration:Calibration:






OtherOther• Hardlock TestHardlock Test• StatisticsStatistics• Channel Condition ReporterChannel Condition Reporter• RoxannRoxann• XYZ to MTXXYZ to MTX

• 3D Terrain Viewer3D Terrain Viewer

Visualization of XYZ data. See cases 13.f.1 thru Visualization of XYZ data. See cases 13.f.1 thru 13.f.5 for details13.f.5 for details

2004 hypack max training seminar 1 case 14.a. utilities project: none an overview of utility program

Documents

chn file

hypack max training

utilities project

combined time delay

real time profiles

tin model