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The information in this publication is subject to change without notice and does not represent a commitmenton the part of gINT Software. The software described in this document is furnished under a license agreementor nondisclosure agreement. The software must be used or copied only in accordance with the terms of theagreement.Printed in July of 2005Disclaimer: Every effort was made to ensure accuracy. However, gINT Software makes no warranty as to thecorrectness of this information or the supplied files.Printed in the United States of America. All rights reserved worldwide. No part of this publication may bereproduced in any form or by any means without the prior written consent of gINT Software. Comments arewelcome and become the property of gINT Software.gINT is a registered trademark of gINT Software. All other products mentioned are trademarks or registeredtrademarks of the respective producers. Copyright 1985-2005 by gINT Software7710 Bell RoadWindsor, California 95492-8518707.838.1271707.838.1274 (Fax)Web re.com (for general support issues)sales@gintsoftware.com (for sales information)activate@gintsoftware.com (for activation codes)7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.com
Table of ContentsGetting Started . 1Introduction. 1System Requirements . 1Installation . 1Quick Start . 4Data Entry Details . 5Introduction. 5Relationships . 6Notes on Data Entry Structure . 7PROJECT Table . 9CORES (POINT) Table. 10Additional CORE Table . 11Samples Table . 12Testing Table . 14Soil Classification Grading . 16Notes on Gradation Calculations. 16Gradation Analysis Table . 18Core Layers Table. 19Core Layer Qualifiers Table . 19T Samples X CoreLayers Table . 20Creating the ROSS ACCESS File.20Modifications .22Setting up the Printer .23Company Information . 24Placing Your Logo . 24Introduction . 24Importing Your Logo . 24Using Your Logo. 25If You Do Not Have a Logo . 27Appendix .28Supplied Forms . 28Material Symbols . 347710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax 707.838.1274sales@gintsoftware.comwww. gintsoftware.comsupport@gintsoftware.com
Getting StartedIntroductionThe Florida Department of Environmental protection (FDEP) has created a database for offshore sandbarrows called ROSS - Reconnaissance Offshore Sand Search. Site investigations for sand searches willbe required to conform to the following: Perform calculations on the data to determine statistical parameters and other derived indices. Submit data and calculation results in a Microsoft ACCESS database of a specified format. Generate paper reports.gINT Software has configured a set of files that meet these requirements. This document describes thefiles and how to use them. These files are provided at no charge to all licensed gINT clients meetingthe system requirements listed below. Additional information on ROSS can be found athttp://ross.urs-tally.com.System RequirementsSupport of the gINT FDEP ROSS files requires gINT version 7 or later. If you wish to output report stylesother than the log form, gINT Professional is required. gINT Logs and gINT Logs Plus do not supportoutputting graph, graphic table, graph, or fence reports.If you are licensed for an earlier version of gINT, or have not purchased gINT Software, please contactour sales department for upgrade and purchase information.InstallationIf you have purchased gINT with the FL DEP ROSS files included, the files are automaticallyinstalled with the program, and you can skip this section of the document except for the notesbelow on the DLL.The required files are contained in two files. FL DEP ROSS.ZIP contains the gINT files. These aredescribed in the table below. If you are not sure where the referenced files are on your system, selectthe File f System Properties menu option in gINT and click the File Location Defaults tab.FL DEP ROSS.MSI is the installer program for the FL DEP ROSS.DLL. This contains the programming codenecessary for the operation of the data validation and calculation used during Input. Run this file fromany folder. Note that you MUST have the Microsoft .NET Framework installed on your system for theDLL to function. If you do not have the Framework installed, you can download and install it lyId 262D25E3-F589-4842-8157-034D1E7CF3A3&displaylang enTo check for the installation of the Framework, click the Windows Start button and then select“Settings” and then “Control Panel”. Then double click on “Add or Remove Programs.” If it is installed,you will find it under “Microsoft .NET Framework.”If you have downloaded an update of the DLL from our Web site, on running the installation, theprevious version will need to be uninstalled. The interface will either ask you to “Remove” or “Repair”the DLL (remove it in this case) or to use the Windows Control Panel Add or Remove Programsapplication. Once removed, install from the latest update.Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 1
FileDescriptionSave LocationFL DEP ROSS.GLBThis is the library file containingall the forms, symbols, lookuplists, input calculation, checkingcode, and so on.You can save this file to any folder butwe recommend saving it in the samefolder as your standard library file. DONOT merge this library into your existinglibrary.FL DEP ROSS.GDTThis is the data template fileused to create new projects.Same location as your data templates.FL DEP ROSS.GCXThis is the exportcorrespondence file used forexporting the gINT project datainto a file required forsubmission to the FDEP.Same location as your data templates.FL DEP ROSS EXPORTTEMPLATE.MDBThis is an ACCESS file in theformat required by the FDEP.This is a base file used togenerate the final data file.The same location as your data templates.FL DEP ROSS.GSCThis is a gINT script file forgenerating the sample output.See the Sample Output section ofthe Supplied Forms topic.The same location as your data templates.If you are using gINT version 7 or later,place this file in the Scripts folder.FL DEP ROSS.GPJThis is a sample gINT project.This file is used to generate thesample output.The same location as your projects.You can extract these files and then move them to the appropriate folder locations; however, it ismore convenient to use a feature that is built right into gINT. Select the UTILITIES application groupand click the Extract from ZIP option.You see the following screen:Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 2
In the Archive File field, click the browse buttonshould see a screen similar to the following:and navigate to the downloaded ZIP file. YouFlorida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 3
The program checks your system properties and directs the files to the recommended folders, exceptperhaps for the .MDB file. If you are using version 7.1.027 or later, the destination will be correctly setto the data template folder. Otherwise, you must click the Change Destination button next to the filepath to move it to the data template folder. You do not have to extract the .TXT file. To exclude itfrom the extracted file, change the Extract File option to Skip File. Click Execute when you are readyto extract the files.To use the files, you must switch to the ROSS library. To switch libraries, select the File f ChangeLibrary menu option. Use the same menu command to switch back to your standard library.Quick StartNote: Before working with the ROSS files, verify that the current library is set toFL DEP ROSS.GLB.The overall process of performing the input and generating reports is as follows:Open the INPUT application group, and select File f New Project f Clone Data Template.Alternatively, you can select the New Project buttonand then Clone Data Template.1. Select a data template from the Clone From dialog box. A data template stores the structuresneeded to create a project database. Select the FL DEP ROSS.GDT data template.2. The program prompts you for a project file name. The program automatically adds the .GPJextension.3. You see a series of tabbed screens, one tab for each section (called a “table”) in the database.Enter information in the tabs as you would a standard Windows spreadsheet.Note: If you are unclear on the meaning of a field, help text may be displayed onthe lower portion of the screen. Another resource is the Table Help button locatedon the upper right corner of the screen, which sometimes provides additionalinformation.4. After completing the data input, click the OUTPUT application group button.5. Click the appropriate OUTPUT application (logs, fences, graphs, and so on) and select a reportfrom the drop-down list in the upper left portion of the window.6. Click the print button, and then click OK in the Print Specifications dialog box.We have provided the sample project FL DEP ROSS.GPJ. The sample project was used to generate thesample output. You can open this project in the INPUT application, observe how the input wascompleted, and compare it to the sample output. For a quick introduction to the INPUT application,select Help f Contents and click on the Input Application or Grid topics.Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 4
Data Entry DetailsIntroductionThis section discusses the tables and fields in the project structure. Each table lists all the fields, thelookup list associated with the field, whether the list can be edited or not, and field descriptions andusage.When you save your data in a table that makes use of one of the code procedures called in the DLL file,there will be a noticeable delay in the save the first time you access the DLL in a gINT session. Afterthat first save, you will no longer notice a delay.There are four types of lookups used in this project structure: Libtbl: This is the Library Table lookup and is stored in the DATA DESIGN f Library Dataapplication. Lookup: This lookup is stored in the DATA DESIGN f Lookup Lists application. Graphic: Only the "matl" graphic library is used. This lookup is stored in the SYMBOLS fMaterial application. Liblist: This is a list of default reading lists used for establishing the sieve sizes used ingradation analysis testing.If a lookup allows editing, you can use the following processes: Type an entry in the field that does not exist in the list. You will be prompted to add it to thelist. Edit the list in its native application.If a lookup does not allow editing, typing an unlisted entry is not allowed. Although you can edit thelist in its native application, this is NOT an acceptable option. Lists that are not editable are setup inthat manner per the FDEP specifications.Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 5
The descriptions in the following sections are also displayed at the bottom of the screen when thefocus is on the field (as shown on the screen shot below; focus is on the “Depth Log Page” field).RelationshipsgINT databases are relational, and we have defined relations based on the requirements of the data.The following diagram shows the structure of the table relationships:A one-to-one relationship indicates that the child table is an extension of the parent table. Forexample, the ADDITIONAL CORE and TESTING tables could be eliminated and their fields inserted intothe parent tables (CORES and SAMPLES, respectively). These tables were created to make the dataentry process easier.Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 6
A one-to-many relationship indicates that there can be multiple child records for each parent.Therefore, a project can have many CORES, and a CORE can have many SAMPLES.Child records cannot be created without a parent. For example, you cannot move to the SAMPLES tableif you have not defined any records in the CORES table. If you try to, the program takes you back to theCORES table. The exception to this rule is that you can define records in the CORES table withoutpopulating any fields in the PROJECT table.If you need to rename a parent record, as a result of the relationships, you only need to rename theparent record and the child records are updated automatically when you save. For example, renaminga CORE renames the Core field in all the records associated with that CORE.Deleting a parent record deletes all the child records associated with it. A warning message isdisplayed when you save, and you have the option to cancel the save. You can then restore the recordsicon. Noteby selecting the File f Cancel Changes menu option or clicking on the Cancel Changesthat both the save and cancel changes options and icons are disabled until a change is made.For those familiar with the ROSS database structure, the table diagram appears to be missing manytables. The missing tables are lookup lists which, in gINT, are stored in the library file. The library isshared among all projects. The tables shown above are only those included in the gINT projectdatabase.Notes on Data Entry StructureIn the PROJECT, CORES, and ADDITIONAL CORE tables, all the data are accessible from one screen. Forthe other tables, you see only the data associated with one core at a time:You can switch between existing cores using the drop-down list near the top of the screen. Thefollowing function keys provide shortcuts for scrolling through the drop-down list: F6 - Moves to next core in the list. Shift F6 - Moves to previous core in the list. Ctrl F6 - Moves to last core in the list. Ctrl Shift F6 - Moves to the first core in the list.Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 7
3 QUICK TIP: If you forget these shortcuts, they are listed under the Navigationmenu.Notice the yellow background on the first field of the Top of Sample Interval (ft) column. In gINT, ayellow background indicates that the field is required. You cannot save your work until you havesupplied a value for all required fields. Two of the tabs in INPUT (Testing and Core Layers) consist oftwo tables each.The following screen shot is of the Core Layers tab:The parent table (top grid) is Core Layers, and the child table (bottom grid) is Core Layer Qualifiers.The child table shows the data for the current core (in the drop-down list box at the top of the screen)at the depth whose record has focus in the parent grid.Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 8
PROJECT TableThe PROJECT table is unique because there is only one record for each project. The data are onlyentered once for each project.FieldAgency NamePossessingLookupEdit LookupLibtbl!t agenciesYesAgency Name Managing Libtbl!t agenciesYesContact NameLibtbl!t contactsYesHorizontal CoordinateSystemLibtbl!horizontal coordinatesystemYesHorizontal DatumLibtbl!horizontal datumYesVertical DatumLibtbl!vertical datumYesDescriptionProject NameProject DateProject LocationShow Size StatsIf marked, Mean, Phi Sorting,Shell, Silt, and USCS appearunder the REMARKS columnon the log for each test.ACE DivisionUsed only for submission to theArmy Corps of Engineers.ACE InstallationUsed only for submission to theArmy Corps of Engineers.Depth Log PageDefault is 25. Can be overriddenfor specific cores using theDepth Log Page field in theCORES (POINT) table.Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 9
CORES (POINT) TableThe CORES table records information on the overall characteristics of each borehole. For all practicalpurposes, you can have as many cores as desired within a project. Notice that this table is one of thetwo tables (PROJECT being the other) required by gINT. The actual name for this table is the POINTtable, but we have captioned it CORES for this application.FieldLookupEdit LookupCore IdentifierCollection MethodDescriptionREQUIRED. Must beunique within a project.Identifiers can be duplicatedin complete database. ForGrab samples, this is theGrab Sample identifier.Libtbl! T collection methodsYesLibtbl!t drillersYesX CoordY CoordDriller NameDepth Drilled into RockPenetration DepthCore DiameterNumber Core BoxesGroundwater ElevationCollection DateStart TimeEnd TimeCore Top ElevationRecovered LengthGeologistCore LengthPhysical length of the core.Range MonumentRM Transect LocationFlorida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 10
FieldLookupEdit LookupDescriptionDepth Correction basedon RecoveryIf you corrected themeasured depths based oncompression or expansionof core soils, mark thisfield. Otherwise, if you usedthe unaltered measuredvalues, leave this blank.Depth Log PageOverrides the Depth LogPage field in the PROJECTtable for the current core. Ifboth are blank, 25 is used.PlungeHole angle from horizontal,-90 to 90. -90 verticaldown. Default is -90.Note: In regards to the Depth Correction based on Recovery field, to accommodate corerecovered lengths greater than penetration depths, the check of data depths was modifiedso that you can have depths up to the maximum of the penetration depth and recoveredlength. If this field is selected, the note “Depths and elevations corrected for eitherexpansion or compaction based on judgment” is printed on all reports. If unchecked, thenote “Depths and elevations based on measured values” is printed.Additional CORE TableThe log form was based on the Army Corps form 1836. Some of the fields in the header of that formwould rarely--if ever--be used in a sand survey project. Those fields were placed in a separate table tomake the CORES table less populated. This table is a one-to-one child of the CORES table.FieldLookupEdit LookupLookup!hammer typeNoDescriptionCore IdentifierContractor File NumberHammer TypeNumber Disturbed SamplesNumber Undisturbed SamplesFlorida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 11
Samples TableYou can input as many samples as required for each core in this table.FieldLookupEdit LookupDescriptionCore IdentifierTop of Sample IntervalBottom of SampleIntervalSample IdentifierNon-unique ID for a sample, relativeto the individual project. Leaveblank for Grab samples. Requiredfor all other types. Can have virtualsamples, that is, sample identifiersthat are repeated within a boreholethat indicate similar properties.Virtual SampleRepeat of another Sample Identifierto represent soil characteristicswithin another layer. No testing orother sample attributes can be inputfor a virtual sample. Only Top andBottom depth and the sampleidentifier.SphericityLibtbl!t sphericity luNoAngularityLibtbl!t angularity luNoUSCS ClassificationGraphic!matlNoNot used if a USCS classification isdetermined by testing. That valuestored in the TESTING table. Thisfield is only for visual determination.Munsell Hue WetRecognized Munsell value (ex: 5Y,10YR, and so on)Munsell Value WetNon Specific Numeric ValueRanging from 0 to 10Munsell Chroma WetNon Specific Numeric ValueRanging from 0 to @ 20Munsell Hue DryRecognized Munsell value (ex: 5Y,10YR, and so on)Munsell Value DryNon Specific Numeric ValueRanging from 0 to 10Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 12
FieldLookupEdit LookupDescriptionMunsell Chroma DryNon Specific Numeric ValueRanging from 0 to @ 20Munsell Hue WashedRecognized Munsell value (ex: 5Y,10YR, and so on)Munsell Value WashedNon Specific Numeric ValueRanging from 0 to 10Munsell ChromaWashedNon Specific Numeric ValueRanging from 0 to @ 20Sample CommentsNote: The Sample Identification field in the SAMPLES table is not required if the "core" is agrab sample. The program clears that field if it is a grab sample. The core identifier is usedas the grab sample identifier. No more than one record is allowed in the SAMPLES table if itis a grab sample.Note: Mark the Virtual Samples checkbox for all virtual samples. Virtual samples are theonly ones that allow a duplicated Sample Identifier.Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 13
Testing TableEach sample can have one test associated with it. This table lays out the overall characteristics of eachtest and stores calculated indices. Calculations are performed by the program when you save. Thecalculations are done using the gINT Rules code that we have written to the FDEP specifications. Thiscode is stored in the DLL. If you discover problems with these calculations, please contact gINTSoftware. Calculated fields are read-only and cannot be edited. Read-only fields are indicated by agray background.FieldLookupEdit LookupDescriptionCore IdentifierSample Top DepthCollection DepthName of LaboratoryNot a ROSS data field. Used to showactual depth test specimen was collectedwithin a sample.Libtbl!t labsYesSieve SetLiblist!dftrdgYesIf blank, STANDARD SET is used.Weighing MethodLookup!sieve weighingmethodNoIf blank, Incremental is used.Date of Sample AnalysisWeighing Tare WeightIf a value is supplied, it is subtracted fromthe Weight Retained values in the test.Dry Weight TareOnly needed if inputting weight retainedon sieves.Wash Weight TareOnly used to calculate Sieve Loss.Pan Weight TareOnly used to calculate Sieve Loss.Analyzed ByPlasticityOrganicLibtbl!plasticityNoRequired for USCS classification if % #200 sieve is 5 or greater.Used to determine the USCSclassification.Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 14
FieldUSCS ClassificationLookupEdit LookupDescriptionDetermined from the testing results. Usethe USCS Classification field in theSAMPLES table for visual classificationwhen there is no testing for a sample.NOTE: SP, SW, GP, and GW areclassified using sorting, and not themethod specified by ASTM D2487.Sieve LossPan FractionFinesShell FragmentsMeanMoment methodMedianStdMoment methodSkewnessMoment methodKurtosisMoment methodCarbonateHeavy MineralsOrganicsCarbonate DissolvedHeavy MineralsDissolvedOrganics RemovedShell FragmentsRemovedLab RemarksNote: For the Organic field, if the checkbox is marked, the USCS classification ismodified to the organic classification. This field is only used if the soil classifies asan ML or CL (converted to OL) or MH or CH (converted to OH), otherwise it isignored.Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 15
Soil Classification GradingThe criterion for classifying a sand or gravel as "well" or "poorly" graded is based on the following: If the sorting is greater than or equal to 0.855 it is classified as well graded. If the sorting is below 0.855, the soils are classified as poorly graded.This is very different from the standard USCS method which is based on the coefficient of uniformity(Cu) and of curvature (Cc). Therefore a “SW” classification, for example, using the above algorithmwould most likely not classify as an “SW” using the USCS method.Notes on Gradation CalculationsThe following fields in the TESTING table impact the calculated results of the gradation analysis.Sieve Set: This field populates the sieve sizes automatically once focus is placed in the child grid(GRADATION ANALYSIS table) on a new test. If left blank, the "STANDARD SET" is used. The shippedproduct files also contain a "FULL" list. You can add your own sets in the DATA DESIGN f ReadingsLists application.The easiest way to create a new set is to set the current record to "FULL" (there are more entries thanshown on one screen), and select the File f Copy Page menu option. Specify a new name in thesubsequent dialog box, click OK, and then delete the rows that you do not want.All lists built in this application are displayed in the Sieve Set field drop-down list in INPUT. TheReading field is used to populate the "PHI Size" column and the Name field is used to populate the "StdSieve Size" column in the child grid.When you save, the program removes all records in the child with empty fields except for "PHI Size"and "Std Sieve Size".Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 16
Weighing Method: The program needs to know which method is used to record Wt Retained Tarefield in the child grid. Some labs record weights retained on each sieve (Incremental) and othersweight the total weight up to the current sieve (Cumulative). If left blank, Incremental is used as thedefault. If you will be inputting or importing the final results and not the raw data, this field is notused.Weighing Tare Weight: This is the weight of the tare used in the next three fields and in the WtRetained Tare field in the child grid.Dry Weight Tare: This is the total dry weight plus the tare of the sieved specimen. This field is notused if inputting or importing final results.Wash Weight Tare: This is the total dry washed weight plus tare. This field is only used to calculatesieve loss.Pan Weight Tare: This is the total cumulative dry weight plus tare recorded on the pan. This field isonly used to calculate sieve loss.Plasticity, Organic: These two fields are used to modify the USCS classification.Florida DEP ROSS7710 Bell RoadWindsor, CA 95492Phone 707.838.1271Fax ware.comwww. gintsoftware.comPage 17
Gradation Analysis TableThis is the child table of TESTING and stores the gradation raw lab data, final grain size, and percentpassing/retained information.FieldLookup Edit LookupDescriptionCore IdentifierDepthPHI SizeWeight Re
7710 Bell Road Windsor, CA 95492 Phone 707.838.1271 Fax 707.838.1274 . The program checks your system properties and directs the files to the recommended folders, except perhaps for the .MDB file. If you are using version 7.1.027 or later, the desti
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