Minerals and Geohazards Division Plot-It User Guide
Contents
1. ADP AP MA AS TT emer a Gavin McKenzie Page 10 23 12 2003 Using the Plot It System Advanced Version From the Welcome page click on the Advanced Java applet hyperlink You are here Home gt PLOT IT AUStralia s Plat It System Plot It Home Advanced Java applet Basic html version Installation Guide First you will be prompted with a Licence Agreement and Privacy statement Continuing will imply that you have read and agreed to the Mo terms and conditions of these gt Esijt statements This is only valid if you download or save data from Geoscience Australia s databases User Guide DD Geescienct Hesbrale Het A versi n 10 0 Mitos lalersel Explorer prsvaded bp bensceace Airai E alj ee gen rte Doe ee F ry a y idl y A dd E n Bact Mona hon Retresh Horas Tachi Frari Hbri Mai Print Print Fraa cri E Address El hato hewn 3 akee aakala op Linke Peserai Ceas fp uo PTY Gude boga CGEM andrraght Epiit E Mgeererhraoc D ie 2 CIMA Wah Home About Us Contact Us Media News Topics Tools Products Education Links Advanced Search ierwords search Updated 20 Nowrembor 2003 Access Advanced System java applet ccess to the Wholereck and Stream Sediment Geochemical database OZCHEMI Is avallabile Continuina implies that If you download or save dats retrieved From Geoscdence Australia s databases you Gave read and agree2. Rows in the Group screen select the Previous Button will also be highlighted Overlays Standard overlays for XY Scatter and Ternary diagrams are provided however this can be copied to a local file system and modified or new ones created Text labels can also be added save Graph Plots Once satisfied with the plot click on the Save Image button _ Savelmage The Save dialog box will be displayed x Save In a Personal cal tt cal Wz 4 Old Excel Documents i Rescued Document File Name Files of Type All Files s Ls ema Navigate to where the plot image is to be saved then click on the Save button Gavin McKenzie Page 23 23 12 2003 Exiting the System From the File menu select Exit File Select Filter Group Grapt Import Import Fitter Data import Group Data OfCHEM Database Retrieval import Multiple Filter Data Files Re Config Default Directory Exit Note This will close the screen containing the applet You will find that the calling browser will still be open Exit the browser by pressing the Exit button or by closing the window Gavin McKenzie Page 24 23 12 2003 Helo Desk Support If you are experiencing difficulties using Plot It or have any questions contact Neal Evans Minerals Division Database Project Ph 02 6249 9698 Email Neal Evans qga qov au If you have any questions regarding the data extracted from Geoscience Australia s Whole rock and
3. To import data Click on the relevant File sub menu e Import e Import Filter Data Data previously saved from the Filter screen e Import Group Data Data previously saved from the Group screen The Open dialog box will be displayed x Look In E Personal cal tt ca Wz a Old Excel Documents i Rescued Document File Name Files of Type All Files a ae Locate the data file s you wish to import and then click on the Open button Importing Multiple Data Files This utility concatenates multiple files of the same format structure into a single table for use within Plot It During the merge the original filenames are captured and stored in a source column File Select Filter Group Graphs Help import import Filter Data import Group Data HENEM patahe DEA Re Conf 16 Default Sa Exit Gavin McKenzie Page 13 23 12 2003 The following dialog box will appear x Import Multiple Filter Data Files Select Merger impor Remove Cancel Pressing Select will present a similar Open dialog box to the previous Import process The order in which to select the multiple files will determine the initial order in which the resultant datafile is sorted Retrieving Data from the OZCHEM Database From the File menu click on OZCHEM Database Retrieval File select Filter Group Graphs Help Import import Filter Data import Group Data OZCHEM Database Retrieval _ Import Multi
4. a suitable location When ready click on the Continue button _ Continue The Group screen will appear Group Functions The following Group screen will be displayed E Geoscience Australia Plot It Release Version 1 0 0KP 3 0 gt File Select Filter Group Graphs Help Group related rows together Siteid Origno Sampleid Rocktypenol Rockype Lithname Qualifier Qualifier2 Qualifier3 _ Strano Stratname Group One 9 LFB1964 120 LFB1964 Group Row No 2 felsic intr granite Group One 10 LFB2001 120 LFB2001 2 felsic intr granite Group One 11 LFB1944 120 LFB1944 2 felsic intr granite Group One 12 LFB1864 120 LFB1864 2 felsic intr granite Group One 13 LFB1916 120 LFB1916 2 felsic intr granite Group One 14 LFB1775 120 LFB1775 2 felsic intr granite Group One 15 LFB1779 120 LFB1779 2 felsic intr granite Group One 16 LFB1704 120 LFB1 704 2 felsic intr granite Group One 17 LFB1638 120 LFB1638 2 felsic intr granite Previous Save Continue Gavin McKenzie Page 19 23 12 2003 Assign Groups This item is accessed from the Group menu and copies values from any column to the Group column A group is a logical set of samples which will be displayed with all samples within it having the same symbol If groups are not assigned all samples will belong to a single group sorting To sort a column into an order numerical alphab
5. of the document not linked or other documents are displayed in italic For example Technical information can be found in the Geoscience Australia Databases Overview and Developers Guide References to forms windows and frames within an application also appear in italic For example Queries can be entered from the XXXXX Form The names of fields keys menus and buttons on a window are displayed in bold For example In the province name field enter the name of the zone Page 2 23 12 2003 Introduction Welcome to the User Guide for PLOT IT Geoscience Australia s web based Geochemical Data Analysis GDA system The redevelopment of Geoscience Australia s Geochemical Data Analysis GDA package to run on a standard web browser provides GA staff and clients with an easily accessible software application for the retrieval and visualisation of geochemistry data With PLOT IT users can extract data directly from Geoscience Australia s whole rock and stream sediment geochemistry database OZCHEM into a table then filter sort and group data from the table before plotting it as an X Y scatter diagram a ternary plot a spidergram or a histogram Users have access to a fully functional Java enabled version that allows them to zoom pan and manipulate the plotting characteristics such as colour symbols etc or to a Simple HTML only version Tables of data and plots can be downloaded to the users PC for later manipulati
6. 12 2003 Query Form The query screen see below will then be displayed allowing retrieval by specifying one or more of the following e State e 250K Mapsheet e Province e Originator e Sampleid range ora e Spatial selection using a Minimum Bounding Rectangle MBR E Geoscience Australia PLOT IT Basic html version Microsoft Internet Explorer provided by Geoscience Australia File Edit View Favorites Tools Help Bak A search Favorites History Eh Ej m 3 Address e http www ga gov au 3849 pls wwwozchem plotit plotit bd Go You are here Home gt PLOT IT Specify one or more of the following oscience Australia s state system 250K Map No 250K Map Name Province No y Province Name H Plot It Home Originator Number z Advanced Java sampleld between AND ap Basic i html version Installation Guide User Guide Feedback Make a spatial selection below m y Submit Reset back to top SPATIAL INFORMATION FOR THE NATION tead Done me EE Local intranet Use State 250K Map No or 250k Map Name Province No or Province Name Originator No Sampleid between to fine tune the query Multiple inputs will result in a BOOLEAN AND query not an OR query e g State NSW AND Sampleid between 2003751001 and 2003751999 The resultant table will contain all records where State is NSW
7. 7 100 95951297 1 unknown rock 16022 Renison v 36 LFB1945 120 LFB1945 2 felsic intr granite v 37 LFB1955 120 LFB1955 2 felsic intr granite AH 38 LFB1836 120 LFB1836 2 felsic intr granite v 39 95952573 100 95952573 17 regolith gravel Previous Save Select Deselect Continue All rows are selected by default To filter unwanted rows deselect the appropriate checkbox es in the Select column The following filter options are available Select e Select and De Select e Select All Rows De Select All Rows e Toggle Selection sorting To sort a column into an order numerical alphabetical etc click on the button that is the column heading A three 3 dimensional sort can be achieved by using the Filter Sort menu This imitates a similar function found within Microsoft Excel SITEID SAMPLE ORGAO 39220053 99220053 56 39959105353 459510353 39991112 45951112 Gavin McKenzie Page 18 23 12 2003 Standard Expressions Extra columns can be added to the dataset but they must be saved to a file and re imported to be available for plotting A number of standard expressions are available ASI agpaitic index mg total Fe Na20 K20 etc Stats Some simple statistics have been incorporated as a report Mean Standard Deviation Min Max and Count Saving Data The filtered and sorted data can be saved to a file for later use Simply press the SAVE button and choose
8. A L 181 9 alkaline igneous lamprophyre 182 24 Jaques A L 182 9 alkaline igneous lamprophyre 183 24 Jaques A L 183 9 alkaline igneous lamprophyre 184 24 Jaques A L 184 9 alkaline igneous lamprophyre 185 24 Jaques A L 185 9 alkaline igneous andesite 187 24 Jaques A L 187 9 alkaline igneous syenite 188 24 Jaques A L 188 9 alkaline igneous syenite 189 24 Jaques A L 189 9 alkaline igneous trachyte 190 24 Jaques A L 190 9 alkaline igneous trachyte 191 24 Jaques A L 191 9 alkaline igneous trachyte 192 24 Jaques A L 192 9 alkaline igneous trachyte 193 24 Jaques A L 193 9 alkaline igneous phonolite E fox Local intranet Using the checkboxes contained in the top row of the table select or deselect columns of data as required Formats There are two data formatting options available e Table this option will format the data for use in a Microsoft Word or Excel using Copy and Paste and e CSV this option will format the data for later use in spreadsheet or database save the contents of the screen to an ascii file using the Browsers File Save As text only option Click on the Table Format button IAS Poli or Law F t the CSV Format button CSV Format _ to format the selected data Note It may take a few moments for the formatted data to load in the browser The page will now display the data in the format selected in the previous step Cut and paste the data into the appropriate software pack
9. Australian Government Geoscience Australia Minerals and Geohazards Division Plot lt User Guide Document UG_GAPLOT v1 0 doc Version v1 0 Date December 2003 COMMERCIAL IN CONFIDENCE This document is the property of Geoscience Australia The information contained within this document is intended for release to the nominated recipients and is not to be copied without the consent of Geoscience Australia Table of Contents PROJECT AND DOCUMENT INFORMATION ccccccccccccccccccsssssssccsccccccccccccccccccsssssssssssscsscccsscoooes 1 IRE VISION EUS TOR Y A saanacdadeaqaausnensqadavanqnauagaeanadaamens 1 RESPONSIBILITY AND DISTRIBUTION Suns nclis 1 CONVENTIONS USED IN THIS DOCUMENT sscapessssqaueosssenhessnnceucoenpwapes sunceuenedeuubendundeusnonswopensanceusoessuunentondentenl 2 INTRODUCTION soais aeaea oea seraa idas 3 BACKGROUND aa A E E E 3 SISTEM PURPOSE union etea ear Bes ssn Be PSPs ni i Bsn Be PSP ni i pers eS Pe RRR 4 USING BEO TIE AI acti 4 WHERE TOLIND ELO Tai 4 USING THE PLOT IT SYSTEM BASIC VERSION occ 6 QUERY DORM li 8 RES UE A D 9 FORMAI Ser EEE E 9 Table OTAN a 10 CSV FONO SAA doi 10 USING THE PLOT IT SYSTEM ADVANCED VERSION oocmmnnsssccccccccccoconcccinsssccccccccccccnccccccnnsss 11 IMPORTING DATA adidas 12 IMPORTING MUL OPLE DATA FILES clado tdi 13 RETRIEVING DATA FROM THE OZCHEM DATABASE sj cisssxesestecvesdisanteoetvngessedsbaxepassontesdisdatdseteedessedvanxebess 14 Retrieving Data sin Me
10. Drop down Fields alivckcieateasrevvie ines da iia 15 RELIEVING Data USING Sample DOS aida dadas 16 Retievine Data Sin eS DAA Selection ETE 16 Selec ne COMAS A A E S 17 FILTER FUNCTIONS Sada E TE E TE E T aE 18 NOISE ea 18 STANTATUAEXPTES SONS IS A ARA es 19 SS AS dea 19 DOV A EAE A N 19 AA a N E ane taaenanomaaatnets 19 SST SiO 20 DO aos 20 A A RE AA RS 20 SELECTA ORAPH FEYTE arcas 20 IEC MECENAS oia 21 GRAPH A on 22 TRC OT CSS ION LANES A A A TI oia 23 ELE OH ITOIVIAI Ossie EE E ine seuciva Je E ese aatiaa waecmua EE eee nimacuadaneav elas mages 23 OVET YS E EEEE E abia 23 DOVE GIO DIP OLT EREE dis 23 EXTINCGTHE SYSTEM 24 HELPDESK SUPRORTE 5 ccsetessescanesvacestassstvdnnssacedecanchssaussanssucavsesennsveensuedssssonsenadssvaassesesessaunsccduescseesvauaes 25 Project and Document Information The objective of this project was to develop an on line geochemical plotting application using a platform independant object oriented programming language which would replace a previous application written in FORTRAN known as the Geochemical Data Analysis system GDA As with most systems developed in the early 80 s the system was a stand alone PC based application making distribution and maintenance difficult to manage GDA was also limited by capacity imposed by the MS DOS operating system and the HALO graphics package The redeveloped application known as Plot It was designed to overcome many of GDA s limitations and provide GA scient
11. L 187 9 alkaline igneous syenite 3 02 12 365 4 64 3 E 24 Jaques AL 188 9 alkaline igneous syenite 1 69 11 3 28 4 79 22 189 24 Jaques AL 189 9 alkaline igneous trachyte 1 66 12 5 65 7 57 3 190 24 Jaques A L 190 9 alkaline igneous trachyte 1 58 ai Ea 7 62 24 191 24 Jaques AL 191 9 alkaline igneous trachyte 3 73 77 3 22 8 66 192 24 Jaques AL 192 9 alkaline igneous trachyte 8 01 2 61 4 54 5 75 133 24 Jaques AL 193 9 alkaline igneous phonolite 84 25 2 35 9 02 1 24 Jaques AL 194 9 alkaline igneous phonolite 1 26 12 295 9 39 5 195 24 Jaques ALL 195 9 alkaline igneous syenite Ea 1 99 1 24 Jaques AL 196 9 alkaline igneous syenite 1 15 06 3 6 8 97 99 197 24 Jaques AL 197 1 unknown breccia 16 20 73 1 49 98 2001220070 349 Min Res Tas 2001220070 2 felsic intrusive granite 46 02 61 4 81 02 12001220071 349 Min Res Tas 2001220071 2 felsic intrusive granite 1 14 02 64 4 99 18 2an1290073 zaa Min Ree Tae 90129072 2 A cranda 2 C na l 24 Fear oo A O CSV Format Geoscience Australia Plot It ersion 1 0 0 html only Microsoft Internet Explorer provided by Geoscience Australia File Edit View Favorites Tools Help eBack gt A Asearch Favorites CBristory Ey S wi 3 Address g http fuw ga gov au 8849 plsfwwwj ozchem plotit specific_result
12. OK button to continue The applet will disappear for a few seconds leaving only the calling browser as Plot It retrieves the selected data Gavin McKenzie Page 17 23 12 2003 Filter Functions The following Filter screen will be displayed Geoscience Australia Plot It Release Yersion 1 0 0KP File Select Filter Group Graphs Help Filter unwanted rows Select Row No Siteid Origno Sampleid Rocktypeno Rocktype Lithname Qualifier Qualifier2 _Qualifier3 Stratno Stratname y 1 95951366 100 95951366 1 unknown rock 4898 Crimson Iv 2 95951945 100 96951945 1 unknown rock 3686 Carribud Iv 3 95220014 56 95220014 2 felsic intr dacite sheared intrusive felsic v 4 LFB1870 120 LFB1870 2 felsic intr granite v 5 95955120 100 96955120 1 unknown volcanic r felsic 14900 Parmeen v 6 95953012 100 95953012 1 unknown rock 11450 Mathinna v 7 95953096 100 95953096 1 unknown rock v 8 LFB2611 120 LFB2611 1 unknown granite v 9 LFB1964 120 LFB1964 2 felsic intr granite v 10 LFB2001 120 LFB2001 2 felsic intr granite v 11 LFB1944 120 LFB1944 2 felsic intr granite v 12 LFB1864 120 LFB1864 2 felsic intr granite v 13 LFB1916 120 LFB1916 2 felsic intr granite v 14 LFB1775 120 LFB1775 2 felsic intr granite wv j 15 LFB1779 120 LFB1779 2 felsi
13. Stream Sediment Geochemistry Database OZCHEM contact David Champion Minerals Division Database Project Ph 02 6249 9215 Email David Champion qga qov au If you have any questions regarding this documentation contact Gavin McKenzie Minerals Division Database Project Ph 02 6249 9398 Email Gavin McKenzie ga gov au Gavin McKenzie Page 25 23 12 2003
14. age for manipulation Gavin McKenzie Page 9 23 12 2003 Table Format T Geoscience Australia Plot It ersion 1 0 0 html only Microsoft Internet Explorer provided by Geoscience Australia File Edit View Favorites Tools Help eBack gt A Asearch Favorites CHristory Gy S m 3 Address g http fuw ga gov au 8849 plsfwwwj ozchem plotit specific_results SITED ORIGNO ORIGINATOR SAMPLEID ROCKTYPENO ROCKTYPE LITHNAME FEO FEOTOT MNO CAO K20 P20 176 24 Jaques ALL 176 3 intermediate intrusive monzonite 6 6 a5 6 9 37 4 177 24 Jaques A L 177 3 intermediate intrusive monzonite EA 18 RZN 3 6 74 178 24 Jaques AL 178 3 intermediate intrusive monzonite 6 5 19 17 7 28 7 17 24 Jaques AL 179 3 intermediate intrusive monzonite 6 1 EA 27 59 180 24 Jaques AL 180 3 intermediate intrusive monzonite 5 5 18 62 3 1 E 181 24 Jaques AL 181 9 alkaline igneous lamprophyre 6 7 17 7 6 37 88 182 24 Jaques ALL 182 9 alkaline igneous lamprophyre 75 15 97 2 4 78 183 24 Jaques A L 183 9 alkaline igneous lamprophyre 5 1 14 EA 39 68 184 24 Jaques AL 184 9 alkaline igneous lamprophyre 6 15 59 3 5 34 185 24 Jaques AL 185 9 alkaline igneous andesite 5 3 16 7 9 27 65 187 24 Jaques A
15. and the sample number range is satisfied Alternatively if latitude longitude coordinates are known enter them in the fields under the Make a spatial selection below heading Only data relating to these coordinates will be queried To clear the form and start again click on the Reset button _Reset To proceed click on the Submit button Submit Gavin McKenzie Page 8 23 12 2003 Results A new browser window will be displayed containing the results of the query 3 Geoscience Australia Plot It ersion 1 0 0 html only Microsoft Internet Explorer provided by Geoscience Australia File Edit View Favorites Tools Help esk gt A Asearch yFavorites CBristory Sy SS m 3 Address http www ga gov au 8849 pls www ozchem plotit query_results PLOT IT Basic html version Query returned 1186 rows Please select deselect columns Table Format CSY Format Iv Iv Iv Iv O O O a O I SITED ORIGNO ORIGINATOR SAMPLEID ROCKTYPENO ROCKTYPE LITHN AME QUALIFIER QUALIFIER2 QUAL 176 24 Jaques A L 176 3 intermediate intrusive monzonite 17 24 Jaques ALL Lie 3 intermediate intrusive monzonite 178 24 Jaques A L 178 3 intermediate intrusive monzonite 179 24 Jaques A L 179 3 intermediate intrusive monzonite 180 24 Jaques A L 180 3 intermediate intrusive monzonite 181 24 Jaques
16. ata GADDS Metadata map enabled Provinces Lookup Tables Geochronology Data OZCHRON Wholerock and Stream Sediment Geochemistry OZCHEM via Plot It RR o Click on the Wholerock and Stream Sediment Geochemistry OZCHEM via Plot It link The Welcome to Geoscience Australia s Plot lt System page will be displayed E Plot It ersion 1 0 0 Microsoft Internet Explorer provided by Geoscience Australia File Edit View Favorites Tools Help bak gt GO At Qsearch Gyravorites CBristory Eh Ey m 3 Address e http fwww ga gov aufadafindex jsp y Go Links a You are here Home gt PLOT IT Updated 20 November 2003 Welcome to Geoscience Australia s Plot It system Plot It is a web based plotting application which can extract data from Geoscience Australia s Geochemical database OZCHEM or import locally held data Once the tabular data is held within Plot It regardless of it s source or content the columns and rows can be filtered sorted grouped and finally displayed using an XY scatter plot a ternary diagram a spidergram or a Histogram Stacked versions of these plots types can also be displayed with the ability to highlight populations in one plot and visualise the extent of the population in all other stacked plots Data can be saved and re used for later processing whilst plot images can be saved and used in reports Before you can use the advanced sub system you ll need to fo
17. c intr granite we 16 LFB1704 120 LFB1704 2 felsic intr granite p iv 17 LFB1638 120 LFB1638 2 felsic intr granite E e 18 181 24 181 9 alkaline i lamproph 27733 Cape Por ral 19 64527 33 64527 5 felsic extr rock extrusive felsic v 20 64548 33 b4548 5 felsic extr rock extrusive felsic v 21 64550 33 64550 5 felsic extr rock extrusive felsic i v 22 40518 29 40518 2 felsic intr granodior 15697 Pyengan v 23 40563 29 40563 2 felsic intr granite porphyritic 15359 Poimena v 24 735149 29 735149 2 felsic intr granite 13008 Mount Pa v 25 735709 29 735709 2 felsic intr granite porphyritic 15359 Poimena v 26 735711 29 735711 2 felsic intr granite porphyritic 15359 Poimena v 27 742524 29 742524 2 felsic intr granite porphyritic 24364 Lottah Gr v 28 84162118 29 84162118 2 felsic intr granite porphyritic 15359 Poimena v 29 84162107 29 84162107 2 felsic intr granite porphyritic 15359 Poimena v 30 84162024 29 84162024 2 felsic intr granite porphyritic 15359 Poimena v 31 2001220 349 2001220 2 felsic intr granite 31666 Boobyalla v 32 99220048 56 99220048 2 felsic intr felsic intr granitic coarse 5462 Diddleurn v 33 95951354 100 95951354 1 unknown rock 4898 Crimson v 34 95953449 100 95953449 1 unknown rock v 35 9595129
18. d to the terms and conditions of the Licence Agreement and privacy statements j CTCL Re eck to top SPATIAL INFORMATION FOR THE NATION security 4 privacy disclaimer site map E Commonwealth of Australia 200 Gavin McKenzie Page 11 23 12 2003 The Plot It introduction screen will then be displayed amp Geoscience Australia Plot It Release ersion 1 0 0 g loj gt File Select Filter Group Graphs Help Geoscience Australia Ml Usa tha rile Many to paerjaya ara Importing Data There are several options on the File menu for importing data into Plot lt e The Import menu accesses files not previously used by Plot lt ie user defined structure and content File Select Filter Import 7 Import Filter Data K Import Group Data OfCHEM Database Retrieval import Multiple Filter Data Files Re Config Default Directory Exit Group Graphs Help e Import Filter Data files previously saved from the Plot It Filter process e Import Group Data files previously saved from the Plot It Group process e There is also the ability to retrieve data from Geoscience Australia s OZCHEM Database e The Import Multiple Data Files menu provides the ability to merge files with a consistent structure resulting in a single concatenated file The original filenames are captured and stored in the source column in the merged dataset Gavin McKenzie Page 12 23 12 2003
19. ements You are here Home gt PLOT IT ce Australia s Plot It Genscieri System Plot It Home Installation Guide User Guide Gavin McKenzie Page 6 23 12 2003 The Access Basic System html only screen will be displayed Please read the terms and conditions within the Licence Agreement and Privacy Statement documents before continuing Z Geoscience Australia Plot It Yersion 1 0 0 Microsoft Internet Explorer provided by Geoscience Australia File Edit View Favorites Tools Help S ak Y A Asearch Gyjravorites History G5 Sy M 3 address e http www ga gov aufadafaccessb jsp y Go Links 2 You are here Home gt PLOT IT Updated 20 November 2003 Access Basic System html only Access to the Wholerock and Stream Sediment Geochemical database OZCHEM is available Plot It Home Continuing implies that if you download or save data retrieved from Geoscience Australia s databases you have read and agreed to the terms and conditions of the Licence Agreement and privacy statements Continue Installation Guide back to top User Guide Advanced Java Basic html version Feedback SPATIAL INFORMATION FOR THE NATION El E Localintranet When ready click on the Continue button _ Continue Note Continuing will imply that you have read and agreed to the terms and conditions of these statements Gavin McKenzie Page 7 23
20. etical etc click on the button that is the column heading A three 3 dimensional sort can be achieved by using the Filter Sort menu This imitates a similar function found within Microsoft Excel Saving Data The group and or sorted data can be saved to a file for later use Simply press the SAVE button and choose a suitable location When ready click on the Continue button _ Continue Select a Graph Type The Select a graph type screen will be displayed E Geoscience Australia Plot It Release Version 1 0 0KP 0 gt File Select Filter Group Graphs Help O MM es 0 UN fee Select graph type x Legend Define a graph type Please select a graph type and elements from the tool bar to plot Previous Save Image Continue Gavin McKenzie Page 20 23 12 2003 Click on the of the Select graph type field to select the appropriate graph type You may choose one of X Y Plot Triangular Plot Spider Plot X Y Stacked Graphs Triangle Stacked Graphs Histogram or Time Space Plot available when geochronological data is imported For the following example X Y Plot will be selected Select graph type A T Stacked Graphs Triangle Stacked Graphs Histogram Time Space Plot Specify the elements Click on the Select Elements button Y Plot Select elements Legend Choose the required elements from the Specify the order dialog box You must select two elements in this exa
21. f the application is sufficiently generic that it can be extended to the retrieval and plotting of data types from other data sources Already GA staff are utilising the application with geochronological data Using Plot lt Where to find Plot lt From the Geoscience Australia home page http www ga gov au click on the Online Databases link 3 Geoscience Australia Microsoft Internet Explorer provided by Geoscience Australia File Edit View Favorites Tools Help Bak gt Y Z Qsearch Favorites CBuistory Fh Ej M 3 Address e http fwww ga gow auj y Go Links 2 2 Advanced Search Department of Industry Tourism and Resources i keywords search Geoscience Australia Browse a Topic Online Tools What s New gt Minerals Regolith amp Place Name Search A Ar pr omoor DER Land gt Online Mapping a 98 New outcrop geology of Tasmania Online Databases Recent Earthquakes Sunrise amp Sunset Times Distance Calculations 25 November 2003 Maps Images Data Fire ravaged GPS station rises from the ashes amp Publications Soom 28 November 2003 eee New tools for data delivery hic Mapping 1 amp Fab Facts Product Catalogue Medical geology short course ai a Aia gt Sales Centre Product Support Free Downloads More News News Archive gt Petroleum Data How can we help you Joined up Repository g l Geoscience gt Corporate Documen
22. i050s430000400s040056 90080 sasoasb0oba90b0010090000080 40058009000 139 24 Jaques A Lic 1389 9 allcaline ipne ous iraclyte RA lc A ess as Fe Fess Das A 190 24 Jaques A L 190 9 alkaline igneous trachyte 2 200707072 E Bes bo aay PR A O AOE Ne ORE VO Cave 19124 Jaques ALS 191 Svalkcaline sone ous A o A O seusvesesesssesayessessesoesesesssnosossdescsevesseanvasspoosvassoasteasesseevseises 192 24 Jaques A L 192 9 alkaline ieneous trachyte TEIN AU GI ds a A e PARAS A A A E E Sues SES CRECS el eevee 19324 Jaques E 193 allcalne ioneous AAA 0 otass a A oles sO Siosegosevonedesseseraassonssodsye0a3aonszasosdeszeserassdenstonsscessoeanensoseiosenesveove0 3 194 24 Jaques A L 194 9 alkaline igneous phonolite 02 0027000979 UEP ome A e A A A S 19524 Jaques Ale 195 9 A A a ee ema ee 196 24 Jaques Le 196 3 allcaline done ous yenes LO O soe Oss e sc et ETO E E A E 1924 Taques AL A A OfeCcia ss s2 cc st A e 2001220070 349 Min Res Tas 2001220070 2 felsic ntrusive a ann N EAEN ee AOD O e A ses ete E sone e Cm ee Wee Eco 2001220071 349 Min Res Tas 200122007 1 2 felsic intrusive eranite ooo ooo E AA O A A PR S eT 2001220073 349 Min Res Tas 2001220073 3 intermediate A o A O DE A ON eT A OM Pe 2001220074 349 Min Res Tas 2001220074 3 intermediate intrusive SYeMNite 2 22200202000009 7 re Reef oe Pd E ee AA E Ee eee NA CAS PR A 2001220075 349 Min Res Tas 2001220075 2 felsic ON
23. ific staff and external clients with an easily accessible software package for retrieving and plotting geochemical data held in GA Corporate Databases Further to these objectives the modular design and interaction with local file systems would allow Plot lt to provide plotting capabilities for any data source and allow new graph types to be added as required The application Plot It includes facilities for e importing local data files e merging multiple data files e extracting data from Geoscience Australia s geochemical database OZCHEM e generating histograms spidergrams triangular plots ternary Diagrams and XY Scatter plots e saving data and images to local file systems Revision History Version Date By Comments 0 1 September 2003 Gavin Initial Draft McKenzie 0 2 November 2003 Gavin Further additions including Basic McKenzie HTML version 1 0 December 2003 Gavin Final version McKenzie Responsibility and Distribution Role Custodian Project Leader Neal Evans Developer Kuo Ping Feng Scientific Advisers Dave Champion Anthony Budd Nick Williams Database Advisers Irina Bastrokova Jinhong Chen Technical Writer Gavin McKenzie Gavin McKenzie Page 1 23 12 2003 Conventions Used in this Document The following typographical and layout conventions are used in this document Note Italics Bold Gavin McKenzie Notes bring important related information to the reader s attention References to other sections
24. llow a few instructions More detailed assistance can be found in the Installation Guide First you will need to install a Java Runtime Environment JRE version of 1 4 1_02 or above N B You may need administration rights to install this software Contact your IT amp T HelpDesk User Guide You can select Sun s Java Runtime Environment Version 1 4 2 from Suns Java website specific for your operating system and language settings El BE Local intranet Gavin McKenzie Page 5 23 12 2003 Before entering the Plot It system Sun s Java Runtime Environment v 1 4 2 must be installed on your computer There is a separate help file available on the Welcome page for this procedure There are two versions of the Plot It system e One is the Basic version e the other is a more advanced version Java driven system with enhanced functionality Using the Plot Ilt System Basic Version The basic HTML version of Plot It will be covered first This version allows the user to obtain wholerock and stream sediment data from GA s OZCHEM Database only Due to the limitations of HTML it does not provide a plotting facility Later in this User Guide the advanced version will be covered in detail From the Welcome screen click on the Basic html version hyperlink First you will be prompted with a Licence Agreement and Privacy statement Continuing will imply that you have read and agreed to the terms and conditions of these stat
25. mple X Y Plot NOTE The lt gt symbols are utilised by Ternary plots and represent the corners of a triangle x e gt bottom right E lly Specify the order e top and e lt bottom left positions Click on the OK button ox proceed to the Plot screen Gavin McKenzie Page 21 23 12 2003 The Plot Graphs screen will be displayed The graph displayed will depend on the type of graph and elements selected in the previous steps Geoscience Australia Plot It Release Version 1 0 0KP Ee x File Select Filter Group Graphs Help TL KALI Mm E a a x Y Plot v Select elements Legend Plot Graphs Graph Title H2OMIN CO2 X Y Plot EZ Legend Group One Previous Save Image Graph Tools Below is an explanation of the function of each button ee A Eg Add 20 of extra space to the beginning of each axis Enlarge the selected area after the user drags out a box with the mouse MN Revert to the original graph Enlarge the size of the graph E Reduce the size of the graph Highlight part of a graph Show grid lines on the graph a Overlay Gavin McKenzie Page 22 23 12 2003 Regression Lines Three standard regression lines are included PearsonsX Reduced and XonY Highlighting The Highlighting tool is enabled when multiple stacked graphs are chosen Highlighting a population on one graph will highlight the same population on all other graphs
26. nce Manual BMR Record 1988 45 Sheraton J W and L Simons hardcopy only Plot it s initial design commenced in April 2003 and incorporated many of GDA s standard capabilities and exceeded all of the DOS based data file limitations Plot lt is now only limited to the client s memory and CPU capabilities Petrogenetic modelling has not been implemented no immediate plans to implement e Plot lt was developed by Kuo Ping Feng a contract programmer with Spherion Recruitment Services Australia using Java Swing and Java Serviets Java was chosen as a proven technology capable of providing a platform independent web based solution Gavin McKenzie Page 3 23 12 2003 system Purpose Plot It was developed as a web based geochemical plotting application to replace a stand alone FORTRAN software package The Plot It system e Provides a user friendly GUI with on line help and User Guide e Provides dynamic access to Geoscience Australia GA databases Streamlines the full cycle of data retrieval filtering grouping sorting and plotting in one single application Enables users to define new and modify existing graph types Provides significant customisation and automation Enables universal access via a web browser through an internet connection Provides cross platform portability Provides potential for 24x7x365 access Although the redevelopment deals specifically with the extraction and display of geochemical data OZCHEM the design o
27. on and display A feature rich application such as this requires a feature rich browser which we have provided by extending the standard capabilities of a typical web browser with a Java applet For clients who are unable to utilise this extension a basic html only no java no javascript version was also designed The basic application uses server side processing to extract data from the OZCHEM database and provide it to the client in either table or csv format Background GDA Geochemical Data Analysis was developed in the early 80 s as a stand alone IBM PC based geochemical data processing system The programs were written in FORTRAN 77 microsoft compiler and used the Media Cybernetics HALO graphics package for plotting The system included facilities for generating plots histograms XY plots triangular plots spider grams etc calculating statistical functions e g mean standard deviation regression lines correlation coefficients and cluster analysis and CIPW norms printing tables and carrying out petrogenetic modelling calculations Plots could be displayed on a PC screen for inspection and editing before being output to a plotter Other programs allowed samples to be assigned to groups for plotting purposes and for editing and merging of datatfiles e GDA was developed by Lloyd Simons a contract programmer with Livewire Computer Services for the then Bureau of Mineral Resources now known as Geoscience Australia see Refere
28. ple Filter Data Files as Re Config Default Directory Exit Gavin McKenzie Page 14 23 12 2003 The Selection screen provides for both attribute and spatial queries Geoscience Australia Plot It Release Version 1 0 0 File Select Filter Group Graphs Help Make a selection below 10 gt There are several methods available for retrieving the data Specify one or more of the following State Select a state v 250K Map No Select a map number gt 250K Map Name Select a map name Province No Select a province number Province Name Select a province name Origin No Sample Id between AND Make a spatial selection below 4 Previous Reset Continue Bypass data retrieval Select using the drop down fields Select using a range of sample ID s or Make a spatial selection either manually i e inserting the coordinates or selecting a point on the map of Australia in the right hand frame of the screen Note The current map selection is slow On modem links it may take a few minutes to draw the map of Australia with all the geochemical points Retrieving Data Using the Drop down Fields Under the Specify one or more of the following heading in the left frame click on the of any of the fields Gavin McKenzie Page 15 23 12 2003 If required en
29. s SITEID ORIGNO ORIGINATOR SAMPLEID ROCKTYPENO ROCKTYPE LITHN AME 5022970222772222F EO FEOTOT MNO CAO K20 P205 sssz0002 176 24 Jaques AL 176 3 intermediate intrusive monzomite O IO iia 124 MET LIO O E ls id ae ANNAN A A AEEA AA ETAT SITH 178 24 Jaques 4 L 178 3 intermediate intrusive monzonite 2 00229000099 DO o rate at 179 24 Jaques AL 179 3 intermediate mbrusive Hon srne A lps lna A tgs ssanspsevenoesonnszosvswessdesrndsrdasvenseedessesssunveveveduesusvevassouseveufoenoseranss 130 24 Jaques A L 180 3 ntermeciate mirusive MonhzoMtE ios O sss lsc az ayacssasvesiovasasesseasadussadssaessonsavesaeasssoesoonsbiaesissssssassadsosasesavestays T8124 Jaques A L 181 S alkaline spneous lamprophyte cscsoc5scessssssess A biog A EPET IEPPL SPAO NEP INESE EA THESE NEA TP ORPEETEE SETETE A 182 24 Jaques A L 182 9 alkaline igneous lamprophyre s 02 00 70000007 4 Dn 19 22 22 24 Br ai AN AA e E a ma a Rs 183 24 Jaques AL 183 4alkaline ssneous lamor op hryre sii E E E EA AAA 184 24 Jaques MI 184 9 alkaline ioneous lamprophytey s5ssssescsassesss020548ess O oa E E 185 24 Jaques A L 185 9 alkaline igneous andesite 22 0020002999 E ssh dab Hae Act los teeters A GED er EIN EENT E let 24 Jaques AL 187 9 allcaline 1oneous syenites ARAN A os A S E E E E E 188 24 Jaques A L188 9 alkaline sone ous ss yenile ssl O Ugg ice oust FP se 2 pausausedsesudoavavesase4s0
30. ter information into the 250K Map No 250K Map Name Province No or Province Name fields Retrieving Data Using Sample IDs To query a single Sample ID in the first Sample Id between field enter a known Sample ID number To query a range of Sample IDs for example AB100 to AB150 enter the minimum range in the first Sample Id between field and the maximum range in the second Sample Id between field Retrieving Data Using Spatial Selection If the latitudinal and longitudinal values are known enter them in the fields under the Make a spatial selection below heading Alternatively select a point on the map of Australia in the right hand frame of the screen Click in the ld like to use the Visual Spatial Selection facility checkbox Click on a point on the map of Australia This will place the latitudinal and longitudinal values in the fields automatically Note This option can be quite slow and should only be utilised on a broadband nnection connectio xi rd like to use the Visual Spatial Selection facility When ready click on the _ Continue button To clear the form and start again before continuing click on the Reset button Gavin McKenzie Page 16 23 12 2003 Selecting Columns The Select columns below dialog box will be displayed Select the required Identifications and Elements Hold down the Shift or Ctrl keys to select more than one of either x sates a Select columns below Click on the
31. ts I need information to assist with resource exploration I am a first time visitor to this site Do you have a product for gt Australian Spatial Data What does Geoscience Australia do 3 http www ga gov ausoracle E ic Local intranet Library Jobs The Online Databases web page will be displayed Gavin McKenzie Page 4 23 12 2003 A Geoscience Australia Online Databases Microsoft Internet Explorer provided by Geoscience Australia File Edit View Favorites Tools Help Back gt gt Y A Qsearch GyFavorites History B amp 3 Address e http www ga gov ausoracle gt Go You are here Home gt Online Databases Online Tools Updated 20 November 2003 Downloads eo ese Databases aa Database descriptions Online Mapping spatial representations of many of these databases Data Repository do NENA Online Database Queries Factsheets National Petroleum Wells Database Contains information on organic geochemistry biostratigraphy reservoir facies for Australian wells developed in collaboration with the APCRC Marine Surveys and Petroleum Wells Data National Petroleum Database map enabled seismic wells core and cuttings analyses reports text only Geomagnetic data Australian Geomagnetic Reference Field calculator World nuclear explosions Australian estuaries OzEstuaries Airborne Geophysical Surveys D
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