uWATER - Illinois State Water Survey
Contents
1. File name x Shapefiles shp x Rico DETO TWountain Home 1 o Sq Pryor lead Cushing Fayetteville ARKANSAS Jonesboro Cig a mare Sallisaw E Heber Springs NZ OKEAH OMA Fon Smith YRussellville Memphig Germantown o A Conway oo Biy asta Florerica deau TA a rksvile Nashville _ Somerset Bowling Green Willi bui Gallatin pea rg aruihersvile Biytheville Milan Franklina _ Murfreesboro Clir nton Jackson o Knoxville TENNESSEE Maryville Gaye Lawrenceburg i Chattanooga o B rman NcAlester o Position sao gorii Pulaski wf a aF ayetle alton Figure 17 Add shapefiles for UWATER process b Under Pontiag Wa Defiance Tita Mansfield Kokomg Marion ocami O H I O Lancaster INDIANA ng Chillicothe Parke Plays les g ankfort Huntington Pikeville KENTU amp X London Lops a Brevard i Spartanburg Graanw sitters Detroit Cha rr ce ene Cleveland 5 Ere Columbus Wheeling Zanesville ythens rsburg Clarksburg s Portsmouth Buckhannon wed ia VIRGINIA STATES Bristol gt eon City Cookeville Morrist Asheville Salisbury Charlott panar REST e ahd Hanover Ton gt Kincardine Lake Huron Akron ro Pri nceton Winston Salem i Barrie Markham Mississauga Depa Kitchener Toronta St Catharines oo rnia roy London Am2. and Polygon Polyline shape type combinations Searches for any type of spatial relationship between the input geometry and the Searches for occurrences when the input geometry intersects any of the geometries stored in the table but also when the region of their intersection is of the same Overlap dimension as the geometries involved and is not equivalent to either of the geometries i e the shapes cannot be completely on top of each other Applies to Polygon Polygon Polyline Polyline and MultiPoint MultiPoint shape type combinations Searches for occurrences when the input geometry shares a common boundary with any of the geometries stored in the Table but also when the intersection of Touches the interiors of the searched shapes is empty In the Point Polyline case the point may only touch an endpoint of the line Applies to all combinations except Point Point Searches for occurrences when the input geometry is completely within any of the geometries stored in the Table Valid for all shape type combinations 5 Examples UWATER 1 1 Three examples are provided in this section to demonstrate the functionality of UWATER and ArcGIS Explorer The first example demonstrates computation of groundwater drawdown from a hypothetical water table groundwater level in Kane County Illinois using the default Query function in ArcGIS Explorer The second example identifies streams located in large drawdown areas from the pr
3. Plateaus Ellington p My n ef _ Seymour Mountain Groves a Piedmont D R Cente cry Cave City Horse Cave a Mountain View toa Creek Shank A Bowling Gingu 8 Keavy cating Mozala r si Say gt Landing a qiopkineville Sette T Brann sls one G lest Plainas Poplar Bluff kas 2 POSEN BOI GOAT Dexi Ji N pam A N N isida Murray amp Guthrie R ee 11 Add shapefiles fof uWATER process File name Kane_Rivers shp Kane_GW shp x shp b Following the instructions in 5 1 create a new feature layer with the name kane_gw Head_PreD Head_2050L gt 5 This feature layer is the projected drawdown larger than 5 ft in year 2050 with less water resources scenario Figure 12 Be Ta S Draw Order Eg moe amp h Bring to Front Remove Moveto Share E Mail Go Set Default Show 4 Send to Back Transparency Swipe Folder To View Legend i kane_gw Head_PreD Head_2050L gt 5 I kane_rivers T kane_gw Basemap Bing Maps Roa Query Builder Fields Head_PreD Double Head_1964 Double Head_1973 Double Head_1983 Double Head_1993 Double Head_2003 Double Head_2050M Double Head_2050B Double Get unique values Select features where Head_PreD Head_2050L gt 5 More than 100 features match the query z i na Warrenville Help about Query Editor Oe An ora Warrenhurst _Waterm
4. Target A Circle Z Line Rectangle IZ Area lt A Arrow ages a eS Z lt gt Manage Layers Se amp Copy to Clipboard Folder View Link Point Basemap Add Content Analysis Contents Measure i ta Window 2D 3D E Zoom To ie Presentation Presentation Contents axi Brookings Basemap Bing Maps Road new UIM o Mankato Nase q Oshkosh me aniiowoc ra Fond du Lac Lac Midland al aa o Madison Sioux Falls Fairmont LSS a E Sheboygan Saginaw oWest Bend Muskegon Alma Milwaukee Grand Rapids Dent WJ Grand Haven Lansing lo le Kenosha Fe open gO Desktop ArcGISExplorer uWATER1 1 gt McHenry gt 4 Search McHenry Organize 7 New folder f fh Jackson Livonia Chicago Portage 2 st Gary 10 14 2010 2 14PM SHP File e p Kankakee compufer a Default J Public d yang24 AppData n ac Contacts ington 3 Banville uncie le Desktop a l W d R r i J AGXtoSHP xh sain is Richmond ArcGISExpl Terre Haute Dayton J test Sis WWATERE P o Nincennes J Kane f Ver n Louisville k Metien lo Evansville j BS WATER R area Rade UN I T E D Pwensboro Elizabethtown Name Date modified South Bend McHenry_Census shp BGoshen d McHenry_fish shp 7 27 2010 2 44 PM Fort Wayne Wabash Loga nsport i Lima Lafayette Sidney oTroy A Ma digon Cincinnati
5. Zenda Twin Lakes mchenry_fish x mchenry_fish mchenry fish mchenry_census me The layer mchenry_fish has 67 features in total within intersect within touch cross contain overlap Use Features in Following Layer for Query mchenry_census a mchenry_census mchenry_census o Attribute min Summary Identify features in within An 10dieDu A E d L N Q i y mm a a i es p l 31 ntersville 2 4 SEC af q Identify Features MAA E oy agearqonw Hampshire yea f S008 M ook arn Figure 20 Select mchenry census as Spatial query criteria 13 UWATER 1 1 e Use drawdown list to select attribute Urban_Tot urban population divided by total population and key in 0 5 in the minimum textbox 0 9 in the maximum textbox Figure 21 ArcGIS Explorer My Default Map TH Fontana Geneva gt Linton Pon ak Complex Query About uWATER Zenda mchenry_fish mchenry_fish mchenry_census The layer mchenry_fish 67 features in total within intersect within touch cross contain overlap mchenry_census W use entire spatial domain Attribute Total_Pop Urban_Pop Rural_Pop HouseHold Summary Uban Tot Identify features in within Figure 21 Select Urban_Tot as attribute query criteria and type in min and max value f This setting means that UWATER will select the features in the mchenry_fish layer that are within the mch
6. aa Fer Lake in the Hills Fox River Grove hint 7 Algonquin Harmony wo J Bwtiet jianove Ontarioville S Rosi Streai os Coro Stream _Ingalton zi Winfield Glen i oX pi J Wheaton i a gt Warrenville SND Warrenhurst 3 Naperville as A pos V J FT 34 75th St UWATER 1 1 e Select feature layer kane_gw Head_PreD Head_2050L gt 5 in drawdown list Figure 15 A z Feature Layer ArcGIS Explorer My Default Map Home Display Tools uWATER Appearance uWATER1 1 Ti 120 rx Contents na Lake in the Hills OX River Grove g i kane_gw Head_PreD Head_2050L gt 5 gt Harmony Sar flgo quin B kane _rivers Herbert lt e s gt S Complex Query About uWATER vin Park TS kane_gw aim Basemap Bing Maps Road kane_rivers 2 kane_rivers Ry Genoa kane_gw Head_PreD Head_2050L gt 5 IE New Lebanon Charter Grove kane_gw The layer kane_rivers Wilkinson aby Five Point _ Sycamore shat Suitiett Janove has 117 features in total AAA P aheri rap T EA ith intersect y Be Wayne Bloomingd t J o 2 intersect within touch a De xana Wayne Ceni 5 Carol Stream cross contain overlap arles mn U _Ingalton Use Features in Following Layer for Query A t Winfield Glen 7 Wheaton gt SE B Select gw Head PreD Head 2050L gt kane_rivers McGirr kane_gw al Warrenville o ta Warr
7. and attribute queries are not available in AGX UWATER is an AGX plug in program that adds GIS calculation and query functions to the functions native to AGX thus providing for a range of applications in environmental resources management 2 System Requirements UWATER was developed using AGX SDK with Microsoft Visual Basic 2008 It was designed to work in the environment of AGX Build 1500 or later Hardware and software requirements include e Microsoft Windows XP Service Pack 2 or later version 32 bit 64 bit e Microsoft NET Framework 3 5 or later version Free download at http www microsoft com downloads details aspx Familyld 5b2c0358 915b 4eb5 9b1d 10e506da9d0f amp displaylang en e Microsoft XML Core Services MSXML 4 0 Service Pack 2 or later version Free download at http msdn microsoft com en us data bb190600 aspx e Internet Explorer 7 0 or later version Free download at http www microsoft com windows internet explorer default aspx e ArcGIS Explorer Build 1500 or later Free download at http www esri com software arcgis explorer download html e Hardware CPU Speed 2 2 GHz or higher recommended Processor Intel Core Duo Pentium 4 Xeon Processors or later 1 UWATER 1 1 Memory RAM 1 GB minimum 2 GB or higher recommended Display Properties 24 bit color depth Screen Resolution 1024 x 768 or higher recommended at normal size 96dpi the best resolution is 1680 x 1050 Swap Space Determined by th
8. queries of a user imported shapefile After loading the shapefile into ArcGIS Explorer the user can click the Refresh button in the uWATER interface Figure 3 and use the curser to highlight the layer to be queried The user selects the desired spatial relationship for the spatial query from six options Table 1 contains crosses intersects overlaps touches and within The user then uses the dropdown list to select the query criteria layer Two different query options are provided by uWATER First the user can use the entire query criteria layer to select a feature by checking the box use entire spatial domain Or the user can use another dropdown list to select the attribute in the query criteria layer and type in the minimum and maximum value of that attribute The UWATER will use the selected attribute within the selected range for a spatial query A summary of the query process will be provided at the bottom of the UWATER interface A click of the Identify Features button executes the query The feature layer that resulted from the attribute query will be created first if the user uses the second option One folder of notes the spatial query notes is created This folder contains one note for each feature identified through the spatial query Since ArcGIS Explorer cannot generate or edit a shapefile the uWATER1 1 x uWATERI 1 x Rae bout uWATER Select Features from the Following Layer Yi Chen Ethan Yang The layer Y
9. ton Hills Kirkland daea N f 4 le 9 New Lebanon gw Basemap Bing Maps Road ating a i Hoffman Charter Grove a4 i r Mith sh Baringor Faas Mt Prospect oun Prospect ie hers Clare Wi ikinson Five Fonte Sycamore lt a KE Wayne Center __Malta__De Kal bo o j gt s ae Carol Stream s3 Lemi ig Dekalb f Gorana H Singalton Fe Villa Park Ma Bibb ar oh ut Winfield Glen Ellyn a Hiisi 0 4 Wheaton Lom d 38 y West ester S valey View i a Pa rk ER Hinsdale Ane ay Warrenville e A i aLe 8 SIGA Waterman Hinckley aiia Pe i pony ac w o S of 30 d f Plorddona 23 Bi tee x5 Ca Burr Ridges Sas g Z 75th h St z cy Zobona Grove a ye i ak j arier Cee 3 anks ai ale j 008 inerosdre CE Position s1 SE S2PN 83 EPA Figure 10 Multiple queries result in colored drawdown map for different eres of drawdown UWATER 1 1 5 2 Query a shapefile based on another shapefile a Launch the uWATER main program Under Home tab use the Add Content button to browse and add the shapefile Kane_GW shp and Kane_Rivers shp in the uWATERtest Kane folder downloaded with the program Figure 11 p gt Directions y A yea e Taat Bcr E e y E Mage ayers S Route line A Rectangle Copy to Clipboard Start Edit Find Folder View Link Point Basemap Add Analysis Contents iene Presentation uuu Measure Ei ee A SRON Content 2 Wind
10. UWATER Ubiquitous WebGIS Analysis Toolkit for Extensive Resources Version 1 1 User s Manual Yi Chen E Yang Yu Feng F Lin Miscellaneous Publication 192 Illinois State Water Survey Institute of Natural Resource Sustainability University of Illinois at Urbana Champaign November 1 2010 Illinois Non Exclusive Research Use License ILLINOIS UWATER 1 1 1 Introduction UWATER is a tool developed for non technically minded citizens and decision makers to access scientific modeling results and spatial datasets through an interactive online Geographic Information System WebGIS This tool permits convenient access to computer model results that quantify the impacts of water resource development and climate change within a study area and facilitates use of these data for water management policy formulation The objective of UWATER is to bridge the gap between scientific research results and general public understanding Because GIS software allows spatial and tabular display and processing of data it provides unparalleled opportunities for assessment and improved management of natural resources ArcGIS Desktop developed by the Environmental Systems Research Institute ESRI is currently one of the most popular commercial GIS software packages in the field ArcGIS Explorer AGX ESRI s free web based GIS tool can display a variety of GIS data However many of the analytical capabilities of ArcGIS Desktop including spatial
11. Wayne Bloomingd i san la__ De Kalb Way Y SQNoteSS intersect within touch is had Cortland i E R Gon 7 SQNote62 Dekalb 6 Hes C20 Stream les EOlicacks cross contain overlap t i ie 1 i aes Rag A am Sasa A Maple Park NE S j Ingalton J ote N L g Wi SQNote65 kane_gw Head _PreD Head_2050L gt 5 w Winfield X Son i SONE kane_gw Head PreD Head _2050L _ Whe a i a ee SREI use entire spatial domain aS Warrenville i SQNote70 o 7 SQNote72 4 FX Z SQNote73 n ma aterman Hinckley s y ia Nape 7 SQNote75 ey a V SQNote77 Yim SQNote81 W SQNote82 T SQNote87 T SQNote89 7 SQNote92 ES Bf ano i F SONote94 Sandwich Position a1989 s8a7 ooa ow kane_rivers Genoa Wilkinson Five Points Sycamore 8 lt has 117 features in total ae tT f Ontarioville Rosi gt Summary Identify features in kane_rivers Franks intersect kane_gw Head PreD Head 2050L gt 5 Little Rock o Figure 16 Click Indentify Features and spatial query results display in the map 11 5 3 Query a shapefile based on attributes of another shapefile UWATER 1 1 a Launch the uWATER main program Under Home tab use the Add Content button to browse and add the shapefile McHenry_Census shp and McHenry_fish shp in the UWATERtest McHenry folder downloaded with the program Figure 17 ArcGIS Explorer My Default Map WT SS Ge sh a
12. an Hinckley x Pa ot Shabbona a z reiia Grove Franks t7 Figure 12 condua ET query on ea levels 9 UWATER 1 1 c Under uWATER tab click the UWATER1 1 button to open the uWATER interface The interface is designed to be docked along with Contents Click the Refresh button in the UWATER interface The list of feature layers in the Contents will show up in the listbox Figure 13 Feature Layer Tools uWATER k Home Display uWATER1 1 Appearance UWATERL1 a S I kane_gw Head_PreD Head_2050L gt 5 B kane rivers HS kane_gw Basemap Bing Maps Road Complex Query jAboutuWATER ArcGIS Explorer My Default Map k ii re Lake in the Hills FOX River Grove 9 bes Algonquin Herbert ita mony r M78 x g enoa i GE The layer has Identify the Spatial Relationship within contain intersect touch cross Use Features in Following Layer for Query H use entire spatial domain overlap New Lebanon Charter Grove ilki nson Five Points S Butet Hanove Sycamore 0 features in total ARAT Ontarioville S Rosi De Kalb i Dekalb pone Maple Parl i es aaah Stream _Ingalton Winfield Glen uer J Wheaton al Warrenville oA a Warrenhurst min max at et 23 me V aiment Sth Ste Summary aes Identify features in that Cf n r x l s ei l ds ae Identify Featur
13. der f SS 3 w PIE S XE B Bring to Front Remove Move to Share E Mail fa Send to Back Go Set Default Show os Swipe Folder To View Legend Organi Contents Colvin Park Ne T kane gw Basemap Bing Maps Road Monroe F N Query Builde X TISE 1 New Lebanon s Fields arter Grove Head_1964 Double Head_1973 Double Head_1983 Double Head_1993 Double Head_2003 Double p Head_2050M Double Head_20508 Double Sycamore Head_2050L Double Mo Get unique values Select features where pore Head_PreD Head_2050L gt 5 Clear More than 100 features match the query Help about Query Editor Maple Par Tweivemile Waterman Hinckley 5 of amp nor Shabbona 23 J YS wy 2 a TEGAN Wa oan Grove zai i TO Figure 8 Confirm query criteria 2008 Mare BOR e This procedure results in a new feature layer with the name kane gw Head_PreD Head_2050L gt 5 shown in red by the default setting of ArcGIS Explorer This feature layer is the projected drawdown larger than 5 ft in 2050 under the less water resource intensive scenario Figure 9 Appearance uWATER P E Cal Mm Draw Order 8 No Ei lt a T Bring to Front Remove Move to Share E Mail Go Set Default Show Trans parny Swipe Folder th Send to Back To View Legend Organze m f i o eature Layer ArcGIS Explorer My D
14. e operating system 500 MB minimum Disk Space 300 MB or more Bandwidth Connection Speed Minimum 380 Kbps 1500 Kbps or higher recommended Video Graphics 24 bit capable graphics accelerator video card OpenGL 2 0 or higher compliant video memory 256 MB or higher 3 Installation of UWATER Installation of UWATER is simplified because it does not require a conventional executable file e g exe or dll on the destination computer Instead uWATER uses an AGX Application Configuration file ncfg that installs automatically on any computer on which AGX is properly installed To begin installing UWATER one must download the ncfg file Figure 1 from the program Web page http www isws illinois edu gws sware uwater Double clicking the UWATER1 1 ncfg icon opens AGX and adds a customized tab uWATER to the default AGX interface The UWATER tab includes a single control button that when clicked launches uWATER Figure 2 the interface of which is designed Figure 1 The uWATER ArcGIS Explorer as a dockable window in AGX Application Configuration file UWATERI 1 k Home Display uWATER1 1 r j Contents Fort Dodge Nebste Basemap Bing Maps Road ke view oae gt Lake City Figure 2 The UWATER tab in ArcGIS Explorer 2 UWATER 1 1 4 uWATER Interface The uWATER interface is organized into two tabs 1 Complex Query and 2 About uWATER The Complex Query tab allows combined spatial and attribute
15. efault Map Home Display s A A H ka Head_PreD Head_2050L gt 5 Herb we ee Colvin Park i kane_gw o Basemap Bing Maps Road 4 l i g airdale kirkland hd ponon CEL New Lebanon Charter Grove eee cl Five Points 5 Sycamore gt DA aa a 1E Ontarioville Roselle p ji Wayne Bioomingdai one Malta poA avo Center ftp ek alb oes ea Lciare 3 PLR nal Mears Waterman Hinckley ar dn i Shabbona z 30 fi ev Shabbona Grove Se Postion sleso IAN BO IVOPW Figure 9 ArcGIS Explorer displays query raut in the map UWATER 1 1 f Repeating this procedure several times with different drawdown query criteria will result in several layers that overlap each other The user can change the color of the resulting layers and put them into an appropriate sequence to create a graduated color scheme map of different degrees of drawdown For example as shown in Figure 10 green is drawdown less than 5 ft blue is between 5 and 10 ft yellow is between 10 and 20 ft orange is between 20 and 30 ft and red is greater than 30 ft ArcGIS Explorer My Default Map a Soren o Herbert aa E TONY i i ore LE Te T Riverwoods ane_gw Head_PreD Head_2050L gt Colvin Park i a 9 Kington ane_gw Head_PreD Head_2050L gt o Q TE Heights ane_gw Head_PreD Head_2050L gt 5 af F ane_gw Head_PreD Head_2050L gt ae Qi umng 7a Genoa P i Ja Barri
16. enhurst x a max Summary Identify features in kane_rivers Franks AO tN K F iano Figure 15 Select kane_gw Head_PreD Head_2050L gt 5 as spatial query criteria la eo Hinckley s o Naperville tas a 30 CUSAN intersect f Check the use entire spatial domain checkbox which means uWATER will select the features in the kane rivers layer that intersects with the entire kane_gw Head_PreD Head_2050L gt 5 layer A summary is also given at the bottom of the uWATER interface Click Identify features button after verifying the accuracy of the summary One folder named Spatial Query intersect kane_gw Head_PreD Head_2050L gt 5 is created for the resulted SQNotes which are the river features intersecting with kane_gw Head _PreD Head_2050L gt 5 layer Figure 16 ES z Feature Layer ArcGIS Explorer My Default Map Home Display Tools uWATER Appearance uWATER1 1 s 2 Lakain the Hills Fox River Grove Se 46 B Spatial Query intersect kane_gw Head_PreD Hea lt Harmony tars Algonquin F SQNote2 e 2 3 F sQNote4 Yim SQNote5 F SQNote7 7 SQNote33 71 SQNote34 kane_gw Head_PreD Head_2050L gt 5 New Lebanon Yim SQNote35 Charter Grove 7 SQNote36 7 SQNote37 l SQNote39 Yi SQNote42 7 SQNote43 The layer kane_rivers Zi SQNote44 7 SQNote45 m Di d nt ea intersect K Raed jin Mh Ei
17. enry_census layer with the attribute Urban_Tot from 0 5 to 0 9 A summary is also given at the bottom of the UWATER interface Click Identify features button after verifying the accuracy of the summary uWATER will first finish a query based on the attribute setting Urban_Tot from 0 5 to 0 9 It will result in a new feature layer named mchenry_census Urban_Tot gt 5 AND 0 9 gt Urban_Tot The default setting is in blue outline Figure 22 Next UWATER will conduct the spatial query mchenry_fish layer within the new layer One folder named Spatial Query within Urban_Tot from 0 5 to 0 9 is created for the resulting SQNotes which are the fish sample features within the mchenry_census layer with the attribute Urban_Tot from 0 5 to 0 9 red pushpin in Figure 22 14 uWATER1 1 BS mchenry_c Z SQNote5 7 SQNote7 F S SQNote9 E SQNote10 T SQNote11 T SQNote20 T SQNote22 T SQNote25 F SQNote26 7 SQNote27 T SQNote29 T SQNote30 T SQNote33 E SQNote34 T SQNote35 WI SQNote37 T SQNote43 7 3 SQNote44 E SQNote45 ArcGIS Explorer My Default Map X J uUWATER1 1 s Urban_Tot gt 0 5 AND 0 9 gt Urban_T mI Spatial Qu eels n Urban_Tot from 0 5 to 0 9 Complex Query About uWATER mchenry_fish mchenry_fish mchenry fish mchenry_census a p The layer mchenry_fish has 67 features in total within intersect within touch cross contain overlap mchenr
18. es le Fa ues OC Hinckley or Naperville 30 L KA eee pL Sandwich gt r A ics at Position a19s0 s2 y asParOS por crest Us Figure 13 Open uWATER interface and get feature layers in the Contents by clicking Refresh d Use the curser to highlight kane_rivers layer and click the Select button in the uWATER Use the ratio buttons to select the interface The information about the selected layer will show spatial relationship as intersect Figure 14 Feature Layer Tools Appearance k Home Display i kane_gw Head_PreD Head_2050L gt 5 WS kane rivers TH kane_gw Basemap Bing Maps Road Complex Query About uWATER kane_rivers kane_rivers kane_gw Head _PreD Head_2050L gt 5 kane_rivers 117 The layer has features in total intersect touch overlap within contain intersect cross Use Features in Following Layer for Query e H use entire spatial domain min max Summary Identify features in intersect kane_rivers Identify Features Figure 14 Highlight the kane_rivers layer by curser and choose spatial relationship intersect 10 ArcGIS Explorer My Default Map Gy g a Genoa New Lebanon Charter Grove Wilkinson Ast Five Points gt wr Sycamore Er rir De Kalb i Dekalb creer Maple Parl Hinckley se Sandwich gt Position a1 9s0 s2 y BPA 20 2
19. evious example using the Complex Query function in UuWATER The third example demonstrates identification of fish sample sites located within a certain range of the census block in McHenry County Illinois also using the Complex Query function in UWATER 5 1 Calculate attributes from a shapefile using Query in ArcGIS Explorer a Launch the uWATER main program Under Home tab use the Add Content button to browse and add the shapefile Kane_GW shp in the WWATERtest Kane folder downloaded with the program The shapefile contains groundwater modeling results for Kane County Illinois including head values groundwater levels for each model cell Figure 5 R Directions us j GS ite Target A Circle 1 Route Z line A Rectangle an PERR Z Area GJ Arrow ax pd B Waterloo m neoa ar Fal lis Fg Be bo pee Basemap Bing Maps Road Ts Re pers eMonticelic oUt WANA Contents E rer My Default Map ae 33 gt Manage Layers E Copy to Clipboard E Zoom To eoa Window yville ian s Belol Saleni Oaks Ero N ITQ Desktop gt ArcGISExplorer uWATER1 1 gt Kane Organize v New folder J Users 2 Name compufer l Default I Public d yang24 J AppData Contacts F le Desktop J AGXtoSHP J ArcGISExpic L test uWATER1 J Kane I McHenn 4 Kane_GW shp Ziphsviji 1 linton Plain infield ana olis R pe Cok mbia Kettering ind A Rushville rv Colu
20. herst ig Dunkirk g amest se fees men gt he k Bi Meadville P EN Youngstown iNew Castle Canton Pittsburgh Weirton gt Johnstown gemaand Fai mont Poe Winches Elins E TEFA Tr Charleston oe A o Lexington Roahioke Lynchi Buefeld Wytheville m I R Gi tw eEden Roxb Greensboro OR Durham NORTH SS Was tnarosore Cocky uWATER tab click the UWWATER1 1 button to open the uWATER interface The interface is designed to be docked along with Contents Click the Refresh button in the UWATER interface and the list of feature layers in the Contents will show up in the listbox Figure 18 ArcGIS Explorer My Default Map C Feature Lay Home Display Tools Appearance ATER gt mchenry_fish Wi mchenry_census z Complex Query About uWATER Basemap Bing Maps Road eae _ Select Features from the Following Layer mchenry_fish mchenry_census The layer has features in total Identify the Spatial Relationship within contain touch overlap intersect cross Use Features in Following Layer for Query ent ire spatial dom ai Legend mchenry_census a mchenry_census Summary Identify features in that Identify Features 12 gt Fontana Geneva gt Linton Pell Lake o Zenda i Sliver Lake Twin Lakes EEE f See Figure 18 Open UWATER interface and get feature aan in the Co
21. m pve tz ai af a iN Circhavilia a ui ingston y Neis LND I AN A ara homie dlicdthe me n mington coer l Hillsboro Ral gt Z lt ells 4 Cam Linton gand ae ae eal ut be Ooiiti weet o arrana Lucasville vergi ae p inde lence Gii dison gt 3 j s Washington ays 4 HOUT J h File name Plaine J ocenticor serar porns AN z ni Figure 5 Add shapefiles for ArcGIS Eier process x Shapefiles shp on gaspar ton Qakiand Ci cansel ln iq cone Be pA Be ans y r oj E UWATER 1 1 b Use curser to highlight the kane_gw layer in the Table of Contents left of map and under Tools tab click Query button Figure 6 f Appearance Order 8 io s E Ty Bring to Front c Go Set Default Show Transparency Swipe To View Legend x are E Mail a4 Send to Back ha rter Grove i o Head_1993 Double Head_2003 Double 5 Head_2050M Double b H Head_20508 Double Sycamore Head_2050L Double F oT Si Select features where r z Test ga i Maple Par E Help about Query Editor ee Tweivemile a Waterman pa omer m Shabbona beag SIETI Now Shabbona Grove Position J1 SS 1SN sass sa Figure 6 Open Query window in Tools tab c The drawdown is computed by calculating the difference between two water surfaces heads In the Query Builder window first use curser t
22. ntents by clicking Refresh UWATER 1 1 c Use curser to highlight mchenry_fish layer and click Select button in the uWATER interface The information about the selected layer will show Use the ratio buttons to select the spatial relationship as within Figure 19 H Feature Layer ArcGIS Explorer My Default Map Home Display Tools Appearance ue mchenry_census Basemap Bing Maps Road Fontana Geneva i Y ie S i o gt mchenry_fish gt Linton f Pell Lake j Silver Lake Complex Query About uWATER ea Twin Lakes mchenry_fish Sharon mchenry_fish mchenry fish mchenry_census The layer mchenry_fish has 67 features in total within intersect within touch cross contain overlap Use Features in Following Layer for Query mchenry_census H use entire spatial domain a mchenry_census z attribute min max Summary Identify features in within BEVAN 31 tote gt l X 4 iC Identify Features SS f S2 Saon Rare Figure 19 Highlight the mchenry_fish layer by curser and choose spatial relationship within d Use drawdown list to select feature layer mchenry_census Figure 20 woo Feature Layer ArcGIS Explorer My Default Map Home Display Tools Appearance Contents h Fontana Geneva Tm o pa meheny fih Linton Pell Lake j Silver Lake i mchenry_census CENIE o be Basemap Bing Maps Road plex Query About uWATER e
23. o select by double clicking the head in pre development condition Head _PreD Key in a sign by keyboard and select the head in 2050 with less water resource intensive scenario Head_2050L Key in gt 5 by keyboard This query criterion will show up at the bottom text box in the Query Builder window Figure 7 o To ol S pearance 8 Fe S Draw Order o F lt amp n 9 B Be Th Bring to Front Remove Move to Share E Mail Go Set Default Show Transparency Swipe k gt Folder Send to Bac T View Legend OnE __ SSS rE eS m 7 FI kane gw Basemap Bing Maps Road Head_PreD Double Head_1964 Double Head_1973 Double Head_1983 Double Head_1993 Double Head_2003 Double Head_2050M Double Head_20508 Double Get unique values Select features where Head_PreD Head_2050L gt 5 Clear Test The query has been updated and must be tested Help about Query Editor Tweivemile pen I __ Waterman ____ Hinckley om gore __1 Shabbona 23 TX y D REN Se Shabbona Grove Position J1 SS 1st Soag aow Franks Figure 7 Type in attribute query criteria 6 UWATER 1 1 d Click on the Test button first and the Query Builder window will show how many features are identified by this query click OK button and ArcGIS Explorer will conduct the query Figure 8 Pe F Draw Or
24. ow Zoom To _ _ aie Cedar Fan e a tenner Se ee tussseinenienss Cheshire Center AE Fal d isent hes SO ste vaii jster Ci y ster ue F E Bing Maps Road eReinbeck Urbana petor A 4 oe 5 Be Vinton sorte ape Ld namosa e Open gO Desktop gt ArcGISExplorer gt uWATERL1 gt Kane Organize New folder Valparaiso Kendallville Tabon Plymouth progos dJ Users 4 Name J compufer y N 7 Be iuti _ Kane_GW shp 10 19 2010 11 17 SHP File 4 N Apa SAE ener C wet rangi 25 Warsaw Date modified Type h Wabasi A _ Kane Rivers shp 10 19 2010 11 25 SHP File k aoh Konon cation flm UDC Beme Celina sh peli g yang24 J AppData amp Contacts Ja Desktop od dianapolis JL AGXtoSHP Brazil_ Whitaland Rushville Hamito J ArcGISExplc W D I AYN DS a nator linton Plainfield J L test J uWATER1 Kane JL McHeny Ash RYS Weilsto Osgood Bridgetown on iaon pee Seymour 7 jcinnal Peebles Ooms per lt S k qucasville amp ashington K Saen wat kosin shland J Hillsboro Hunt Paris Ce Bloreneas f ii fington eonia Ralgap Guyan Terr Grassy Creek Amhe Ea oe 4 i South Wiliams M Hal Ww v a o gt F p Noussesu A Pany N Roubidoux Ucng National t Sey Beda Leitchfield K T adn ti vie in ys arshfiela Forest cape Horse Brahe Cow Wi Buming Hadda Mousie ter Ozark
25. u Feng Forrest Lin has features in total Identify the Spatial Relationship intersect within touch cross contain overlap Use Features in Following Layer for Query use entire spatial domain min max Summary Identify features in Identify Features Figure 3 The Complex Query tab Figure 4 The About uWATER tab Velie Pe COLTER E T yflin illinois edu UWATER 1 1 Spatial query results of UWATER are stored as notes and grouped in folders By default the names assigned to these notes begin with the string SQNote The About uWATER tab indicates the software version number and the developers contact information Figure 4 uWATER was developed under the Illinois Non Exclusive Research License Agreement Since the program is still under development comments and questions are appreciated Table 1 Spatial query methods in UWATER Modified from ESRI AGX SDK HELP file Cona Searches for occurrences when the input geometry completely contains any of the ontains geometries stored in the table Valid for all shape type combinations Searches for occurrences when the input geometry intersects any of the geometries stored in the table but only when they share points in common at least one of Crosses which is not an endpoint A polyline and a polygon cross if they share a polyline in common on the interior of the polygon that is not equivalent to the entire polyline Valid for Polyline Polyline Polyline Polygon
26. y_census H use entire spatial domain min max Y sus Urban_Tot from 0 5 to 0 9 Identify Features uWATER 1 1 Fontana Geneva Me mnes Power s LAKE SP o Walworth inton f Pell Lake Silver Lake 4 Ce Zenda Twin Lakes wade ba TI NSi E Er anklinville Ridgefield T IL Route 176 ag tal Lia Pee Oakwood Hills oes ripe Manor Cary Lake in the ssi Fox River ieem Mi ddiebu 3 Parenter 68 Bard in Figure 22 Click Identify Features and spatial query results display in the map 6 Acknowledgements Availability and References Support for development of UWATER was provided by McHenry County Illinois USA and the State of Illinois The uWATER package program example files and users manual is free to download at http www isws illinois edu gws sware uwater Please contact Yi Chen Ethan Yang yang24 illinois edu or Yu Feng Forrest Lin yflin illinois edu for questions or comments The citation for the software and manual is as follows Yang Y C E and Lin Y F 2010 UWATER Ubiquitous WebGIS Analysis Toolkit for Extensive Resources User s Manual llinois State Water Survey Institute of Natural Resource Sustainability University of Illinois at Urbana Champaign 15
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