Laserfiche WebLink
Potable Water Valves - --- -- - <br /> Feama Clas Name: PotebkWaterVebes - <br /> Featus DaAret PotaUleWaterDisvbNiorS�;rstem <br /> Feat• a Clan Type: Poutl <br /> Data Soytrve: 2072 GPS Data Cotlecvon <br /> Primaq Cwbdim Michelle Wang - SIS Techres an - FIS rG15 <br /> Accuracy: +(- t merely <br /> Projection: NO Stale Plane, NAD83, feet - - -. <br /> SIalm: Cocgilete as cfEtecim, 20.03 <br /> Daft Update Frequeney: As charges are made in the fie:d _ <br /> Conanabrv: Data marr NOTbe released to the public - <br /> PointofContact: Katieeine O'Breen-FJSIGIS (919) 123"4567, KOBrkr�fac am Pica <br /> Description: Feud Layer of water Saba hications. <br /> Purpose: Inventory of ell campus pe[ebk vretervahres <br /> Attributer: <br /> reld Name Daft Allaxr fait Do idan 7< Dereriptian <br /> typeN•LL Value <br /> BypasVaM hall Yes 0 Bocleas 0 p 2 "n ULZs if ihe :alve has a wypassvaive for <br /> Integer <br /> memte ame <br /> CbckwiseToClore Small <br /> :rote r Yes 1 Boolean 0 U 2 Doesthe valve close in a nbckwise diedione <br /> teal <br /> " CwrenL`yOpen Integer Yrs L Boolean 0 0 2 Is the vahm. cuvenBy epenP <br /> Motorcycled Indo Yes 0 Boolean ] 0 Is the valve mctorriedP <br /> Nommlly-0pec oral Yes I Bookan 0 1 2 s the valve designed to be aper under novm: <br /> Into r mtwark clmummaer <br /> "> Percent n Into ,r as 100 0 Fane Nom Cuven[ oerent en <br /> Pressvresatt <br /> Sinns SinnYes Vote Nona 20 f-urentp,ressvre self <br /> Pegulat»nType Stung Yes WHSyetamVaUaReq�uaz Type Hong i Nom 20 aY9he�k) S1QP regulation performed (d <br /> TvrzsTrCbse fire Yes 0 Nom Ham Number tUturmre coredt idose tie vabe <br /> Diameter lntee[ Yes 10 Ma es illi. 'iarrzlei 0 Nom Nam Diameter of[hr Babe <br /> Bkvation Double Yes 1 0 None7ktmnofthevalve <br /> WaterT e Str = Yes potable Waterh e Nom Noce 20 T eofweterflowt. item the systera <br /> AdmniistMiveAree St Yes N AdmutislratrseArea Nona None 200 ' The vlrvnmtmGre area thet m:eems the object <br /> Fecilitym 51- Yes Nom Nom I 20 IAumque facility number for4m object <br /> :mtallDate Date Yes UJ <br /> S Date object <br /> was wlalkdmtie ori <br /> Lo:atlomDescrt on Stc Nom 9cm 200 Tei3desca ion. off�e locatmn <br /> OparetiomL4r_a String Yes Dl OpemimgArea None INam 200 Fx�gneermg or operational Cvtrict for [he <br /> Rotation Double Yes 0 U None Rotation angle ( may svmbolo� <br /> Likc lestates It Yes Active IGfeC ,kStetvs Nom Nom A St of the fazilit lifec k <br /> sibT e tine r Vas 1 IG Nom Nom T. of feature <br /> WorkOtdedD st Yes Nom Nom 2U <br /> Am Rule Inte r Yzs 0 Nom Nom <br /> Enabled °tTBII Yes 1 Fn,hkd 0 ] - ✓✓ark Order dot imtelled the ab act <br /> Integer j <br /> Figure 5-2: Example Printed Logical Database Design Sheet <br /> 2. Flow Chart Drawings <br /> Data model flow charts for the organization of each data layer within the <br /> geodatabase should be developed . Developed products should include individual <br /> printed drawings , digital drawings in MS Visio format , as well as digital images of each <br /> drawing . <br /> Data should be logically organized into the following categories : <br /> • Geodatabase <br /> • Feature Datasets <br /> • Feature Classes <br /> Geodatabases should be utilized to organize similar datasets. Feature Datasets should <br /> be established to logically group Feature Classes of similar type or business process . <br /> The data model flow charts should document all Feature Datasets, and the Feature <br /> Classes within each Feature Dataset ( Figure 5-3) . Feature Classes should be displayed <br /> according to type: point, line , or polygon . Additionally, the organization of other types <br /> ry of data that will be stored within the geodatabase, including ( but not limited to) rasters <br /> (such as aerial photography) , and CAD data , should be documented . <br /> 5-6 <br /> GIS Needs Assessment and Implementation Plan Chapter 5 - Database Design and Setup <br />