User Manual
Contents
1. O zz Shoreline type c Booms blower sorbent O z Skimmer pumps storage B r1Dispersant bioremediation aa Vessels a helicopters aircraft O 2 Coralligenous ri Eco or Bio Significant Areas A O 4 Special areas cetaceans M c Yacht harbours O cz Accidents A c Oil Spill 2014 09 24 14 Simulations Output Run Simulations zi 3 Wave Height Direction 8 3820 46 3789 O r3 Ocean Speed and Direction O z Wind Speed and Direction i Tourism cz Shoreline type c Booms blower sorbent B r3 Skimmer pumps storage r Dispersant bioremediation O c Vessels helicopters aircraft o ry Coralligenous we r3 Eco or Bio Significant 2 Areas O zr Special areas cetaceans 27 Yacht harbours M c Accidents 5 2 i u c O S C j a did o f c aP La 2 4 5 100 km lt A 1 Oil Spill 2014 09 24 100 mi A N 13 50 To access the list of the layers and activate deactivate each of them click on the yellow bar on the right of the map area To activate deactivate a layer click on the check box on the left of the layer name By default the layers are related to the first time step in the simulation To change time step use the bar under the map to choose the time you want to visualize the meteo ocean and oil spill position layers will be automatically updated 2014 10 08 07 402. Organisation Michela De Dominicis INGV INSERT AUTHOR NAME ORGANISATION File name GS WP2 2 1 User Manuals on the MEDESS4MS service V1 5 DRAFT docx Work package start date Report submission date 1 April 2013 6 October 2014 Comments History F Bitto C Ceprani U Di 001 Giammatteo ACS M De DRAFT 20 June 2014 Dominicis INGV 002 M De Dominicis INGV DRAFT 6 October 2014 Pu document revision Dissemination level PU Public CO Confidential for project partners and the European Commission only Abstract MEDESS 4MS is a three year project dedicated to the maritime risks prevention and strengthening of maritime safety related to oil spill pollution in the Mediterranean Maritime safety as the overall goal of the MEDESS 4MS service will be achieved by integrating the existing oil spill modeling systems into an operational multi model platform that will be supplied with environmental data from the Marine Core Services and the national ocean forecasting systems and will also be connected to monitoring platforms CSN AIS MEDESS4MS is developing a Decision Support System DSS and related User Interface UI with a unique Web point providing an interactive access to the different multi model service scenarios to suit the requirements of EMSA CSN REMPEC and the generic users The MEDESS4MS DSS will provide access to 3 service scenarios SS e Real time Automatic simulations using satellite image
3. 2 Oil Spill Description Panel Two start an oil spill simulation you has to fill in the Oil Spills Description panel containing the information on the oil slicks the Oil Spills General data containing the information about the simulations parameters The first information to be inserted are the oil slicks positions and geometry You can choose one of the following cases Single point oil slick multiple points oil slick Single polygon oil slick areal source of oil for example in the case of aerial observation of the oil slick multiple polygon oil slicks mixed source multiple single points or polygons The above choices can be done in two different modes Mode 1 Insertion of the data using the interactive ma 1 Use the Zoom button t3 or the scroll bar at the left of the map to select the area of the oil r1 spill you can use the Area button to set the view over the Mediterranean Sea b 4 or the Unzoom button Q reset the view over the entire n 2 Move with the Hand button to better select the area 3 Toinserta point source select the Point button to draw the oil spill position on the map gt Oil Spills Description Degree Oil Spill Geometry Data Point 015 32 18 60 037 54 43 56 essa Y lat Add Point Remove Selected Point 4 To insert a polygon source select the Polygon button a to draw the oil spill geometry on the map gt Oil Spills Description
4. Degree Oil Spill Geometry Data Polygon 015 29 20 40 037 50 46 32 X lon Y lat 015 38 14 28 037 48 47 52 Add Point 015 34 36 84 037 47 08 88 015 34 17 04 037 46 29 28 Remove Selected Point 5 The Modify Oil Spill Geometry button Es can be used to edit an existing vector object drag the pivots visualized on the geometry to modify it The oil spill geometry can be also modified by directly typing the data into the Oil Spill Geometry Data Box at the right of the panel gt Oil Spills Description 6 Use the created Oil Spill Geometry Data 015 29 20 40 015 38 14 28 015 34 36 84 015 35 36 14 037 50 46 32 037 48 47 52 037 47 08 88 037 48 32 88 Remove Selected Point 3 Degree Polygon X lon Y lat Add Point Then the specifications about the oil spill has to be inserted 7 Select the Depth of the oil spill m by using the drop down menu if the spill is on the surface choose 0 m ADD SATELLITE FILE 0 Depth of the ol l a Duration of the spillrelease r 10 Total amount volume of spilled oil m3 15 Date and Time sta Add Oil Spill Remove Oil S z 1500 Oil Spills General Data Claiiatias Rinna 8 Insert the Duration of the spill release in hours if the oil spill is instantaneous just leave this field to 0000 if the oil spill is continuous insert the duration of the oil release 9 Insert the total a
5. Map navigation The map component provides basic navigation functions described in the following A zoom level slider on the top left corner provides fixed step zoom in zoom out and pan capabilities A button bar on the bottom right corner provides additional capabilities LX allows for free hand zoom in areas e zoom out at a full world scale zoom to the Mediterranean Sea scale e allows for free hand pan operations A navigation tool on the top right corner displays cursor on map coordinate values and by clicking on the Ml button shows a navigation map 15
6. Spill 2014 09 24 13 50 DU EE S C w x E Sa xe S SS ie 3 X FiaveVeccha Marina Admiral eee Ja m Se rortoroziPirangPunat Marina E eTehnomon Marin amp Veruda Porto di Ravennae Marinara E Sanremo Bocca di Magra Riccione Dalmacija Marina Bort de la Grande Motte Alassio Bocca d Arno Rimini Numana Jezera 16 5758 42 8164 E i H LITT TESS A ano mf spit n eem d Lr Port St Louis Vieux Port jViareggiO Ardenza Senigallia Giorgio rogur pilt Baska Voda r Port d cannes Marina Marina di cina J pos DEUS ma Korcula 4 PuntaAla Civitanova GijlianovajLalmizana e Ee Hort de Plaisance de s t Cy prier t Mia Galera S3 Benedetto del Tronto i Cavtat Porto Montenegro mpu t d Ac a Pescara purjabraval Gc rabasto Punta Penna Port of Kotor MC Marina Budva Stay Margarida P Termoli Vieste uU M mino Porto Vecchio nE Mattinata OME Marina Sveti Nikola an P Mataro A Formia Porto Nuovo granil Mala di Bari T Er Fanarion CAT Picafort E E Porto Koufo BozcaadaLimaniy infi de Mallorca llf ciroMarinaP MourtosjPort Gaios Skiathos Marina MS otur Ayvalik Marine Foce Sistos Torre del Greco e i a ss Tdi Ponza Amalfi Er je Eno N uovo E ts Thessaloniki MarinagfP rtiL gos iji parag Agropolis ErnoBiSwEocadiMelendugno MN ao nnt ar ace TEES el rc tn Maratea Castro Marina ar Sani Marina a Erde
7. gd Skimmer pumps storage B Dispersant bioremediation B42 Vessels t helicopters aircraft c Ceralligenous c Eco or Bio Significant Areas az Special areas cetaceans cz Yacht harbours Ma e Accidents 13 8 Dispersant and bioremediation storages 9 Vessels helicopters and aircraft anti pollution location 10 Coralligenous Coralligenous areas are marked in blue 11 Eco or Bio significant areas they are marked in red 12 Special areas for cetaceans they are marked in black 24 3148 38 1664 i EILENN 5 052 Direction B Ocean Speed and Direction gaz Wind Speed and Direction g ry Tourism Q ry Shoreline type c Booms blower sorbent Oa Skimmer pumps storage 9 4 Dispersant bioremediation M r Vessels helicopters aircraft Q vessel EB Aircraft i Helicopter cz Ceralligenous c Eco or Bio Significant Areas O n Special areas cetaceans cz Yacht harbours 9 8820 45 2914 RMEENEHEIH 100 km 100 mi 13 Yatch harbours Direction Q r Wind Speed and Direction Q z Tourism Q r Shoreline type O c Booms blower sorbent Q r3 Skimmer pumps storage B Dispersant bioremediation O n Vessels u helicopters aircraft M ry Coralligenous V c Eco or Bio Significant Areas 1 V c Special areas cetaceans m O c Yacht harbours O c Accidents f 13 Oil
8. oil spill concentration together with the following layers Wave height and Direction Ocean Speed and Direction the ocean currents and its intensities Wind Speed and Direction Tourism touristic areas are identified by purples area SS 12 Direction 17 2202 42 4958 c Ocean Speed and Direction az Wind Speed and Direction V c Tourism o Q r Shoreline type O c Booms blower sorbent O c Skimmer pumps storage g caz Dispersant bioremediation O c Vessels helicopters aircraft gg r a Coralligenous gaz Eco or Bio Significant Areas 6 Special areas a cetaceans Q rz Yacht harbours O c Accidents Ff Oil Spill 2014 09 30 03 00 100 km 100 mi 6 Booms blower sorbent 7 Skimmer and pumps storages O c Wave Height Direction O c Ocean Speed and Direction Qa Wind Speed and Direction OQ rz Tourism M zz Shoreline type Low sandly coast High rocky coast Artificial Oca Booms blower sorbent B Skimmer pumps storage O Dispersant bioremediation Qa Vessels a helicopters aircraft O c1 Ceralligenous O c Eco or Bio Significant Areas O64 n Special areas cetaceans cz Yacht harbours O c Wave Height Direction 13 Ocean Speed and Direction c Wind Speed and Direction Q c Tourism Q rc Shoreline type V Booms blower sorbent fA Booms M Sorbent
9. 11 0 042 0 X lon 011 0000 Y lat 042 0000 Add Point Remove Selected Point 4 If you chose to insert a polygon type the coordinates of the first point of the polygon into the X lon and Y lat text field and then click on Add Point button to insert the second point type the coordinates again into the X lon and Y lat text field and then click on Add Point button etc The polygon oil spill will be visualized on the map on the left and the Oil Spill Geometry Data table will be filled with the inserted data You can also directly modify the data in the Oil Spill Geometry Data box Then the specifications about the oil spill has to be inserted the same as for Mode 1 5 Select the Depth of the oil spill m by using the drop down menu if the spill is on the surface choose 0 m 6 Insert the Duration of the spill release in hours if the oil spill is instantaneous just leave this spill to 0000 if the oil spill is continuous insert the duration of the oil release 7 Insert the total amount volume of spilled oil m3 8 Date and Time start Insert the oil spill start time or detection time Add Oil Spill When the above steps have been completed click on the Add oil Spill button To add multiple point or multiple polygon please start again from step 3 or 4 up to step 8 As soon as you click on the Add oil spill button the table on the right is filled with all the information inserted for each spill Re
10. 4 Ea PORTico MEDSLIK x ct 2014 10 01 13 23 02 Completed 542c0035c49527s2283a4c33 Completed 4 eo 4 Re eo _ POSEIDON X Tm Lt Rs na 37 20 Camonlatad E IQ amp 26229 aA Ih Camniatad Pr l a The rows in the grid are organized in pages To change page or to change the number of simulations per page you can act on the controls at the bottom of the table ete T eL TO m 50 aj The table is automatically refreshed every 5 seconds The refresh time intervals among refreshes in seconds can be changed by acting on the refresh slider in the bottom right corner of the grid e e eL E E Te 3 2 How to view your simulation outputs If the Simulation Runs Status is Completed you can show the results on the map by using the MAP BUTTON Run Simulations Simulations Output O z Ocean Speed and Direction 2 Wind Speed and Direction O gr Tourism Shoreline type gaz Booms blower sorbent O n Skimmer pumps storage O Dispersant bioremediation B Vessels helicopters aircraft c Ceralligenous gaz Eco or Bio Significant Areas gaz Special areas cetaceans O c Yacht harbours Q f Accidents A 13 Oil Spill 2014 09 30 03 00 Please note that oil spill position is marked by a red triangle symbol at low scales When the scale is above 1 70000 the oil concentration at the surface is shown When the output of a simulation run is loaded you can choose to visualize the
11. MEDESS 4MS MEDITERRANEAN DECISION SUPPORT SYSTEM FOR MARINE SAFETY Strategic projects 2011 Priority Objective 2 3 Axe 2 Protection of the environment and promotion of a sustainable territorial development Objective 2 3 Maritime risks prevention and strengthening of maritime safety Ref 4175 Start 01 FEBRUARY 2012 Duration 36 MONTHS WP2 2 User Consultation D2 2 1 User Manuals on the MEDESSAMS service V1 5 Projet cofinanc par le Fonds Europ en de D veloppement R gional FEDER _ 1 L Europe en M diterran e Project cofinanced by the European Regional Europe in the Mediterranean Development Fund ERDF Work package number Short Title Long Title D2 4 Activity 2 2 1 User Manuals on the MEDESS4MS service Short Description In order for the MEDESSAMS system to be used to its full capacity manuals will be compiled and made available for download so that the users will know how to use the various implemented functions These manuals will serve as reference and help for users of the system to perform the required tasks A tutorial section with step by step instruction on how to carry out simple and basic processes will be included In this document the User Manual of the version V 1 5 of the graphical User Interface UI of the DSS is described Keywords Oil spill monitoring systems oil spill forecasting systems ocean forecasting systems meteorological forecasting systems Authors Organisation s Editor
12. SLIK 1I Completed 542a6ab c4952152283a4c1d Completed v m e T a X enii 2014 09 29 09 48 11 POSEIDON Completed 54292ad2c4952f18ddf2434b Completed wy e ay Te a exo 2014 09 29 08 11 13 POSEIDON Completed 54291415c4952f18e5f24364 Completed 1 amp 5 a Te a vins 2014 09 25 08 47 11 POSEIDON Completed 54234685c4952f18e7f24376 Completed o o Qu Te a X vina 2014 09 25 08 28 06 POSEIDON Completed 5423d20dc4952f18e524358 Completed rv E o Te a A umi 2014 09 25 07 57 14 MEDSLIK Completed 5423cad0c4952f 1865124357 Completed v 8 Te a X care 2014 09 25 07 55 10 POSEIDON Completed 5423ca55c4952f18e7f24375 Completed Ky B e Te a A caer 2014 09 25 07 43 11 POSEIDON Completed 5423c785c4952f18e5f24355 Completed T o e Ye a X pola 2014 09 17 10 10 04 POSEIDON Completed 54195dc3c4952118d7f24346 Completed j 1 E Te a Page 1 of 10 so 20 View 1 20 of 183 e the first column indicates the Simulation Name inserted in the input form e the second column is the date and time of the start of the simulation e the third column identifies the Oil Spill Model used in the simulation e the fourth column is the Status of the simulation you can see the following options INSERTED when the simulation has been just inserted STARTED when the simulation reached the MEDESS4MS servers ERROR the simulation got into an error this might be due to an incorrect input form or to the unavailability of the meteo ocean or wave model or to an unidentified failure of the s
13. a Simulation Name TEST Ocean Model PREVIMER North Western Mediterranean 1 2 km provider IFREME Density of oil kg m3 Wind Model POSEIDON Mediterranean 5 km provider HCMR Oil Type y Select Oil Types Wave Model CYCOFOS WAM4 Mediterranean 5 km provider OC UCY Backtracking Mod Aboozar Oil Spill Models SelectModel Length of Simulation hours Ale al bu Khoosh Agha Jari _ Simulation output time interval hours yet Alberta mix Amna high pour Anaco simulation Reset Interface Aneth Anquille Arabian Heavy Arabian heavy Safaniya Arabian Light Arabian light Berri Arabian medium veloped by the MEDESS4MS project 3 You can choose the type of the requested simulation FORWARD or BACKWARD If you check the Backtracking mode the simulation will be Backward Please notice that the default value is Forward and the Backtracking mode is not supported by all the oil spill models 4 Insert the simulation duration in hours 00 5 Insert requested time step interval between the output images in hours decimal number 6 Choose the Oil Spill model you want to use 7 Itis possible to change the Ocean Wind and Wave models that were automatically selected by the system by using the drop down menu lists at the bottom right of the panel The list will show only the models available for the selected location Oil Spills General Data Select Model Simulation Name TEST Ocean Moda PREVIMER North Western Med
14. iterranean 1 2 km provider IFREMER Density of oil kg m3 Wind Mode WMED Western Mediterranean 3 5 km provider CNR IAMC Wave Mode MFS Mediterranean Sea 6 5 km provider INGV POSEIDON Mediterranean Sea 10 km provider HCMR Oil Types Arabian medium 4 Backtracking Mode Q Oil Spill Models Length of Simulation hours 0024 Simulation output time interval hours 01 Run Simulation Reset Interface Oil Spills General Data Simulation Name TEST Ocean Model PREVIMER North Western Mediterranean 1 2 km provider IFREME Density of oil kg m3 Wind Mode Select Model Oil Types Arabian medium Wave Mod y cvcoros WAM4 Mediterranean 5 km provider OC UCY 7 Backtracking Mode m Oil Spill Model MFS Wavewatch III Mediterranean 6 5 km provider INGV B Length of Simulation hours POSEIDON WAM Cycle 4 Mediterranean 10 km provider HCMR 9 0024 PREVIMER Western Mediterranean 10 km provider IFREMER Simulation output time interval hours 01 Run Simulation Reset Interface Oil Spills General Data Simulation Name Ocean Mode s Select Model Density of oil kg m3 Wind Mode y POSEIDON Mediterranean 5 km provider HCMR 1 Oil Types Arabian medium B Wave Mod SKIRON Mediterranean 5 km provider OC UCY Backtracking Mode m Oil Spill Model ARPEGE Mediterranean 10 km provider Meteo France SKIRON Mediterranean 10 km provider IASA Length of Simulation hours 0024 ECMWF Mediterranean 25 km provider INGV Simulatio
15. mount volume of spilled oil m3 10 Date and Time start Insert the oil spill start time or detection time ADD SATELLITE FILE Depth of the oil spill m 5 n l Duration of the spill release h 0010 Total amount volume of spilled oil m3 0100 Date and Time start 2014 10 01 8 13 11 Add Oil Spill Remove Oil Spills Edit Oil Spill Add Oil Spill When the above steps have been completed click on the Add oil Spill button To add multiple point or multiple polygon please start again from step 3 or 4 up to step 10 Mode 2 Manually insertion of the data 1 In the box on the right of the panel please select if you want to insert the coordinates of the oil slick use Degrees degrees minutes and seconds or Decimal Degrees Oil Spill Geometry Data Decimal X lon Y lat Add Point Remove Selected Point 2 Specify if you have to insert the coordinates of Point or Polygon oil slick Oil Spill Geometry Data Ec X lon 000 0 Y lat 000 0 Add Point Remove Selected Point 3 If you chose to insert a point just type the coordinates into the X lon and Y lat text field and then click on Add Point button The point will be visualized on the map on the left and the Oil Spill Geometry Data table will be filled with the inserted data You can also directly modify the data in the Oil Spill Geometry Data box gt Oil Spills Description Decimal Oil Spill Geometry Data Point 0
16. move Qil Spills You can use the Remove Oil Spills button to delete a selected oil spill to select the oil spill you have to click on the data in the box or you can use the Edit Oil Spill Edit Oil Spill to edit the parameters that you have previously inserted for an oil slick ADD SATELLITE FILE Oil Spill Described by Point Oil Spill Geometry Data 40 1973 11 8965 Satellite file Name Depth of the oil spill m 0 Date and Time start 2014 10 01 1519 Date and Time start 2914 10 01 5 15 19 gt Duration of the spill release h 0011 Depth of the oil spill m 0 Duration of the spill release h 0011 Total amount volume of spilled oil m3 100 Total amount volume of spilled oil m3 100 Add Oil Spill Remove Oil Spills Edit Oil Spill 2 2 Oil Spill General Data As soon as the Oil Spill Description Panel is filled the MEDESS4MS system automatically selects the best Ocean Wind and Wave models that are available for the given oil spill positions The best guess is made by localization and accuracy higher resolution models are chosen of the models D Oil Spills Description 6 6484 48 1074 Decimal Oil Spill Geometry Data Point 011 8965 040 1973 X lon 000 0 Y lat 000 0 Add Point Remove Selected Point 4 Next the simulations parameters have to be inserted 1 Insert the simulation name 4 characters 2 Insert the oil density kg m3 or the oil type from the drop down menu Oil Spills General Dat
17. n output time interval hours 01 Run Simulation Reset Interface 9 Choose the oil spill model you want to use from the drop down menu Oil Spills General Data Simulation Name TEST Ocean Model PREVIMER North Western Mediterranean 1 2 km provider IFREME 4 Density of oil kg m3 Wind Model POSEIDON Mediterranean 5 km provider HCMR Oil Types Arabian medium Wave Model CYCOFOS WAM4 Mediterranean 5 km provider OC UCY Backtracking Mode Oil Spill Model y SelectModel H Length of Simulation hours 0024 d Simulation output time interval hours 01 PORTico MEDSLIK MEDSLIK II POSEIDON Run Simulation Reset Interface 10 Use the Run Simulation button to start the simulation on the backend server 11 Use the Reset Interface button to restore the original default settings of the interface Run Simulation Reset Interface If you would like to re run a simulation that you already performed with the MEDESS4MS system you can upload the inp file that you can download from the Simulation Output window see next section by using the button at the top of the page 3 Howto view the simulation results HOME DECISION SUPPORT SYSTEM _ Mediterranean Decision Support for Marine Safety 5 Ki Mice AU its Run Simulations Simulations Output After clicking on the Run Simulation button the simulations are queued for execution in the MEDESS4MS servers By switching to switch to the Sim
18. s S51 e Delayed mode Offline simulations in the past 552 e Management of emergency Real time simulations done by the users 5S3 In this document the User Manual of the version 1 5 of the graphical User Interface UI of the DSS is described The UI will provide access to SS3 Contents 1 THE MEDESSAMS User Interface and the Decision Support System 5 2 Howto run an oil spill simulation in real time 5 2 1 Oil Spill Description Panel eee 5 2 2 Qn Sp Gessrdl Data seernes nani UI PLUME UR UR IAPUDT T 8 3 Howto view the simulation results eese 10 3 1 How to check your runs cccccccesccesceeseeeseecseececuseeeseeeseeeeeeeeeeseeeees 10 3 2 How to view your simulation outputs eeeeen 12 1 THE MEDESS4MS User Interface and the Decision Support System The MEDESS4MS service is accessible at the web page http medess dss bo ingv it joomla medess To access to the system you need to insert your User Name and Password You can create your own account directly on the DSS page developed by the MEDESS4MS project 2 How to run an oil spill simulation in real time HOME DECISION SUPPORT SYSTEM Mediterranean Decision Support ia P RARE Ae du E al Run Simulations Simulations Output The Run Simulation window allows to insert the input data in order to start a new simulation in real time
19. sport Ded dia Calan Marina p Cast FI 1 Cala M Bosc marana Sibari SY Maria Dill eucal Gouvia Marina N a Marmaras E aed Canakkale d c a ESTE Marina de Ca la d Or Marina di Capitana TEANA Crotone Porto Nuovo As Marina Akladhi P titinjegi inari Mitilini S Margherita di Pula iltud ee Tinea Tetkas Harbour gt gt Limin Skop loul Kimie karalama E 2 ur Mum Sa Missalonghi Skala Atal ntis Cesme Marinay Teos Marina a di Portoro F s Trapani Ls ik Kim X bkastro Alimos Marina B Setur Kusadasi Marina Castellammare del Golfo Ormos Ay Nikolaos Ko eerta SAT qr eee Bizerte Bc Ognina RFIQUTES Port Zalanthos Perdika Pt y asa MJ D Marin Didim td Catania Circolo Nautico YT ACI TTezza kalamata Marina Tinos Marina VE aeris bvVathi Ferruch Dellys je Stora 3 ipio Port de Sidi Bou Said inet poro M Marathoupolis pilos eirama Te SANOS Amas DS Marmaris Netsel Marina S Bener Djen Djen Yasmin 3 Scoglitti Marzememi leraka Port lost he SEEN ro Port Yasmine Hammamet Vlikhada armarissYacht Marine ee pr S su Neapolis x Fethiye m Monastir Msidaland Ta Xbiex Marina El Kantaoui I p A Sousse eMahidia Grand Harbour Marina Port of Chania Rethimno Tahaulha au metere C lerne vadis es 14 Accidents Q r Wave Height Direction 4a Ocean Speed and Direction O 2 Wind Speed and Direction o ra Tourism ti
20. ulations Output window you will be able to see the list and the status of the simulations that you have submitted and to view the simulations results 3 1 Howto check your runs The SimulationsRuns table below the map displays the simulation runs lists and their status 10 SimulationRuns SimulationName SimulationStartTime OilSpillModel Status RunId IngestionStatus All Completed All X psu 2014 10 01 14 27 10 IMEDSLIK II completed a2c0f35c495215226324c25 lepton o o O kz A amm 2014 10 01 14 06 03 MEDSLIK II Completed 542c0a49c4952152263a4c24 Completed yy 6 amp Te a gm 2014 10 01 13 23 02 MEDSLIK 11 Completed 542c0035c49521522834c33 Completed o o O Te a X purs 2014 10 01 09 37 22 MEDSLIK 1I Completed S 2bcb3dc4952f52283a4c2b Completed ry e EE Te a purs 2014 10 01 09 22 11 MEDSLIK 1I Completed 542bc7b9c4952f521b3a4cle Completed 1 o e T a X nts 2014 10 01 08 53 11 MEDSLIK 1I Completed 542bc0edc4952f52263a4c22 Completed o gu o Te a purs 2014 10 01 08 43 11 MEDSLIK 1I Completed 542bbe95c4952152283a4c28 Completed wy 1 Te a X pns 2014 10 01 08 36 13 MEDSLIK II Completed 542bbcf2c4952152243a4c22 Completed o O e Te a exos 2014 10 01 08 30 10 POSEIDON Completed 542bbb89c4952152283a4c27 Completed v o 1 Ye a exo 2014 10 01 07 36 11 POSEIDON Completed 542baee1c4952152283a4c25 Completed wy e Te a X gkal 2014 09 30 10 11 11 POSEIDON Completed 542a81b5c4952f52243a4cld Completed o o O Te a purs 2014 09 30 08 33 16 MED
21. ystem SUBMITTED PENDING the simulation is queuing on the MEDESS4MS servers COMPLETED the simulation has been successfully performed e the fifth column is the RunId an unique identifier of the simulations e the last column is the Status of the output image production When the IngestionStatus appears as completed you have 5 action buttons GREEN BUTTON allows to download the input data that you have inserted to run the simulation it is a text file inp BLUE BUTTON allows to download the output data oil concentration for the entire simulation period as a text file out ORANGE BUTTON allows to download the output data oil concentration for the entire simulation period as a NetCDF file nc MAP BUTTON dad allows to show the results on the web map DOWNLOAD BUTTON a allows to download the output data oil concentration for the entire simulation period as images PNG Active filtering is available for the SimulationsRuns table that allows to filter the content of the table You can filter by typing in the SimulationName and Runld text boxes your selection or by selecting from the drop down menu of the OilSpillModel Status and IngestionStatus what you want to show 11 toda esto SimulationStartTime Status Rund IngestionStatus PGNM 2014 10 01 14 27 10 MOTHY 4 E A pane 2014 10 01 14 06 03 ee completed 542c0249c4952152263a4c24 Completed 4 O
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