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1. Bxio3dt200 gz 136 4MB axunit R_I Byio3dt200 gz 135 8MB Pillow 2 4 0 py2 6 linux i686 egg tmp proddesc Magnetic field component B_x PIL produnit B_0 empty produnitdesc Magnitude of ambient magnetic field savedir a Bzio3dt200 cdf 170 89MB a Bxio3dt200 cdf 170 89MB tex cache import numpy as np a empty from spacepy import pycdf print t Reading data simdata rdgzip3d loaddirectory product runname t str time gz Efron Toni Import file shin O Re TERE eT simdata file 3D bin loaddirectory product spec runname t str time bin gz List of your files in incoming directory dx 0 05 dy 0 05 dz 0 05 Z E e oe Tip Click on the filename It adds path to ycenter a e file into the code automatically dim simdata shape mex die 2 K M asaya E A CEN IA ncy dim 1 ncz dim 0 print 1t Computing axis values xval np empty ncx values on x axis in planet centered coordinate system for ix in range len xval xval ix ix dx xcenter ncx dx yval np empty ncy values on y axis in planet centered coordinate system for iy ia OC OS ESTE Press Start code when your code is ready to run SpacePy is released under license See _licence_ and _ citation_ for details and help for HTML help Reading data Computing axis values Opening cdf Bxio3dt200 cdf saving global attributes saving variables
2. esseet Three dimensional situational picture Corona rro rro rosso oros ro roo Peer re rer er errr re rre rrr reer errr rr errr rrr rer re rrr rro rocosos Trajectory shape and parameters y Queue for processing button a wee c ec ce ccc cc cee cee sec eee roo seers e ree see sec esesereeseeseseseseressseseceseseseessesese Sprinx Systems a s Vychozi 6 147 00 Praha 4 ew cececcccccone COI YORON tess ecescoecocososocosocecosocosoo oo pene Ai cononnosocss Poe rcccccceccccecesececcessccee eosesecososeseo eessssesososeseooees tesse AAA corosorr Ro dd Sprinx SHOCK Virtual Mission Laboratory Portal Project IMF North Planetward IMF North Planetward IMF North Planetward Hybrid simulation of Mercury s interaction with the solar wind under northward planetward interplanetary magnetic field B Available products B B B B_ Density Preset 1 Product x Magnetic field Product t pensity E Color bar settings click to add a new preset m product B_ ircle 0 00 0 00 radius 1 00 Apply to all Remove Apply to all Remove Image processing Use defaults Time Selection A _ AH _ SS O Single Time 65 Crop max Value range 0 000 17 391 Default ro range Time Range 000 5 000 Samples 65 total 1 Section plane Displacement aa Virtual trajectory shape Circle Ellipse Line Custom eD
3. Center X Center Y Queue for processing Store in favourites ge Store in favourites button Two dimensional situational picture 12 420 251 014 211 sales sprinx com Sprinx USER MANUAL REGISTERED USER WORKING WITH HELPER For new users we highly recommend to allow helper After clicking on the element help guide pops up with additional information and what to do in this step similarly as shown below Section plane Section plane XY HE f Choose section plane parallel to plane XY Coordinate system is centered in Mercury s center and unit of length is Mercury s radius Axis X is parallel to solar wind flow direction axis Z Is parallel to Mercury s dipole axis axis window you can change settings by click on Y completes right handed system Note If there is a button in the helper them or move to the next step VISUALIZATION STEP BY STEP Product selection Choose required product from the list The term product means a physical quantity that you want to visualize Preset 1 Product A product B W of produc ude of 2 BX magnetic field magne tay plane orienta tion xW plane dps Y displacement O displac Densi trajectory ellipse 0 52 trajectory 52 Apply to all Remowe Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 13 Sprinx USER MANUAL REGISTERED USER Here you can see a Product informat
4. Hybrid KH1 Global hybr tions of Mecury s interaction wi Solar wind Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 7 Sprinx USER MANUAL REGISTERED USER Page with project details shows all information about project figures and list of their simulations including basic information and available products SH CK Virtual Mission Laboratory Portal Project IMF North Planetward This projects deals with three dimensional hybrid simulations of Mercury s magnetosphere and its interaction with solar wind Hybrid ons as individual macroparticles and electrons a eutralizing fluid In contrast to fluid models i the hybrid model thus includes ion kinetics which may significantly affect dynamics of the interaction Kelvin Helmholtz Project IMF North Planetward Mercury IMF North Planetward Hybrid simulation of Mercury s interaction with the solar wind under northward planetward interplanetary magnetic field Available products B Bx By Bz Density of data Pavel M Travnicek The portal is created under SHOCK Project of the FP7 For more detailed information about chosen simulation click on the drop down element IMF North Planetward Hybrid simulation of Mercury s interaction with the solar wind under northward planetward interplanetary magnetic field Available products B Bx By Bz Density Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx c
5. Sprinx USER MANUAL REGISTERED USER Copy xml files project xml simulation xml to the project simulation folders In every project folder must be project xml and in every simulation folder must be simulation xml In another case project simulation will be ignored by importer tool Note If you prepare project and simulation folders with CDF and xml files on your own computer _ it is necessary to upload them via SFTP to your incoming folder How to use SFTP please see the chapter Data Download You can upload other files too figures and other files Importer tool works with CDF files project xml and simulation xml files only O Contact the administrator Contact the administrator that your data is prepared and ready for import to the VML portal For this purpose you can use link located on every page of VML Important In the message please include your email with which you registered on the portal or your SFTP username Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 37
6. Project IMF North Planetward O cutee instability more Global hybrid simulations of Mecury s interaction with the Solar wind List of projects which simulations andr HOLTZ Hybrid simulations of Kelvin Helmholtz instability Go to project details Simulation Description ty There are two ration thus in From Simulation list in the project details page IMF North Pianetward Hybrid simusxt Mercury s interaction with the solar wind under northward planetward interplanetary magnetic field Available proa B Bx By Bz Density Y Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx com 10 Sprinx USER MANUAL REGISTERED USER From unrolled Simulation details in the project details page You can choose one of the simulation preset IMF North Planetward m ory ec infor cury s int solar Grid size Nx 594 units of inversed proton dy dz 1 in u O 4 Ty S radius Density example 2 B Magnitude of ma Magnetic eld example 1 Bx Ma By Mag entin the dire of Mercury s or B Magnetic field component in the direction of Mercury s dipole axis Density Proton charge density Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 11 USER MANUAL REGISTERED USER BASIC OVERVIEW eee e reer rere rere reer rere reer rere rrr ere reer re rer rrr rer rrr rere rrr rer errr errr rrr rer rrr rr Information about the simulation
7. Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 33 USER MANUAL REGISTERED USER SHOCK Virtual Mission Laboratory Portal Project IMF North Planetward and its interaction with solar wind Hybrfa a ono eutralizing fluid In contrast to fluid models e interaction Kelvin Helmholtz Project IMF North Planetward IMF North Planetward lt image gt Hybrid simulation of Mercury s interaction with the solar wind under northward planetward interplanetary magneti 2 A a a lt description gt lt description gt lt path gt esa data DB_simdata project _name figure jpg lt path gt lt thumbnail_path gt lt thumbnail_path gt lt image gt Available products B Bx By Bz Density There are enabled html tags in the element lt long description gt User can add tags to make the long description more clear Because it is necessary to add these tags to the xml configuration file the characters lt and gt must be replaced with amp It and amp gt Examples e End of line instead of enter lt br gt Slt br amp gt e Make some text bold or italics lt b gt text lt b gt or lt i gt text lt i gt Slt b amp gt text amp lt b amp et or 8 lt i8igt text 8 lt 8gt e Add link to the text lt a href http www google com gt Google lt a gt amp lt a href amp quot http www google com amp quot
8. eee eee eee eee eee eee re eee eee ree ee ere eee eee eee eee re eee eee re eee eee eee eee ree eee ee eee eee ee eee eee eee eee ee oo Result settings xml is the CDF file cdf is the output Plane data txt is the output containing all the output where you can find containing all the numerical 2 numerical values of selected plane in textual all selected settings inxml values of selected planein OA form It is for information CDF file form 3 purposes _ Trajectory data txt is textual output that ye contains values of trajectory coordinates A Soecesececoooeog gt eee e cece ecccecccccerececseecscsceescseeesssseesceeees eo Graph data txt is textual output that contains sult settings xml CDF file cdf Plane data bd Trajectory data bd Graph data tt values collected along the trajectory Color bar for the correct interpretation of the values a in the figure il Trajectory has highlighted RF points at the start Y and gt of its length The gray color indicates cross section the planet The white color indicates contour the planet Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx com 24 Sprinx USER MANUAL REGISTERED USER The graph shows the value measured along the chosen trajectory The x axis indicates the position of the trajectory For example a value of O indicates the beginning of the trajectory 0
9. 3 options of an orientation of the plane First choose one of the following options XY XZ YZ Secondly select displacement of the plane in space Section plane e Dis Displacement you can select by writing a value or by clicking on increase decrease buttons AS Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx com 16 Sprinx USER MANUAL REGISTERED USER For better imagination what you set up you can watch situational figures Use sliders to rotate with Tip Instead of sliders you de fgura can do left click into the area A A and rotate it directly AOS Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx com 17 Sprinx USER MANUAL REGISTERED USER Trajectory shape and parameters Wizard offers the opportunity to enter 4 different types of trajectory shape Pick one of them and fill in trajectory parameters Circle trajectory Parameters o Center X coordinate X of the circle center Center Y coordinate Y of the circle center Radius size of the circle radius in simulation units A A gc id eee Tip Instead of writing values you can change the circle Line Custom position by left click amp move Tip You can change radius of the circle by right click amp move Trajectory parameters can be set by writing a value or by clicking on increase dec
10. 5 the middle and 1 its end 3 5 3 0 2 5 2 0 n ny 1 5 1 0 0 5 0 0 0 0 0 2 0 4 0 6 0 8 1 0 Position in the trajectory range 0 1 Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 25 Sprinx USER MANUAL REGISTERED USER TIME RANGE The time range output is similar to the single time output Description of output elements you can find in the previous chapter Note Outputs plane data in the CDF and textual file format are not listed because of their potential size If you want to get the output in this format please select option single time step 2 Time dependence data bt Trajectory data bd Time dependence data txt is the om Simulation time 85 0 gt output containing values collected 2 r 5 0 gt whole time range along the trajectory for in the Actual simulation time Tip You can use the slider to browse oe ee ee ee Coe ee ee ee ee Cee ee ee teess ee ee ee ee fee ee ee ee ee fee ee ee Switch between animation in gif format and frame format See the note bellow Next frame Previous frame Play the animation sececosesccoscoecocosocosocosocosososccoscsesocosccoso rro rro rro rro rro rro rro weeeeeseeseseoeecoeosorsareosesecouscsesocoseces Note There are two animation formats gif and frame format Gif format is here for the possibility saving animation In that
11. Da E New Volume S E 2d m incoming A i you PEE ane s i z incoming folder you Filename Filesize Filetype Last n Filename Filesize Filetype Last modified ic Local Disk B can use It as your D Disk CD Drive E 1773 Filefolder 22 04 2014 15 20 00 working directory for ca E New Volume Local Disk de hai de folder ld 15 22 00 data conversion or as a Ly incoming File folder 17 04 2014 09 32 00 E ale Ti channel for sending 3 directories 3 directories data to the administrator Server Local file Direction Remote file Queued files Failed transfers Successful transfers a Ei Queue empty Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 30 Sprinx USER MANUAL REGISTERED USER DATA UPLOAD amp CONVERSIONS This chapter is intended for users who produce data and would like to upload them to VML portal For proper functionality of the VML portal you need to follow these steps to load the modelled data Prepare CDF data files Create CDF data files according to the document VML Toolkit available for download here http amalka asu cas cz esa examples It is necessary to satisfy mandatory attributes and variables including their type Python template for creating a CDF file can be downloaded here http amalka asu cas cz esa examples template cdf Note Because each data producer keeps its data in a different format it is not possible to prov
12. Sprinx THE DOERS USER MANUAL REGISTERED USER SHOCK VML Portal Date 29 April 2014 2014 Sprinx Systems a s Microsoft Partner Independent Software Vendor ISV Midmarket Solution Provider Software Development Sprinx Enzo USER MANUAL REGISTERED USER CONTENTS INTRODUCTION raci n cc 3 PURPOSE OP TAS DOCUMENT nesre ino E dcoan ici adel E NS 3 A e anton se maneaeeanamteueanensumeenamaneeedeess 3 WEB INTERFACE cosscsvncencesenssuessescsnadinaseonusewsseedsvansbeesonsalnwisesatuasgnaeonssauindeedsvnawneesenseuensecasnedgeepeounsewsssecsvensbeeseusstnss 4 MAINPAGE oroe A E E E E 4 Es E A A 5 PROJECT ANOS IMATION totes 7 VISUALISATION WIZARD coimas 10 A A II A AE 12 NWO ICING IT A o 13 VISUALIZA TON SME BY TEE nece 13 EOS a Mn mA can unre eneamnsceansncatsamnnaceeasnansaenmuneccanmaans 23 VISUALIZATION QUT PUTS varon nic AAA AAA 24 SIG Tos oo A o A O T A 24 ME RANO E aos 26 DITA DOWNLOAD enana lianas 29 DATA UPLOAD Sc CONVERSIONS occasion 31 Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 2 Sprinx USER MANUAL REGISTERED USER INTRODUCTION PURPOSE OF THIS DOCUMENT This document is intended for users who want to use the web portal Virtual Mission Laboratory hereinafter only VML It includes instructions use cases and describes all features of the portal from the viewpoint of a registered user SW REQUIREMENTS For proper and full fun
13. USER MANUAL REGISTERED USER a Color bar settings In this step you select settings for color range of the resulting visualization This means that you select a range of values that can be interpreted by different colors Values outside this range will be interpreted by outer colors You can use defaults setting that were set by the administrator of the simulation Image processing Use defaults A rre Ww Value range of the actual Crop min Crop max dataset 34408 000 34409 800 ee 3 000 3 000 Default range set by the administrator of the simulation will be used in case of default settings You can use your own color bar settings Image processing Use defaults I Select color bar range by Crop min EDO _ writing a value or by clicking Value range 34408 000 34409 800 _ buttons De fa ul t E A 5 range Note The effect of this adjustment on the resulting visualization can be seen in the following examples Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 15 Sprinx USER MANUAL REGISTERED USER Crop min 3 Crop min 2 Crop min 0 Crop max 3 Crop max 2 Crop max 10 B_ B B B wy Plane selection Note This step is present only in case of three dimensional simulation Naturally there is no plane selection in two dimensional simulation In this step you select parameters of the plane you want to visualize There are
14. Writing simulation data Closing cdf Here you can see standard output prints errors content is refreshed periodically Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx com 32 Sprinx USER MANUAL REGISTERED USER Create project and simulation folders All projects should be located in separate folders If you want create new project create new folder project_ name Simulations always are under the project as a subfolder If you want to add new simulation to the project create folder under the project project_name simulation_ name Copy CDF files into the simulation folder Copy CDF data files into the simulation folder project_name simulation_name Prepare configuration xml files project xml simulation xml XML files are used to specify various settings and enter the content that appears on the website e An example of project xml is available on http amalka asu cas cz esa examples XML templates project xml e An example of simulation xml is available on http amalka asu cas cz esa examples XML templates simulation xml Content from XML files appears on the website in this way project xml HOME ABOUTUS PROJECTS COMPARATIVE STUDIES List of projects which simulations and measuring data are avail Hybrid simulations of Kelvin Helmholtz instability Go to project details Simulation Description Hybrid KH1 ars are not egl TE i
15. account Every registered user has his own SFTP account At this account you can find data results from your visualization requests for last 7 days After successful registration you should receive an e mail with your SFTP credentials We highly recommend you to use some SFTP client for example FileZilla Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 29 Sprinx USER MANUAL REGISTERED USER Here fill in hostname that you Here fill in username Here fill in your have received via e mail that you have received password the same you probably amalka asu cas cz via e mail login with OS mororrrrrr rro rr rro corro rr corra r cr rr orar rr rosas 0 Service SFTP d EN pe runs on port 22 ge Se ae File Edit jew Transfer Server Bookmarks lp New version available F e nl gl IE B Host amalka asu cas cz Username vmil 1603 Password eeee Port woe oe ae ae as GE aruk tE as a MA WS Th IStatus Directory listing successful nn Status Retrieving director y listing Command cd 1775 Response New directory is 1775 Status Listing directory 1775 Status Directory listing successful Here you have a list of your visualization SE This PC Ay Edel f ee requests d i Cc a A 61 44 D Disk Fe 7s OO e
16. amp gt Google amp lt a amp gt Pere eee eee CeCe errr errr reer rere rrr reer rere errr rere rere reer rr rer rer terre reer e reer rere errr rece r rrr reer r ere rere re reer er rec rer re rece reer errr reer rere errr reer errr rere errr errr e reer re rece re reer ere ree rrr rer eer re re errr reer errr reer rr rece errr rrr err rec reer errr rrr rer rrr terre errr errr rere errr rer rer rere ceri terre errr errr r errr rrr reir Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 34 Sprinx USER MANUAL REGISTERED USER simulation xml ee ie A Bo a A E lt initials_condition gt eae lt initials_condition gt A nae n ee eeeneeescccccceseccscccnccssccescccceseseoces PEE T id IMF North Planetward Jer os J 7 7 J Arfi E J alala Simi a reir r nr rr wart Pi MAr nta Hybrid NMUIdGuOf Ol Mercury IT iit El TAUIWI f Pay magnetic field eesocsecosososocososos mis centered in Mercury s center and lasma conditions in background unperturbed solar dius Axis X is parallel to wind are as follows Magnetic field is northward Z ard B 0 94 0 0 0 34 in simulation units s right handed system lasma flow is super Alfvenic v 4v_A 0 0 Proton enstity example 2 g lagnetic field example 1 x Ma field component in the direction of the solar wind flow field component in the direction of Mercury s orbital motion lt arameters gt tic field component in the direction of Mercury s di
17. case use right click and choose option save image as Please note that switching between formats may take a few seconds Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx com 26 Sprinx USER MANUAL REGISTERED USER 90 5 0 4 5 4 0 85 3 5 3 0 Simulation cl 3 80 2 5 time i 2 0 1 5 75 1 0 0 5 70 0 0 0 0 0 2 0 4 0 6 0 8 1 0 Position in the trajectory range 0 1 rro rro rr rro rro rosso rro rro rosso rro rro Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx com 27 Sprinx USER MANUAL REGISTERED USER Time range visualization output example case of custom point trajectory Point 1 the blue one and point 2 the green one 1 2 1 0 0 8 ny A A DNNE iii The graph shows the time O a evolution of the observed values at specified points in 0 2 time 0 0 30 40 50 60 70 80 90 100 110 Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 28 Sprinx USER MANUAL REGISTERED USER DATA DOWNLOAD There are 2 ways how to download data results from visualization request w Click the link above the visualization ON A aN Me MO Ten Note For download click the right mouse button and choose option save as 1 CDF file cof seocooscoosoosoocoocoocoocoocoocoocoocooooocoooooooooooocoooooooocoocooooocoocooocooooooooooocooooooooo S Download via SFTP
18. ctionality of VML portal you need to use a web browser with JavaScript and HTMLS Recommended web browsers e Mozilla Firefox version 19 or higher e Chrome version 25 or higher e Internet Explorer version 10 or higher Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 3 Sprinx USER MANUAL REGISTERED USER MAIN PAGE Main page contains 4 basic elements 1 Main menu for basic navigation on web page 2 List of projects includes all projects in the VML portal and their short description 3 Contact RSS feed for the possibility to contact us or subscribe for news about new projects and simulations on the portal 4 List of new simulations includes 5 newly added simulations SHOCK Virtual Mission Laboratory Portal Se a 86h Kelvin Helmholtz Hybrid simulations of Kelvin Helmholtz instability List of latest simulations uploaded to this portal With newest on top Kelvin Helmholtz Project Simulation Hybrid simulations of Kelvin Helmholtz Project IMF North IMF North ybrid s ation of Mercury s interaction Show in instability E In mom Project IMF North Planetward Planetward Planetward wit more Ay vier Hybrid simulation of Kelvin Helmholtz i Project IMF North Planetward Kelin Heimhonz Hybrid KH1 instability more i y IU n AAA ee gt 20 m A Global hybrid simulations of Mecurys Glo nal h Y orid SIM ulati Ons oT Me EL E a interact on wit
19. e Queue for processing button Then your job will be moved into the queue for processing When your job is finished you ll see the visualization output Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 22 Sprinx USER MANUAL REGISTERED USER FAVOURITES VML portal offers the option to reopen your stored wizard settings This functionality is located in the Favourites tab SH CK Virtual Mission Laboratory Portal See ee Y de 4 Preset name Project y Simulation Owner se Remove Project IMF North Planetward IMF North Planetward If you want to change the item Click here to open this Click here to delete name click here and write new item in wizard or right click 2 this item ee Te copy link addres E ee errr AN If you want to share your favourite preset follow these steps w Right click on Open in wizard Open link in new window Open link in incognito window Choose the option Copy link address Save link as Copy link address nT y Paste link e g into the email message Inspect element Open in wizard Open link in new tab Link address example http amalka asu cas cz esa index php projects 10064 10059 1000171 Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 23 Sprinx USER MANUAL REGISTERED USER SINGLE TIME Peer eee eee ere ere ree reer rere eee eee ree eee ee eee ree re
20. h the Solar wind 3 2 5 gt j mamm mj N 7 Ca 6 interaction with the Solar wind List of latest simulations uploaded to this portal With newest on top Project Simulation Info Project IMF North IMF MNorth Hybrid simulation of Mercury s interaction Show in Planetward Planetward with th more wizard ST hai Hybrid simulation of Kelvin Helmholtz Show in Kelvin Helmholtz Hybrid KH1 chs dite ee ui dl instability more wizard Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx com USER MANUAL REGISTERED USER Sprinx REGISTRATION AND LOG IN To log in you need to have a user account User account is free and available for everyone The procedure for registration is as follows pu J YD i Please provide your login and password You will need Note If you already have a user account Ifyou dont have an account GO HER E o i simply fill in your credentials e mail and Login password and click the Log In button PPRT TITT Password L Remember me for 1 month 3 Fill in information about you When you finish click the Register button Then you will be automatically logged in Ifyou already have an account go here to log in Email user mail com F Password Institution Sprinx Systems Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 5 Sprinx USER MANUAL REGISTERED USER If your regi
21. ide universal script for conversion into CDF format Tip If you don t want to prepare the environment for data conversion on your computer you can use already prepared environment on VML portal Click the tab Convertor HOME PROJECTS ABOUT US FAVOURITES MANAGE USERS IMPORTS er a Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 31 Sprinx USER MANUAL REGISTERED USER For safety reasons you can work with files and directories in your incoming directory only You have full access to this directory It means you can create files and directories here For uploading data to the incoming use your SFTP account for more information please see the chapter Data Download Important note Please notice that all data on your SFTP account are periodically deleted It means that all older than 10 days will be deleted SH CK Virtual Mission Laboratory Portal Copy amp Paste your python eocsonoroncrossronos s script into the Code area NVERT You can convert your source data by uploading a Python script and then executing it In the script you can only access your own uploggi RIPT MY FILES we Click on a file to insert its path into the conversion coding utf 8 script def create_cdf_test product runname time loaddirectory savedirectory loaddir Bzio3dt200 gz 129 2MB Simdesc Hybrid simulation of Io s interaction with plasma torus
22. ion about m product B Magnetic field product and chosen component in the direction of click to add a new preset parameters Mercury s orbital motion 2 plane orientation xy O Rr displacement 0 trajectory ellipse 0 52 O0 25 A 2 427 1 468 This button applies the Apply to all Remove settings of this preset to all others It means plane esssosecosesosecosesosocosesosososesosesosooosesosososesossss Seeevcccccccccccece orientation displacement For removing product from trajectory shape and Meu Patton wee dale DURON pron j A parameters and color bar If you want to visualize more than one settings product click here Time selection Here you have 2 options First one is to select only one time Then all the products will be shown in this single time static figure Select time by moving with the time cursor Time Selection a Single Time 65 me Range A les 65 total 1 The second option is to set time range Then all the products will be shown in this time range animation Select the time by moving start time and end time cursor Time Selection Single Time a Time Range 60 75 We 60 65 70 75 total 4 ps j a if there are too many samples in the dataset you can choose to calculate every E o A ae en T ETE _ n sample Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 14 Sprinx
23. om 8 Sprinx USER MANUAL REGISTERED USER Then you can find information about all available products coordinate system initial conditions and parameters of the simulation There are also predefined wizard settings simulation presets Presets usually are interesting settings defined by administrator of the project IMF North Planetward ackground unperturbed sola agnetic field is northward units o versed proto ency C Z 4 0 0 0 34 in simulation units dx 0 4 dy dz 1 in un of proton inertial length flow is super Alfvenic v 4v_A 0 0 Proton Mercury s radius R 15 9 in units of proton inertial sure ratio is beta_p 0 5 Denstity example 2 lagne Magnetic field example 1 x Magnetic field componen dire solar wind flow entin the direction of Mercury s orbital motion C nponent in the direction of Mercurys dipole axis Density Proton charge densit Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx com 9 Sprinx USER MANUAL REGISTERED USER There are 4 ways how to get into visualization wizard of the simulation From Home tab List of latest simulations uploaded to this portal With newest on top Project Simulation info Kelvin Helmholtz Hybrid simulations of Kelvin Helmholtz Project IMF North IMF North Hybrid simulation of Mercury s interaction instability Planetward Planetward with th more Kelvin Helmholtz Hybrid KH1 ae mulation of Kelvin Helmholtz
24. pole axis p pS oton charge density lt parameters gt lt coordinate_system gt lt product gt lt coordinate_system gt E lt name gt Bx lt name gt AO lt display_name gt B amp lt sub amp gt x amp lt sub amp gt lt display_name gt 2 lt caption gt SB_ x B_ 0 S lt caption gt lt description gt Magnetic field component lt description gt lt parent_product gt B lt parent_product gt lt default_color_range gt lt min gt 3 0 lt min gt lt max gt 3 0 lt max gt lt default_color_range gt lt product gt Image processing Use defaults Crop min Crop max Value range Default ene 3 000 range Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx com 35 Sprinx USER MANUAL REGISTERED USER Result settings xml CDF file cdf Plane data txt reer eee eee rrr errr rere rere rr rrr reer rrr errr errr rrr retire rrr rere rire rrr rrrer errr rr irre rrrre errr reer errr errr r rrr errr rere errr reer re reer reer errr rrr rrr rrr rrr errr reer rrr rrr errr e lt captions gt a lt x_caption gt SX R_ M S lt x_caption gt lt y_caption gt SY R_ M S lt y_caption gt lt z_caption gt Z R_ M lt z_caption gt lt time_caption gt St omega_ c lt time_caption gt lt trajectory_caption gt SMtheta S lt trajectory_caption gt lt captions gt Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx com 36
25. rease buttons rr rr rr rrr rrr rrr rr rr rr rr rere errr rrr rere errr reer errr err rrr reer er rere rere reer rr rer errr errr errr errr rrr errr Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 18 Sprinx USER MANUAL REGISTERED USER Ellipse trajectory Parameters Center X coordinate X of the ellipse center Center Y coordinate Y of the ellipse center Major Axis size of diameter of the ellipse in x direction at 0 rotation Minor Axis size of diameter of the ellipse in y direction at 0 rotation Rotation rotation angle compared to the x axis in degrees Tip Instead of writing values e A e O55 l you can change the ellipse position by left click amp move Tip You can change rotation of the ellipse by right click amp Center Se St SEL L L Use plai iets A ee Pea Major Axis Minor Axis Rotation Trajectory parameters can be set by writing Use planet s center this option means a value or by clicking on increase decrease that focus of the ellipse is placed in the buttons center of the planet Thus the parameters automatically oer eee reer ree re ere ere reer rere errr re rrr ever errr rrr reer terre rere rere reece errr e reer terre rere rrr rere errr reser terre rire rir rere rrr Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 19 Sprin
26. sssesosososocosososos e _ _ _ error cere cece cece nccerenesecen ese e neces ee cesses eeeeeeeeseeeeseeeesseseesseesees Note As a delimiter you can use anything Wizard ignores non numeric characters AAA rere rere ere rere rer err er ere reer ere rere ee ee ee eee ee ee eee eee AO Or AAA AAA AAA rere rr ere rere reer ere rere reer eee ee ee ee ee ee Option 2 Enter the coordinates of points and click the dots button Then it will be a special kind of visualization The points will be taken as a single stationary trajectory This kind of setting is used primarily in the case of comparing values at specified points in time Virtual trajectory shape Circle Ellipse Line Enter trajectory vertices 3 8 1 30 1 00 1 5 0 2 1 4 0 4 1 0 1 1 Connect Note As a delimiter you can use anything Wizard ignores non numeric characters Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 21 Sprinx USER MANUAL REGISTERED USER Wizard offers the option to save the current settings for later reopening This is done by clicking on Store in favorites button Then will pop up a window where you fill in the name of your item Please enter the name of the new favourite tem The project and simulation will be stored automatically My favourite 1 Zru it O Final step Queue for processing If you are satisfied with your settings click th
27. stration is successful main menu will change to the following form HOME ABOUT US PROJECTS OMPARATIVE STUDIES FAVOURITES Note Some of the following procedures and figures are shown from the perspective of an unlogged user They are the same for both unlogged and logged user Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 sales sprinx com 6 Sprinx USER MANUAL REGISTERED USER PROJECTS AND SIMULATIONS An overview of projects and simulations that VML portal contains can be found in the Project tab in main menu It includes all projects and their simulation including detailed descriptions List of projects which simulations neasuring data are available on this portal Hybrid simulations of Kelvin Helmholtz instability Go to project details Simulation Description Hoke it TENi per by nri et al Phys Plasma sis of data If you want to go project details use one of the following ways From Projects tab List of projects which simulations and measuring data are available on th simulation of Kelvin Helmh on t equ Hybrid KH1 on Th eq From Home tab List of latest simulations uploaded to this portal With newest on top Project Simulation info Kelvin Helmholtz Hybrid simulations of Kelvin Helmholtz IMF North Hybrid simulation of Mercury s interaction ied eg Cae instability Planetward with th more cae te eae Project IMMF Nerth Planetward instability more E
28. x USER MANUAL REGISTERED USER Line trajectory Parameters Start X coordinate X of the line starting point Start Y coordinate Y of the line starting point Rotation rotation angle compared to the x axis in degrees Length distance between starting and ending Tip Instead of writing values points End X coordinate X of the line ending point _ End Y coordinate Y of the line ending point you can change the line E S A position by left click amp move Danes So sees Tip You can change rotation of Circle Ellipse Line Custom the line by right click amp move La LL Fk AS Rotation Length End X Trajectory parameters can be set by writing a value or by clicking on increase decrease buttons Option 1 Set coordinates of the starting point rotation and length parameters The coordinates of the ending point will be calculated automatically Option 2 You can set coordinates of the ending point directly Rotation Length End X End Y Sprinx Systems a s Vychozi 6 147 00 Praha 4 420 251 014 211 salesesprinx com 20 USER MANUAL REGISTERED USER Sprinx Custom trajectory Option 1 Enter the coordinates of points from which you want to create your path and click the connect button Virtual trajectory shape Circle Ellipse Line Enter trajectory verti 3 8 1 30 1 00 1 5 0 2 1 40 4 1 01 1 ee fee SO e

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