User manual - CTF3 Two-beam Test-stand
Contents
1. CA OVEO2 0 CA DHBOZ9 CA DV E0290 CA DHGOS20 Figure 8 CALIFES Configuration page 31 08 2010 13 Martin Nyb EN ICE MTA Common Control panels All control panels that can be opened from the symbols on the home pages has a common behavior If a control is open and the mouse pointer is moved across its symbol on the home panel the control will change color to dark gray this can be used for finding a particular control if many are open If a control that is already open is tried opened again the already opened one will get highlighted and brought to front This can be used for finding panels that are hidden behind other ones Note On startup the control will try getting the range for setting from the front end if this fails the control will close If the control does not receive data from the front end setting will not be allowed the controls will be disabled and grayed out If this occurs try closing and opening the panel again Magnet control panel A magnet control panel is available for all magnet symbols on the Home pages For the magnets that has a horizontal and vertical part a panel is available for each of those A magnet control panel is opened from the right click menu on a magnet symbol Name The number of the magnet will be displayed at the upper part of the control together with CM or CA and eventually H V for horizontal or vertical Actual value The actual value is displayed in the up2. Martin Nyb EN ICE MTA BPM Signals Page The BPM signals page contains four graphs one for Horizontal H signals one for vertical V one for intensity 1 and one for the RF signals ee x lt a Vacuum Drive Beam ail CLEX Two Beam Test Stand atus ETE Probe Beam ME HV I Select All CM gt T T FE Select All CA gt IT CMS STBPMOB th CmstePMos70 T T9 CM STBPM0330 PO 2 CaAsstermose DLT lt Fa 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 CASTBPMO720 uk Number of points Number of points PAstermoseo TT HER ol Number of points amp 18 nana BE mi Number of points 8 18 13 CA STBPMOS30 TTI F Dump to file BPM Horizontal gy vty Ea Vertical BY ery Select All gt O 12 12 CM PPRO431 x 10 10 cMPPIost CM PSR0431 CM PS10431 J CM PPS0431v CM PPSO431H 15 CA PSROB31 od Erid capsio3s1 Pa 6 I I I 1 1 900 I I 1 I I I I I I 1 CA PTRO6G31 g 300 400 500 600 700 1000 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 CA PTIOBS1 O Number of points Number of points Cars O M roo 10 98 13 mal rre ju CA PSID632 Xx IF amp J vil BPM Intensity BY ty 08 31 10 9 32 26 Starting Main_TBTS_2 1 1 vi 08 31 10 9 32 27 Loading menu Configuration Page Communication 08 31 10 9 32 28 Configuration Page gt loaded RN 08 31 10 9 32
3. according to this pattern Orange if unknown Screen out CA MTVO0215 O NA NA O Red N A CA MTVO390_ Green Red Flashing red Red N A N A OO NA CA MTV0420 Flashing red Valves The valves are also only indicators displayed according to this pattern Open Closed Unknown Green Red Orange S O Magnets By right clicking a magnet symbol and selecting Show current the readout current will be displayed next to the symbol A magnet control panel can also be opened See Common section Magnet co control panel CA BU PHAS Position 26470 Phase shifters The phase shifters have their own panels for readout and setting This panel is similar to the magnet control panel but without the reset standby run and stop buttons CTFHDK 330 in ml Mew value 26470 230 000 Figure 6 CALIFES Phase shifter control Klystron The klystron symbol is indicating the actual state if the klystron is switched off the symbol is depicted in red if on but not pulsing the symbol will be switching between red and orange The Klystron also has its own panel for readout and setting This panel displays the actual state together with the readout voltage All states are settable as well as the Figure 7 CALIFES voltage Readout and setting is in Kilovolts Klystron control 31 08 2010 12 Martin Nyb EN ICE MTA Co nfiguration page See Common section C
4. this value will be set without any confirmation when enter is pressed or mouse button is clicked outside of the control The value can also be changed by using the up or down arrow keys on the keyboard when the cursor is placed in the numeric control Note that the increment of this control will change according to where the cursor is placed If the cursor is placed at the right hand side of the first decimal place the increment will typically be one tenth 0 1 If it is placed at the right hand side of the decade the increment will be ten The numeric control will be displayed in red if there is a discrepancy of the actual and the set value of more than the tolerance specified in the configuration file Store button The store button stores the value from the current control in a configuration file This stored value can be retrieved and set using the send button Send button Sets the previously stored value displays a confirmation box for safety Run Stop Stb Rst buttons These buttons will display the current status of the magnet The button with the current state will be displayed in color while the others will be gray If for example the magnet is in run state the run button is green and the others gray The magnet can be set toa different state by clicking any of the buttons All buttons will display confirmation boxes when clicked If all these buttons are grayed out it means a value of zero is received A value of 0 is
5. to the symbol on the layout drawing Open control panel Will open a control panel for the magnet See Magnet control panel Couplers See common section Couplers The home panel can be closed by either using the red Quit button in the upper left corner of the panel or by using the X button When closed all its sub panels will also be closed When the main panel is closed the home panel and all of its belonging sub panels are also closed 31 08 2010 10 Martin Nyb EN ICE MTA CALIFES The monitoring and control application for CALIFES has a main panel similar to the Home page of TBTS with a layout drawing of the machine together with 6 BPM graphs As for the TBTS home page new panels are opened by right clicking symbols on the layout drawing and selecting from a drop down menu or by clicking any of the buttons on the uppermost line of the panel gt Home CALIFES Display v1 0 5 vi CA BPM 0380 CA BPM 0380 Figure 5 CALIFES Main panel Main panel Quit button Closes the CALIFES application and all its sub panels this is the same as clicking X button in upper right corner Config button Opens the configuration page for CALIFES Performance button See Common section Performance panel BPMs See common section BPMs 31 08 2010 11 Martin Nyb EN ICE MTA MTVs As for TBTS the MTVs does not have right click menus they are only indicators The status is indicated
6. 33 Loading menu BPM Signals Page ADA subscribe 08 31 10 9 32 34 BPM Signals Page gt loaded Figure 2 Main panel with BPM signals page displayed Simulated signals Selecting signals To the left of the graphs there is a list of all available signals At the top there is the BPM section towards the bottom the RF section Each signal name is displayed on a colored background this color is the color the corresponding signal will have on the graph Next to the BPM signal name there are three checkboxes one for Horizontal one for vertical and one for intensity The RF signals only have one By clicking one of these boxes that signal will become visible on the corresponding graph and an X will become visible in the checkbox There are also six checkboxes on top of the BPM section for selecting all CM signals and all CA signals HVI at once For RF there is a checkbox for selecting all RF signals at once Freeze button The freeze button simply freezes all graphs from the moment it is depressed This can be useful when wanting to look closer at a signal There are Zoom menus at the bottom of each graph which can be used when the graph is frozen Dump to file button Will dump the selected signals to a text file Each signal appears in the file with the signal name first followed by values separated by spaces Each signal is separated by end of line characters The files are stored in the Data folder TBTS_Display Data
7. CERN EN ICE MTA TBTS and CALIFES Displays User manual Martin Nybg Two GUI applications have been developed for monitoring and controlling parts of TBTS and CALIFES The applications each has a main panel from which several sub panels with different functionality can be opened Some of those sub panels have common functionality for both applications and will be explained in the common section of this manual Table of Contents NS AAA o RI 5 Man Palin iii iaa 5 E L E NE ERE EEEE EE EE EE EEEE E EE E ee er gen nT ee E eee ae ean Pe ee reer ee 5 BANET 9 E AE o A SEER chee 5 A E E E EA A eee ere ner EE ET EEE ESETT 5 Pe FF OK AA e S 5 SNOW ETOT eins cee o sire ENE eth TER sues arly ce Gee th A ese eee ou ae 5 Br EaKOOW 9 COP AY 6 LOE sass svn vss vn vv E N E E 6 COMMU NICALIO SEER RRS ER DE ERE ute EAU Leet et ECL Ehehe Guba Le Le RO ANER ERR RE STEDET TRES SEINE SE SEVEN ENES E RENS 6 CORE SON PaE EET E o O E IA 6 A E Tm E T 6 TBTS Magnet CONTE er cu e EEG A OP S 6 AAA O E II A A o A 6 PPP BMC A a A io S 6 BPM Siena PO AAA AAA AA AA RS 7 Selecting SISMANS PAPA ARE PEPA o UP e O ites eee E vase eee seine E denn E 7 FZ gt DUO rro 7 Dump TOMES UCU lt A LRD 7 WM CONG A O E eee Eee eee 7 BEM IN ate Tal ASC iia dida 8 BEANN COPOS RO aeeeeeeeee ANA 8 Va ae ae 8 AN 8 Chanee HE TIE 23 o eal aa eee ee 8 TBP HOME DIO iii 9 e err mero ee mer mer mer een mere reer terre 9 MN esate ete ec taal ec ede ee led ltl OE EEN SENE H
8. EN EEN ones REESE 9 VaV OS as ise uu our gua serait ovr AS 10 a er er A eee E er ere et rr rere errr ee 10 C OOT S SEE eee dere E ROERE 10 31 08 2010 2 Martin Nyb EN ICE MTA CALIFES aii io 11 VIAN DANG A 11 QU DUTON rra rtve 11 CORE DUU OA FS BB T a et Ue ee CU EEN 11 Perormance DUNA 11 BPM o crees E E E EE EOE OOE E T EE EET SEENDE 11 IOUS E E crac E A A 12 VIN ES o A A 12 Mae iiO 12 PRES Cl EERE EE OE E E E ERARA o 12 K rO a een EAA eee no ee AAN AAO AA OAAS 12 COMPU AIO 0 2 24 Cesna a a T Doel Duet Die AR SER SETS SEN RESENS ERINDRE 13 CALIFES A TA o a Co a ar ener er et 13 CABIEES RICONIE taciicnaieteeh iain anes o od 13 CARES ECM o 13 CAFES Magne COMME oser ED EA EANAN ETEA ENOTE TE AEAN 13 COMMON iii 14 CONTO AMOS a ad 14 Mea ao O O ee er ereS Renee 14 A ace ec re ee ean eee E A 14 PUN SE anar boa 14 NAS 14 IW Ty areya e CONO laa ia 15 SOS DURO rra ed 15 send DUON lolo 15 RUN Stop Stb ASE DUO ei EE E EA EEEE 15 COUDE o A 16 A steel helo 16 THE Ane eA IO 16 Bot g IKA BT fa e ae 1 94 E ERE SER ENERET EET a a EDER NE DERE 17 EEA o e eo EE E E ESSENS ERE TEDE EDEN ES Eee 17 Sections ISI AS 17 31 08 2010 3 Martin Nybg EN ICE MTA SA o AA x_ PE canoe tee REE uae nee sae canto acannon eee oe one 17 E ANY OA Oo 17 Per OR MANCO AM BERNER TERESE EET AAA EE ENEO 17 31 08 2010 4 Martin Nyb EN ICE MTA TBTS Main page The main TBTS page is controlling the whole TBTS display appli
9. Init colors If changing any colors for the graphs this button will reinitialize the colors to the default ones 31 08 2010 7 Martin Nyb EN ICE MTA BPM Waterfall page This page shows waterfall or color fall graphs for the BPMs and for Beam loss and energy The graphs are separated into 6 columns one for each BPM and one for beam loss and energy There are three rows of graphs the upper one is for Horizontal signals the middle one for Vertical and the lower one for intensity weed Beam Drive Probe 1 History xs ra 3S h s8 2 pe A x 10 QUIT Menu y 1 View Vacuum RRB Drive Beam OK Probe Beam OK CMS BP M0620 CM BP M0550 CM BPM0510 BPM Waterfall Page Status Waterfall Colorfall Horizontal CM BP M0370 aaa ao CLEX Two Beam Test Stand CM BPMO330 Beam loss amp energy Figure 3 Main panel with BPM Waterfall page displayed Simulated signals only Beam Two radio buttons for selecting whether to display Probe or drive beam View Radio buttons for selecting color fall or waterfall History this knob is for selecting how much history should be displayed on the graph The default for waterfall is 5 and 40 for color fall Increasing the history also increases the CPU and memory consumption Change palette file Opens a dialog box for browsing to another palette file 31 08 2010 Martin Nyb EN ICE MTA TBTS Home page T
10. cation and all its panels When a new panel is opened it will be incorporated into the main panel except from the TBTS home panel and its sub panels which will be opened as separate windows gt Main TBTS_2 1 1 vi File Sections Keys Key TBTS_BpmConfig de i i TBTS_Config z a y TETS_MagnetsConfig y y Y Communication 08 31 10 9 37 04 Starting Main_TBTS_2 1 1 vi 08 31 10 9 37 05 Configuration Page gt loaded NR Vacuum MM ove EF CLEX Two Beam Test Stand ES an Probe Beam il 08 31 10 9 37 05 Loading menu Configuration Page RDA subscribe ec IES Figure 1 TBTS Main panel with configuration page displayed Controls on the Main panel Quit Will close the application together with all sub panels This is the same in the upper right corner as clicking the X button Menu A list of available pages Once selected the page will be inserted into the main panel On start up the configuration page is shown Status Gives the status for Vacuum Drive beam and Probe beam green O Performance See common section Performance panel K red Not OK Show errors Opens a window showing any errors Mainly for debugging purposes 31 08 2010 5 Martin Nyb EN ICE MTA Breakdown Not yet implemented Does nothing Log The window in the lower left corner shows information about which window is loaded and so on Communication Available protocols used for subscr
11. defined as Nothing Figure 9 Magnet control panel 31 08 2010 15 Martin Nyb EN ICE MTA Couplers By right clicking a coupler symbol and selecting a signal a coupler display containing a graph will pop up The selected signal will be displayed on this graph More signals can be selected by either using the radio buttons on the display or right clicking another coupler symbol and selecting again Colors of the plots can be changed by using the buttons to the right of the radio buttons The coupler display can be closed by clicking the X button in the upper right corner Couplers 1000 ELELELELLE s 7 Ta T S a a og gt gt e PRIGOA eg TC PKRSOA S00 FT FLI30A 700 T FLA3DA PGI3oa dd I PGRSOA 300 FT PEI30A 400 T FER30A F PBEISOA iai I psiozsoa 200 MMMM eg L 3 Fesi0270 L FSR0270A PEI270 GL30 100 I I I I I I I I I I 0 s00 1000 1500 2000 2500 3000 3500 4000 4500 Time L Figure 10 CALIFES Coupler display BPMs When moving cursor over the BPM symbol on the layout drawing the corresponding graph will be highlighted By right clicking the BPM symbol you can show or hide the graph for that BPM The graph The white area of the graph shows the beam position The mean value of the horizontal position is on the X axis and mean of vertical position is on the Y axis If the value is grater than 10 or less then 10 in any direction the white ar
12. ea of the graph becomes red At the right side of the graph there is a slider that shows the beam intensity In the upper left corner of the Home page there is a button called HOLD by switching this button on The BPM graphs will store the last positions and make a trace on the graph The CALIFES BPM graphs show only the intensity 31 08 2010 16 Martin Nyb EN ICE MTA Configuration page The configuration page is used for viewing or changing entries in the configuration files The configuration page for CALIFES and TBTS looks slightly different but has the same functionality Files list box The files list box displays the names of configuration files for TBTS By clicking one of the filenames in the list box the Sections list box will be filled with the section names for that file Sections list box By clicking a section name the key names for that section will be displayed in the Keys list box Keys list box By clicking the name of a key the value for that key will be displayed in the key indicator Save button When a value is displayed in the key indicator that value can be modified by typing in the desired value and clicking the save button The save button will start blinking as soon as the value in the key indicator is modified Performance panel Is a panel with two graphs one showing percentage of Memory the other percentage of CPU used by the application This panel is mainly for debugg
13. he TBTS Home page is opened as a stand alone panel on startup of the application It consists of a layout drawing of the TBTS together with ten graphs each representing a beam position monitor The home page is operated by right clicking on the symbols on the layout drawing For most of the symbols a right click will result in a drop down menu with possible options for the device the symbol is representing gt Home TBTS Display v1 2 1 vi of MUA E PETS Figure 4 TBTS Home page One of the graphs is displayed in red as its value is outside the limits Simulated signals BPMs See common section BPMs MTVs The MTV symbols on the layout drawing are only indicators they contain no right click menu They will indicate the state following this pattern Orange if unknown state MTV Screenout Screend Screen2 __ CM MTV0590 Green Red NA CMS MTV0630 CA MTV0790 Gren Red NA CAS MIVOB30 31 08 2010 9 Martin Nyb EN ICE MTA Valves As for the MTVs the valves are only indicators no right click menu is available These are the states Open Closed Unkmown ooococ c c co lt Green Red range o Magnets The magnet symbols all have right click menus The options are Show current and open control panel If the magnet has a vertical and a horizontal part there will be options for both parts in the menu Show current Will show hide the current next
14. ing purposes Shows the total used by the LabVIEW session so if other programs are opened from the same session they will be included Amplitude p l Figure 11 Performance panel 31 08 2010 17 Martin Nyb EN ICE MTA
15. iption The options are RDA and JAPC By default RDA is selected This control cannot be set during run time Configuration page See Common section Configuration page Available configuration files for TBTS TBTS_Config Contains one section Thresholds which contains the keys and values used for setting the status of Vacuum Drive beam and Probe beam in the status window on the main panel TBTS_MagnetsConfig The sections in this file has the same names as the magnets one section represents one magnet This file is mainly used for the magnet controls Available keys are current tolerance and slider increment Current is a stored reference current for the magnet Tolerance is a threshold value Ampere if the difference between the set current and the readout current exceeds this value an alarm will be given Slider increment defines the increment decrement of the slider on the magnet controls The value is a percentage of the range of the magnet TBTS_RfConfig Contains all information used for subscribing to the RF equipment One section in the file corresponds to one RF device The key fesaDevice is the name used to retrieve the data from the front end which is not always exactly the same as name of equipment TBTS_BpmConfig Has only two sections at the moment IntensityScaleCA and IntensityScaleCM Those defines the range of the BPM intensity sliders on the home page 31 08 2010 6
16. onfiguration page Available configuration files for CALIFES CALIFES_BpmConfig Contains offset and calibration values for all BPMs in addition to range for the BPM intensity slider CALIFES_RfConfig Contains parameters for phase shifters and klystron stored reference value tolerance allowed discrepancy between set and readout values and increment for the slider CALIFES_IctConfig Contains parameters used to retrieve data from the front end together with calibration values CALIFES_MagnetsConfig The sections in this file has the same names as the magnets one section represents one magnet This file is mainly used for the magnet controls Available keys are current tolerance and slider increment Current is a stored reference current for the magnet Tolerance is a threshold value Ampere if the difference between the set current and the readout current exceeds this value an alarm will be given Slider increment defines the increment decrement of the slider on the magnet controls The value is a percentage of the range of the magnet CALIFES ConfigurationPage vl 1 1 wi Sections Kes CA DHGO225 tolerance CALIFES_ Magnets Config A CA4 0DHG0130 current de 0 01 CALIFES RFContig CA DVYGO1 30 CALIFES bpmContig CA y slider Increment CALIFES ictConfig CA DWG0Z25 CA DHBO230 5 CA OVEO23S0 6 CA SNGO230 CA 0HG0245 CA DVGO245 CA DHBO250 CA DWBO250 CA SNGO250 CA DHGO26S CA DVGOZES CA DHBO270
17. per numeric indicator of the panel just below the name This value is read from the front end If no data is received from the front end this indicator will become yellow and the setting controls will be disabled and grayed out If this occurs try closing the panel and reopen Slider A new value can be set by moving the blue slider up or down The value of the slider is reflected in the numeric control below the slider On startup the slider will be positioned at the first actual value received The slider will change the value with a predefined increment decrement value This value is taken from a configuration file and can be changed The value in the configuration file is a percentage of the range of the magnet and should therefore be a number between 1 and 100 The predefined value is 1 The arrow buttons of the slider can also be used to change the magnet current One click on one of the buttons will directly increase decrease the magnet current by the defined increment decrement value Note Avoid dragging the slider outside of the slider boundaries before releasing the mouse button as this will result in no value being set but the slider to be stuck in the upper lower position If this happens move the slider back to desired value and set 31 08 2010 14 Martin Nyb EN ICE MTA Numeric control The numeric control below the slider can also be used for setting The value can be directly typed into the numeric control
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