SuperScope II Brochure
Contents
1. Leaner diene exe udncetinn ner ia ovownereedil gParamPtre param tr UJaria bles error 1 00000 if CheckMumO fParameters NUM_PARAMS 33 peinieeneeeeaseneeseneeseneesneeeseeeeeses goto Exit Waves Calc O21 940 f if lGetFloathavertrChdataPfA val idPtsA Eea ESEE SE EAEE ES Joto ExiA String retValue register float dataPfA_ dataPfA lasto lastDataPfApt dataPfA_ walidPtsA iL while datePfA_ lastOateaPtApt gt dataPfA_t dataPfA_t datoaPfA_ Exit Prepare TheReturnste ing NUMN_PARAMS 3 Res toreAd J HyperCard 1 x XFCN functions are easily called from SuperScope II providing access to multimedia devices such as tape recorders and frame grabbers yet more exciting are the thousands of public domain XCMD XFCN routines Additionally one can expand SuperScope II with end user written C BASIC FORTRAN or PASCAL XFCN routines The above C source code implements a waveform complex conjugate EE jags is u EG e5 NTE Companion analysis utilities h moe ABS TARA C T BE This file contains useful routines that work with arrays of n 2 11 ROUT NE The following routines either reside in this file in source I in the corresponding h file Cin prototype only form Development Status c Hidden features c SoundScope Hotes c SIGNAL PROCESSING2. mal ry DIGITIZER of MacADIOS II 16 FIFO spr 16bit BDI 160 MacADIOS II FIFO This is the maximum possible aggregate throughput rate Actual results will depend on computer speed video bits per pixel of channels required analysis and required displays Requires a Macintosh computer with two empty 12 Nubus slots SuperScope II can process long streams e g 10 points of both digitized and calculated waves Calculated waves are functions of digitized and other calcu lated waves For example one could digitize and plot 1 analog input wave and also plot its derivative There are over 80 math functions to choose from as shown to the right One can create as many calculated waves as desired memory permitting create as many displays as de sired front panel space permit ting and view between 1 and 8 waves in each display the possibilities of real time wave form calculations and viewing are virtually infinite Enable disable spooling to disk Enable disable run time printing of incoming waves Select a previously recorded disk based stream for viewing with the horizontal scroll bar Expanded view of selected region Update the above display Scroll display to specified time Search for text in run time note Scroll to next run time note Scroll to next run time note that contains specified text Abs Alarm Append dicey AvgToDate Blackman Compress Convolve Cop
3. Fried Calculate FFT on shor lee TODO A BUILD c fTft nFloatst Calculate FFT on S2bi 7 s fftOnDoubles Calculate FFT on 96bi Defensive Codec Der ivnew lt 3 Apply derivative AdE DoSmoothingt 3 Smooth with rectangul MathDispatchInit c ExpandVialnterpolations gt Expand array vid inte MiniTemplate c GetHame 3 Create a hamming wind Runscanner J Convo le two arrays Hew Math fp c Segment Manager c SoftPanelsinit_c ina flo 52 Headers c STATISTICS ninwnwOpent 3 Find minimum max _nOpent 3 Find maximum in a fla min_bn_Openc gt Find minimum in a sho 57 Mac includes c maxbonwOpenct 3 Find maximum in a sho Sumo_Opent I Find sum of float arr SS2 preHeaders c sumb_Openct 3 Find float sum of sho 53Help c SumlntiValues 3 Find long sum of shor sumsg_b_Openc gt Find sum of squares o SystemControl c sumsqw_Openc 3 Find sum of squares a H I Finda lueAbovebe lowThresh 3 Determine where wave E IDoc For C Developers B 9513 MicroTic Ctr c Z analysis utilities c Plus iw pend 3 Add two float arrays E C developer interface c minus ww Ipeni 3 Subtract two float arg times ww Opent Multiply two float ar E complex example c div ww Opens 3 Divide two float arra B amp mise examples c MATH B Simple example c SuperScope II is available in open form where the end user can add their own C source code to the SuperScope II ThinkC ob
4. 0 70312 Volt 0 18750 0 18750 pattern 0 187530 W 0 18750 We 0 18750 convolye 0 18750 Waveform Cursor Cut Copy amp Paste Waves Analyze Wave Segments Gwil ee su GWI Start Stop i Trace 100 Traces Trigger _ ES Se Start Stop Timebase Channel me Trigger Traces H Statistics off A Rate off 0 Spool Off Print Off Load Data EA ZEREA Gee S A Average 0n Maximum Off Minimum Off Printing Off Expand Selected Selected annotation This lz on EEG evoked l 1 2 1 1 add d A max Ual feed Volt 3 rn Pala on Go To Time Volt Volt Vol t sec i na a stimulate Find Note i W1 W1 1 add drug B ve after flashing 9 1 slopel avg2 stimulate Next Note Mr Steve McCabe Vol t sec Volt shut down FindNext 2 o ig owi Start Stop Start Stop Traces Trigger Traces Trigger i Timebase Channel q Calculate jorr 2 Statistics off RateOn 60 2 RateOn 71 i Spool Off Spool Off e ee ee ee rd Print Off Load Data stop lights Expand 2 Results Expand start recording Chi Chi This ECG data was digitize i z 3 f Mrs N i z ai Go To Time ae pee eS ee S Go To Time stop experiment Find Note 224 545 998 259 Find Note stop recording 855 836 535 838 Next Note 1499 033 759 035 Next Note FindNext 7 2144 731 1133 841 FindNext 10 0 m 0 0 i Display 5 0 cote f i
5. 300 IEEE 488 Volt amplitude if Sine Square Triangle O Ramp o ooo to 5 000 Uolt DO Constant fs Uolt O Gaussian Volt rms noise 3 Uniform Volt random noise RS 232 Select instruction Add Subroutine Jump to Subroutine Add Label Jump Add Comment Do Every H Traces Do Every Y Points Loop lf Then While Loop XY Displays Interrupt Driven Waveform Generator Continuously output wave __ to board port Number of points 200 Command error Number of passes 100 0 Install _ i 1 Deinstall Time between points 500 us i 2 Deinstall All Synthesize Waves Programming Constructs Arbitrary Waveform Gen nent manimum Number of points in memory 1314 next minimum Data sampled at 270 000 points sec first valley Minimum 1 030 Volt at 30 50 sec er ange Sarapa rate nent valey Maximum 2 910 Volt at 42 45 sec Smoothing first peak next peak Mean 0 085 Volt Low Fass HAM Boundaries Low pass FIR first upstroke Standard deviation 0 461 Volt next upstroke High pass FIR Freq Cutoff Custom FIR linear first downstroke next downstroke Stopband 98 dB Taps 197 Wau palire Duration 65 650002 sec absolute time Sum of points 111 293945 Volt New rate original rate Area under wave 5 565 Volt sec Root mean square 0 469 Uolt Filter Move Markers Waveform Statistics Cursor O Wave Horizontal Vertical 0 18750 sec
6. Journal 10 0 i Patient coughed E Item Task K der l t Hardware jit New Instrument Virtual Instrumentation lt gt lt gt modulo square root exponential absolute value natural logarithm base 10 logarithm round to integer therm V to C sine cosine tangent inverse sine inverse cosine inverse tangent autocorrelation increase sample rate decrease sample rate average value to date max value to date min value to date waveform average shift wave horizontally return last trace histogram time histogram find peaks pulse positions values given times sort given indices sort wave Send to journal Data EJ Log pulse number tmax minz atmax avigz W t tel t tee E e elements indices for a sort reverse elements smooth by n pts IR filter convolution de convolution cross power cross correlation magnitude l 1 PERT slope areal max2 FFT frequency spectrum FFT inverse FFT Hamming window Hanning window Blackman window complex to phase complex to mags complex to reals complex to imag real to complex append waves insert a segment delete segment derivative 5 pt Lagrange deriv integrate integrate rst area A integrate rst time T integrate rst t1 t2 integrate rst X gt V beep if exceeds bds apply high low bds compare two values on off control loop Pulse Analysis Waveform Math Curve Fitting It Has CAPABILIT
7. USA Bulk Rate U S POSTAGE PAID Long Prairie Mn 56347 Permit No 162 17 page 1 100 tiffed 12 4 93 pagel item a marble paper textures disk2 1 3size tiff storm fully loaded 3MB tiff page 1 item b Tiff from SS2 16pg Ap Guide TIFF Pg1 SS2 Apl Guide studio8 tiff fully loaded 03MB tift5 0 page 1 item c Tiff from SS2 16pg Ap Guide TIFF Logo In White tiffS fully loaded 1MB tiff 5 0 page 2 3 100 tiffed 12 4 93 page 2 3 item a marble paper textures disk1 ameth FPO tiff mardi gras fully loaded SMB FPO tiff rotated 90 and copied symetically page 2 3 item b Tiff from SS2 16pg Ap Guide TIFF Curve Fit Blurb tiff5 fully loaded 1MB tiff 5 0 page 2 3 item c Tiff from SS2 16pg Ap Guide TIFF Graph Blurb tiff5 fully loaded 1MB tiff 5 0 page 2 3 item d Tiff from SS2 16pg Ap Guide TIFF Oscillscope 55 studio8 tiffS fully toadea IMB tiff 5 0 page 2 3 item d Tiff from SS2 16pg Ap Guide TIFF XY Reocrder 55 tiff5 fully loaded 1MB tiff 5 0 page 2 3 item d Tiff from SS2 16pg Ap Guide TIFF Spect Analyzer 55 tiff5 fully loaded 1MB tiff 5 0 page 2 3 item d Tiff from SS2 16pg Ap Guide TIFF Strip Chart 39 tiff5 fully loaded 1MB tiff 5 0 page 2 3 item e Tiff from SS2 16pg Ap Guide TIFF Log In Black tiff5 fully loaded 1MB tiff 5 0 page 4 5 100 tiffed 12 4 93 page 4 5 item a marble paper textures disk1 ameth FPO tiff navaho fully loaded SMB FPO tiff rotated
8. driven dialog boxes take send ESTE Minari Droes CHi care of you Instructions Statistics on _ wi duration Marker Analusic Transfer p S TO sae geek denen iene Do Ever so Traces Instructions Calculate Have i ek Owae Cs m y are the aee Mea E Variable _error ___ Options 1 Starting At Trace fi b ildi Statistics HR at mag O Journal Notes ations u ul Ing ara B String retlalue Options s ae blocks used Disk 70 cine Control to create tasks There are different kinds of instructions each dedicated to a specific function e g save a wave to disk move a marker choose a menu item etc A task contains a list of instructions that are executed in the order that they appear in the task and each instruction can be viewed in its own dialog box edited cut copied and pasted Many of the instructions are illustrated below sum of points Message User Prompt Do you cook with gas x Response No cook electric Rgn Butta F Left Button Nd e ar Ge loaded in Vi Might an i anaia otherwise String retValue is loaded with response text Length 209 Periodic 52 User Prompt synthesize End Do Programming Runtime Notes eo Journal Date ee ee a een eee Scroll to the position Insert note at time Al O Move marker Al to the next not
9. fragments redraw portions of a wave vertically adjust a wave and log wave coordinates to a journal The double arrow indicates a wave has been vertically adjusted with respect to the vertical scale labels at the right of the display The end user can Click on this symbol to snap a wave back into registration Plot of analog input 1 voltage vs time Horizontal position scrollbar Analysis results are fed to this journal text editor window one row per trace at Run time Once the experiment is complete i e set of traces is acquired the tabular data in the journal is stored in a text file which can be read by a spreadsheet or database Save Waves amp Load Waves amp Journals to disk Journals from disk E ici soe 55 E aug th ti Tk maxH ti t Displays are used to view and edit waveforms They are extremely Waves represent real world continuous data as a versatile with many customizable attributes such as horizontal and list of numbers that show a waveform when vertical controls labels markers and much more Displays can be plotted Waves are digitized synthesized for positioned on the front panel in any pattern and in any number space output viewed edited analyzed used to hold the permitting Each display can contain up to 8 waves and supports results of analysis loaded from disk and imported mouse driven Cut Copy Paste and drawing of waveform segments exported to from other appli
10. quences of instruc tions that perform New rate riginal rate Mowe 1 to absolute time x Boundaries Mowe M2 to absolute time x Loop 3 times linear i Taps 197 a Series of opera OUM atistics on Segm i 5 a Curve Fitting Filter tions For example Move M1 to first peak of Wo one could write a Move M1 to relative time xX Choose Menu task to record data analyze the Data Transfer ni File Save _wave j _wi Jte disk Menu Sie Command acquired data update the screen and then print the results Tasks are easily created viewed edited and debugged and can be set up to run when a marker moves when a wave changes toad wave wT from disk Delete last saved file Delete last loaded file Disk VO Display Key press Journal Task Hardware O Open instruy Control Choose Menu when a specific menu item is chosen or when the user chooses Run Task Instrument Keithley 2001 DUM Analog amp Digital 1 0 On e pro grams tasks using q simple Options m e Transfer e T E ee m z Function AC Volts 488 Address 16 ae O Wave Wi fn tigers wy mouse dialog user interface The neat wenn R einen ai s eio thing about programming SuperScope mmer resistance a H Journal Nates options J Temperature Ain5 ring retValue fs II is you do not need to know a syntax couping tino A ee the mouse
11. spreadsheet graphics math or word processing application program Waves are often transferred as a column of numbers in text form In the above illustration 11 items are being imported into one FileMaker record INTERACTIVE DISPLAYS Draw stimulus and test waveforms Graphically Select Cut f Copy and Paste waveform fragments l Vertically adjust overlapping waves Beg 1a Aino x HZ Y dB 2278 634 18 060 2339 08 15 060 Log mouse coordinates to a Journal Use Segments defined by one base wave and 2 mark ers to isolate waveform fragments for analysis SuperScope II Displays are extremely versatile with many customizable attributes such as horizontal and vertical scroll and position controls labels waves markers and much more Additionally the mouse can be used to select waveform fragments for editing vertically adjust overlapping waves draw stimulus waves log mouse coordinates to a journal and horizontally shift vertical markers HyperCard XCMD HFCN OTMovie OpenMovie Direct fileName L_Snap_oD Fastidle loop Think C Source Code c ies i JA Eeuna pascal void main XCmdPtr paramPtr gt Available Objects i float dataPfA lastOataPfApt Djisplays Time_D _ _ 6 386 655 unsigned long validPtsA ae eis JJournals Date 6 10 92 Setuphac gt o A ee Markers a1 0 12006 1 Get parameters S trings message 1 08 gXCHD_Error 0
12. 90 and copied symetically page 4 5 item b Tiff from SS2 16pg Ap Guide TIFF Oscillscope 55 studio8 tiffS fully toadea IMB tiff 5 0 page 4 5 item c Tiff from SS2 16pg Ap Guide TIFF XY Recorder 1disp tiff5 fully loaded 1MB tiff 5 0 page 4 5 item d Tiff from SS2 16pg Ap Guide TIFF Spect Analy 1disp tiff5 fully loaded 1MB tiff 5 0 page 4 5 item e Tiff from SS2 16pg Ap Guide TIFF Cursor tiff5 fully loaded 1MB tiff 5 0 page 6 7 100 tiffed 12 4 93 page 6 7 item a marble paper textures disk2 phoe FPO tiff pineapple fully loaded 5MB FPO tiff rotated 90 and copied symetically page 6 7 item b Tiff from SS2 16pg Ap Guide TIFF Strip Chart 39 tiff5 fully loaded 1MB tiff 5 0 page 8 9 100 tiffed 12 4 93 page 8 9 item a marble paper textures disk2 phoe FPO tiff sea leaf fully loaded 5MB FPO tiff rotated 90 and copied symetically page 8 9 item b Tiff from SS2 16pg Ap Guide TIFF EEG tiff5 fully loaded 1MB tiff 5 0 18 page 8 9 item c Tiff from SS2 16pg Ap Guide TIFF EMG tiff5 fully loaded 1MB tiff 5 0 page 8 9 item d Tiff from SS2 16pg Ap Guide TIFF EP tiff5 fully loaded 1MB tiff 5 0 page 8 9 item e Tiff from SS2 16pg Ap Guide TIFF EKG tiff5 fully loaded 1MB tiff 5 0 page 10 11 100 tiffed 12 4 93 page 10 11 item a marble paper textures disk1 ameth FPO tiff gothic window fully loaded 5MB FPO tiff rotated 90 and copied symetically page 10 11 ite
13. A NENEN ENE NENNEN NANNAN ENSEN an nane _ Dlisplays _ Timen UJariables error HyperCard XFCN 15 Please FAX phone or send to GW Instruments a7 yey a ___ Macintosh Data Acquisition Hardware Catalog 5ODQS o ccccccccccccccssseeeeeeeesssseeeeseeestsaeeeeeeas FREE ___ SuperScope II Demonstration Version 5 disks amp User s Guide 100p88 oo eeeeeeeeeees 10 _ BUDETS COP CTE Reference Manual OOS secre cacao wees eaten ieenicone earl nteencteeeneneaos 10 ___ SuperScope II Open C Source Code 300pgs of C code on 800K floppy cece 10 ___ SoundScope Sound Analysis Hardware amp Software Brochure 8pg8 cccceecceceeeeeeeteteeeeeeees FREE SI TS s dal A INO sesir i ia EEE e e neoe iE Eii FREE ___ Check Money Order enclosed ___ Purchase Order enclosed PO TOTAL Name Title Company Address City State ___ Zip Country Fax Tele How Did You Hear About Us Cau An APPLICATIONS ENGINEER 617 625 4096 q rde A i dr riy tio By J ring im naton mea II Base Package SuperScope II Software User s Manual and Reference Manual Part GWI SS2 SuperScope Ile Entry Level System SuperScope Ile Software User s Manual and Reference Manual SuperScope Ile is identical to SuperScope II except it does not support pulse analysis filtering and advanced waveform math It does however run all instruments created with SuperScope II Part GWI SS2e SuperScope II Open C Programmer s Dream Sup
14. Hamming window lt gt lt gt shift wave horizontally Hanning window modulo return last trace Blackman window square root histogram complex to phase exponential time histogram complex to mags absolute value find peaks complex to reals complex to imag real to complex append waves insert a segment delete segment pulse positions values given times sort given indices sort wave elements indices for a sort natural logarithm base 10 logarithm round to integer therm V to C sine cosine reverse elelments derivative tangent smooth by n pts 5 pt Lagrange deriv inverse sine IIR filter integrate inverse cosine convolution integrate rst area A de convolution cross power cross correlation magnitude FFT frequency spectrum FFT inverse FFT integrate rst time T integrate rst t1 t2 integrate rst X gt V beep if exceeds bds apply high low bds compare two values on off control loop inverse tangent autocorrelation increase sample rate decrease sample rate average value to date max value to date min value to date C a a a a a a d a d a d i a d a d d a d a a A C a a a a a d a d a d i a d a a d a d a a A a ak d d a d i d d d d d a d d a d a a d d A SuperScope II supports over 80 waveform functions and operators that are used to perform calculations on input channels create stimulus waves set up feedback control loops and teach waveform math In many cases waveform functions can operate on cont
15. IES WAVEFORM DATABASE LI Muy Database 451 9 ME in disk 2 items OOO0020 000030 OOOO0SS w1 00000 0000250 OOOO0SS w1 000040 00002 YO 0000S w1 00000 OOO00S390 OOO00SS w1 DOO00eO 0000410 OOO00SS Ww r Database 2 O Prefix file name with incrementing integer 2 E Prefix file name with value Ui E Prefix file name with value U2 E Prefix file name with value U3 SuperScope II supports 1 2 or 3 dimensional databases of wave and or journal files as illustrated above The Disk I O instruc tion appends 1 2 or 3 indices to each filename providing the ability to save and recover a large array of files on disk Each database is kept in one folder providing the ability to create and maintain independent databases View amp Epit WAVES Edit Values wi Options Index Time O Point Units Uolt C4 fates ial Format Dec O Her Overwrite O Insert The Value Editor illustrated above is a spreadsheet like environment that shows individual wave points in a 5 point per row matrix Cells can be selected cut copied and pasted with the mouse Wave segments are easily copied to the clipboard as a column of numbers 10 DATABASE Test Results Found 1 Unsorted Specify field order for import Data In TEMP Scan Data Record 1 Add new records O Replace data in current found set Textual data is easily transferred from SuperScope II to a database
16. SuPERSCOPE II THE WorrD s Most ADVANCED RECORDING TOOL s Load save Gpe gt 0110010 0110010 J ine EE l N ay Patient rolled ower Duration 1 53 E L FAVA NION a THE COMPUTER INSTRUMENT COMPANY SuperScope II is Software opoppooopopopopoooooogo ngon JOIE IIE I CI T R HEH j 7am amm am m o ja JOOOUUOUO m SuperScope II is a waveform atic that can Pag Pt Fre OX gt fe AT tny ot pt p bA ay D ae gt DIGITIZE CALCULATE ANALYZE DATABASE SuperScope II includes standard ready to go instruments OSCILLOSCOPE SPECTRUM ANALYZER XY RECORDER SuperScope II can digitize long continuous wave forms spool them to disk plot and analyze ev ery point allow on line annotation and then support post acquisition viewing it s the ulti mate strip chart recorder CALL AN APPLICATIONS ENGINEER 617 625 4096 r 4 2 t i haat i amr F Lil T a la f Pg wh i i A hy Sg v L Le ie Bl re i z F Pa pi h Wi hi i 1 Su
17. TS The SuperScope II user creates and customizes objects with pull down menus and dialog boxes no previous programming experience is necessary There are several types of objects each with their own dialogs for viewing and editing attributes Users can create as many of each type as needed to build the application of their dreams The objects are described below Waves se Waves are used to represent real world continuous data as a a re list of values which when plotted produce a waveform Waves can be digitized synthesized analyzed edited viewed used to hold the results of analysis loaded from disk saved to disk sent to the clipboard as a column of numbers in text format and sent to the clipboard as a graphical image Typical instruments have 3 to 10 or more waves and wherever you see a squiggle in SuperScope II you are looking at a Wave object Waves are stored in memory as a list of 16 bit integer 32 768 or 32 bit floating point values and their maximum lengths are limited by memory each point consumes two or four bytes depending on the storage format Menubars Menubars are easily created edited and deleted Each menubar consists of a set of menus and a set of items for each menu Each menu and item can be renamed hidden or set up to run a Task when chosen In some cases it is desirable to have a very simple menubar to limit a user s options QuickTime Variables Variables are used
18. cation programs Show Cursor Select the instrument format Oscilloscope Spectrum Ana lyzer or XY Recorder Cursor O _Wave Horizontal Vertical mouse 0 12500 sec 8 67188 Vol Cale 0 12500 sec 1 154 Volt Aini 4in0 Cursor Oscilloscope Trace ABZ Z i Start Stop H cB Trigger Traces H Channel Timebas H 0 12500 sec 0 12500 sec 1 558 Volt 1 772 Volt 20 lolt 13 lo id otatistics Of Pulses Off i l5 Filter arr a Calculate r H i n hann T Curve Fit Off 7 zx ae Average Off H cad Maximum Off f H i0 T Minimum Off s Printing Of iz Inspection Off oe me Accept Reject 10 20 220 mEngU L EA 20 mengu oiv f LoadDB ys rJ3 Turned on generator 2479S Reduced air pressure 1275793 Called supervisor 127 0793 Hrote report 127 0793 Expermented ended Journals are text editor regions that are used to enter view and edit text in a manner similar to that done with a word processor Journals can be resized and positioned on the front panel in any pat tern and in any quantity space permitting Turn the Oscilloscope into an XY Recorder with just one click H i Wolt Div Begin acquisition Set Trigger Analog External or None Stop acquisition Set points per second amp points per trace Set up statistics calculations on each trace Results are sent to the Analysis Journal Enable disable s
19. disk1 ameth FPO tiff bordeaux fully loaded 5MB FPO tiff rotated 90 and copied symetically page 14 15 item b Tiff from SS2 16pg Ap Guide TIFF 14 15 wave tiff5 fully loaded 1MB tiff 5 0 page 14 15 item c Tiff from SS2 16pg Ap Guide TIFF 14 15 notes hi tiff5 fully loaded 1MB tiff 5 0 page 14 15 item d Tiff from SS2 16pg Ap Guide TIFF 14 15 tiny display tiff5 fully loaded 1MB tiff 5 0 page 14 15 item e Tiff from SS2 16pg Ap Guide TIFF 14 15 marker blurb tiff5 fully loaded 1MB tiff 5 0 page 14 15 item P Tiff from SS2 16pg Ap Guide TIFF 14 15 light tiff5 fully loaded 1MB tiff 5 0 page 14 15 item g Tiff from SS2 16pg Ap Guide TIFF 14 15 switch tiff5 fully loaded 1MB tiff 5 0 page 14 15 item h Tiff from SS2 16pg Ap Guide TIFF 14 15 meter tiff5 fully loaded 1MB tiff 5 0 page 14 15 item i Tiff from SS2 16pg Ap Guide TIFF 14 15 thermometer tiff5 fully loaded 1MB tiff 5 0 page 14 15 item j Tiff from SS2 16pg Ap Guide TIFF 14 15 button tiff5 fully loaded 1MB tiff 5 0 page 14 15 item k Tiff from SS2 16pg Ap Guide TIFF 14 15 knob tiff5 fully loaded 1MB tiff 5 0 page 14 15 item D Tiff from SS2 1opg Ap Guide TIFF 14 15 numeric tiff5 fully loaded 1MB tiff 5 0 page 16 100 tiffed 12 4 93 page 16 item a marble paper textures disk1 ameth FPO tiff fuchsia fully loaded 5MB FPO tiff rotated 90 page 14 15 item b Tiff from SS2 16pg Ap Guide TIFF LogoInBlac
20. e O Move marker Al to the next note that contains text Mania aveviedhaunsiviviegsninsiuindphnssainin aissonniusieenad jucsuiginaseduiniasvensmudsiseassseinini hans NNO A dsasndvawedassvanaeuiviashais tuinid genes KE k Run time Notes IEEE 488 Command CLEAR 14 Gta OUTPUT 14 01 TOH t tez 10 000 dB amplitude Sine Square Triangle EH Ramp 0 000 to dB r Results il agg en cere me Oc tant o dB Copy into journal Notes Formatter OF _Copy into string retlalue min Gaussian 5 000 dB rms noise O Read 1 scalar value and PulsestartTimes 7 Real D m Reciprocal O Lui SetBit AE E Shift D Lun SignalAug next peak Jjournals Date i FECI T E ET Silent TETE E first upstroke l j E Lun Sin next upstroke Cancel Markers La first downstroke i S trings __message__ Smooth spe Pen Moves te Spectrum absolute time H c J Sqrt relative time String retWalue Reverse Waveform Math Uniform 10 000 dB random noise p Options Synthesize Move Marker negt dawnstroke st wees next maximum of wave Calc next minimum first valley next valley first peak SHEA f Move Marker IEEE 488 RS 232 HyperCard HCMO HFCN OTMovie OpenMovie Direct fileName L_Snap_OD Fastidle loop Available Objects cist ens amas kona scoot ks a eve ah aan ENNAN ANENANANENENANEN
21. erScope II Software 240MB External Hard Disk User s Manual Reference Manual and ThinkC project file G e object code ThinkC is available from Symantec and is not included Part GWI SS2 C SuperScope II Five Pack Multiple Systems Five additional SuperScope II security keys At least one base system SS2 or SS2e must be purchased in order to qualify for a Five Pack purchase Part O atibility SuperScope II is eens with eee Computers e g Classic LC PowerBook Quadra 840av running System 6 0 7 or newer A minimum of 4MB RAM is required 5MB with System 7 yet 8MB is recommended SuperScope II is 32 bit and System 7 compatible Aasia 61 3 480 4999 e Per ae 32 2 759 7833 France 33 1 4790 2111 e Germany Aust Swit amp Nether 49 6 172 77015 Great Britain 44 27 357 0220 e Greece 30 1 961 6687 e Israel 972 3 497571 Italy 39 171 931 664 Japan 81 3 5688 6800 Korea 82 42 623 3131 e Sweden Den Nene 46 8 630 9300 Turkey 90 1 516 2217 Venez amp Chile 58 2 283 61 64 ma i 3 z D gae Ai Fur po E DE E i VUJ EF LSS N n a ga a a aD Cr res FS Hagan Lal Pa J UWI DOI Gate IICA da 35 Medford St Somerville MA 02143 one aie States of America TEL 617 625 4096 FAX 617 625 1322 e INTERNET Do 268 AppleLink Apple COM TECHNICAL SUPPORT Is FREE SMI GW INSTRUMENTS f THE COMPUTER INSTRUMENT COMPANY 35 Medford St e Somerville Ma 02143 4237
22. he end user simply clicks on the parameters of interest in the above dialog box Analysis results are streamed to other waves in memory to disk or to on line text windows in real time SrooL To BIC lt lt In some cases RAM memory is not large enough to contain the acquired waves each point consumes 2bytes Subsequently SuperScope II must spool them to disk in real time After the acquisition disk based streams are easily viewed with the horizontal scroll bar or analyzed with a task Strip Chart 30 jave Print Stats Cursor abs th deri t Tit Patie 200 i000 1800 FOOO 2500 3000 S500 4000 4 REAL TIME ANNOTATION Observations can be documented at run time by typing one line time stamped notes Each note is shown under the digitized waves at the position of its typing after the acquisition Curve Fit REAL TIME HARDWARE Digitizing is done with a MacADIOS II or II 16 Nubus Board equipped with a module that independently digi tizes into it s own 128KByte buffer While this module acquires the computer is free to analyze calculate plot spool to disk accept notes and operate the menubar Linear polynomial sine or exponential least squares curve fit on the selected wave Start atop Traces Trigger k Ti mebase Channel Hi Calculate 0n Statistics On Rate Off 30 opool Off Print Off Load Data w jo i ee o
23. inuous streams e g 10 points of incom ing data in real time making SuperScope II an extremely powerful recording tool msec 40 60 20 100 120 140 i 150 SuperScope II uses linear regression to fit raw data to a sine exponential line or nth 1 20 order polynomial The output of the curve fitter is the actual fit wave and or the coefficients The above illustration shows raw data in purple and its best fit 5th order polynomial in green Filter Frequency Response Log Magnitude dB 0 2 0 5 Frequency Filter Length Filter Type Stopband Atten dB C Lowpass O Highpass O Bandpass Bandstop Sampling Frequency Lower Cutoff Upper Cutoff 0 ETE i SuperScope II includes low pass high pass hamming window and rectangular window FIR filters In many cases the resident filters will not suit your needs in which case you need the very simple and easy to use WLFDAP Filter Design Application program illustrated above This generates SuperScope II compatible filters and is available for 99 from Zola Technolo gies Tele 404 843 2972 Fax 404 843 0116 a GWI Partner SuperScope II uses the signal averaging technique to calculate a characteristic periodic response wave buried in noise All that is needed is a trigger that indicates when each period begins Noise is reduced by the square root of the number of cycles that are averaged 13 ITS VIRTUALLY ANYTHING SUPERSCOPE II OBJEC
24. ject code This is a C programmer s dream since SuperScope II handles the user interface while the end user is free to call any of the ANSI library 1800 toolbox GWI analysis or TurboDrivers routines Most importantly the ThinkC debugger enables the end user to step through his her code one line at a time and view variables which is crucial Displayed Precision Digits to right of decimal 2 Internal Value Range Minimum 10 000000 Mavtimum 10 000000 increment 0 010000 Cancel Text Format Style Bold Em a O Italic a ff Ie C Underline 2 10 10 C Outline A 4 36 F Hide Label t Show Digital Readout See Data Range Hide Ruler Show Border Options SuperScope II Controls and Indicators are extremely versatile with many customizable attributes such as LABEL show hide edit font size and style DIGITAL READOUT show hide font size style range and precision BORDER show hide and placement Additionally controls can be set up to trigger a Task SSS PID FeedBack Loop ae 400 600 1000 12700 1400 1600 1800 2000 27700 nsec a H 200 msec Div SuperScope II supports a variety of feedback control loops including PID Alarm and OnOff Additionally one can use waveform math to develop complex driving functions that are based on inputs and outputs analog amp digital Feedback control loops are implemented with an interrupt driven point by point I O m
25. k tiff5 fully loaded 1MB tiff 5 0 4 COLOR e 8 1 4 x 10 5 8 WITH BLEED GLENN WEINREB 617 625 4096 GW INSTRUMENTS 45 MEDFORD ST SOMERVILLE Ma 02143 1 COVER 2 3 Wuar is S82 4 5 Osc 6 7 STRIP CHART 8 9 PaysiorocisTtT s 8 10 11 8 CAPABILITES 12 13 8 ANALYSISES 14 15 VIRTUAL Instr DESIGN 16 Apv 6 7 STRIP CHART Display Features Markers Marker Labels Segments Do anything with Selected Cut Copy amp PASTE WAVES PRINTING Run time notes things You can do with waves printing 10 11 EIGHT CAPABIITES Export To DATABASE WAVEFORM DATABASE ZooM amp PAN TABLE EDITOR HYPERCARD XFCN C BASIC XFCN EXTENSIONS OPEN VERSION For C PROG PID amp ON OFF CONTROL 19
26. m b Tiff from SS2 16pg Ap Guide TIFF PID tiff5 fully loaded 1MB tiff 5 0 page 10 11 item c Tiff from SS2 16pg Ap Guide TIFF CustomContKnob tiff5 fully loaded 1MB tiff 5 0 page 12 13 100 tiffed 12 4 93 page 12 13 item a marble paper textures disk1 ameth FPO tiff midnight fully loaded 5MB FPO tiff rotated 90 and copied symetically page 10 11 item b Tiff from SS2 16pg Ap Guide TIFF spect analyz tiff5 fully loaded 1MB tiff 5 0 page 10 11 item c Tiff from SS2 16pg Ap Guide TIFF pulseAnal data tiff5 fully loaded 1MB tiff 5 0 page 10 11 item d Tiff from SS2 16pg Ap Guide TIFF pulseAnal wave tiff5 fully loaded 1MB tiff 5 0 page 10 11 item e Tiff from SS2 16pg Ap Guide TIFF top right arrow tiff5 fully loaded 1MB tiff 5 0 page 10 11 item Tiff from SS2 16pg Ap Guide TIFF left bot arrow tiff5 fully loaded 1MB tiff 5 0 page 10 11 item g Tiff from SS2 16pg Ap Guide TIFF filter tiff5 fully loaded 1MB tiff 5 0 page 10 11 item h Tiff from SS2 16pg Ap Guide TIFF histogram tiff5 fully loaded 1MB tiff 5 0 page 10 11 item i Tiff from SS2 16pg Ap Guide TIFF pattern rec tiff5S fully loaded 1MB tiff 5 0 page 10 11 item j Tiff from SS2 16pg Ap Guide TIFF curveFit tiff5 fully loaded 1MB tiff 5 0 page 10 11 item k Tiff from SS2 16pg Ap Guide TIFF signalAvg tiff5 fully loaded 1MB tiff 5 0 page 14 15 100 tiffed 12 4 93 page 14 15 item a marble paper textures
27. ode where inputs outputs and calculations are done on a point wise basis 11 ITLL Help You UNDER Send to journal _ Data x Log pulse number tmas minz o atmax l 1 ic Slope2 areal max Points ata msec msec 6 025 20 S66 21 017 100 955 133 965 102 978 202 761 zmz 539 35 251 302 963 327 639 103 910 Frequency spectra are easily calculated and presented in a Analyzing pulses is as easy as specifying a threshold and then variety of formats including voltage magnitudes dB magni clicking on the parameters of interest e g min max period tudes phase real and imaginary Window options include etc in the pulse analysis instruction dialog shown above Hamming Hanning Blackman and Rectangular Waveforms are then scanned and the attributes of each detected pulse is transferred to journals illustrated above waves controls strings or markers SuperScope II easily calculates both value and pulse time Convolution analysis shows where a pattern wave occurs within a histograms Results are plotted as either bars dots lines or source wave The local maxima in the convolution output wave symbols The above illustration shows a histogram of indicates precisely where the pattern occurs In the above illustra gaussian noise tion the pattern wave is yellow the source wave is blue and the convolution output cleaned up with the PEAK function is green 12 STAND YOUR WORLD waveform average
28. perScope II can monitor and control IEEE 488 and RS 232 devices read analog inputs A D control analog outputs D A and do digital I O via GWI s MacADIOS Data Acquisition Hardware ANALOG INPUTS ANALOG OUTPUTS Dierrat I O PRODUCT FORM of Resol Input Max Sample Resol Digital Counter Channels ution Ranges Rate Outputs ution Rang nese I O Lines Timers as pine o Pan SRY o 3 s 3 ze E EE av 2 co ee ta eee A ee et E O DA Maximum ae Limit With Daughterboards Not compatible with 68040 or Faster Computers SuperScope II can easily export data toa spreadsheet word processor database graph ing or math application program SuperScope II is a Laboratory Instrumentation Design Environment that can be used to build Virtually any software instrument Building SuperScope II instruments is as easy as setting up an Excel spreadsheet or a Filemaker data base SuperScope II is a full featured applica tion program like Excel or Filemaker and NOT a programming language like C BASIC FORTRAN or LabVIEW u GW INSTRUMENTS THE COMPUTER INSTRUMENT COMPANY 3 y 1 i F i m oD st i a a P oe ee J T r ca a ed rd a a i A a y Far 2 at ee z gm Jig fA pai _ Ty p i i EnS j ata i m VA io 3 2 ale Gl ae ae oe Wa Wave labels are used to identify and select waves Only one wave can be selected at a time and once selected the end user can Cut Copy and Paste waveform
29. s transfer text to and from strings Displays Displays reside on the front panel and are used to view waveforms and show h calculation results They are extremely versatile with many customizable attributes such as horizontal vertical scroll position controls labels waves markers and much more Displays can be posi tioned on the front panel in any pattern and in any number space permitting Each display can contain up to 8 waves and supports mouse driven cut copy paste of waveform segments drawing of waves and logging of wave values to a journal Controls amp Indicators Front panel Controls and Indicators allow the adjust ment of Boolean true false values scalars lists and Light text These objects appear in a variety of styles sizes fonts and colors and their states are easily read and updated with tasks l P Switch 10 0 0 0 0 3 0 J 10 0 Slider Meter Therm vl 7 aaa ay Dy i a Button Knob Numeric You WanrT T To BE Curve Fit wi Task Begin Method e ee Rae ee ae ee OR ee Ree aA ee eee Clear at beginning of task wen Linear Polynomial a0 al exponential ees eae Sine Clear Calculate and Redraw Results a A A G Uoiced Uoiced time C Replace source wave with result Filter wi Change sample rate Smoothing Low Pass HAM Low pass FIR pene eae High pass FIR Freq Cutoff _ Custom FIR Stopband 98 dB Tasks Tasks are se
30. tatistics calculations Specify low high or band pass filter Set up a calculated channel Set up curve fitting Enable disable signal averaging Enable disable maximum calculation Enable disable minimum calculation Enable disable on line printing Enable disabled inspection of each trace Enable analysis amp storage of each trace Enable disable the channel database Database record number of displayed trace Increment decrement to next previous trace in waveform database This shows an expanded view of a waveform fragment To specify a fragment the user sets the Mouse mode to Edit clicks once on the wave label and then drags the mouse across the portion of interest SPECTRUM ANALYZER 100 trum Analyzer with just one click 5 This Strip Chart Recorder can simultaneously Digitize Plot and scroll Spool to disk Calculate Analyze Allow on line annotations THE ULTIMATE RECORDER The SuperScope II Strip Chart Recorder is the ultimate recording tool It can digitize between 1 and 8 waveforms with a MacADIOS II FIFO or MacADIOS II 16 FIFO digitizer board plugged into a Macintosh Nubus slot In many cases waves are analyzed as they are acquired with results being streamed to text windows in real time Digitized or computed waves can be spooled to disk kept in memory or discarded after being plotted REAL TIME ANALYSIS To analyze l mine Pulse Analysis on Cho pulses in real time t
31. to tS hold one 32 bit floating point value e g 16 2 3 1 34e6 They are easily created renamed and deleted and their values are easily viewed and edited Many task instructions transfer values to and from variables 14 Journals Journals are text regions that are used to enter view and edit text in a manner similar to that done with a word processor With commands in the menubar the user can Clear Save View Save to Clipboard Print Delete and Create Journals The contents of Journals can easily be saved to disk and then loaded by a word processor graphics or spreadsheet program Journal windows can be resized and positioned on the front panel in any pattern and in any number space permitting Many task instructions transfer text to and from journals Markers Hic 4043 Markers are used to mark a time in a wave or display The user can create as many markers as he she desires and can place any marker in any display In displays they appear as vertical lines that can be moved with the mouse Datapipes A datapipe is a reference to a folder on disk i e a pathname Think of it as a pipe through which you push data between SuperScope II and a folder on disk Strings abcdetfg Strings are used to hold a series of characters of any length memory permitting e g hi 1 2 They are easily created renamed and deleted and their text is easily viewed and edited Many task instruction
32. yTiming Cos CrossCorrelation CrossPower DeConvolve Delete DeMultiplex Deri DerivFivePt Exp Expand FFT Hamm Hann Histogram Imaginary IndexSort Insert Int Integ IntegAl IntegPT IntegIL IntegIU InvUFFT Last Limit Mag MakeComplex Makelndex Masimum MansToDate Minimum MinToDate Modulo MuFFT n ff Peak Phase PID PulseEndTimes PulseMmaHnTimes PulseStartlimes Real Reciprocal Reverse SetBit Shift SignalAug Silent Sin Smooth Sort Spectrum Sgrt Tan TC Linearize TimeHisto TimeUalues Unlloiced Voiced HYtOoY ANALOG INPUTS Max Channels ution Ranges 5V 5V 05V 0 5V 0 5V 0 05V 10V 1V 1V 0 10V 0 1V 0 1V 50Ks Sec 100Ks Sec Spool To Disk n gt 0110010 Patient coughed Patient rolled over vp ut A D D A amp Digital I O On line Annotation IEEE 486 Command Hardware Options p RECEIVE DP tiONS a r CLEAR 14 i i OUTPUT 14 C1 TOX ae Data bits 3O50607 8 Stop at ETH Stop bits 1015 2 Ostopat Paper CTS flow control Ei i l EJ Receive bytes maximum ODR input flow control O on doff handshaking J Timeout at 2 000 seconds FE vereen 4 bad i A Hon Char r uffer bytes CO Enny into journat vt Hoff Char r E oO string Port Modem Printer O Read 1 scalar value and O Append ASCII data into wave m Parity Heip _Cancel_ Baud Rate
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