RSRC LVINLBVWŠ< z Š`€< €€ÿÿÿÿ']ÙÇÆO@ƒç$‹1YF·5rƒåËÂ|E‘Ðé»vó ÔŒÙ²é€ ˜ìøB~_ÂgbÓb€ä :ž.LVINCont Acq&Chart (Async Mod).viLVINAI Start.viÿÿÿÿ»ð @ taskID inZ@ no triggeranalog digital A digital A & Bscan clock gatetrigger type (no trig:0)@pretrigger scans (0)<@ no changerisingfallingedge or slope (no change)@ taskID out$@number of scans to acquire (-1)@ actual scan rate @ scan rate (1000 scans/sec)F@P @ level@ hysteresis@ delay (sec)actual trigger params&@ number of buffers to acquire (1)@@P@!status @code@0ÿÿÿÿsourceerror in (no error)L@ no changeinternal I/O ConnectorRTSIscan clock source (no change:0)T@P @0ÿÿÿÿtrigger channel (empty)@ level (0.0)analog chan (-) & level (0.0)¢@P@ hysteresis (0.0).@ no changeDCACcoupling (no change:0)@ delay (0 sec)@skip count (0)@ time limit (0 sec)[additional trig params]6@P@!status @code@0ÿÿÿÿsource error outPTH0#DAQai.llbAI Start.vieLVINAI Config.viÿÿÿÿ|ð @ @ device (1)T@@ÿÿÿÿ0P@ high limit (0.0)@ low limit (0.0)input limits (no change)–@@ÿÿÿÿfP@@ no changeDCACGND internal ref.coupling (no change:0) @input config (no change:0)%coupling & input config (no change:0)F@P@measurement mode@reservedmeasurement mode structure@taskID.@@ÿÿÿÿ@7ÿÿÿÿchannel (0)channels (0)@number of channels@buffer size (1000 scans)@[group] (0).@ )interchannel delay (secs) (board default)@@P@!status @code@0ÿÿÿÿsourceerror in (no error)@[number of buffers] (1)"@allocation mode (no change:0),@&[number of AMUX boards] (no change:-1)6@P@!status @code@0ÿÿÿÿsource error outPTH0$DAQai.llbAI Config.viLVINAI Clear.viÿÿÿÿ]ða @@P@!status @code@0ÿÿÿÿsourceerror in (no error)6@P@!status @code@0ÿÿÿÿsource error out@ taskID in@ taskID outPTH0#DAQai.llbAI Clear.viLVINGeneral Error Handler.viÿÿÿÿøð @[error code] (0)$@@ÿÿÿÿ[user-defined codes].@@ÿÿÿÿ0ÿÿÿÿ[user-defined descriptions]@!error?@0ÿÿÿÿ[error source] (" ")@code out@0ÿÿÿÿ source out6@ñ¸ä¶DialogType.ctltype of dialog (OK msg:1)@0ÿÿÿÿmessage@@P@!status @code@0ÿÿÿÿsourceerror in (no error) @[exception action] (none:0)@[exception code]@0ÿÿÿÿ[exception source]6@P@!status @code@0ÿÿÿÿsource error outPTH07Utility error.llbGeneral Error Handler.viLVINDAQ Occurrence Config.viÿÿÿÿ–ðx 6@P@!status @code@0ÿÿÿÿsource error out@p occurrence@task ID outŒ@P@ level A (Volts)@ level B (VoltsL@either positive or negative positive only negative only trigger slopelevel conditions@general value B@0ÿÿÿÿchannel@general value A@@P@!status @code@0ÿÿÿÿsourceerror in (no error)b@Yset the occurrence once when a number of scans has been acquired equal to general value Aaset the occurrence every time a number of scans is acquired equal to the value of general value ANset the occurrence when the acquistion completes or is stopped due to an error˜analog trigger occurrence: the level conditions cluster defines the trigger conditions where level A is the trigger level and level B is the window sze.’set the occurrence every time the output of the counter specified in the channel string control changes state such that an interrupt is generated.Set the occurrence when data from any port in channel causes this statement to be true: data AND general value A is NOT EQUAL to general value BˆSet the occurrence when data from any port in channel causes this statement to be true: data AND general value A EQUALS general value Bt DAQ Event@@clear all occurrencescreate an occurrence`create/clear@task IDPTH02DAQmisc.llbDAQ Occurrence Config.viPOLY AI Read.viÿÿÿÿòÐ½ayPTH0"DAQai.llb AI Read.viLVINAI Read (scaled array).viÿÿÿÿ‰ð @ taskID inÖ@P$@ no changeoffonp mode (off)@channel index (0)0@ no changerisingfallingbslope (rising)@ level (0.0)@ hysteresis (0.0)@skip count (0)@ offset (0)conditional retrieval (off)@scan backlog@number read@ taskID out&@ number of scans to read (-1:all)@@ÿÿÿÿÿÿÿÿ scaled data*@ %time limit in sec (-1:auto calculate)@!retrieval complete@@P@!status @code@0ÿÿÿÿsourceerror in (no error)Ê@PŽ@ no changerelative to read markrelative to start of bufferrelative to end of datarelative to trigger pointposition (rel. to mark:1)@read offset (0) read/search position (from mark)6@P@!status @code@0ÿÿÿÿsource error outPTH01DaqAi.llbAI Read (scaled array).viü>>ð °llPa cL P d-` P cnP"@P@flg@oRt@eofudf&P!number of scans to read at a timepdfdPtxdPoldPextj Pp@ÿÿÿÿfP0ÿÿÿÿ@ÿÿÿÿPP!!!!l@ÿÿÿÿbP0ÿÿÿÿ !!!$@ÿÿÿÿP0ÿÿÿÿ!!!B@ÿÿÿÿ8PP^P$P@€ÿÿÿÿ 000$P@€ÿÿÿÿ P cZP"@P@flg@oRt@eofudfPscan backlogxdfdPtxdPoldPext P cTP"@P@flg@oRt@eofudfPdevicepdfdPtxdPoldPext P cVP"@P@flg@oRt@eofudfP scan ratep dfdP txdP oldP ext P cXP"@P@flg@oRt@eofudfPbuffer sizepdfdPtxdPoldPext P"@P@flg@oRt@eofudf P@ÿÿÿÿÿÿÿÿ acquired datap@ÿÿÿÿÿÿÿÿ dfdP@ÿÿÿÿÿÿÿÿ txdP@ÿÿÿÿÿÿÿÿ oldP@ÿÿÿÿÿÿÿÿ ext cRP"@P@flg@oRt@eofudf P!stopx!dfdP!txdP!oldP!ext cXP"@P@flg@oRt@eofudfP!timed out ?x!dfdP!txdP!oldP!extJ P@€@€@€P0ÿÿÿÿ!!!F P@€@€@€@7ÿÿÿÿchannel (0)²P"@P@flg@oRt@eofudf*P@ÿÿÿÿ@7ÿÿÿÿchannel (0)channelsp@ÿÿÿÿ 7ÿÿÿÿdfdP@ÿÿÿÿ 7ÿÿÿÿtxdP@ÿÿÿÿ 7ÿÿÿÿoldP@ÿÿÿÿ 7ÿÿÿÿextb P @ÿÿÿÿP b P @ÿÿÿÿP hcontinuous acquisitionb`Yset the occurrence once when a number of scans has been acquired equal to general value Aaset the occurrence every time a number of scans is acquired equal to the value of general value ANset the occurrence when the acquistion completes or is stopped due to an error˜analog trigger occurrence: the level conditions cluster defines the trigger conditions where level A is the trigger level and level B is the window sze.’set the occurrence every time the output of the counter specified in the channel string control changes state such that an interrupt is generated.Set the occurrence when data from any port in channel causes this statement to be true: data AND general value A is NOT EQUAL to general value BˆSet the occurrence when data from any port in channel causes this statement to be true: data AND general value A EQUALS general value Bt DAQ Eventh!ignore previous (T)@hclear all occurrencescreate an occurrence`create/clear " P@ÿÿÿÿ@ÿÿÿÿ" P@ÿÿÿÿ@ÿÿÿÿZ P$@ÿÿÿÿP@ÿÿÿÿ0ÿÿÿÿP c cd c cœ6@P@!status @code@0ÿÿÿÿsource error out c c|@@clear all occurrencescreate an occurrence`create/clear c@ taskID out c c\6@P@!status @code@0ÿÿÿÿsource error out! cƒ!@!status @!stop c&@!number of scans to read at a time"ƒ@@ÿÿÿÿÿÿÿÿ scaled dataƒ@scan backlog c cœ@p occurrenceƒ @!stop@taskID6@P@!status @code@0ÿÿÿÿsource error out c*ƒ&@!number of scans to read at a time @ actual scan rate c cœ$@number of scans to acquire (-1) @ scan rate (1000 scans/sec)@@P@!status @code@0ÿÿÿÿsourceerror in (no error) c c|@general value Ab@Yset the occurrence once when a number of scans has been acquired equal to general value Aaset the occurrence every time a number of scans is acquired equal to the value of general value ANset the occurrence when the acquistion completes or is stopped due to an error˜analog trigger occurrence: the level conditions cluster defines the trigger conditions where level A is the trigger level and level B is the window sze.’set the occurrence every time the output of the counter specified in the channel string control changes state such that an interrupt is generated.Set the occurrence when data from any port in channel causes this statement to be true: data AND general value A is NOT EQUAL to general value BˆSet the occurrence when data from any port in channel causes this statement to be true: data AND general value A EQUALS general value Bt DAQ Event c cœ@ device (1) c.@@ÿÿÿÿ@7ÿÿÿÿchannel (0)channels (0)@buffer size (1000 scans)ƒ@deviceƒ@ scan rateƒ@buffer size.ƒ*@@ÿÿÿÿ@7ÿÿÿÿchannel (0)channels cT c c cˆ d ‚P``` P db) ø˜1€b TÀÿÿÿÿ ,pHl6 L¢^Ú~€ÿÿÿèÌÿPlot 0Ìÿ‚ÌPlot 1Ì‚ÿÿPlot 2ÿÿ‚ÿPlot 3ÿ‚5Héã:ÿÿÿÿ€ÿÿ€€Dz€ÿÿÿˆè@Æè@Î¸@É@³`@™ @†`@ƒà@Žø@§Ð@Àø@ÍÈ@Ì`@»0@ ð@Šp@ƒh@‰€@Ÿ°@¹ð@Ëè@Î@@Â@©8@@„@…è@—à@² @È(@Îà@ÇØ@±€@—@…è@„@°@ª@Â°@Î@@ËÀ@¹P@žè@‰0@ƒh@ŠÀ@¡¸@»Ð@Ìˆ@Íð@À€@§@Ž€@ƒ¸@†ˆ@™À@´P@É@@Î¸@Æp@¯P@•@… @„€@’h@¬0@Ä@@Îh@Êø@·H@œà@ˆ@@ƒ@Œ(@£è@½°@Í(@Íx@¾È@¤Ø@Œð@ƒ¸@‡ @›È@¶0@ÊX@Î@Å0@ @“X@„Ð@„Ð@”H@®8@Å¨@Î@Ê@µ@@š°@‡P@ƒ@@¥ð@¿@Í @Í(@¼è@¢Ð@‹ˆ@ƒ@ˆ@Ð@¸8@ËH@Îh@Ã @ªð@‘ @„X@…p@–(@°h@Ç@Î¸@Èð@³8@˜Ð@†ˆ@ƒà@ @¨ @ÁH@Íð@Ì`@»@ @ŠH@ƒh@‰Ð@ 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This is a timed acquisition, meaning that a hardware clock is used to control the acquisition for fast and accurate timing. It is also a continuous circular buffered acquisition. This means that a software buffer is used between your DAQ board and LabVIEW. While data are being transferred from your board into one part of the input buffer, LabVIEW is reading data from another part of that buffer. The occurrence makes the acquisition asynchronous (allowing processor time for other things to run) by causing the loop to wait until the number of scans to read at a time is available before it is read into LabVIEW. For this reason it is important that you set your parameters such that LabVIEW reads data out of the buffer fast enough to keep up with the rate at which your board is writing new data into the buffer. If not, unread data will be overwritten and an error will occur. continuous acquisition charts asynchronous occurrences analog input 3133 LabVIEW LabVIEW 1 1000 CircularBufferedWaveform Voltage NI.LV.ALL.VILastSavedTarget0ÿÿÿÿDfltNI.LV.ALL.goodSyntaxTargets&@ÿÿÿÿ0ÿÿÿÿDflt.*DESCRIPTION: This VI shows how to use multiple occurrences for a continuous asynchronous acquisition. This is a timed acquisition, meaning that a hardware clock is used to control the acquisition for fast and accurate timing. It is also a continuous circular buffered acquisition. This means that a software buffer is used between your DAQ board and LabVIEW. While data are being transferred from your board into one part of the input buffer, LabVIEW is reading data from another part of that buffer. The occurrence makes the acquisition asynchronous (allowing processor time for other things to run) by causing the loop to wait until the number of scans to read at a time is available before it is read into LabVIEW. For this reason it is important that you set your parameters such that LabVIEW reads data out of the buffer fast enough to keep up with the rate at which your board is writing new data into the buffer. If not, unread data will be overwritten and an error will occur. This VI applies only to the Windows platform because it uses the DAQ Occurrence Config.vi, which is only supported on the Windows platform. If you run this VI in LabVIEW for Macintosh, the DAQ Occurrence Config.vi will return deviceSupportErr. This VI will not work on the following devices because they do not support DAQ event values 0 through 4, and this example uses DAQ Event 1: AT-A2150, AT-DSP2200, and EISA-A2000. INSTRUCTIONS: 1. Enter the device number, channels, scan rate, buffer size, and number of scans to read at a time. The buffer size must be greater than or equal to the number of scans to read at a time (usually at least twice as big). If you are using DMA, this buffer size must also be an even multiple of the number of scans to read at a time 2. Make the appropriate I/O connections as explained below. 3. Run the VI. KEY PARAMETERS: This VI shows how to use the DAQ Occurrence Config.vi and the Wait on Occurrence function to set and react to an occurrence every time the number of scans to read at a time has been acquired during a continuous acquisition. On the diagram, the first call to DAQ Occurrence Config.vi configures for DAQ Event 1 which is to "set the occurrence every time a number of scans is acquired equal to the value of general value A". In this example general value A is the number of scans to read at a time. Notice that the occurrence output of this VI is wired to the Wait on Occurrence function. Then, the output from the Wait on Occurrence is wired to the part of the diagram that you want to execute in response to the DAQ Event. In this case, the part of the diagram waiting on the occurrence includes the "timed out ?" LED, an OR gate to turn off the while loop, and a sequence structure. Notice that the AI Read.vi inside the loop is data dependent on a wire from that sequence structure, which in turn makes it dependent on the Wait on Occurrence function. This means that a read will occur only after the correct amount of data have been acquired. The Wait on Occurrence has two other inputs: (1)The value wired to the ms timeout (in milliseconds) is calculated by dividing the number of scans to set occurrence by the actual scan rate, converting the time to ms and then adding 1000 ms. By using the actual scan rate in the time-out calculation, a data dependency is created between the AI Start.vi and the Wait on Occurrence function. This ensures that the wait will not begin until after the acquisition starts. (2)The false wired to the ignore previous assures that if a fast acquisition sets the occurrence before the time-out is calculated, the Wait on Occurrence will still react to it. The acquisition continues until the STOP button is pushed, after which the DAQ Occurrence Config.vi is called again to clear the occurrence. I/O CONNECTIONS: Connect to the input channels on the I/O connector for your board to match the channels you have chosen on the front panel of this VI. For example ACH0. To find the actual pin numbers, refer to your hardware user manual. DAQ VIs USED: AI Config.vi, DAQ Occurrence Config.vi, AI Start.vi, AI Read.vi, AI Clear.vi.%d %0.2f%d%d%d %0.1f %0.0f%u%u %0.2f%d%d%d€ÿÿÿÿ€€†1’á‰JR‘‰Bá‰JR‘†1Œ‘€€€‚)GAƒiBA‚©BA‚)BA‚&rA€€€ñ€$ ƒ€õé†À%)Œaéˆc €6ñ€ùˆ ŠªiŠª €ù€ÿÿÿÿ)XDTHPDHÄJ88)P)W¤~&pFƒ6@P@!status @code@0ÿÿÿÿsource error out"ƒ@p occurrenceƒ6ƒ&@!number of scans to read at a timeƒ,ƒ @@ÿÿÿÿÿÿÿÿ acquired dataƒ@ scan rateƒpƒ!rƒb@Yset the occurrence once when a number of scans has been acquired equal to general value Aaset the occurrence every time a number of scans is acquired equal to the value of general value ANset the occurrence when the acquistion completes or is stopped due to an error˜analog trigger occurrence: the level conditions cluster defines the trigger conditions where level A is the trigger level and level B is the window sze.’set the occurrence every time the output of the counter specified in the channel string control changes state such that an interrupt is generated.Set the occurrence when data from any port in channel causes this statement to be true: data AND general value A is NOT EQUAL to general value BˆSet the occurrence when data from any port in channel causes this statement to be true: data AND general value A EQUALS general value Bt DAQ Event&ƒ@ actual scan rateƒ ÚƒÊ@PŽ@ no changerelative to read markrelative to start of bufferrelative to end of datarelative to trigger pointposition (rel. to mark:1)@read offset (0) read/search position (from mark)ƒ@!timed out ?ƒ@buffer sizenƒ^P$P@€ÿÿÿÿ $P@€ÿÿÿÿ *ƒ@!don't ignore previousƒ @!stopƒ@task IDLƒ@@clear all occurrencescreate an occurrence`create/clearLƒ@@P@!status @code@0ÿÿÿÿsourceerror in (no error)ƒ@ taskID out ƒ@general value Aƒ@0ÿÿÿÿchannelƒ@device"ƒ@scan backlog$ƒ@!retrieval complete:ƒ*@ %time limit in sec (-1:auto calculate).ƒ@@ÿÿÿÿÿÿÿÿ scaled data6ƒ&@ number of scans to read (-1:all)ƒ@number readæƒÖ@P$@ no changeoffonp mode (off)@channel index (0)0@ no changerisingfallingbslope (rising)@ level (0.0)@ hysteresis (0.0)@skip count (0)@ offset (0)conditional retrieval (off)ƒ@ taskID in:ƒ*@@ÿÿÿÿ@7ÿÿÿÿchannel (0)channelsƒ ƒð @ taskID inÖ@P$@ no changeoffonp mode (off)@channel index (0)0@ no changerisingfallingbslope (rising)@ level (0.0)@ hysteresis (0.0)@skip count (0)@ offset (0)conditional retrieval (off)@scan backlog@number read@ taskID out&@ number of scans to read (-1:all)@@ÿÿÿÿÿÿÿÿ scaled data*@ %time limit in sec (-1:auto calculate)@!retrieval complete@@P@!status @code@0ÿÿÿÿsourceerror in (no error)Ê@PŽ@ no changerelative to read markrelative to start of bufferrelative to end of datarelative to trigger pointposition (rel. to mark:1)@read offset (0) read/search position (from mark)6@P@!status @code@0ÿÿÿÿsource error out&ƒ@7ÿÿÿÿchannel (0) ƒ@general value B˜ƒŒ@P@ level A (Volts)@ level B (VoltsL@either positive or negative positive only negative only trigger slopelevel conditionsƒ@task ID out>ƒ.ðx 6@P@!status @code@0ÿÿÿÿsource error out@p occurrence@task ID outŒ@P@ level A (Volts)@ level B (VoltsL@either positive or negative positive only negative only trigger slopelevel conditions@general value B@0ÿÿÿÿchannel@general value A@@P@!status @code@0ÿÿÿÿsourceerror in (no error)b@Yset the occurrence once when a number of scans has been acquired equal to general value Aaset the occurrence every time a number of scans is acquired equal to the value of general value ANset the occurrence when the acquistion completes or is stopped due to an error˜analog trigger occurrence: the level conditions cluster defines the trigger conditions where level A is the trigger level and level B is the window sze.’set the occurrence every time the output of the counter specified in the channel string control changes state such that an interrupt is generated.Set the occurrence when data from any port in channel causes this statement to be true: data AND general value A is NOT EQUAL to general value BˆSet the occurrence when data from any port in channel causes this statement to be true: data AND general value A EQUALS general value Bt DAQ Event@@clear all occurrencescreate an occurrence`create/clear@task ID(ƒ@0ÿÿÿÿ[exception source]ƒ@!status²ƒ¢@P@ hysteresis (0.0).@ no changeDCACcoupling (no change:0)@ delay (0 sec)@skip count (0)@ time limit (0 sec)[additional trig params]`ƒT@P @0ÿÿÿÿtrigger channel (empty)@ level (0.0)analog chan (-) & level (0.0)XƒL@ no changeinternal I/O ConnectorRTSIscan clock source (no change:0)6ƒ&@ number of buffers to acquire (1)VƒF@P @ level@ hysteresis@ delay (sec)actual trigger params,ƒ @ scan rate (1000 scans/sec)0ƒ$@number of scans to acquire (-1)Hƒ<@ no changerisingfallingedge or slope (no change)*ƒ@pretrigger scans (0)jƒZ@ no triggeranalog digital A digital A & Bscan clock gatetrigger type (no trig:0)„ƒxð @ taskID inZ@ no triggeranalog digital A digital A & Bscan clock gatetrigger type (no trig:0)@pretrigger scans (0)<@ no changerisingfallingedge or slope (no change)@ taskID out$@number of scans to acquire (-1)@ actual scan rate @ scan rate (1000 scans/sec)F@P @ level@ hysteresis@ delay (sec)actual trigger params&@ number of buffers to acquire (1)@@P@!status @code@0ÿÿÿÿsourceerror in (no error)L@ no changeinternal I/O ConnectorRTSIscan clock source (no change:0)T@P @0ÿÿÿÿtrigger channel (empty)@ level (0.0)analog chan (-) & level (0.0)¢@P@ hysteresis (0.0).@ no changeDCACcoupling (no change:0)@ delay (0 sec)@skip count (0)@ time limit (0 sec)[additional trig params]6@P@!status @code@0ÿÿÿÿsource error out(ƒ@continuous acquisition8ƒ,@&[number of AMUX boards] (no change:-1)2ƒ"@allocation mode (no change:0)(ƒ@[number of buffers] (1)>ƒ.@ )interchannel delay (secs) (board default)ƒ@[group] (0).ƒ@buffer size (1000 scans)$ƒ@number of channels>ƒ.@@ÿÿÿÿ@7ÿÿÿÿchannel (0)channels (0)ƒ@taskIDVƒF@P@measurement mode@reservedmeasurement mode structure¦ƒ–@@ÿÿÿÿfP@@ no changeDCACGND internal ref.coupling (no change:0) @input config (no change:0)%coupling & input config (no change:0)`ƒT@@ÿÿÿÿ0P@ high limit (0.0)@ low limit (0.0)input limits (no change)ƒ@ device (1) ƒúð @ @ device (1)T@@ÿÿÿÿ0P@ high limit (0.0)@ low limit (0.0)input limits (no change)–@@ÿÿÿÿfP@@ no changeDCACGND internal ref.coupling (no change:0) @input config (no change:0)%coupling & input config (no change:0)F@P@measurement mode@reservedmeasurement mode structure@taskID.@@ÿÿÿÿ@7ÿÿÿÿchannel (0)channels (0)@number of channels@buffer size (1000 scans)@[group] (0).@ )interchannel delay (secs) (board default)@@P@!status @code@0ÿÿÿÿsourceerror in (no error)@[number of buffers] (1)"@allocation mode (no change:0),@&[number of AMUX boards] (no change:-1)6@P@!status @code@0ÿÿÿÿsource error out&ƒ@[exception code],ƒ @[exception action] (none:0)ƒ@0ÿÿÿÿmessageFƒ6@ñ¸ä¶DialogType.ctltype of dialog (OK msg:1) ƒ@0ÿÿÿÿ source outÈƒ¼ða @@P@!status @code@0ÿÿÿÿsourceerror in (no error)6@P@!status @code@0ÿÿÿÿsource error out@ taskID in@ taskID outƒ@code out.ƒ@0ÿÿÿÿ[error source] (" ")ƒ@!error?>ƒ.@@ÿÿÿÿ0ÿÿÿÿ[user-defined descriptions]0ƒ$@@ÿÿÿÿ[user-defined codes]&ƒ@[error code] (0)ƒòð @[error code] (0)$@@ÿÿÿÿ[user-defined codes].@@ÿÿÿÿ0ÿÿÿÿ[user-defined descriptions]@!error?@0ÿÿÿÿ[error source] (" ")@code out@0ÿÿÿÿ source out6@ñ¸ä¶DialogType.ctltype of dialog (OK msg:1)@0ÿÿÿÿmessage@@P@!status @code@0ÿÿÿÿsourceerror in (no error) @[exception action] (none:0)@[exception code]@0ÿÿÿÿ[exception source]6@P@!status @code@0ÿÿÿÿsource error outƒ 0ƒ$@ÿÿÿÿP0ÿÿÿÿ!!!*ƒP0ÿÿÿÿ!!!ƒ0ÿÿÿÿƒpNIDAQOldƒ 7ÿÿÿÿì´è,L\è \\ÌÌèü\| \°ˆ¤¤À ,,üˆTTl„Ðèè8XLüttŒŒÐ¬Ð 4 hŒ „ h „ ¼ Ì „ ì0È,èäè HèüüHè`pÐÈüP||¬ô h„è0h˜ÐÀüDh¤¼´0!8!\Ð!ˆ!¤!è hèÐ""Ð"ì##0#l#œ#Àl„Ð8X0È,èä„„üüT%À%À%À %À%À%À%À%Àüèè ¼%Ð&&(üüü&<&X mDcÿ¹} cÿÿÿº} !!!number of scans to read at a timeYDª’·Õª“·Õ acquired dataXD¢š¯Ø¢›¯Øscan backlogyDV cæVcæÿ-This VI applies only to the Windows platform.RDpÿê} pÿÿÿë} deviceUDæÿÜó æÿÿÿÝó scan rateWDÿÖ+ ÿÿÿ×+ buffer sizeHËJ:G:G³³³HD8ÁJÎîÛÿÎïÛÿNH(UNH)UN0.PŠó— Šô— stopH$|ÉJ¥²#¥ ²#ÿWD‹5˜k‹6˜ktimed out ?H$ÄÉJ˜ˆ¥›˜‰¥›RDbo6bo6deviceUDÙæDÙæD scan rateWDJJbuffer sizemDHbgHbg!number of scans to read at a timeXD“Þ “ß scan backlogYDšÛ§šÜ§ acquired dataWD{qˆ§{rˆ§timed out ?H0‰JVßdVàc³³³TD™2¦]™3¦]channelsTD¨ÿßµ ¨ÿÿÿàµ channelsŠDzÒ‡zÓ‡ÿ>For instructions select File >> VI Properties >> DocumentationH8lJs€Es€E³³³HŒÉJéöUéöU³³³Hä‘J!.P!.P³³³H€–J¥à²¥á²³³³H$ÊJfsEfsE³³³H¼ÇJTÄa×TÅa×³³³HÜÌJ«¸,«¸,³³³WDœ%©\œ&©\channel (0)H€,J±A¾¯±C¾®ÿÿÿH„D`J:MTž:NTžÿÿÿ!H€DDÊJŒê™-Œë™-ÿÿÿ D:nT.:oT.))DRead & chart data until an error occurs, or the stop button pressed.bDé3ê3ÿÿÿcontinuous acquisitionHDØÇJ†¥“|†¦“|ÿÿÿUDv]ƒ“v^ƒ“ÿÿÿ DAQ EventH€D¤ÅJøM{øN{ÿÿÿH„DËJŒž™ÜŒŸ™ÜÿÿÿWD¦ò³'¦ô³&ÿÿÿAI Start.vibD$Tgn¡Thn¡ÿÿÿdon't ignore previous SEhÈuéhÉuéÿÿÿ False HDPˆJ†P“²†Q“²ÿÿÿXDvƒƒ¾v„ƒ¾ÿÿÿcreate/clearH„DÐ¬JMŒmNŒmÿÿÿH„DÇJÏMÜÏNÜÿÿÿH„DXˆJ¯ Å° ÅÿÿÿH€D¬ JGþT4GÿT4ÿÿÿ^DA^N¾A_N¾ÿÿÿWait on Occurrence7D›_ÂM›`ÂMÿÿÿÒÒëThe Wait on Occurrence function is told not to ignore the occurrence if it is set before the wait begins. A fast acquisition may set the occurrence before the timeout is calculated and the Wait on Occurrence function begins its wait.aDx¦…x§…Read after occurrenceiD‰—–+‰˜–+Wait on Occurrence timed out.WD0x=¶0y=¶ÿÿÿ>timed out>H„Dð•J¨Mµx¨NµxÿÿÿVD§ž´Ô§ ´Óÿÿÿ AI Read.viXD¦Š³Æ¦Œ³ÅÿÿÿAI Config.viWD¦Q³‡¦S³†ÿÿÿAI Clear.vidD¥£²¥¥²ÿÿÿGeneral Error Handler.vidD¥z²û¥|²úÿÿÿDAQ Occurrence Config.vidD¥·²8¥¹²7ÿÿÿDAQ Occurrence Config.viHDTÄJ1»>ä1¼>äÿÿÿHDh»J‡Â”É‡Ã”ÉÿÿÿHD|®J‡Œ”“‡”“ÿÿÿHDÔŠJ ÿ ÿÿÿ595979ÔÔõõSTOPSTOPSTOPSTOPNOYESNOYES`Yset the occurrence once when a number of scans has been acquired equal to general value Aaset the occurrence every time a number of scans is acquired equal to the value of general value ANset the occurrence when the acquistion completes or is stopped due to an error˜analog trigger occurrence: the level conditions cluster defines the trigger conditions where level A is the trigger level and level B is the window sze.’set the occurrence every time the output of the counter specified in the channel string control changes state such that an interrupt is generated.Set the occurrence when data from any port in channel causes this statement to be true: data AND general value A is NOT EQUAL to general value BˆSet the occurrence when data from any port in channel causes this statement to be true: data AND general value A EQUALS general value Bt DAQ Event>clear all occurrencescreate an occurrence`create/clearAnalog InputtÛÈÿÿÿÿÈ¨Èÿÿÿÿ0¤ÈÿÿÿÿpÐÈÿÿÿÿXýÈ ÿÿÿÿ¼óÈ ÿÿÿÿˆèÈÿÿÿÿòÈ ÿÿÿÿçÈÿÿÿÿäeÈÿÿÿÿDBÈCont Acq&Chart (Async Mod).vi).vi,FPHPCont Acq&Chart (Async Mod).vi6PFPHP,°$ÃJ86H3à >a6OXL&Œ&ü5¨pµ³³³œì7Dt¤,1(#Ð"è"¸+Ü@PGvh/xü @(4 Nä bÿ¸~ÿ÷®X¨K@2ä @clÿp5³³³ÿp5ÿl9@2ä €lvÿo6³³³ÿo6ÿk:0 ä ðcvHÿ÷®³³³³³³0D8ä$Dÿÿ|Ôp^ì™Ú}A(˜€D²d†¸2g4 NL ©‘¸Öÿ÷®\¨K0 CL ªìþAÿ÷®³³³³³³@ 4LJ!fu(þâÃ³³³þâÃþáÄ@ 4LL!T+c<þåÀ³³³þæ¿þåÀ@PÄ’Ýµ0<¸0@z4 N ¡™°Ùÿ÷®,¨K@: @¢Ö«Ýÿp5³³³ÿp5ÿl9@: €«ÖµÝÿo6³³³ÿo6ÿk:0 ð¢Ýµÿ÷®³³³³³³0Dô/ ¤–ÿÿ|d4 DUdçÿ÷®üãK@P`aƒH-äœ.@Äð4 N< oÿé~ÿ÷® qK@2< Apyÿp5³³³ÿp5ÿl9@2< yƒÿo6³³³ÿo6ÿk:0 < ðpƒHÿ÷®³³³³³³0D-<Ìÿÿ|# @PÈØùX.XÄÿþâ`4 N¤ åÿÛôÿ÷®<¨K@6¤ Aæïÿp5³³³ÿp5ÿl9@2¤ ïùÿo6³³³ÿo6ÿk:0 ¤ ðæùXÿ÷®³³³³³³0Dø ¤|ÿÿ|@P 01S.Ì¼@$Ò4 N ÿÕ,ÿ÷®ð‘K@2 A'ÿp5³³³ÿp5ÿl9@2 '1ÿo6³³³ÿo6ÿk:0 ð1Sÿ÷®³³³³³³0D ` Dîÿÿ|$@ 4LK!Tc(þäÁ³³³þäÁþãÂ0 gL! Qx?ÿ÷®³³³³³³0 JL& T>a¢ÿ÷®³³³0 L ð³4Ýÿö¯³³³0 2/ø(5:þ&0 2/ø-598:þ'4 2/ø9H³³³³³³L™Kô$T0 2/´(ÔÕþ‘(0 2/´-õöþ‘x4 6/´ÍíÜ’K0 L ðªÚLêÿ÷®³³³³³³4 $LG'VO³³³³³³èãK0D LdFÿÿ|84 K1œ‰ò˜ÿ÷®H÷K< r1œ¤³$äåKTÃJ˜ 1œðšò½8ÿ ›³³³³³³šò½8³³³³³³ÿ ›šò½8³³³³³³ÿ œšò½8ÿ ›šò½8ÿ œ0Dh1œðÿÿ|#D4 O1ØŠ4™lÿ÷®K< r1Ø—‡¦œèŒKÀªJ˜ 1Øð‹p²²ÿªû™™™™™™‹p²²™™™™™™ÿªû‹p²²ÿ3ÿ3ÿ©ü‹p²²LLLLLLÿªû‹p²²ÿ©ü0D´1Ø°Lÿÿ|$œ4 F<R ap7ÿ÷®ÔpK4 F¤R ØçEÿ÷®€ßK4 F R Kÿ÷®³³³ÿg>ÿk:0 _ Q¹dÚÿõ°³³³³³³p0°ðUc&þô±Uc&þô±Uc&þó²p0ìðU&d7þø³³³³³³U&d7³³³³³³þøU&d7³³³³³³þ÷®p1`ðU7dKþè½³³³³³³U7dK³³³³³³þè½U7dK³³³³³³þç¾,À0°0ì1`,1`0ì0°ÀŒÁx([SGL]) acquired data: displays the data acquired on the specified channels. The transpose option is enabled for this chart so that the data is plotted correctly. Colors have been defined for the first four channels on the chart's legend. In this VI, the chart's data type is a 2D array. Each row contains one value from each channel for each scan performed by the DAQ board.€Ái(TF) STOP: stop acquiring data, clear the board resources for the acquisition, and clear all occurrences.<Á%(TF) timed out ?: turns on when the occurrence does not occur within the calculated value. On the diagram, this time-out value (in milliseconds) is calculated for the Wait on Occurrence function by dividing the number of scans to read at a time by the actual scan rate, converting the time to ms and then adding 1000 ms. By using the actual scan rate in the time-out calculation, a data dependency is created between the AI Start.vi and the Wait on Occurrence function. This ensures that the wait will not begin until after the acquisition starts.HR&\˜ÇÈ+°!=2Ôî¨Á“channels: specifies the set of analog input channels for a group and task. You cannot assign a channel to more than one group. The default input is channel 0. You can choose from virtual channels you have previously created by pressing the menu button. See the description of the Analog Input Group Config VI for a detailed description of this parameter and the valid syntax for the channel strings.0 ]# ðª¹-ÿ÷®³³³³³³@2# ±¹ÿo6³³³ÿo6ÿk:4 F ÈR ˜1§^ÿ÷®hòK4 N È §ÿÞ¶ÿ÷®`vK@Pr ÈB4ª¹-¸>A@2# Aª±ÿp5³³³ÿp5ÿl90 U È ð¨/ÇÈÿßÆ³³³³³³0 W È ¨»/ÿ÷®³³³³³³0 s È ð«2ÄÅÿ”³³³³³³|Np¨Á“channels: specifies the set of analog input channels for a group and task. You cannot assign a channel to more than one group. The default input is channel 0. You can choose from virtual channels you have previously created by pressing the menu button. See the description of the Analog Input Group Config VI for a detailed description of this parameter and the valid syntax for the channel strings.0D$ @ Èä4ÿÿ< `È 0Äì8„&\4 DyÑˆÿ÷®ÀÁK< &È&\„8ìÄ 0È`8 h<B¸, H¨Äô)p8 h¤B¸8 h B¸8 häB¸ `*48 h B¸L Ì¼ð ` t ´ ä/ø/´ˆ) ô)¨8 hLB ¬8 hHB8 hB8 hÀB8 h0°B Ø)à8 h$B H+8 h1`B ¸*ˆ8 h1œB8 h0ìB, |°ì,@8 h ÈBä, #(#\#$@$p$+x8 h#B, 0 d *Ü8 h1ØB18 h2BTå¤ ~D¸ë½4¥XJ˜ÕJlJJÿþÓ]ÿóÿxØDp0aˆ, 0x(hˆ)8, 2l2Ð33|2 3L,x8 à 2< ðrFÿö¯³³³³³³ðÁKKÁ¨<"È|-¬°ðP0'88"à 2¤ ðè÷Vÿö¯³³³³³³DrKKÁè<$üä. 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