This Application Example presents and demonstrates FieldMaster GS/LabMaster ultima driver VIs.
The application's primary purpose is to give the user an example as a starting point for developing his/her first FMGS application.
No application is free from bugs ! If you find a bug and/or have a bug fix, please contact GSI, see below. Thank you.
Copyright (C)
Gesellschaft f. Schwerionenforschung, GSI
Planckstr. 1
64291 Darmstadt
Germany
Contact: http://www-wnt.gsi.de/labview
H.Brand@gsi.de
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either version 2
of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details (http://www.gnu.org).
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Query Tab On this side of the screen, you can see the information queried from the instrument. You can enable/disable certain query categories. Be aware: certain queries are detector dependent and must not be enabled with certain detector types. Furthermore, make correct selections for data points or instrument will return errors ("out of range", "not supported"...) |
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Command Tab On this side of the screen, you can send instructions to the instrument. When there is no confirmation button ("set") next to or under the entry field(s), changing a value will command the instrument immediately. In the other cases you have to press the "set" button explicitly to send instruction to the instrument. |
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main stop button End application. Stopping the application may take a while due to waiting for completion of running queries. |
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System Configuration Query Tab |
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System Configuration update interval in ms Update interval in ms for this query category. Due to speed limitations of querying the instrument, low update interval times cannot be achieved. The achieved minimum update interval time is dependent on the number of queries enabled. |
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Sysytem Configuration update (on) Enable or disable update for this query category. If enabled, instrument is queried for specified information continuously. Be aware: certain queries are detector dependent and must not be enabled with certain detector types. Furthermore, make correct selections for data points or instrument will return errors ("out of range", "not supported"...) |
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Data Collection Reading update (on) Enable or disable update for this query category. If enabled, instrument is queried for specified information continuously. Be aware: certain queries are detector dependent and must not be enabled with certain detector types. Furthermore, make correct selections for data points or instrument will return errors ("out of range", "not supported"...) |
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Data Collection Reading update interval in ms Update interval in ms for this query category. Due to speed limitations of querying the instrument, low update interval times cannot be achieved. The achieved minimum update interval time is dependent on the number of queries enabled. |
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Data Collection Tab |
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Data Collection Trend update (on) Enable or disable update for this query category. If enabled, instrument is queried for specified information continuously. Be aware: certain queries are detector dependent and must not be enabled with certain detector types. Furthermore, make correct selections for data points or instrument will return errors ("out of range", "not supported"...) |
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Data Collection Trend update interval in ms Update interval in ms for this query category. Due to speed limitations of querying the instrument, low update interval times cannot be achieved. The achieved minimum update interval time is dependent on the number of queries enabled. |
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Point chA Numeric containing the point (must be between 1 and 2000) |
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Point chA Numeric containing the point (must be between 1 and 2000) |
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Point chB Numeric containing the point (must be between 1 and 2000) |
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Point chB Numeric containing the point (must be between 1 and 2000) |
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Data Point chA point, must be between 1 and 170 |
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Dat Point chB point, must be between 1 and 170 |
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Data Collection Position Run update (on) Enable or disable update for this query category. If enabled, instrument is queried for specified information continuously. Be aware: certain queries are detector dependent and must not be enabled with certain detector types. Furthermore, make correct selections for data points or instrument will return errors ("out of range", "not supported"...) |
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Data Collection Position Run update interval in ms Update interval in ms for this query category. Due to speed limitations of querying the instrument, low update interval times cannot be achieved. The achieved minimum update interval time is dependent on the number of queries enabled. |
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Data Collection Trend Stats Power Tabl |
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Data Collection Trend Stats Power update (on) Enable or disable update for this query category. If enabled, instrument is queried for specified information continuously. Be aware: certain queries are detector dependent and must not be enabled with certain detector types. Furthermore, make correct selections for data points or instrument will return errors ("out of range", "not supported"...) |
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Data Collection Power update interval in ms Update interval in ms for this query category. Due to speed limitations of querying the instrument, low update interval times cannot be achieved. The achieved minimum update interval time is dependent on the number of queries enabled. |
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Data Collection Trend StatsEnergy update (on) Enable or disable update for this query category. If enabled, instrument is queried for specified information continuously. Be aware: certain queries are detector dependent and must not be enabled with certain detector types. Furthermore, make correct selections for data points or instrument will return errors ("out of range", "not supported"...) |
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Data Collection Energy update interval in ms Update interval in ms for this query category. Due to speed limitations of querying the instrument, low update interval times cannot be achieved. The achieved minimum update interval time is dependent on the number of queries enabled. |
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Data Collection Trend StatsFrequency update (on) Enable or disable update for this query category. If enabled, instrument is queried for specified information continuously. Be aware: certain queries are detector dependent and must not be enabled with certain detector types. Furthermore, make correct selections for data points or instrument will return errors ("out of range", "not supported"...) |
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Data Collection Frequency update interval in ms Update interval in ms for this query category. Due to speed limitations of querying the instrument, low update interval times cannot be achieved. The achieved minimum update interval time is dependent on the number of queries enabled. |
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Data Collection Realtime Stats Tab |
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Data Collection Realtime Stats Power update (on) Enable or disable update for this query category. If enabled, instrument is queried for specified information continuously. Be aware: certain queries are detector dependent and must not be enabled with certain detector types. Furthermore, make correct selections for data points or instrument will return errors ("out of range", "not supported"...) |
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Data Collection Power update interval in ms Update interval in ms for this query category. Due to speed limitations of querying the instrument, low update interval times cannot be achieved. The achieved minimum update interval time is dependent on the number of queries enabled. |
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Data Collection Realtime Stats Energy update (on) Enable or disable update for this query category. If enabled, instrument is queried for specified information continuously. Be aware: certain queries are detector dependent and must not be enabled with certain detector types. Furthermore, make correct selections for data points or instrument will return errors ("out of range", "not supported"...) |
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Data Collection Energy update interval in ms Update interval in ms for this query category. Due to speed limitations of querying the instrument, low update interval times cannot be achieved. The achieved minimum update interval time is dependent on the number of queries enabled. |
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IEEE-488 update (on) Enable or disable update for this query category. If enabled, instrument is queried for specified information continuously. Be aware: certain queries are detector dependent and must not be enabled with certain detector types. Furthermore, make correct selections for data points or instrument will return errors ("out of range", "not supported"...) |
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IEEE-488 update interval in ms Update interval in ms for this query category. Due to speed limitations of querying the instrument, low update interval times cannot be achieved. The achieved minimum update interval time is dependent on the number of queries enabled. |
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System Configuration Tabl |
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Restart Set Button Reset the instrument. Resetting the instrument takes at least 7 seconds. All queries are temporarily disabled to prevent communication with instrument while resetting. Disabling the queries might take some seconds additionally due to waiting for queries to complete. |
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wavelength (0) Numeric containing wavelength in meters |
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System Configuration Channel (A) channel to use. FieldMaster supports only channel A. LabMaster ultima supports for this command channel A and B, but not D (dual). |
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offset Set Button |
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attenuation (1.00) Numeric containing attenuation, must be between FieldMaster: 1.00 and 100,000.00 LabMaster: 0.01 and 10000.00 Otherwise the value is coerced and a warning is emitted. |
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Range (0.00) Number containing the range in watts 0 = autorange |
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offset (OFF) Boolean on = current reading becomes the offset |
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Readings (1) Ring to select the number of readings. It is recommended to use the text ring as input (use "make constant") You can also enter a number from 0 to 7 which represents the valid range as follows: 0 -> 1 1 -> 2 2 -> 5 3 -> 10 4 -> 20 5 -> 50 6 -> 100 7 -> 200 If number is out of range, it is coerced and a warning is emitted. |
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pulses (1) Ring to select the number of pulses. It is recommended to use the text ring as input (use "make constant") You can also input a number from 0 to 5 which represents the valid range as follows: 0 -> 1 1 -> 2 2 -> 5 3 -> 10 4 -> 20 5 -> 50 If number is out of range, it is coerced and a warning is emitted. |
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Alarms Set Button |
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Alarm Reset Set Button |
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Alarm Enable on = enable alarms for both channels |
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alarm num number of alarm, LabMaster ultima supports 4 alarms |
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channel (A) channel to use. LabMaster ultima supports for this command channel A and B, but not D (dual). |
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type type of alarm, LabMaster supports W, J, M and N |
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mode mode of alarm, LabMaster ultima supports higher and lower mode |
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value Numeric containing value |
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Data Collection Command Tab |
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Trigger type Text ring to select trigger type (tr): Time or Pulse NOTE: Pulse option is only valid for pulse detectors. It is recommended to use the text ring as input (use "make constant") You can also enter a number from 0 to 1 which represents the valid option as follows: 0 -> Time 1 -> Pulse If number is out of range, it is coerced and a warning is emitted. |
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tr channel (A) FieldMaster supports only channel A. LabMaster ultima supports for this command channel A and B, but not D (dual). |
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Start Trend Data Collection button |
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Trend points Value must be multiple of 200 and between 200 and 2000 |
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Trend Channel (A) channel to use. FieldMaster supports only channel A. LabMaster ultima supports for this command channel A and B, but not D (dual). |
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time duration |
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hours |
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minutes |
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seconds |
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time interval A TimeDuration control (cluster) represents a period of time. Cluster members are hours, minutes and seconds, all are of type U8. Some FMGS VIs for setting time durations use TimeDuration controls as input and or output. |
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minutes |
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seconds |
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Time Duration Time Duration input. ranges from 00:00:30 to 99:59:59 Use Time Duration cluster as input (make constant). |
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hours |
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minutes |
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seconds |
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Start Pos Run Button |
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Start CW energy Button |
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Zero before CW energy readings Button |
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Clear Pulse for Next Pulse in CW energy button |
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Exit from CW energy screen |
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Bandwidth Set Button |
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Reset RT Stats Button |
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Data Collection LabMaster channel (A) channel to use. LabMaster ultima supports for this command channel A and B, but not D (dual). |
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bw mode (H) mode, High or Low available |
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All Queries update (on) Turn on/off to enable all queries. |
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Suspend everthing |
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IEEE488 cls button |
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IEEE488 Enable Status Event Reporting |
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IEEE488 Service Request Enable |
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IEEE488 Set Operation Complete Bit |
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IEEE488 Wait |
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IEEE488 Reset Instrument |
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Pos Run Channel (A) channel to use. FieldMaster supports only channel A. LabMaster ultima supports for this command channel A, B or D (dual). |
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clear error buffer Press here to clear error buffer to continue execution. |
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status bar Status bar shows you what the application is currently doing. |
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main error The error out cluster passes error or warning information out of a VI to be used by other VIs. The pop-up option Explain Error (or Explain Warning) gives more information about the error displayed. |
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status The status boolean is either TRUE (X) for an error, or FALSE (checkmark) for no error or a warning. The pop-up option Explain Error (or Explain Warning) gives more information about the error displayed. |
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code The code input identifies the error or warning. The pop-up option Explain Error (or Explain Warning) gives more information about the error displayed. |
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source The source string describes the origin of the error or warning. The pop-up option Explain Error (or Explain Warning) gives more information about the error displayed. |
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errno Contains errorcode stored in the instrument. errno = 0: no error stored errno > 0: error occured, errno contains the errorcode of the instrument errno = -1: an error occurs while receiving the errornumber |
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Device Identification identity string returned by instrument (*idn?) This is an IEEE-488 query. |
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Detector Type chA String containing the FMGS detector type in channel A |
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Detector Type chB String containing the FMGS detector type in channel B. String is empty if instrument is FieldMaster. |
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Wavelength chA Numeric (DBL) containing the wavelength in meters from ch1 |
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Wavelength chB Numeric (DBL) containing the wavelength in meters from ch2. It is set to -1 if FieldMaster is used |
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Attenuation chA Numeric containing the attenuation |
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Attenuation chB Numeric containing the attenuation |
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Offset ch A Numeric containing the offset on channel A |
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Offset ch B Numeric containing the offset on channel B |
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Number of Pulses Averaged chA Numeric containing the number of pulses averaged on ch A |
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Number of Pulses Averaged chB Numeric containing the number of pulses averaged on ch B |
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Number of Readings Averaged Numeric containing the number of readings averaged |
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Range chA Numeric containing the range on channel A |
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Range chB Numeric containing the range on channel B. |
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Frequency chA Numeric containing the current frequency measurement |
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Energy chA Numeric containing the current energy reading |
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Frequency chB Numeric containing the current frequency measurement |
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Energy chB Numeric containing the current energy reading |
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Readings |
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System Configuration |
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Power (0.00) chA Numeric containing the current power reading |
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Trend Frequency chA Numeric containing the current frequency in Hz |
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Point value [J or W] chA Numeric containing the value in Joules or Watts |
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Time Duration chA Time Duration cluster |
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hours |
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minutes |
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seconds |
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Trend Interval chA A TimeDuration control (cluster) represents a period of time. Cluster members are hours, minutes and seconds, all are of type U8. Some FMGS VIs for setting time durations use TimeDuration controls as input and or output. |
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minutes |
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seconds |
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Number of points chA Numeric containing the current number of points collected in a Trend run |
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Trend Frequency chB Numeric containing the current frequency in Hz |
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Number of points chB Numeric containing the current number of points collected in a Trend run |
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Trend Interval chB A TimeDuration control (cluster) represents a period of time. Cluster members are hours, minutes and seconds, all are of type U8. Some FMGS VIs for setting time durations use TimeDuration controls as input and or output. |
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minutes |
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seconds |
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Time Duration chB Time Duration cluster |
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hours |
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minutes |
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seconds |
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Point value chB Numeric containing the value in Joules or Watts |
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Trend |
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Data Point Value chA Numeric containing the x value of current position in mm |
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Pos Run Duration A TimeDuration control (cluster) represents a period of time. Cluster members are hours, minutes and seconds, all are of type U8. Some FMGS VIs for setting time durations use TimeDuration controls as input and or output. |
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hours |
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minutes |
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seconds |
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Pos Trend Point Value chA Numeric containing the x value of current position in mm |
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Data Collection Interval A TimeDuration control (cluster) represents a period of time. Cluster members are hours, minutes and seconds, all are of type U8. Some FMGS VIs for setting time durations use TimeDuration controls as input and or output. |
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minutes |
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seconds |
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Number of Points chB Numeric containing number of points |
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Number of Points chA Numeric containing number of points |
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Data Point Value chB Numeric containing the x value of current position in mm |
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Pos Trend Point Value chB Numeric containing the x value of current position in mm |
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Power 2Sigma% Stability chA Numeric containing stability |
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Power standard deviation chA Number containing the power in watts |
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Minimum Power chA Numeric containing the minimum power in watts |
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Maximum Power chA Numeric containing the maximum power in watts |
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Average Power chA Number containing the average power in watts |
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Power 2Sigma% Stability chB Numeric containing stability |
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Power standard deviation chB Number containing the power in watts |
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Minimum Power chB Numeric containing the minimum power in watts |
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Maximum PowerchB Numeric containing the maximum power in watts |
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Average Power chB Number containing the average power in watts |
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Trend power |
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Position run |
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Energy stabilitychA Numeric containing stability |
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Energy standard deviation chA Numeric containing energy in joules |
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Minimum energy chA Numeric containing energy in joules |
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Maximum energy chA Numeric containing energy in joules |
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Average energy chA Numeric containing energy in joules |
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Energy stability chB Numeric containing stability |
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Energy standard deviationchB Numeric containing energy in joules |
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Minimum energy chB Numeric containing energy in joules |
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Maximum energy chB Numeric containing energy in joules |
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Average energy chB Numeric containing energy in joules |
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Trend energy |
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frequency 2sigma% stability chA Numeric containing frequency |
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Frequency standard deviation chA Numeric containing frequency |
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Minimum frequency chA Numeric containing frequency |
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Maximum frequency chA Numeric containing frequency |
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Average frequency chA Numeric containing the frequency |
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frequency 2sigma% stability chB Numeric containing frequency |
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Frequency standard deviation chB Numeric containing frequency |
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Minimum frequency chB Numeric containing frequency |
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Maximum frequency chB Numeric containing frequency |
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Average frequency chB Numeric containing the frequency |
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Trend freqency |
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power 2 sigma stability chB Numeric containing power 2 sigma stability |
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power standard deviation chB Numeric containing power standard deviation in Watts |
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minimum power chB Numeric containing minimum power in Watts |
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maximum power chB Numeric containing maximum power in Watts |
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average power chB Numeric containing the average power in Watts |
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power 2 sigma stability chA Numeric containing power 2 sigma stability |
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power standard deviation chA Numeric containing power standard deviation in Watts |
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minimum power chA Numeric containing minimum power in Watts |
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maximum power chA Numeric containing maximum power in Watts |
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average power chA Numeric containing the average power in Watts |
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RT power |
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energy 2 sigma stability chB Numeric containing energy 2 sigma stability |
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energy standard deviation chB Numeric containing energy standard deviation in J |
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minimum energy chB Numeric containing minimum energy in J |
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maximum energy chB Numeric containing maximum energy in J |
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average energy chB Numeric containing average energy in J |
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energy 2 sigma stability chA Numeric containing energy 2 sigma stability |
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energy standard deviation chA Numeric containing energy standard deviation in J |
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minimum energy chA Numeric containing minimum energy in J |
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maximum energy chA Numeric containing maximum energy in J |
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average energy chA Numeric containing average energy in J |
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RT energy |
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device identification identity string returned by instrument (*idn?) This is an IEEE-488 query. |
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result result of self test |
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operation status operation status |
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status byte register status byte register |
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event status enable register event status enable register |
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event status register event status register contents |
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standard event register standard event register contents as byte |
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IEEE-488 |
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num of points chA number of points |
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num of points chB number of points |
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num of points chA number of points |
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num of points chB number of points |
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FMGS VISA Cluster |
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VISA resource name |
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VISA Timeout Value (4000 ms) VISA Timeout Value is the VIAS timeout period in ms for read and write. |
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Lock Timeout (1000 ms) timeout is the period of time in ms to wait for access to lock the device. |
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Error checking |
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Instrument (FieldMaster GS) |
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detector type ch A (Pulsed) |
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detector type ch B (Pulsed) |
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Instrument (FieldMaster GS) |
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Power (0.00) chB Numeric containing the current power reading |
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detector type ch A (Pulsed) |
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detector type ch B (Pulsed) |
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Power Trend Overview This is no realtime trend. Please disable all status update to get more reliable time intervals, or use the builtin trending option. |
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mean mean is the average of the values in the input sequence X. |
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standard deviation standard deviation is the calculated standard deviation of the values in the input sequence X. |
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Data Collection Trend Overview |
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mode #1 (higher) alarm mode, higher or lower |
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value #1 (0.00) Numeric containing value which triggers alarm |
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mode #2 (higher) alarm mode, higher or lower |
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mode #3 (higher) alarm mode, higher or lower |
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mode #4 (higher) alarm mode, higher or lower |
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value #2 (0.00) Numeric containing value which triggers alarm |
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value #3 (0.00) Numeric containing value which triggers alarm |
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value #4 (0.00) Numeric containing value which triggers alarm |
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type #4 (W) type of alarm |
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type #3 (W) type of alarm |
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type #2 (W) type of alarm |
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type #1 (W) type of alarm |
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type #1 (W) type of alarm |
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value #1 (0.00) Numeric containing value which triggers alarm |
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mode #1 (higher) alarm mode, higher or lower |
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mode #2 (higher) alarm mode, higher or lower |
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value #2 (0.00) Numeric containing value which triggers alarm |
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type #2 (W) type of alarm |
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mode #3 (higher) alarm mode, higher or lower |
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value #3 (0.00) Numeric containing value which triggers alarm |
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type #3 (W) type of alarm |
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mode #4 (higher) alarm mode, higher or lower |
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value #4 (0.00) Numeric containing value which triggers alarm |
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type #4 (W) type of alarm |
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main error as text message Error code translated into user-friendly message. |
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FMGS Close.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Close.vi |
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Simple Error Handler.vi E:\Program Files\National Instruments\LabVIEW 6.1\vi.lib\Utility\error.llb\Simple Error Handler.vi |
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FMGS VISA Cluster.ctl F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS VISA Cluster.ctl |
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FMGS Initialize.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Initialize.vi |
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Merge Errors.vi E:\Program Files\National Instruments\LabVIEW 6.1\vi.lib\Utility\error.llb\Merge Errors.vi |
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FMGS Channel.ctl F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Channel.ctl |
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FMGS Application Example Setup.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Application Example Setup.vi |
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FMGS Query EnergyReading.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query EnergyReading.vi |
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FMGS Query Frequency.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query Frequency.vi |
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FMGS Query PowerReading.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query PowerReading.vi |
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FMGS TimeDuration.ctl F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS TimeDuration.ctl |
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FMGS TimeInterval.ctl F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS TimeInterval.ctl |
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FMGS Query TrendRunNumberOfPoints.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendRunNumberOfPoints.vi |
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FMGS Query TrendInterval.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendInterval.vi |
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FMGS Query TrendFrequency.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendFrequency.vi |
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FMGS Query TrendDuration.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendDuration.vi |
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FMGS Query TrendDataPointValue.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendDataPointValue.vi |
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FMGS Query PositionTrendPointValue.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query PositionTrendPointValue.vi |
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FMGS Query PositionRunDuration.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query PositionRunDuration.vi |
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FMGS Query PositionRunDataPointValue.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query PositionRunDataPointValue.vi |
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FMGS Query PositionRunInterval.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query PositionRunInterval.vi |
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FMGS Query PositionTrendRunNumberOfPoints.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query PositionTrendRunNumberOfPoints.vi |
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FMGS Query TrendStatsAveragePower.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsAveragePower.vi |
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FMGS Query TrendStatsMaximumPower.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsMaximumPower.vi |
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FMGS Query TrendStatsMinimumPower.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsMinimumPower.vi |
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FMGS Query TrendStatsStandardPowerDeviation.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsStandardPowerDeviation.vi |
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FMGS Query TrendStatsPower2SigmaStability.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsPower2SigmaStability.vi |
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FMGS Query TrendStatsAverageEnergy.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsAverageEnergy.vi |
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FMGS Query TrendStatsMaximumEnergy.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsMaximumEnergy.vi |
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FMGS Query TrendStatsMinimumEnergy.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsMinimumEnergy.vi |
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FMGS Query TrendStatsStandardEnergyDeviation.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsStandardEnergyDeviation.vi |
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FMGS Query TrendStatsEnergy2SigmaStability.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsEnergy2SigmaStability.vi |
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FMGS Query Range.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query Range.vi |
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FMGS Query Offset.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query Offset.vi |
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FMGS Query Attenuation.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query Attenuation.vi |
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FMGS Query WavelengthSetting.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query WavelengthSetting.vi |
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FMGS Query DetectorType.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query DetectorType.vi |
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FMGS Query DeviceIdentification.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query DeviceIdentification.vi |
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FMGS Query Error.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query Error.vi |
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FMGS Query NumberOfReadingsAveraged.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query NumberOfReadingsAveraged.vi |
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FMGS Query NumberOfPulsesAveraged.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query NumberOfPulsesAveraged.vi |
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FMGS Query TrendStatsFrequencyAverage.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsFrequencyAverage.vi |
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FMGS Query TrendStatsFrequencyMaximum.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsFrequencyMaximum.vi |
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FMGS Query TrendStatsFrequencyMinimum.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsFrequencyMinimum.vi |
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FMGS Query TrendStatsStandardFrequencyDeviation.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsStandardFrequencyDeviation.vi |
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FMGS Query TrendStatsFrequency2SigmaStability.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query TrendStatsFrequency2SigmaStability.vi |
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FMGS Query RealTimeStatsAverageEnergy.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query RealTimeStatsAverageEnergy.vi |
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FMGS Query RealTimeStatsMaximumEnergy.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query RealTimeStatsMaximumEnergy.vi |
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FMGS Query RealTimeStatsMinimumEnergy.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query RealTimeStatsMinimumEnergy.vi |
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FMGS Query RealTimeStatsEnergyStandardDeviation.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query RealTimeStatsEnergyStandardDeviation.vi |
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FMGS Query RealTimeStatsEnergy2SigmaStability.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query RealTimeStatsEnergy2SigmaStability.vi |
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FMGS Query StandardEventRegisterContents.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query StandardEventRegisterContents.vi |
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FMGS Query EventStatusRegisterContents.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query EventStatusRegisterContents.vi |
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FMGS Query EventStatusEnableRegisterContents.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query EventStatusEnableRegisterContents.vi |
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FMGS Query StatusByteRegisterContents.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query StatusByteRegisterContents.vi |
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FMGS Query OperationStatus.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query OperationStatus.vi |
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FMGS Query SelfTest.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query SelfTest.vi |
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FMGS Query RealTimeStatsNoOfPoints.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query RealTimeStatsNoOfPoints.vi |
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FMGS SetWavelength.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetWavelength.vi |
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FMGS SetAttenuation.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetAttenuation.vi |
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FMGS SetRange.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetRange.vi |
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FMGS SetNumberOfReadingsToAverage.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetNumberOfReadingsToAverage.vi |
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FMGS SetNumberOfPulsesToAverage.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetNumberOfPulsesToAverage.vi |
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FMGS AlarmReset.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS AlarmReset.vi |
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FMGS SetTriggerType.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetTriggerType.vi |
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FMGS SetTrendDuration.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetTrendDuration.vi |
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FMGS SetPositionRunDuration.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetPositionRunDuration.vi |
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FMGS StartCWEnergy.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS StartCWEnergy.vi |
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FMGS ZeroBeforeCWEnergyReadings.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS ZeroBeforeCWEnergyReadings.vi |
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FMGS ClearPulseForNextPulseInCWEnergy.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS ClearPulseForNextPulseInCWEnergy.vi |
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FMGS ExitFromCWEnergyScreen.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS ExitFromCWEnergyScreen.vi |
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FMGS SetBandwidth.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetBandwidth.vi |
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FMGS ResetRealTimeStats.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS ResetRealTimeStats.vi |
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FMGS SetOffset.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetOffset.vi |
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FMGS SetAlarms.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetAlarms.vi |
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FMGS SetNumberOfTrendPoints.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetNumberOfTrendPoints.vi |
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FMGS SetTrendInterval.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetTrendInterval.vi |
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Std Deviation and Variance.vi E:\Program Files\National Instruments\LabVIEW 6.1\vi.lib\Analysis\baseanly.llb\Std Deviation and Variance.vi |
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Create Rendezvous.vi E:\Program Files\National Instruments\LabVIEW 6.1\vi.lib\Utility\rendezvs.llb\Create Rendezvous.vi |
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Wait at Rendezvous.vi E:\Program Files\National Instruments\LabVIEW 6.1\vi.lib\Utility\rendezvs.llb\Wait at Rendezvous.vi |
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FMGS Query RealTimeStatsPower2SigmaStability.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query RealTimeStatsPower2SigmaStability.vi |
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FMGS Query RealTimeStatsPowerStandardDeviation.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query RealTimeStatsPowerStandardDeviation.vi |
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FMGS Query RealTimeStatsMinimumPower.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query RealTimeStatsMinimumPower.vi |
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FMGS Query RealTimeStatsMaximumPower.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query RealTimeStatsMaximumPower.vi |
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FMGS Query RealTimeStatsAveragePower.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query RealTimeStatsAveragePower.vi |
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FMGS ClearStatusRegisters.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS ClearStatusRegisters.vi |
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FMGS EnableStatusEventReporting.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS EnableStatusEventReporting.vi |
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FMGS ServiceRequestEnable.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS ServiceRequestEnable.vi |
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FMGS SetOperationCompleteBit.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS SetOperationCompleteBit.vi |
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FMGS Wait.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Wait.vi |
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FMGS AlarmEnable.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS AlarmEnable.vi |
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FMGS Reset.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Reset.vi |
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FMGS Application Example Trend.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Application Example Trend.vi |
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FMGS Application Example PosRun.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Application Example PosRun.vi |
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FMGS Query AlarmTypesAndValues.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Query AlarmTypesAndValues.vi |
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FMGS Error Message.vi F:\User\Brand\LV61\lvscc\Instr.lib\Fmgs\FMGS Error Message.vi |
"FMGS Application Example.vi History"
Current Revision: 700
