This is historical information of device classes implemented in ContinousAI device server.
Use this link to find the valid information.
Development status:
Released,
Release: OBSOLETE
Information status: Updated
Repository:
http://svn.code.sf.net/p/tango-ds/code/DeviceClasses/InputOutput/ADLINK/ContinousAI
Contact:
Class Description
- Perform continuous analog input acquisition simultaneously on four channels.
- The device is available for boards SAI_2005 and SAI_2010.
Families: InputOutput
Key words: - ADLINK
Platform: Windows
Language: Cpp
Contact:
Hardware
Manufacturer: SOLEIL
Bus: Not Applicable
Class interface
Attributes:
Name | Description |
---|---|
dataCounterScalar: DevLong | — |
timeoutCounterScalar: DevLong | — |
overrunCounterScalar: DevLong | — |
errorCounterScalar: DevLong | — |
frequencyScalar: DevDouble | — |
bufferDepthScalar: DevDouble | — |
totalNbPointScalar: DevLong | — |
integrationTimeScalar: DevDouble | — |
generateNexusFileScalar: DevBoolean | — |
nexusFilePathScalar: DevString | — |
Commands:
Name | Description |
---|---|
StateInput: DevVoid Output: State |
This command gets the device state (stored in its device_state data member) and returns it to the caller. |
StatusInput: DevVoid Output: DevString |
This command gets the device status (stored in its device_status data member) and returns it to the caller. |
StartInput: DevVoid Output: DevVoid |
Start the acquisition. |
StopInput: DevVoid Output: DevVoid |
Stop the acquisition. |
CalibrateInput: DevVoid Output: DevVoid |
Calibrate hardware. |
Pipes:
Properties:
Name | Description |
---|---|
DTRIGPolarityDevShort | The digital level polarity. It can be detected on rising edge or falling edge. The possible values are RISING or FALLING. |
TriggerSourceDevShort | To choose analog (ATRIG) or digital trigger(DTRIG). |
ATRIGSelectionDevShort | To select the type of analog trigger. The trigger can be generated when the analog trigger passes below a level or above a level. The possible values are BELOW and ABOVE. |
ATRIGLevelDevDouble | The level of the analog trigger in volts. |
BoardTypeDevShort | The board type ( the possible values are SAI_2005, SAI_2010). |
BoardNumDevShort | The number of the board in the cPCI chassis (between 0 and 7). |
DataTypeDevString | The data type of acquisition( the possible values are RAW, SCALED). |
InputRange0DevShort | The input range for channel 0 , possible values are : B_10 B_5 B_2_5 B_1_25 U_10 U_5 U_2_5 U_1_25 |
InputRange1DevShort | The input range for channel 1 , possible values are : B_10 B_5 B_2_5 B_1_25 U_10 U_5 U_2_5 U_1_25 |
InputRange2DevShort | The input range for channel 2 , possible values are : B_10 B_5 B_2_5 B_1_25 U_10 U_5 U_2_5 U_1_25 |
InputRange3DevShort | The input range for channel 3 , possible values are : B_10 B_5 B_2_5 B_1_25 U_10 U_5 U_2_5 U_1_25 |
OverrunStrategyDevShort | The overrun strategy (the strategy adopted in case of data lost). The possible values are NOTIFY, ABORT, TRASH, RESTART, IGNORE. |
TriggerModeDevString | The trigger mode. It is possible to use a start trigger or a stop trigger or no trigger. The possible values are START, STOP, NONE. |
ConversionSourceDevShort | Set the AI conversion signal source (i.e. DAC sampling source). Use one of the following : INTERNAL, EXTSAMPLING. |
TemporaryNexusFilePathDevString | Define the root path for temporary generated nexus files. |
NexusFileSuffixDevString | Define a suffix to the generated nexus file and for each dataset name . |
MemorizedGenerateNexusFileDevBoolean | Allows storage of acquired data into Nexus files. |
MemorizedNexusFilePathDevString | Contains the last value of the nexusFilePath attribute. [default value =d:\\quickexaf] |
MemorizedFrequencyDevDouble | Contains the last value of the frequency attribute. [default value =50000] |
MemorizedBufferDepthDevDouble | Contains the last value of the bufferDepth attribute. [default value =5] |
README
b'//-============================================================\n//\n// This class has been generated by POGO\n// (Program Obviously used to Generate tango Object)\n//\n// (c) - Software Engineering Group - ESRF\n//=============================================================\n\n\nFiles generated:\n===============\nContinuousAI.cpp: Source code for the ContinuousAI class and its commands.\n This class is derived from DeviceImpl_2 class.\n It represents the CORBA servant obbject which\n will be accessed from the network.\n All commands which can be executed on the\n ContinuousAI are implemented in this file.\n\nContinuousAI.h: Include for the ContinuousAI class.\n Server class prototypes and descriptions.\n\nContinuousAIClass.cpp: A singleton class derived fromContinuousAI.\n It implements the command list and all properties\n and methods required by the ContinuousAI once per process\n\nContinuousAIClass.h:\tInclude for the ContinuousAIClass root class.\n This class is represents the singleton class for\n the ContinuousAI device class.\n It contains all properties and methods which the \n ContinuousAI requires only once e.g. the commands.\n\nmain.cpp:\t\tC++ source for a TANGO device server main.\n The main rule is to initialise (and create) the Tango\n system and to create the DServerClass singleton.\n The main should be the same for every Tango device server.\n\nClassFactory.cpp:\tC++ source for the class_factory method of the DServer\n device class. This method is responsible to create\n all class singletin for a device server. It is called\n at device server startup\n'
Updated:
The device class has been updated.
You are looking at this version now.
20 Apr 2017, Piotr Goryl
Updated:
The device class has been updated.
You can see previous version here .
23 Feb 2017, Piotr Goryl
Created:
The device class has been added to catalogue.