Templates & Definitions

Global Totalflow Applications Definitions

The Global Totalflow Application Definitions file defines the Totalflow applications recognized by the driver. It maps application enumeration values to application names, types, and supported part numbers, allowing the driver to correctly identify and interpret supported Totalflow applications.

📥 Download the Global Totalflow Application Definitions CSV File.

Column	Description
Enumeration Number	The application identifier number (can be shared across applications of the same type).
Slot Number	The unique slot to which the application is assigned.
Name	The application name.
Type	The application category (for example, TUBE, SYSTEM, or SIM).
Selectable Unit	An optional SU flag indicating the application is a Selectable Unit application.
Part Number(s)	One or more supported Totalflow part numbers associated with the application.

The following example shows the format of a Global Totalflow Application Definitions file:

Enumeration Number	Name	Type	Selectable Unit (SU) *optional	Part Number(s)
4	AGA3 Tube App	TUBE	-	2100779, 2100780, 2101305, 2101306, 2103845, 2100905,2100906, 2101786, 2101787, 2102418, 2103155
5	AGA7 Tube App	TUBE	-	2100781, 2101307
7	Trend	SYSTEM	-	2100787, 2101309
20	SU Gas Orifice Tube App	TUBE	SU	2100877, 2101426, 2102078, 2103741, 2104483, 2104484, 2104485, 2104508, 2104509
21	SU Turbine Tube App	TUBE	SU	2100878,2102079,2103262, 2103742,2104486
100	Simulated I/O	SIM	-	2101301

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Array-Register Templates

📥 Download the default Array-Register Global Definitions.

INI-Backed Array-Register Template

INI Backed Array-Register Templates define the registers that are exposed for a specific Totalflow application. Each template maps array and register values to descriptive names and specifies whether each register is enabled for use by the driver.

📥 Download the INI Backed Array-Register Template CSV File.

The following example shows the format of an INI Backed Array-Register Template:

Custom AGA3 Tube App[4_2101306]!

3	0	Static Pressure	enabled
3	3	Temperature	enabled
3	17	Ft for NX19 Fpv	enabled
3	18	Fp for NX19 Fpv	enabled
3	19	Heating Value at Tb and Pb	enabled
3	20	Real Relative Density at Tb and Pb	enabled
3	21	N2	enabled
3	22	CO2	enabled
3	23	H2S	enabled
3	24	H2O	enabled
3	25	Helium	enabled
3	26	Methane	enabled
3	27	Ethane	enabled
3	28	Propane	enabled
3	29	N-Butane	enabled
3	30	I-Butane	enabled
3	31	N-Pentane	enabled
3	32	I-Pentane	enabled
3	33	N-Hexane	enabled
3	34	N-Heptane	enabled
3	35	N-Octane	enabled
3	36	N-Nonane	enabled
3	37	N-Decane	enabled
3	38	Oxygen	enabled
3	39	Carbon Monoxide	enabled
3	40	Hydrogen	enabled
3	41	Argon	enabled
3	71	Energy	enabled
3	72	Energy 3_72	enabled
3	73	Energy Rate	enabled
3	84	Energy 3_84	enabled
7	0	Diff Pressure	enabled
7	19	Flow Rate	enabled
7	20	Volume	enabled
7	21	Volume 7_21	enabled
7	22	Volume 7_22	enabled
7	23	Volume 7_23	enabled
7	62	Energy 7_62	enabled
7	68	Mass Rate	enabled
7	69	Mass	enabled
7	70	Mass 7_70	enabled
7	72	Mass 7_72	enabled
7	73	Mass 7_73	enabled

Free Form Array-Register Template

Free Form Array-Register Templates define the registers available for a Totalflow application, along with additional metadata such as access permissions, data types, and register categories. These templates provide greater flexibility for defining how registers are exposed and interacted with by the driver.

📥 Download the Free Form Array-Register Template CSV File.

The following example shows the format of a Free Form Array-Register Template:

Custom AGA3 Tube App[-1_-1]!

3	0	Static Pressure	enabled	R/O	FLOAT	Current Values
3	3	Temperature	enabled	R/O	FLOAT	Current Values
3	17	Ft for NX19 Fpv	enabled	R/W	FLOAT	Fixed Analysis Data
3	18	Fp for NX19 Fpv	enabled	R/W	FLOAT	Fixed Analysis Data
3	19	Heating Value at Tb and Pb	enabled	R/W	FLOAT	Fixed Analysis Data
3	20	Real Relative Density at Tb and Pb	enabled	R/W	FLOAT	Fixed Analysis Data
3	21	N2	enabled	R/W	FLOAT	Fixed Analysis Data
3	22	CO2	enabled	R/W	FLOAT	Fixed Analysis Data
3	23	H2S	enabled	R/W	FLOAT	Fixed Analysis Data
3	24	H2O	enabled	R/W	FLOAT	Fixed Analysis Data
3	25	Helium	enabled	R/W	FLOAT	Fixed Analysis Data
3	26	Methane	enabled	R/W	FLOAT	Fixed Analysis Data
3	27	Ethane	enabled	R/W	FLOAT	Fixed Analysis Data
3	28	Propane	enabled	R/W	FLOAT	Fixed Analysis Data
3	29	N-Butane	enabled	R/W	FLOAT	Fixed Analysis Data
3	30	I-Butane	enabled	R/W	FLOAT	Fixed Analysis Data
3	31	N-Pentane	enabled	R/W	FLOAT	Fixed Analysis Data
3	32	I-Pentane	enabled	R/W	FLOAT	Fixed Analysis Data
3	33	N-Hexane	enabled	R/W	FLOAT	Fixed Analysis Data
3	34	N-Heptane	enabled	R/W	FLOAT	Fixed Analysis Data
3	35	N-Octane	enabled	R/W	FLOAT	Fixed Analysis Data
3	36	N-Nonane	enabled	R/W	FLOAT	Fixed Analysis Data
3	37	N-Decane	enabled	R/W	FLOAT	Fixed Analysis Data
3	38	Oxygen	enabled	R/W	FLOAT	Fixed Analysis Data
3	39	Carbon Monoxide	enabled	R/W	FLOAT	Fixed Analysis Data
3	40	Hydrogen	enabled	R/W	FLOAT	Fixed Analysis Data
3	41	Argon	enabled	R/W	FLOAT	Fixed Analysis Data
3	71	Energy	enabled	R/O	FLOAT	Current Values
3	72	Energy 3_72	enabled	R/O	FLOAT	Current Values
3	73	Energy Rate	enabled	R/O	FLOAT	Current Values
3	84	Energy 3_84	enabled	R/O	FLOAT	Current Values
7	0	Diff Pressure	enabled	R/O	FLOAT	Current Values
7	19	Flow Rate	enabled	R/O	FLOAT	Current Values
7	20	Volume	enabled	R/O	FLOAT	Current Values
7	21	Volume 7_21	enabled	R/O	FLOAT	Current Values
7	22	Volume 7_22	enabled	R/O	FLOAT	Current Values
7	23	Volume 7_23	enabled	R/O	FLOAT	Current Values
7	62	Energy 7_62	enabled	R/O	FLOAT	Current Values
7	68	Mass Rate	enabled	R/O	FLOAT	Current Values
7	69	Mass	enabled	R/O	FLOAT	Current Values
7	70	Mass 7_70	enabled	R/O	FLOAT	Current Values
7	72	Mass 7_72	enabled	R/O	FLOAT	Current Values
7	73	Mass 7_73	enabled	R/O	FLOAT	Current Values

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EFM Mapping Files

EFM Mapping Files define how certain records are mapped to database columns.

Default Configuration Mapping

📥 Download the Cirrus Link Default Configuration Mapping CSV file

Periodic Mapping

Each row in the CSV maps a field from a Periodic or Daily History record to a database column and specifies whether that field should be included during record generation.

📥 Download the Periodic Mapping CSV File.

The CSV file uses the following columns:

Column	Description
Array Number	The record type identifier (for example, 250 for LOG_PERIOD_RECORD and 251 for DAILY_RECORD).
Application Enumeration	The application types the mapping applies to. If blank, the mapping applies to all applications.
Record Field Offset	The field offset within the record.
Data Type	The data type of the field.
Description	A description of the field.
Column Name	The database column name to assign to the field.
Enabled	Determines whether the field is included in generated records.

The following example shows a mapping for the LOG_PERIOD_RECORD record type:

Array Number	Application Enumeration	Record Field Offset	Data Type	Description	Column Name	Enabled
250	4|20	6	FLOAT	Average Differential Pressure	dp_avg	enabled
250	5|21	6	FLOAT	Pulse Counts	pulses	enabled
250		10	FLOAT	Average Static Pressure	sp_avg	enabled
250		14	FLOAT	Average Temperature	temp_avg	enabled
250	5|21	18	FLOAT	Uncorrected Volume	raw_vol	enabled
250		22	FLOAT	Volume	volume	enabled
250		26	FLOAT	Heating Value	heating_value	enabled
250		30	UINT16	Flow Time	flo	enabled
250		32	UINT16	Period Time	flo_rate	enabled