Data subscription type: Integration

The update of Sa will be enabled by setting the Integration State to start. If the update parameter is set to Update Ping, the new Sa value is received for every ping. If the Update Accumulate is set, the Sa is received only when the Integration State changes to Stop.

Input

•

Type = The variant type as defined for certain programming languages

–

VT_BSTR = Text string

–

V_R8 = double, 8 bytes

–

VT_I4 = Integer 4 bytes

•

R/O = Read only

•

N/A = not applicable

•

If no value is provided in the XML input string, the example value in each table is used as default.

LayerType

Description	Range	Unit	Type	R/O
This is the current layer type.	Surface Bottom Pelagic		VT_BSTR	N/A
Example:	Surface

IntegrationState

Description	Range	Unit	Type	R/O
This is the "on/off" switch for the integration.	Start Stop		VT_BSTR	N/A
Example:	Start

Pulse form

Description	Range	Unit	Type	R/O
This option is used for pulse form. The different types of pulse forms will be induce different calculations of integration	CW Chirp		VT_BSTR	N/A
Example:	CW

Update

Description	Range	Unit	Type	R/O
This is a "selector" that allows you to provide integration value for latest ping or for the calculation interval.	UpdatePing UpdateAccumulate		VT_BSTR	N/A
Example:	UpdatePing

Range

Description	Range	Unit	Type	R/O
If the depth range is selected to be individual for each channel, this parameter sets the range for specified channel.	<0,10000>	m	VT_I4	N/A
Example:	500

RangeStart

Description	Range	Unit	Type	R/O
This is the start range for the selected channel.	<0,10000>	m	VT_I4	N/A
Example:	10

Margin

Description	Range	Unit	Type	R/O
This is a range selector. Use it to set the range over the detected bottom. This range will not be included in integration.	<0,200>	m	VT_I4	N/A
Example:	1

SvThreshold

Description	Range	Unit	Type	R/O
This is a threshold selector. Set this threshold to remove the weakest echoes from the integration.	<-200,100>	dB	VT_R8	N/A
Example:	-100

Output

struct StructIntegrationDataHeader
  {
  DWORDLONG dlTime;
  };
struct StructIntegrationDataBody
  {
  double dSa;
  };
struct StructIntegrationData
  {
  StructIntegrationDataHeader IntegrationDataHeader;
  StructIntegrationDataBody IntegrationDataBody;
  };

•

dSa (m2/nmi2): In this context the sA value presents the current biomass index.

Subscription string example

Integration,

ChannelID=<ChannelID>,

State=Start,

PulseForm=cw,

Update=UpdatePing,

Layertype=Surface,

Range=100,

Rangestart=10,

Margin=0.5,

SvThreshold=-100.0