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MicroHAWK Engine Integration Guide
Other Operational Serial Commands
Optimize Symbol
Format:
<OPT>
Initiates an Optimize operation.
This command will put the product into a mode of operation that will cause it to “optimize”
the next symbol decoded. This mode of operation will remain active until either a symbol is
decoded or the call is made to disable the mode and revert back to normal operation.
Upon decoding a symbol, the image processing will save pertinent information regarding
the target symbol to allow it to be processed quicker and more consistently.
The data collected by the Optimize operation can be saved for a power-on condition, using
the
<Z>
command.
Un-Optimize Symbol
Format:
<UNOPT>
: Initiates an Un-Optimize operation.
This command will cause the product to discard any information acquired during a Optimize operation.
The Un-Optimized state can be saved for a power-on condition, using the
<Z>
command.
Optimize Status
Format:
<OPT?>
: Responds with Optimize Status
This command will return the current status of the OPT operation.
Response:
<OPT,0>
: Default, not optimized
<OPT,1>
: Optimize operation in-process
<OPT,2>
: Symbol optimized
Optimize Persistence
The Optimize state and parameters persist the same as ordinary parameters. Examples:
• A unit in the optimized state has not been saved. A power cycle will remove any optimized
state information and the unit will come up in its configured state.
• A unit is saved in a optimizing state. The unit will come from power up in the optimizing
state and optimize the first symbol read.
• A unit is saved in a optimized state. The unit will come from power up in the optimized
state and only read the optimized symbol type.
• A optimized unit is issued a reset default command
<Ard>
. The unit will return to an
un-optimized state but if power is cycled will return to its saved state.
Summary of Contents for MicroHAWK
Page 1: ...MicroHAWK Engine Integration Guide P N 84 9007100 02 Rev B...
Page 74: ...2 18 MicroHAWK Engine Integration Guide Send Receive Options...
Page 78: ...3 4 MicroHAWK Engine Integration Guide Optical Requirements Optical Requirements Base Side...
Page 79: ...MicroHAWK Engine Integration Guide 3 5 Integration Viewing Port Specifications...
Page 80: ...3 6 MicroHAWK Engine Integration Guide Expansion Connector FPC Expansion Connector FPC...
Page 101: ...MicroHAWK Engine Integration Guide 4 21 Communications Keyboard Languages...
Page 102: ...4 22 MicroHAWK Engine Integration Guide USB HID Keyboard Keyboard Languages continued...
Page 103: ...MicroHAWK Engine Integration Guide 4 23 Communications Keyboard Languages continued...
Page 108: ...4 28 MicroHAWK Engine Integration Guide Entering ASCII Characters as Hex Values...
Page 120: ...5 12 MicroHAWK Engine Integration Guide Additional Notes about Calibration...
Page 148: ...6 28 MicroHAWK Engine Integration Guide Minimum Good Reads...
Page 188: ...7 40 MicroHAWK Engine Integration Guide DotCode...
Page 238: ...8 50 MicroHAWK Engine Integration Guide Image Push to Host Detailed Setup...
Page 268: ...10 14 MicroHAWK Engine Integration Guide New Master Pin...
Page 296: ...11 28 MicroHAWK Engine Integration Guide Set License...
Page 314: ...12 18 MicroHAWK Engine Integration Guide Request All Configuration Database Settings...