Appendix B

Configuration Aspects for Programmers

 

 

The R2 command will read the oldest available trigger block in the Acquisition Buffer. For instance, continuing with the previous example:

PRINT#1,"OUTPUT07; U6X"

‘ Request the current status of the Acquisition Buffer

PRINT#1,"ENTER07"

‘ Retrieve it.

INPUT A$

‘ Screen shows...

PRINT A$

 

0000006,0020215,-00000099,12:51:43.100,03/24/97,00000100,01:53:01.300,03/24/97,00000250,01

The above response indicates that there are 6 trigger blocks currently defined in the Acquisition Buffer and there are 20215 total scans in the buffer. Furthermore, it shows that the current read pointer is at scan # -99 in the 1st trigger block and that there are 350 scans in this trigger block. To retrieve that trigger block, perform the following:

PRINT#1,"OUTPUT07;R2X"

‘Request the oldest trigger block

PRINT#1,"ENTER07"

‘ Retrieve it.

INPUT A$

‘ Screen shows (4 channels x 350 scans) 1400 readings

PRINT A$

+0234.20-0019.40+0001.40+0023.60....

PRINT#1,"OUTPUT07; U6X"

‘ Request the current status of the Acquisition Buffer

PRINT#1,"ENTER07"

‘ Retrieve it.

INPUT A$

‘ Screen shows...

PRINT A$

 

0000005,0019865,-00000100,02:15:34.100,03/24/97,00000100,04:51:10.300,03/24/97,00000250,01

Notice that there are now only 5 trigger blocks in the buffer and that there are only 19,865 scans in the buffer. Also note that the current read pointer is at the beginning of what was the next trigger block. That trigger block is now the current trigger block.

The R3 command will read all available data within the Acquisition Buffer. For instance, continuing with the previous example:

PRINT#1,"OUTPUT07; U6X"

‘ Request the current status of the Acquisition Buffer

PRINT#1,"ENTER07"

‘ Retrieve it.

INPUT A$

‘ Screen shows...

PRINT A$

 

0000005,0019865,-00000100,02:15:34.100,03/24/97,00000100,04:51:10.300,03/24/97,00000250,01

The above response indicates that there are 5 trigger blocks currently defined in the Acquisition Buffer and there are 19,865 total scans in the buffer. It also shows the current read pointer at the -100 scan in the 1st trigger block and that their are 351 scans in this trigger block (101 + 250); i.e., 101 scans from -100 to 0, plus the 250 scans from 1 to 250. To retrieve all the scan data within the buffer:

PRINT#1,"OUTPUT07;R3X"

‘ Request all scan data in the buffer.

PRINT#1,"ENTER07"

‘ Retrieve it.

INPUT A$

‘ Screen shows (4 channels x 19865 scans) 79460 readings

PRINT A$

 

+0234.20-0019.40+0001.40+0023.60....

PRINT#1,"OUTPUT07; U6X"

‘ Request the current status of the Acquisition Buffer

PRINT#1,"ENTER07"

‘ Retrieve it.

INPUT A$

‘ Screen shows...

PRINT A$

 

0000000,0000000,-9999999,00:00:00.000,00/00/00,-0999999,00:00:00.000,00/00/00,-0999999,00

Notice that the Buffer Status String is null indicating that the Acquisition Buffer is completely empty. For more information on using the R command refer to Appendix A.

ChartScan User’s Manual

B-25

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Image 214
Omega Vehicle Security 1400 manual PRINT#1,OUTPUT07R2X, PRINT#1,OUTPUT07R3X

1400 specifications

The Omega Vehicle Security 1400 stands out as a premier solution for vehicle protection, offering a blend of advanced technology and user-friendly features. With the increasing rise of vehicle thefts, incorporating a robust security system has become essential for vehicle owners. The Omega 1400 aims to address these concerns effectively, ensuring peace of mind for users.

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