Bosch 2600 Series - Page 44

LTC 2600 Series | Instruction Manual | Appendix A
Bosch Security Systems | July 12, 2004
EN
|
44
CCL Grammar Parameter Definitions CCL Grammar Parameter Definitions
<monitor> = 1 | 2 1 = Monitor A
2 = Monitor B
<revision> = <major revision> SPACE <minor revision> [SPACE E <engineering
revision>]
<major revision> = <0..99>
<major revision> = <0..99>
<engineering revision> = <0..99>
<mon-mode> = 1 | 2 1 = Full mode
2 = Quad mode
<seq device> = 0 | 1 | 2
0 = MonA Full
1 = MonA Quad
2 = MonB Full
<operation> = 1..6 1 = live
2 = record
3 = playback
4 = playback-record (duplex and duplex-extended only)
5 = record-record (duplex-extended only)
6 = playback-playback (duplex-extended only)
<seq mode> = 1..5
1..4= QuadA..QuadD
5 = Full
<pan speed> = 0..15 <setup#> = 1 | 2 | 3 | 4 | 5 | 6
<password> = <digit> <digit> <digit> <digit> <standard-vcr-
model#> =
from 7 on
Provisionally (see User Interface for latest list)
7 = PHILIPS_KV_7024
8 = PHILIPS_TC3990A_SP_T120,
9 = PHILIPS_TC3990A_SLP_T120,
10 = PHILIPS_TC3991,
11 = MITSUBISHI_HS5440U,
12 = SANYO_SRT500,
13 = JVC_SR_L901U,
14 = PANASONIC_AG_RT600,
15 = SP_T120_FIELD,
16 = SP_T160_FIELD,
17 = SLP_T120_FIELD,
18 = SLP_T160_FIELD,
19 = SP_T120_FRAME,
20 = SP_T160_FRAME,
21 = SLP_T120_FRAME,
22 = SLP_T160_FRAME
<play-times> = 0 | 1
0 = SP
1 = LP
<tilt speed> = 0..15
<polarity> = 0 | 1
0 = Normally open
1 = Normally closed
<timelapse mode> = 1 | 2
1 = Normal
2 = Action/Alarm
<pre-position#> = 1..99 <unit address> = 1..30
<ptz code> = any combination of
0x000 All off
0x001 Pan right
0x002 Pan left
0x004 Tilt down
0x008 Tilt up
0x010 Zoom out
0x020 Zoom in
0x040 Focus near
0x080 Focus far
0x100 Iris close
0x200 Iris open
<vcr> = 1 | 2
1 = Vcr output
2 = Vcr/MonB output
<r/c opcode> = 1 | 2 | 3 | 4 | 5 | 6 | 7 | 10 | 11 | 12 <vcr-mode> = 1..20
<r/c data> 0..15 <vcr-model#> = <standard-vcr-model#> | <custom-vcr-model#>
<record mode> = 0 | 1 | 2
0 = Off
1 = Exclusive
2 = Interleave
<zone draw setting> = 0 | <camera#>
0 = disabled
<record speed> = 1..20 <zone map> = <16-bit map> x 16
An active zone map consists of a list of 16 unsigned short
integers. Each 16 bit integer corresponds to the zone map for a
single row on screen. Each bit on the integer corresponds to a
single zone point. The most significant bit (b15) corresponds to
the leftmost zone point in the row. The first integer in the list
corresponds to the topmost row on the screen. A set bit
corresponds to an active zone point.
<responds to> = 0 | 1 | 2 | 3
0 = Neither
1 = Action
2 = Alarm
3 = Both
<zoom speed> = 0..7