# # Utah Scientific HD2020 Configuration Data # # # 06-12-2008 RWT # Changed PWM for RED/GREEN NKK values because front panel # software for MCP-400 and KCP-400 was changed so we could # correctly control all the PWM values # MCP400 control panel definition file [CONFIG_DEFINITION_DATA_START] [FLASH_VERSION_DATA_START] # the following fields are REQUIRED # the format for this section is a FIELD LABEL followed by FIELD DATA # the FIELD LABEL must have a ':' as the last character # the FIELD DATA must start with a '@' char and be no longer than 20 characters # # FILE_FORMAT: @00.01 # CUSTOMER_NAME: @xxxxxxxxxxxxxxxxxxxx # SYSTEM_NAME: @xxxxxxxxxxxxxxxxxxxx # FILE_DATE: @MM/DD/YYYY # FILE_REVISION: @?? FILE_FORMAT: @00.01 CUSTOMER_NAME: @USI SYSTEM_NAME: @USI-MCP40001 FILE_DATE: @08/29/2004 FILE_REVISION: @01 [MISC_START] # # various single line items entries that need to be configured # uses same line format as flash version section # # PASSWORD_MAINT is a 4 digit value that when assigned limits # access to ADV OPS under the MAINT screen. # Spaces, 0000, or nothing after the @ character # disables the password feature. # The following example sets the password to 1122 # # PASSWORD_MAINT: @1122 # # SYSLOG_SERVER_ID is the USI nms name for the syslog server # you wish to send log messages to # If this name is not configured the system uses the # default ID of USI_SYSLOG01. # # Ex. SYSLOG_SERVER_ID: @USI_SYSLOG01 # #PASSWORD_MAINT: NOT CONFIGURED SYSLOG_SERVER_ID: @USI_SYSLOG01 [2020_CHASSIS_CONNECT_DEFINTIONS_START] # This section is used to define the chassis a panel may connect to. We define # up to 10 target chassis. The data is made up from the folowing fields. # # ACTIVE - YES/NO, controls whether a chassis can be assigned to this slot # CONNECT MODE - NMS/IP, indicates the type of connection this chassis requires. # NMS forces a lookup using the usi nms system # IP forces a connection using the IP Address/Port fields # NETWORK NAME - The 20 character network id name for the application to connect to. # IP ADDRESS - the 15 character number-dot notation ip address to connect to # PORT - the 4 character IP Port number to connect to # STARTUP ACTIONS - 20 bitfield enables # AUTO-CONNECT forces the panel to attempt to automatically connect to this # target upon application startup. # AUTO-FILL causes the panel to query the network for 2020 devices and # populate this slot with the responses recieved from the usi # nms system. #ACTIVE # ,CONNECT MODE # ,NETWORK ID NAME # ,IP ADDRESS # ,PORT # ,STARTUP ACTIONS # A -------------------- AUTO-CONNECT # B ------------------- AUTO-FILL # CDEFGHIJKLMNOPQRST - # 5 10 20 20 10 20 #----,----------,--------------------,--------------------,----------,--------------------|-------------------- YES ,NMS ,USI-MC40001 , ,-1 , NO , , , ,-1 , NO , , , ,-1 , NO , , , ,-1 , NO , , , ,-1 , NO , , , ,-1 , NO , , , ,-1 , NO , , , ,-1 , [MONITOR_SWITCHER_DEFINTIONS_START] # This section is used to define the controller we should use for monitor wall switching # The data is made up from the folowing fields. # # ACTIVE - YES/NO, controls whether a chassis can be assigned to this slot # CONNECT MODE - NMS/IP, indicates the type of connection this chassis requires. # NMS forces a lookup using the usi nms system # IP forces a connection using the IP Address/Port fields # NETWORK NAME - The 20 character network id name for the application to connect to. # IP ADDRESS - the 15 character number-dot notation ip address to connect to # PORT - the 4 character IP Port number to connect to # STARTUP ACTIONS - 20 bitfield enables # AUTO-CONNECT forces the panel to attempt to automatically connect to this # target upon application startup. # AUTO-FILL causes the panel to query the network for 2020 devices and # populate this slot with the responses recieved from the usi # nms system. # #ITEM (CONTROLLER, CHANNEL01 - CHANNEL10) # ,ACTIVE # , ,CONNECT MODE # , , ,NETWORK ID NAME # , , ,IP ADDRESS # , , , ,PORT # , , , ,STARTUP ACTIONS # , , , ,A -------------------- AUTO-CONNECT # , , , , B ------------------- AUTO-FILL # , , , , CDEFGHIJKLMNOPQRST - # 10 , 5 , 10 20 , 20 10 , 20 #---------,-----,----------,--------------------,--------------------,----------,--------------------| #CONTROLLER,YES ,IP , ,192.168.4.58 ,5001 , CONTROLLER,NO ,IP , ,192.168.4.96 ,5001 , #CHANNEL # # ACTIVE # PGM VIDEO PGM AUDIO PST VIDEO PST AUDIO # 10 IN OUT LEV IN OUT LEV IN OUT LEV IN OUT LEV #---------,-----,----,----,----,----,----,----,----,----,----,----,----,---- CHANNEL01 ,NO ,008 ,67 , 1, , ,0000,9 ,66 , 1, , ,0 CHANNEL02 ,NO ,011 ,67 , 1, , ,0000,12 ,66 , 1, , ,0 CHANNEL03 ,NO ,014 ,67 , 1, , ,0000,15 ,66 , 1, , ,0 CHANNEL04 ,NO ,014 ,67 , 0, , ,0000,15 ,66 , 0, , ,0 CHANNEL05 ,NO ,014 ,67 , 0, , ,0000,15 ,66 , 0, , ,0 CHANNEL06 ,NO ,014 ,67 , 0, , ,0000,15 ,66 , 0, , ,0 CHANNEL07 ,NO ,014 ,67 , 0, , ,0000,15 ,66 , 0, , ,0 CHANNEL08 ,NO ,014 ,67 , 0, , ,0000,15 ,66 , 0, , ,0 [BUTTON_MAP_DEFINITIONS_START] # This section is used to define the logical to physical relationship # between buttons on the MCP-2020 control panel and operation codes # sent between the DSP and COLDFIRE Processors. # PHYSICAL # # NOTE THIS is laid out for the new touchscreen version of the panel # # BUTTON #, GROUP, FUNCTION ,COMMENT #___ ____ ____,xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx 0100,0053,0003, TOUCHSCREEN UP 0101,0051,0004, MCP400 Misc KEY 1 INT 0102,0051,0006, MCP400 Misc KEY 2 INT 0103,0051,0008, MCP400 Misc AUDIO INT 0104,0051,0010, MCP400 Misc AUDIO LEV 0105,0053,0002, TOUCHSCREEN DOWN 0106,0051,0001, MCP400 Misc Src Assign 0107,0051,0005, MCP400 Misc KEY 1 EXT 0108,0051,0007, MCP400 Misc KEY 2 EXT 0109,0051,0009, MCP400 Misc AUDIO EXT 0110,0051,0011, MCP400 ADJUST UP 0111,0051,0012, MCP400 ADJUST DOWN 0112,0053,0004, TOUCHSCREEN BACK 0113,0053,0000, TOUCHSCREEN HOME 0114,0051,0003, MCP400 Misc SQZ Button 0115,0020,0000, AUTO ENABLE 0116,-001,-001, UNASSIGNED ########################################################### # Use this for a toggle function PST to PGM control # RWT 10-27-2007 ########################################################### 0117,0051,0014, MCP400 PGM/PST RTR TOGGLE ########################################################### # Use this control for a momentary select to PGM when pressed, # then revert to PST when released # RWT 10-27-2007 ########################################################### #0117,0051,0000, MCP400 Misc HOME KEY for buttons 0118,0051,0015, LOCAL EAS CONTROL 0119,-001,-001, willbe the PGM MONITOR 0120,0006,0003, trans control take # NKK BUTTONS 0124,0050,0000, Menu Select 1 0125,0050,0001, Menu Select 2 0126,0050,0002, Menu Select 3 0127,0050,0003, Menu Select 4 0128,0050,0004, Menu Select 5 0129,0050,0005, Menu Select 6 0130,0050,0006, Menu Select 7 0131,0050,0007, Menu Select 8 #TouchScreen Buttons 0132,0050,0008, Menu Select 1 0133,0050,0009, Menu Select 2 0134,0050,0010, Menu Select 3 0135,0050,0011, Menu Select 4 0136,0050,0012, Menu Select 5 0137,0050,0013, Menu Select 6 0138,0050,0014, Menu Select 7 0139,0050,0015, Menu Select 8 [EXTRA_BUTTON_MAP_DEFINITIONS_START] # This section is used to define the logical to physical relationship # between buttons on the MCP-2020 control panel and operation codes # sent between the DSP and COLDFIRE Processors. # PHYSICAL # BUTTON #, GROUP, FUNCTION ,COMMENT #___ ____ ____,xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx #0035,0041,0000, Macro Function 1 #0032,0002,0001, rtr #0032,0001,0002, rtr #0032,0000,0003, rtr #0033,0002,0008, Router pst 8 #0033,0001,0009, Router pgm 9 #0033,0000,0010, Router pvw 10 [LCD_GEOMETRY_DEFINITIONS_START] # This section defines the min and max values for the LCD # touchscreen controller connected to the panel. The range # varies a great deal between different units so we need to # have this section in order to adapt to the touchscreens # on a unit by unit basis. # # index #, 0-xmin 1-xmax 2-ymin 3-ymax # ,AtoD Conversion value - 12 bits ranging from 0 - 4095 # ,COMMENTxxxxxxxxxxxxxxxxxxxxxxxxxxxx #___ ____ xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx 0000,00A0,value for lowest x value read from tou 0001,0E9F,value for highest x value read from tou 0002,00E0,value for lowest y value read from tou 0003,0EC0,value for highest y value read from tou [DSP_PWM_DEFINITIONS_START] # This section defines the starting pulse width modulation # values for the DSP button controllers. # A total of 6 values can be defined. 3 for button states, # 1 for small lcd backlight values, 1 for led lightpipe # the valid range for a value is 0x0000 - 0x7FFF # index #, intensity ,COMMENTxxxxxxxxxxxxxx #___ ____ xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx 0000,0300, value for BACK LIGHT Buttons 0001,0780, value for DIM Buttons 0002,7FFF, value for BRIGHT Buttons 0003,2500, value for LEDS 0004,7FFF, value for SMALL LCDSx 0007,76c0, value for LCD DISPLAY RED 0008,76c0, value for LCD DISPLAY GREEN [LOGFILE_TARGET_DEFINITIONS_START] # This section defines the NFS address & directory the system # will use as remote file systems # Currently the log xfer function in the only target defined. #EXAMPLE: #192.168.004.010,/c/rt/usilogs/kyw-hd ,YES/NO # # IP NFS LOGGING DIRECTORY (40 CHARS) Action # ADDRESS Enabled #--------------,----------------------------------------,-------- 192.168.004.012,/opt/usi/usi-mcp01 , [END_CONFIG_FILE]