Thermal3 Command
(requires ENG access)
plt pattern config <index> <pattern> <name> <row> <repeat> <column>

Variables index The copy index from 0 to 3.
pattern The TPG pattern from 0 to 65535.
name The pattern name ( maximum 40 characters ).
row The row number from 1 to 16.
repeat The row repeat from 1 to 16.
column The column number from 1 to 58.

Description Configure the dimensions of the pattern data for one of the four TPG patterns that can be implemented by the user. The TPG pattern is constructed from pattern data with a maximum of 16 rows and 58 columns. Each row represents one pixel but all rows can be repeated to increase the pattern height. Each column represents eight pixels ( i.e. one byte ) but there are sufficient columns to generate all 464 pixels.

Typically the monitor command plt pattern config <index> <pattern> <name> <row> <repeat> <column> is used to configure the dimensions of the pattern data and then the monitor command plt pattern init <index> <row> <nibbles> is used to initialize each row of the pattern data.

This is intended as a development tool and should not be used during normal operation.

Notes Thermal 1.0 / 1.7x equivalents:
  • The monitor command plt pattern config <index> <pattern> <name> <row> <repeat> <column> does not have an equivalent.

Thermal 2 equivalents:
  • The monitor command plt pattern config <index> <pattern> <name> <row> <repeat> <column> does not have an equivalent.

Related Documents COMMAND: plt mode (image|off)
COMMAND: plt image (fiber|rs422|synthesizer) (fiber|tpg [<pattern>])
COMMAND: plt pattern init <index> <row> <nibbles>
COMMAND: plt combination config <index> <combination> <name> <number>
COMMAND: plt combination init <index> <stripe> <pattern> <width>
COMMAND: plt list
PARAMETER: plt <copy index> patternname
PARAMETER: plt <copy index> rownumber
PARAMETER: plt <copy index> rowrepeat
PARAMETER: plt <copy index> columnnumber
PARAMETER: plt <copy index> patterndata <data index>

Applies to: THERMAL3
Access: ENG
Modified: Wed Jul 16 04:28:37 2008
Updated: Wed Jul 16 04:52:22 2008
Module: PLT