#******************************************************************************
# @(#)
# @(#)  File           :      vtansi_d
# @(#) 
# @(#)  Terminal       :      VTxxx terminals (CITOH / DEC)
# @(#)  Setup          :      VT200, VT300 or VT400 - 7 bit;
# @(#)                        Multinational Char. Set
# @(#)  Emulation Mode :      ANSI 8-bit
# @(#)  Character Set  :      DEC Supplemental Graphics
# @(#) 
# @(#)  Date           :      09-07-97
# @(#)	Driverset      :      97.002
# @(#)  Bshell Version :      6.1C
# @(#)  Driver Version :      6.1.00
# @(#)  Copyright      :      Simac Services b.v. (c)
# @(#)  Customer       :      Baan Development b.v.
# @(#) 
# @(#)  Comment        :      terminf-file for VTxxx terminals supporting
# @(#)                        ANSI mode and DEC Supplemental Graphics set;
# @(#)                        uses soft font to create missing ISO Latin-1 
# @(#)                        characters
#******************************************************************************


#******************************************************************************
#    Include files
#******************************************************************************

include=vtansi,
include=vtansi.fkeys,

#******************************************************************************
#    Strings
#******************************************************************************
 
#    Setup
#
#    if: load soft-font named 'M' with additional chars for ISO Latin-1
#
#    fonts    \e(B       load G0 with ASCII set
#             \e(0       load G0 with Special Graphic set
#             \e)<       load G1 with DEC Supplemental Graphics set
#             \e*M       load G2 with soft font named 'M'
#             ^O (SI)    invoke G0 into GL
#             \e~        invoke G1 into GR
#             \e}        invoke G2 into GR
#    reset    \02330m    reset attributes
#             \0233H     cursor position 0,0
#             \02332J    reset entire screen
#
if=vtansi_d.bin,
init2=\e(B\e)<\e*M^O\e~,
reset=\e[0m\e[H\e[2J\e(B\e)<^O\e~,
set0=\e~,
set1=\e},


#    Nls
#
nls_in=generic.in,
nls_out=vtansi_d.out,
