#
# HC.CFG 911010
#
# HamComm 2.0 sample configuration file
#

#
# HamComm will automatically search for this file on program startup.
# The current directory is searched first, then all directories along
# the current "PATH" environment variable.
#
# The character '#' starts a comment.  All characters up to the end of
# the line are ignored, including the '#' character itself.
#
# Numbers are normally entered in decimal notation, but you can also
# use hexadecimal values starting in '0x'.
#


#
# Setup serial ports
#
# HamComm maintains an internal table of available serial ports.
# Every port has a unique base port address and interrupt request line.
# Up to four ports can be defined.  On startup the table looks like this:
#
#       iobase  irq
#  COM1  0x3f8   4
#  COM2  0x2f8   3
#  COM3      0   0
#  COM4      0   0
#
# COM1 and COM2 are predefined to their standard values.
# COM3 and COM4 are undefined.
#
# Undefined ports can not be selected from the 'Port' menue.
#
# Let's assume we have a non-standard serial port at address 0x2E8 (hex)
# using interrupt request 5.  The following 'define port' statement will
# make this port available as COM4.
#

define port com4  iobase 0x2e8  irq 5

#
# We can also redefine any port using the 'define port' statement.
#
# For the following example let's assume we have a mouse connected to
# COM1, so we don't want HamComm to fool around with that port.
# The following statement will reset the base address and irq for COM1
# to protect the mouse driver.  COM1 is now no longer available from
# the 'Port' menue.
#

define port com1  iobase 0  irq 0


#
# At startup HamComm normally uses COM2.  This can be changed with
# the 'select port' statement.  Undefined ports can not be selected.  
#

select port com4


#
# Set startup audio center frequency for receive and transmit tones.
# You may select any value between 500Hz and 2000Hz (default is 700Hz).
#

set afcenter 750


#
# Set startup audio frequency shift between mark and space tones.
# You may select any value between 25Hz and 999Hz (default is 170Hz).
#

set afshift 170

#
# While AFC (Automatic Frequency Control) is turned on, the audio center
# frequency will automatically follow the input signal during RTTY reception.
#
# Disable AFC for now.
#

set afc off


#
# When the TX data buffer runs empty during transmit mode, HamComm will
# automatically start sending idle characters.  This feature is normally
# disabled but can be activated using the following command:
#

set diddle on


#
# For some PAs (power amplifier) there should be a delay time between
# activation of the PTT line and the RF signal from the transmitter.
# This delay time is controlled by the PADELAY parameter.  When switching
# to TX mode HamComm activates the PTT line immediately, but the speaker
# output will not be enabled before the specified number of milliseconds
# have elapsed.  Since most HamComm users probably don't have a PA or have
# a PA that doesn't require the delay, PADELAY is set to 0.
#

set padelay 0


#
# The transmitter needs a little time to start after we pull the ptt line.
# Set the TXDELAY to the number of milliseconds required.
# 30ms should be enough for almost any modern transceiver.
#

set txdelay 50


#
# Now specify the time to wait after TXDELAY until we send out
# the first character. Time for your qso partner to tune in.
#

set txwait 2000


#
# Set the number of bytes for the receive buffer.
#
# All characters received are first put into this buffer by the 
# interrupt routines.  When the TTY functions are active they
# are removed from the buffer and displayed in the RX window.
#
# The size of the receive buffer should not exceed 65000 bytes.
#

set rxbuffersize 256

#
# Set the size of the transmit buffer.
#
# All characters to be transmitted are first copied from the TX window
# into the transmit buffer.  The transmit routine will remove them
# from the buffer one at a time and send them to the speaker output.
#
# The size of the transmit buffer should not exceed 65000 bytes.
#

set txbuffersize 10000


#
# Set the number of lines for the receive window buffer.
#
# This is not the window size on the screen, but the number of received
# lines that can be rolled back.  For each line about 160 bytes of
# memory are required.  Use the SYSTEM entry from the INFO menue to
# display the size of free memory.
#

set rxwindowlines 50

#
# Set the number of lines for the transmit window buffer.
#

set txwindowlines 50


#
# Set the maximum transmit line length.  Lines on old mechanical TTY 
# maschines are somewhat less than 80 characters long.
#

set txlinelength 66


#
# Define the end-of-text character.  HamComm will automatically return to
# receive mode when the transmit routine reads this character from the
# tx buffer.  The character can be specified as decimal number, hex number
# or as the character itself.
#
# Examples: set endoftext 230    # use the greek letter for 'micro'
#           set endoftext 0x7F   # use the DEL character (control-backspace)
#           set endoftext "á"    # this is handy for german keyboards
#
# The end-of-text feature can be disabled by using the value 0.
#

set endoftext 0x7f		# control-backspace


#
# Define some standard texts.  They can be selected for transmission
# from the 'Text' menue.  The texts labelled SHIFT_Fxx can also be send
# by pressing the corresponding function key.
#
# Double quotes (") are only required if the string contains spaces
# or the comment character (#).
#
# \#  will be replaced with the current QSO count.
# \+  increments QSO count, then just like \#.
# \d  will be replaced with the current date and time.
# \e  will be replaced with the currently selected end-of-text character.
# \n  starts a new line.
#
# A text can be included in another text by surrounding its name
# with '~' (tilde) characters.  If the name starts with an AT sign (@)
# HamComm will look for a file with that name.  See 'station.txt' for an
# example.  Note that the text in the included file can itself include
# other texts or files.  Make sure that there are no circular references!
#

#
# Define text elements for function keys SHIFT_F01 - SHIFT_F10.
#

define text SHIFT_F01  " ryryryry cq cq cq de ~mycall~ ~mycall~ ~mycall~"
                      " ~mycall~ ~mycall~\n"

define text SHIFT_F02  " ryryryry ~call~ ~call~ ~call~"
                       " de ~mycall~ ~mycall~ pse k k k\n\e\n"

define text SHIFT_F03  " ryryryry ~call~ de ~mycall~\n"

define text SHIFT_F04  " back to you ~name~... ~call~ de ~mycall~ pse k k k\n"

define text SHIFT_F05  ~@station.txt~

define text SHIFT_F06  " de ~mycall~\ntnx... 599 \+ 599 \# 599 \#\nbk bk "

define text SHIFT_F07  " ~call~"

define text SHIFT_F08  " ~mycall~"

define text SHIFT_F09  "ryryryryry"

define text SHIFT_F10 " pse k k k\n"


#
# Define other text elements
#

define text banner    "\noooo   o      ooooo  o   o  ooooo   ooo"
                      "\no   o  o      o       o o   o      o   o"
                      "\no   o  o      oooo     o    ooo    o"
                      "\no   o  o          o    o    o      o   o"
                      "\noooo   ooooo  oooo     o    ooooo   ooo\n"

define text mycall    dl5yec
define text myname    django
define text myqth     paderborn
define text mylocator jo41jr

# The text "mylocator" is also used by the QTH distance/direction calculator.

#
# Some standard phrases
#

define text std01     " tnx for answering my call."
define text std02     " my name is ~myname~ ~myname~ ~myname~."
define text std03     " my qth is ~myqth~ ~myqth~ ~myqth~"
define text std04     " locator is ~mylocator~ ~mylocator~"
define text std05     " your report is "
define text std06     " how do you copy ?"
define text std07     " tnx for the nice qso and hope to cuagn."
define text std08     " 73 es 55 to you ~name~ and your family."
define text std09     " the weather today is "
define text std10     " the temperature is abt "
define text std11     " and now i'll get me another beer. "


#
# Ignore rest of config file
#

exit


73 es 55 de Django

DL5YEC @ DB0BQ
schroeder.pad@sni-usa.com