pcm.mixed-analog-digital {
 type plug
 slave.pcm "dmix-digital"
 slave.pcm "dmix-analog"
}

/usr/bin/mplayer -monitoraspect 1.3333 -ao alsa:device=default -ac hwac3, -srate 48000 -vo xv -cache 16384 -fs "/myth/video/pc/test/test video.avi"

# Override the default output used by ALSA.
# If you do not override the default, your default
# device is identical to the (unmixed) analog device
# shown below.  If you prefer mixed and/or digital
# output, uncomment the appropriate four lines below
# (only one slave.pcm line).
pcm.!default {
  type plug
## Uncomment the following to use mixed analog by default
#  slave.pcm "dmix-analog"
## Uncomment the following to use unmixed digital by default
#  slave.pcm "digital-hw"
## Uncomment the following to use mixed digital by default
#  slave.pcm "dmix-digital"
## Uncomment the following to use analog & digital at same time by default
   slave.pcm "anadig-hw"
#   slave.pcm "anadig-hw8"
}

# this device dups audio to both digital and analog outs (ac3 will give noise on analog outs)
# I use script so mplayer & xine only send ac3 if myth ac3 flag is on
pcm.anadig {
 type plug
 slave.pcm "anadig-hw"
}

# Control device (mixer, etc.) for the nForce2 card
ctl.anadig {
 type hw
 card 0
}



# Alias for analog output on the nForce2/4 (hw:0,0)
# - This is identical to the device named "default"--which
# always exists and refers to hw:0,0 (unless overridden)
# - Therefore, we can specify "hw:0,0", "default", or "analog"
# to access analog output on the nForce2/4
pcm.analog {
 type plug
 slave.pcm "analog-hw"
}

# Control device (mixer, etc.) for the nForce2 card
ctl.analog {
 type hw
 card 0
}

# Alias for (rate-converted) mixed analog output on the
# nForce2 (hw:0,0)
#  - This will accept audio input--regardless of rate--and
# convert to the rate required for the dmix plugin
# (in this case 48000Hz)
pcm.mixed-analog {
 type plug
 slave.pcm "dmix-analog"
}

# Control device (mixer, etc.) for the nForce2 card
ctl.mixed-analog {
 type hw
 card 0
}

# Alias for (rate-converted) digital (S/PDIF) output on the
# nForce2 (hw:0,2)
#  - This will accept audio input--regardless of rate--and
# convert to the rate required for the S/PDIF hardware
# (in this case 48000Hz)
pcm.digital {
 type plug
 slave.pcm "digital-hw"
}

# Control device (mixer, etc.) for the nForce2 card
ctl.digital {
 type hw
 card 0
}

# Alias for mixed (rate-converted) digital (S/PDIF) output on the
# nForce2/4 (hw:0,2)
#  - This will accept audio input--regardless of rate--and
# convert to the rate required for the S/PDIF hardware
# (in this case 48000Hz)
pcm.mixed-digital {
 type plug
 slave.pcm "dmix-digital"
}

# Control device (mixer, etc.) for the nForce2 card
ctl.mixed-digital {
 type hw
 card 0
}

# The following devices are not useful by themselves.  They
# require specific rates, channels, and formats.  Therefore,
# you probably do not want to use them directly.  Instead use
# of of the devices defined above.

# Alias for analog output on the nForce2 (hw:0,0)
# Do not use this directly--it requires specific rate,
# channels, and format
pcm.analog-hw {
 type hw
 card 0
 # The default value for device is 0, so no need to specify
}

# Control device (mixer, etc.) for the nForce2/4 card
ctl.analog-hw {
 type hw
 card 0
}

# Alias for digital (S/PDIF) output on the nForce2/4 (hw:0,2)
# Do not use this directly--it requires specific rate,
# channels, and format
pcm.digital-hw {
 type hw
 card 0
 device 2
}

# Control device (mixer, etc.) for the nForce2/4 card
ctl.digital-hw {
 type hw
 card 0
}

# Direct software mixing plugin for analog output on
# the nForce2/4 (hw:0,0)
# Do not use this directly--it requires specific rate,
# channels, and format
pcm.dmix-analog {
 type dmix
 ipc_key 1234
 slave {
   pcm "analog-hw"
   period_time 0
   period_size 1024
   buffer_size 4096
   rate 48000
 }
}

# Control device (mixer, etc.) for the nForce2/4 card
ctl.dmix-analog {
 type hw
 card 0
}

# Direct software mixing plugin for digital (S/PDIF) output
# on the nForce2/4 (hw:0,2)
# Do not use this directly--it requires specific rate,
# channels, and format
pcm.dmix-digital {
 type dmix
 ipc_key 1235
 slave {
   pcm "digital-hw"
   period_time 0
   period_size 1024
   buffer_size 4096
   rate 48000
 }
}

# Control device (mixer, etc.) for the nForce2/4 card
ctl.dmix-digital {
 type hw
 card 0
}

###################################################


# this one creates a four-channel output PCM device
pcm.multi-anadig {
        type multi;
        slaves.a.pcm "analog-hw"; # this is the default output
        slaves.a.channels 2;
        slaves.b.pcm "digital-hw"; # this is the SPDIF output
        slaves.b.channels 2;
        bindings.0.slave a;
        bindings.0.channel 0;
        bindings.1.slave a;
        bindings.1.channel 1;
        bindings.2.slave b;
        bindings.2.channel 0;
        bindings.3.slave b;
        bindings.3.channel 1;
}

ctl.multi-anadig {
        type hw;
        card 0;
}

# this duplicates input from 2 channels to 4 channels and
# sends the output to multi, above.
pcm.anadig-hw {
        type route;
        slave.pcm "multi-anadig";
   slave.channels 4;
        ttable.0.0 1;
        ttable.1.1 1;
        ttable.0.2 1;
        ttable.1.3 1;
}


ctl.anadig-hw {
        type hw;
        card 0;
}

# this one creates a 8-channel output PCM device
pcm.multi-anadig8 {
        type multi;
        slaves.a.pcm "hw:0,0"; # this is the main analog output
        slaves.a.channels 6;
        slaves.b.pcm "hw:0,2"; # this is the second analog output
        slaves.b.channels 2;
       
        bindings.0.slave a;
        bindings.0.channel 0;
        bindings.1.slave a;
        bindings.1.channel 1;
       
        bindings.2.slave a;
        bindings.2.channel 2;
        bindings.3.slave a;
        bindings.3.channel 3;
       
        bindings.4.slave a;
        bindings.4.channel 4;
        bindings.5.slave a;
        bindings.5.channel 5;
       
        bindings.6.slave b;
        bindings.6.channel 0;
        bindings.7.slave b;
        bindings.7.channel 1;
}
ctl.multi-anadig8 {
        type hw;
        card 0;
}

# this duplicates input from 2 channels to 8 channels and
# sends the output to all 3 stereo analog outs AND spdif
pcm.anadig-hw8 {
        type route;
        slave.pcm "multi-anadig8";
        slave.channels 8;
        ttable.0.0 1;
        ttable.1.1 1;
       
        ttable.0.2 1;
        ttable.1.3 1;
       
        ttable.0.4 1;
        ttable.1.5 1;
       
        ttable.0.6 1;
        ttable.1.7 1;
}
ctl.anadig-hw8 {
        type hw;
        card 0;
}

# this sends audio to analog out 2
pcm.analog2 {
    type plug
    slave {
        pcm "multi-anadig8"
        channels 8
    }
    ttable.0.2 1
    ttable.1.3 1
}
ctl.analog2 {
        type hw;
        card 0;
}


# this sends audio to analog out 3
pcm.analog3 {
    type plug
    slave {
        pcm "multi-anadig8"
        channels 8
    }
    ttable.0.4 1
    ttable.1.5 1
}
ctl.analog3 {
        type hw;
        card 0;
}