xonotic/misc/tools/midi2cfg-ng.pl
2011-12-10 12:34:08 +01:00

1081 lines
24 KiB
Perl
Executable File

#!/usr/bin/perl
# converter from Type 1 MIDI files to CFG files that control bots with the Tuba and other weapons for percussion (requires g_weaponarena all)
use strict;
use warnings;
use MIDI;
use MIDI::Opus;
use Storable;
# workaround for possible refire time problems
use constant SYS_TICRATE => 0.033333;
#use constant SYS_TICRATE => 0;
use constant MIDI_FIRST_NONCHANNEL => 17;
use constant MIDI_DRUMS_CHANNEL => 10;
die "Usage: $0 filename.conf midifile1 transpose1 midifile2 transpose2 ..."
unless @ARGV > 1 and @ARGV % 2;
my $timeoffset_preinit = 2;
my $timeoffset_postinit = 2;
my $timeoffset_predone = 2;
my $timeoffset_postdone = 2;
my $timeoffset_preintermission = 2;
my $timeoffset_postintermission = 2;
my $time_forgetfulness = 1.5;
my ($config, @midilist) = @ARGV;
sub unsort(@)
{
return map { $_->[0] } sort { $a->[1] <=> $b->[1] } map { [$_, rand] } @_;
}
sub override($$);
sub override($$)
{
my ($dest, $src) = @_;
if(ref $src eq 'HASH')
{
$dest = {}
if not defined $dest;
for(keys %$src)
{
$dest->{$_} = override $dest->{$_}, $src->{$_};
}
}
elsif(ref $src eq 'ARRAY')
{
$dest = []
if not defined $dest;
for(@$src)
{
push @$dest, override undef, $_;
}
}
elsif(ref $src)
{
$dest = Storable::dclone $src;
}
else
{
$dest = $src;
}
return $dest;
}
my $precommands = "";
my $commands = "";
my $busybots;
my @busybots_allocated;
my %notechannelbots;
my $transpose = 0;
my $notetime = undef;
my $lowestnotestart = undef;
my $noalloc = 0;
sub botconfig_read($)
{
my ($fn) = @_;
my %bots = ();
open my $fh, "<", $fn
or die "<$fn: $!";
my $currentbot = undef;
my $appendref = undef;
my $super = undef;
while(<$fh>)
{
chomp;
s/\s*#.*//;
next if /^$/;
if(s/^\t\t//)
{
my @cmd = split /\s+/, $_;
if($cmd[0] eq 'super')
{
push @$appendref, @$super
if $super;
}
elsif($cmd[0] eq 'percussion') # simple import
{
push @$appendref, @{$currentbot->{percussion}->{$cmd[1]}};
}
else
{
push @$appendref, \@cmd;
}
}
elsif(s/^\t//)
{
if(/^include (.*)/)
{
my $base = $bots{$1};
$currentbot = override $currentbot, $base;
}
elsif(/^count (\d+)/)
{
$currentbot->{count} = $1;
}
elsif(/^transpose (\d+)/)
{
$currentbot->{transpose} ||= 0;
$currentbot->{transpose} += $1;
}
elsif(/^channels (.*)/)
{
$currentbot->{channels} = { map { $_ => 1 } split /\s+/, $1 };
}
elsif(/^programs (.*)/)
{
$currentbot->{programs} = { map { $_ => 1 } split /\s+/, $1 };
}
elsif(/^init$/)
{
$super = $currentbot->{init};
$currentbot->{init} = $appendref = [];
}
elsif(/^intermission$/)
{
$super = $currentbot->{intermission};
$currentbot->{intermission} = $appendref = [];
}
elsif(/^done$/)
{
$super = $currentbot->{done};
$currentbot->{done} = $appendref = [];
}
elsif(/^note on (-?\d+)/)
{
$super = $currentbot->{notes_on}->{$1};
$currentbot->{notes_on}->{$1} = $appendref = [];
}
elsif(/^note off (-?\d+)/)
{
$super = $currentbot->{notes_off}->{$1};
$currentbot->{notes_off}->{$1} = $appendref = [];
}
elsif(/^percussion (\d+)/)
{
$super = $currentbot->{percussion}->{$1};
$currentbot->{percussion}->{$1} = $appendref = [];
}
elsif(/^vocals$/)
{
$super = $currentbot->{vocals};
$currentbot->{vocals} = $appendref = [];
}
else
{
print "unknown command: $_\n";
}
}
elsif(/^bot (.*)/)
{
$currentbot = ($bots{$1} ||= {count => 0});
}
elsif(/^raw (.*)/)
{
$precommands .= "$1\n";
}
elsif(/^timeoffset_preinit (.*)/)
{
$timeoffset_preinit = $1;
}
elsif(/^timeoffset_postinit (.*)/)
{
$timeoffset_postinit = $1;
}
elsif(/^timeoffset_predone (.*)/)
{
$timeoffset_predone = $1;
}
elsif(/^timeoffset_postdone (.*)/)
{
$timeoffset_postdone = $1;
}
elsif(/^timeoffset_preintermission (.*)/)
{
$timeoffset_preintermission = $1;
}
elsif(/^timeoffset_postintermission (.*)/)
{
$timeoffset_postintermission = $1;
}
elsif(/^time_forgetfulness (.*)/)
{
$time_forgetfulness = $1;
}
else
{
print "unknown command: $_\n";
}
}
for(values %bots)
{
for(values %{$_->{notes_on}}, values %{$_->{percussion}})
{
my $t = $_->[0]->[0] eq 'time' ? $_->[0]->[1] : 0;
$lowestnotestart = $t if not defined $lowestnotestart or $t < $lowestnotestart;
}
}
return \%bots;
}
my $busybots_orig = botconfig_read $config;
# returns: ($mintime, $maxtime, $busytime)
sub busybot_cmd_bot_cmdinfo(@)
{
my (@commands) = @_;
my $mintime = undef;
my $maxtime = undef;
my $busytime = undef;
for(@commands)
{
if($_->[0] eq 'time')
{
$mintime = $_->[1]
if not defined $mintime or $_->[1] < $mintime;
$maxtime = $_->[1] + SYS_TICRATE
if not defined $maxtime or $_->[1] + SYS_TICRATE > $maxtime;
}
elsif($_->[0] eq 'busy')
{
$busytime = $_->[1] + SYS_TICRATE;
}
}
return ($mintime, $maxtime, $busytime);
}
sub busybot_cmd_bot_matchtime($$$@)
{
my ($bot, $targettime, $targetbusytime, @commands) = @_;
# I want to execute @commands so that I am free on $targettime and $targetbusytime
# when do I execute it then?
my ($mintime, $maxtime, $busytime) = busybot_cmd_bot_cmdinfo @commands;
my $tstart_max = defined $maxtime ? $targettime - $maxtime : $targettime;
my $tstart_busy = defined $busytime ? $targetbusytime - $busytime : $targettime;
return $tstart_max < $tstart_busy ? $tstart_max : $tstart_busy;
}
# TODO function to find out whether, and when, to insert a command before another command to make it possible
# (note-off before note-on)
sub busybot_cmd_bot_test($$$@)
{
my ($bot, $time, $force, @commands) = @_;
my $bottime = defined $bot->{timer} ? $bot->{timer} : -1;
my $botbusytime = defined $bot->{busytimer} ? $bot->{busytimer} : -1;
my ($mintime, $maxtime, $busytime) = busybot_cmd_bot_cmdinfo @commands;
if($time < $botbusytime)
{
warn "FORCE: $time < $botbusytime"
if $force;
return $force;
}
if(defined $mintime and $time + $mintime < $bottime)
{
warn "FORCE: $time + $mintime < $bottime"
if $force;
return $force;
}
return 1;
}
sub busybot_cmd_bot_execute($$@)
{
my ($bot, $time, @commands) = @_;
for(@commands)
{
if($_->[0] eq 'time')
{
$commands .= sprintf "sv_cmd bot_cmd %d wait_until %f\n", $bot->{id}, $time + $_->[1];
if($bot->{timer} > $time + $_->[1] + SYS_TICRATE)
{
#use Carp; carp "Negative wait: $bot->{timer} <= @{[$time + $_->[1] + SYS_TICRATE]}";
}
$bot->{timer} = $time + $_->[1] + SYS_TICRATE;
}
elsif($_->[0] eq 'busy')
{
$bot->{busytimer} = $time + $_->[1] + SYS_TICRATE;
}
elsif($_->[0] eq 'buttons')
{
my %buttons_release = %{$bot->{buttons} ||= {}};
for(@{$_}[1..@$_-1])
{
/(.*)\??/ or next;
delete $buttons_release{$1};
}
for(keys %buttons_release)
{
$commands .= sprintf "sv_cmd bot_cmd %d releasekey %s\n", $bot->{id}, $_;
delete $bot->{buttons}->{$_};
}
for(@{$_}[1..@$_-1])
{
/(.*)(\?)?/ or next;
defined $2 and next;
$commands .= sprintf "sv_cmd bot_cmd %d presskey %s\n", $bot->{id}, $_;
$bot->{buttons}->{$_} = 1;
}
}
elsif($_->[0] eq 'cmd')
{
$commands .= sprintf "sv_cmd bot_cmd %d %s\n", $bot->{id}, join " ", @{$_}[1..@$_-1];
}
elsif($_->[0] eq 'aim_random')
{
$commands .= sprintf "sv_cmd bot_cmd %d aim \"%f 0 %f\"\n", $bot->{id}, $_->[1] + rand($_->[2] - $_->[1]), $_->[3];
}
elsif($_->[0] eq 'barrier')
{
$commands .= sprintf "sv_cmd bot_cmd %d barrier\n", $bot->{id};
$bot->{timer} = $bot->{busytimer} = 0;
undef $bot->{lastuse};
}
elsif($_->[0] eq 'raw')
{
$commands .= sprintf "%s\n", join " ", @{$_}[1..@$_-1];
}
}
return 1;
}
my $intermissions = 0;
sub busybot_intermission_bot($)
{
my ($bot) = @_;
busybot_cmd_bot_execute $bot, 0, ['cmd', 'wait', $timeoffset_preintermission];
busybot_cmd_bot_execute $bot, 0, ['barrier'];
if($bot->{intermission})
{
busybot_cmd_bot_execute $bot, 0, @{$bot->{intermission}};
}
busybot_cmd_bot_execute $bot, 0, ['barrier'];
$notetime = $timeoffset_postintermission - $lowestnotestart;
}
#my $busy = 0;
sub busybot_note_off_bot($$$$)
{
my ($bot, $time, $channel, $note) = @_;
#print STDERR "note off $bot:$time:$channel:$note\n";
my ($busychannel, $busynote, $cmds) = @{$bot->{busy}};
return 1
if not defined $cmds; # note off cannot fail
die "Wrong note-off?!?"
if $busychannel != $channel || $busynote ne $note;
$bot->{busy} = undef;
my $t = $time + $notetime;
my ($mintime, $maxtime, $busytime) = busybot_cmd_bot_cmdinfo @$cmds;
# perform note-off "as soon as we can"
$t = $bot->{busytimer}
if $t < $bot->{busytimer};
$t = $bot->{timer} - $mintime
if $t < $bot->{timer} - $mintime;
busybot_cmd_bot_execute $bot, $t, @$cmds;
return 1;
}
sub busybot_get_cmds_bot($$$)
{
my ($bot, $channel, $note) = @_;
my ($k0, $k1, $cmds, $cmds_off) = (undef, undef, undef, undef);
if($channel <= 0)
{
# vocals
$cmds = $bot->{vocals};
if(defined $cmds)
{
$cmds = [ map { [ map { $_ eq '%s' ? $note : $_ } @$_ ] } @$cmds ];
}
$k0 = "vocals";
$k1 = $channel;
}
elsif($channel == 10)
{
# percussion
$cmds = $bot->{percussion}->{$note};
$k0 = "percussion";
$k1 = $note;
}
else
{
# music
$cmds = $bot->{notes_on}->{$note - ($bot->{transpose} || 0) - $transpose};
$cmds_off = $bot->{notes_off}->{$note - ($bot->{transpose} || 0) - $transpose};
$k0 = "note";
$k1 = $note - ($bot->{transpose} || 0) - $transpose;
}
return ($cmds, $cmds_off, $k0, $k1);
}
sub busybot_note_on_bot($$$$$$$)
{
my ($bot, $time, $channel, $program, $note, $init, $force) = @_;
return -1 # I won't play on this channel
if defined $bot->{channels} and not $bot->{channels}->{$channel};
return -1 # I won't play this program
if defined $bot->{programs} and not $bot->{programs}->{$program};
my ($cmds, $cmds_off, $k0, $k1) = busybot_get_cmds_bot($bot, $channel, $note);
return -1 # I won't play this note
if not defined $cmds;
return 0
if $bot->{busy};
#print STDERR "note on $bot:$time:$channel:$note\n";
if($init)
{
return 0
if not busybot_cmd_bot_test $bot, $time + $notetime, $force, @$cmds;
busybot_cmd_bot_execute $bot, 0, ['cmd', 'wait', $timeoffset_preinit];
busybot_cmd_bot_execute $bot, 0, ['barrier'];
busybot_cmd_bot_execute $bot, 0, @{$bot->{init}}
if @{$bot->{init}};
busybot_cmd_bot_execute $bot, 0, ['barrier'];
for(1..$intermissions)
{
busybot_intermission_bot $bot;
}
# we always did a barrier, so we know this works
busybot_cmd_bot_execute $bot, $time + $notetime, @$cmds;
}
else
{
return 0
if not busybot_cmd_bot_test $bot, $time + $notetime, $force, @$cmds;
busybot_cmd_bot_execute $bot, $time + $notetime, @$cmds;
}
if(defined $cmds and defined $cmds_off)
{
$bot->{busy} = [$channel, $note, $cmds_off];
}
++$bot->{seen}{$k0}{$k1};
if(($bot->{lastuse} // -666) >= $time - $time_forgetfulness && $channel == $bot->{lastchannel})
{
$bot->{lastchannelsequence} += 1;
}
else
{
$bot->{lastchannelsequence} = 1;
}
$bot->{lastuse} = $time;
$bot->{lastchannel} = $channel;
# print STDERR "$time $bot->{id} $channel:$note\n"
# if $channel == 11;
return 1;
}
sub busybots_reset()
{
$busybots = Storable::dclone $busybots_orig;
@busybots_allocated = ();
%notechannelbots = ();
$transpose = 0;
$notetime = $timeoffset_postinit - $lowestnotestart;
}
sub busybot_note_off($$$)
{
my ($time, $channel, $note) = @_;
# print STDERR "note off $time:$channel:$note\n";
return 0
if $channel <= 0;
return 0
if $channel == 10;
if(my $bot = $notechannelbots{$channel}{$note})
{
busybot_note_off_bot $bot, $time, $channel, $note;
delete $notechannelbots{$channel}{$note};
return 1;
}
return 0;
}
sub botsort($$$$@)
{
my ($time, $channel, $program, $note, @bots) = @_;
return
map
{
$_->[0]
}
sort
{
$b->[1] <=> $a->[1]
or
($a->[0]->{lastuse} // -666) <=> ($b->[0]->{lastuse} // -666)
or
$a->[2] <=> $b->[2]
}
map
{
my $q = 0;
if($channel != 10) # percussion just should do round robin
{
if(($_->{lastuse} // -666) >= $time - $time_forgetfulness)
{
if($channel == $_->{lastchannel})
{
$q += $_->{lastchannelsequence};
}
else
{
# better leave this one alone
$q -= $_->{lastchannelsequence};
}
}
}
[$_, $q, rand]
}
@bots;
}
sub busybot_note_on($$$$)
{
my ($time, $channel, $program, $note) = @_;
if($notechannelbots{$channel}{$note})
{
busybot_note_off $time, $channel, $note;
}
# print STDERR "note on $time:$channel:$note\n";
my $overflow = 0;
my @epicfailbots = ();
for(botsort $time, $channel, $program, $note, @busybots_allocated)
{
my $canplay = busybot_note_on_bot $_, $time, $channel, $program, $note, 0, 0;
if($canplay > 0)
{
$notechannelbots{$channel}{$note} = $_;
return 1;
}
push @epicfailbots, $_
if $canplay == 0;
# wrong
}
my $needalloc = 0;
for(unsort keys %$busybots)
{
next if $busybots->{$_}->{count} <= 0;
my $bot = Storable::dclone $busybots->{$_};
$bot->{id} = @busybots_allocated + 1;
$bot->{classname} = $_;
my $canplay = busybot_note_on_bot $bot, $time, $channel, $program, $note, 1, 0;
if($canplay > 0)
{
if($noalloc)
{
$needalloc = 1;
}
else
{
--$busybots->{$_}->{count};
$notechannelbots{$channel}{$note} = $bot;
push @busybots_allocated, $bot;
return 1;
}
}
die "Fresh bot cannot play stuff"
if $canplay == 0;
}
if(@epicfailbots)
{
# we cannot add a new bot to play this
# we could try finding a bot that could play this, and force him to stop the note!
my @candidates = (); # contains: [$bot, $score, $offtime]
# put in all currently busy bots that COULD play this, if they did a note-off first
for my $bot(@epicfailbots)
{
next
if $busybots->{$bot->{classname}}->{count} != 0;
next
unless $bot->{busy};
my ($busy_chan, $busy_note, $busy_cmds_off) = @{$bot->{busy}};
next
unless $busy_cmds_off;
my ($cmds, $cmds_off, $k0, $k1) = busybot_get_cmds_bot $bot, $channel, $note;
next
unless $cmds;
my ($mintime, $maxtime, $busytime) = busybot_cmd_bot_cmdinfo @$cmds;
my ($mintime_off, $maxtime_off, $busytime_off) = busybot_cmd_bot_cmdinfo @$busy_cmds_off;
my $noteofftime = busybot_cmd_bot_matchtime $bot, $time + $notetime + $mintime, $time + $notetime, @$busy_cmds_off;
next
if $noteofftime < $bot->{busytimer};
next
if $noteofftime + $mintime_off < $bot->{timer};
my $score = 0;
# prefer turning off long notes
$score += 100 * ($noteofftime - $bot->{timer});
# prefer turning off low notes
$score += 1 * (-$note);
# prefer turning off notes that already play on another channel
$score += 1000 * (grep { $_ != $busy_chan && $notechannelbots{$_}{$busy_note} && $notechannelbots{$_}{$busy_note}{busy} } keys %notechannelbots);
push @candidates, [$bot, $score, $noteofftime];
}
# we found one?
if(@candidates)
{
@candidates = sort { $a->[1] <=> $b->[1] } @candidates;
my ($bot, $score, $offtime) = @{(pop @candidates)};
my $oldchan = $bot->{busy}->[0];
my $oldnote = $bot->{busy}->[1];
busybot_note_off $offtime - $notetime, $oldchan, $oldnote;
my $canplay = busybot_note_on_bot $bot, $time, $channel, $program, $note, 0, 1;
die "Canplay but not?"
if $canplay <= 0;
warn "Made $channel:$note play by stopping $oldchan:$oldnote";
$notechannelbots{$channel}{$note} = $bot;
return 1;
}
}
die "noalloc\n"
if $needalloc;
if(@epicfailbots)
{
warn "Not enough bots to play this (when playing $channel:$note)";
# for(@epicfailbots)
# {
# my $b = $_->{busy};
# warn "$_->{classname} -> @{[$b ? qq{$b->[0]:$b->[1]} : 'none']} @{[$_->{timer} - $notetime]} ($time)\n";
# }
}
else
{
warn "Note $channel:$note cannot be played by any bot";
}
return 0;
}
sub Preallocate(@)
{
my (@preallocate) = @_;
busybots_reset();
for(@preallocate)
{
die "Cannot preallocate any more $_ bots"
if $busybots->{$_}->{count} <= 0;
my $bot = Storable::dclone $busybots->{$_};
$bot->{id} = @busybots_allocated + 1;
$bot->{classname} = $_;
busybot_cmd_bot_execute $bot, 0, ['cmd', 'wait', $timeoffset_preinit];
busybot_cmd_bot_execute $bot, 0, ['barrier'];
busybot_cmd_bot_execute $bot, 0, @{$bot->{init}}
if @{$bot->{init}};
busybot_cmd_bot_execute $bot, 0, ['barrier'];
--$busybots->{$_}->{count};
push @busybots_allocated, $bot;
}
}
sub ConvertMIDI($$)
{
my ($filename, $trans) = @_;
$transpose = $trans;
my $opus = MIDI::Opus->new({from_file => $filename});
my $ticksperquarter = $opus->ticks();
my $tracks = $opus->tracks_r();
my @tempi = (); # list of start tick, time per tick pairs (calculated as seconds per quarter / ticks per quarter)
my $tick;
$tick = 0;
for($tracks->[0]->events())
{
$tick += $_->[1];
if($_->[0] eq 'set_tempo')
{
push @tempi, [$tick, $_->[2] * 0.000001 / $ticksperquarter];
}
}
my $tick2sec = sub
{
my ($tick) = @_;
my $sec = 0;
my $curtempo = [0, 0.5 / $ticksperquarter];
for(@tempi)
{
if($_->[0] < $tick)
{
# this event is in the past
# we add the full time since the last one then
$sec += ($_->[0] - $curtempo->[0]) * $curtempo->[1];
}
else
{
# if this event is in the future, we break
last;
}
$curtempo = $_;
}
$sec += ($tick - $curtempo->[0]) * $curtempo->[1];
return $sec;
};
# merge all to a single track
my @allmidievents = ();
my $sequence = 0;
for my $track(0..@$tracks-1)
{
$tick = 0;
for($tracks->[$track]->events())
{
my ($command, $delta, @data) = @$_;
$command = 'note_off' if $command eq 'note_on' and $data[2] == 0;
$tick += $delta;
push @allmidievents, [$command, $tick, $sequence++, $track, @data];
}
}
if(open my $fh, "$filename.vocals")
{
my $scale = 1;
my $shift = 0;
for(<$fh>)
{
chomp;
my ($tick, $file) = split /\s+/, $_;
if($tick eq 'scale')
{
$scale = $file;
}
elsif($tick eq 'shift')
{
$shift = $file;
}
else
{
push @allmidievents, ['note_on', $tick * $scale + $shift, $sequence++, -1, -1, $file];
push @allmidievents, ['note_off', $tick * $scale + $shift, $sequence++, -1, -1, $file];
}
}
}
# sort events
@allmidievents = sort { $a->[1] <=> $b->[1] or $a->[2] <=> $b->[2] } @allmidievents;
# find the first interesting event
my $shift = [grep { $_->[0] eq 'note_on' } @allmidievents]->[0][1];
die "No notes!"
unless defined $shift;
# shift times by first event, no boring waiting
$_->[0] = ($_->[0] < $shift ? 0 : $_->[0] - $shift) for @tempi;
$_->[1] = ($_->[1] < $shift ? 0 : $_->[1] - $shift) for @allmidievents;
# fix event list
my %midinotes = ();
my $notes_stuck = 0;
my %notes_seen = ();
my %programs = ();
my $t = 0;
my %sustain = ();
my $note_on = sub
{
my ($ev) = @_;
my $chan = $ev->[4] + 1;
++$notes_seen{$chan}{($programs{$chan} || 1)}{$ev->[5]};
if($midinotes{$chan}{$ev->[5]})
{
--$notes_stuck;
busybot_note_off($t - SYS_TICRATE - 0.001, $chan, $ev->[5]);
}
busybot_note_on($t, $chan, $programs{$chan} || 1, $ev->[5]);
++$notes_stuck;
$midinotes{$chan}{$ev->[5]} = 1;
};
my $note_off = sub
{
my ($ev) = @_;
my $chan = $ev->[4] + 1;
if(exists $sustain{$chan})
{
push @{$sustain{$chan}}, $ev;
return;
}
if($midinotes{$chan}{$ev->[5]})
{
--$notes_stuck;
busybot_note_off($t - SYS_TICRATE - 0.001, $chan, $ev->[5]);
}
$midinotes{$chan}{$ev->[5]} = 0;
};
my $patch_change = sub
{
my ($ev) = @_;
my $chan = $ev->[4] + 1;
my $program = $ev->[5] + 1;
$programs{$chan} = $program;
};
my $sustain_change = sub
{
my ($ev) = @_;
my $chan = $ev->[4] + 1;
if($ev->[6] == 0)
{
# release all currently not pressed notes
my $s = $sustain{$chan};
delete $sustain{$chan};
for(@{($s || [])})
{
$note_off->($_);
}
}
else
{
# no more note-off
$sustain{$chan} = [];
}
};
for(@allmidievents)
{
$t = $tick2sec->($_->[1]);
# my $track = $_->[3];
if($_->[0] eq 'note_on')
{
$note_on->($_);
}
elsif($_->[0] eq 'note_off')
{
$note_off->($_);
}
elsif($_->[0] eq 'patch_change')
{
$patch_change->($_);
}
elsif($_->[0] eq 'control_change' && $_->[5] == 64) # sustain pedal
{
$sustain_change->($_);
}
}
# fake events for releasing pedal
for(keys %sustain)
{
$sustain_change->(['control_change', $t, undef, undef, $_ - 1, 64, 0]);
}
print STDERR "For file $filename:\n";
print STDERR " Stuck notes: $notes_stuck\n";
for my $testtranspose(-127..127)
{
my $toohigh = 0;
my $toolow = 0;
my $good = 0;
for my $channel(sort keys %notes_seen)
{
next if $channel == 10 or $channel < 0;
for my $program(sort keys %{$notes_seen{$channel}})
{
for my $note(sort keys %{$notes_seen{$channel}{$program}})
{
my $cnt = $notes_seen{$channel}{$program}{$note};
my $votehigh = 0;
my $votelow = 0;
my $votegood = 0;
for(@busybots_allocated, grep { $_->{count} > 0 } values %$busybots)
{
next # I won't play on this channel
if defined $_->{channels} and not $_->{channels}->{$channel};
next # I won't play this program
if defined $_->{programs} and not $_->{programs}->{$program};
my $transposed = $note - ($_->{transpose} || 0) - $testtranspose;
if(exists $_->{notes_on}{$transposed})
{
++$votegood;
}
else
{
++$votehigh if $transposed >= 0;
++$votelow if $transposed < 0;
}
}
if($votegood)
{
$good += $cnt;
}
elsif($votelow >= $votehigh)
{
$toolow += $cnt;
}
else
{
$toohigh += $cnt;
}
}
}
}
next if !$toohigh != !$toolow;
print STDERR " Transpose $testtranspose: $toohigh too high, $toolow too low, $good good\n";
}
for my $program(sort keys %{$notes_seen{10}})
{
for my $note(sort keys %{$notes_seen{10}{$program}})
{
my $cnt = $notes_seen{10}{$program}{$note};
my $votegood = 0;
for(@busybots_allocated)
{
next # I won't play on this channel
if defined $_->{channels} and not $_->{channels}->{10};
next # I won't play this program
if defined $_->{programs} and not $_->{programs}->{$program};
if(exists $_->{percussion}{$note})
{
++$votegood;
}
}
if(!$votegood)
{
print STDERR "Failed percussion $note ($cnt times)\n";
}
}
}
while(my ($k1, $v1) = each %midinotes)
{
while(my ($k2, $v2) = each %$v1)
{
busybot_note_off($t, $k1, $k2);
}
}
for(@busybots_allocated)
{
busybot_intermission_bot $_;
}
++$intermissions;
}
sub Deallocate()
{
print STDERR "Bots allocated:\n";
my %notehash;
my %counthash;
for(@busybots_allocated)
{
print STDERR "$_->{id} is a $_->{classname}\n";
++$counthash{$_->{classname}};
while(my ($type, $notehash) = each %{$_->{seen}})
{
while(my ($k, $v) = each %$notehash)
{
$notehash{$_->{classname}}{$type}{$k} += $v;
}
}
}
for my $cn(sort keys %counthash)
{
print STDERR "$counthash{$cn} bots of $cn have played:\n";
for my $type(sort keys %{$notehash{$cn}})
{
for my $note(sort { $a <=> $b } keys %{$notehash{$cn}{$type}})
{
my $cnt = $notehash{$cn}{$type}{$note};
print STDERR " $type $note ($cnt times)\n";
}
}
}
for(@busybots_allocated)
{
busybot_cmd_bot_execute $_, 0, ['cmd', 'wait', $timeoffset_predone];
busybot_cmd_bot_execute $_, 0, ['barrier'];
if($_->{done})
{
busybot_cmd_bot_execute $_, 0, @{$_->{done}};
}
busybot_cmd_bot_execute $_, 0, ['cmd', 'wait', $timeoffset_postdone];
busybot_cmd_bot_execute $_, 0, ['barrier'];
}
}
my @preallocate = ();
$noalloc = 0;
for(;;)
{
$commands = "";
eval
{
Preallocate(@preallocate);
my @l = @midilist;
while(@l)
{
my $filename = shift @l;
my $transpose = shift @l;
ConvertMIDI($filename, $transpose);
}
Deallocate();
my @preallocate_new = map { $_->{classname} } @busybots_allocated;
if(@preallocate_new == @preallocate)
{
print "sv_cmd bot_cmd reset\n";
print "sv_cmd bot_cmd setbots @{[scalar @preallocate_new]}\n";
print "$precommands$commands";
exit 0;
}
@preallocate = @preallocate_new;
$noalloc = 1;
1;
} or do {
die "$@"
unless $@ eq "noalloc\n";
};
}