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rwxrob-dot/scripts/fishies
rwxrob e4c8ec036d Install make as dep
2022-06-17 20:28:45 +00:00

1501 lines
28 KiB
Perl
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#!/usr/bin/env perl
#`which keyoff` and `keyoff`;
sub handle {
exit(0);
}
$SIG{"TERM"} = \&handle;
$SIG{"INT"} = \&handle;
#
# BUT FIRST:
# Keep in mind that you probably have to install libcurses-perl
# and Term::Animation from CPAN for this to work:
#
# sudo apt install libcurses-perl make
# sudo cpan -I Term::Animation
#
# Special thanks to @UndeadLeech for adding the transparency. This is
# the *only* fish/asciiquarium without the default black background.
#
# Thanks to @qmacro for putting rwx into a special fishy.
#
#############################################################################
# Asciiquarium - An aquarium animation in ASCII art
#
# This program displays an aquarium/sea animation using ASCII art.
# It requires the module Term::Animation, which requires Curses. You
# can get both modules from http://search.cpan.org. Asciiquarium will
# only run on platforms with a curses library, so Windows is not supported.
#
# The current version of this program is available at:
#
# http://robobunny.com/projects/asciiquarium
#
#############################################################################
# Author:
# Kirk Baucom <kbaucom@schizoid.com>
#
# Contributors:
# Joan Stark: http://www.geocities.com/SoHo/7373/
# most of the ASCII art
#
# License:
#
# Copyright (C) 2013 Kirk Baucom (kbaucom@schizoid.com)
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License along
# with this program; if not, write to the Free Software Foundation, Inc.,
# 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
#############################################################################
use Term::Animation 2.0;
use Term::Animation::Entity;
use Data::Dumper;
use Curses;
use strict;
use warnings;
my $version = "1.1";
my @random_objects = init_random_objects();
# the Z depth at which certain items occur
my %depth = (
# no gui yet
guiText => 0,
gui => 1,
# under water
shark => 2,
fish_start => 3,
fish_end => 20,
seaweed => 21,
castle => 22,
# waterline
water_line3 => 2,
water_gap3 => 3,
water_line2 => 4,
water_gap2 => 5,
water_line1 => 6,
water_gap1 => 7,
water_line0 => 8,
water_gap0 => 9,
);
main();
####################### MAIN #######################
sub main {
my $anim = Term::Animation->new();
# set the wait time for getch
halfdelay(1);
#nodelay(1);
$anim->color(1);
use_default_colors();
my $cid = 1;
for my $f ('WHITE', 'RED', 'GREEN', 'BLUE', 'CYAN', 'MAGENTA', 'YELLOW', 'BLACK') {
init_pair($cid, eval "Curses::COLOR_$f", -1);
$cid++;
}
my $start_time = time;
my $paused = 0;
while(1) {
add_environment($anim);
add_castle($anim);
add_all_seaweed($anim);
add_all_fish($anim);
random_object(undef, $anim);
$anim->redraw_screen();
my $nexttime = 0;
while(1) {
my $in = getch();
if ( $in eq 'q' ) { quit(); } # Exit
elsif( $in eq 'r' || $in eq KEY_RESIZE()) { last; } # Redraw (will recreate all objects)
elsif( $in eq 'p' ) { $paused = !$paused; }
$anim->animate() unless($paused);
}
$anim->update_term_size();
$anim->remove_all_entities();
}
}
sub add_environment {
my ($anim) = @_;
my @water_line_segment = (
q{~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~},
q{^^^^ ^^^ ^^^ ^^^ ^^^^ },
q{^^^^ ^^^^ ^^^ ^^ },
q{^^ ^^^^ ^^^ ^^^^^^ }
);
# tile the segments so they stretch across the screen
my $segment_size = length($water_line_segment[0]);
my $segment_repeat = int($anim->width()/$segment_size) + 1;
foreach my $i (0..$#water_line_segment) {
$water_line_segment[$i] = $water_line_segment[$i]x$segment_repeat;
}
foreach my $i (0..$#water_line_segment) {
$anim->new_entity(
name => "water_seg_$i",
type => "waterline",
shape => $water_line_segment[$i],
position => [ 0, $i+5, $depth{'water_line' . $i} ],
default_color => 'cyan',
depth => 22,
physical => 1,
);
}
}
sub add_castle {
my ($anim) = @_;
my $castle_image = q{
T~~
|
/^\
/ \
_ _ _ / \ _ _ _
[ ]_[ ]_[ ]/ _ _ \[ ]_[ ]_[ ]
|_=__-_ =_|_[ ]_[ ]_|_=-___-__|
| _- = | =_ = _ |= _= |
|= -[] |- = _ = |_-=_[] |
| =_ |= - ___ | =_ = |
|= []- |- /| |\ |=_ =[] |
|- =_ | =| | | | |- = - |
|_______|__|_|_|_|__|_______|
};
my $castle_mask = q{
RR
yyy
y y
y y
y y
yyy
yy yy
y y y y
yyyyyyy
};
$anim->new_entity(
name => "castle",
shape => $castle_image,
color => $castle_mask,
position => [ $anim->width()-32, $anim->height()-13, $depth{'castle'} ],
default_color => 'BLACK',
);
}
sub add_all_seaweed {
my ($anim) = @_;
# figure out how many seaweed to add by the width of the screen
my $seaweed_count = int($anim->width() / 15);
for (1..$seaweed_count) {
add_seaweed(undef, $anim);
}
}
sub add_seaweed {
my ($old_seaweed, $anim) = @_;
my @seaweed_image = ('','');
my $height = int(rand(4)) + 3;
for my $i (1..$height) {
my $left_side = $i%2;
my $right_side = !$left_side;
$seaweed_image[$left_side] .= "(\n";
$seaweed_image[$right_side] .= " )\n";
}
my $x = int(rand($anim->width()-2)) + 1;
my $y = $anim->height() - $height;
my $anim_speed = rand(.05) + .25;
$anim->new_entity(
name => 'seaweed' . rand(1),
shape => \@seaweed_image,
position => [ $x, $y, $depth{'seaweed'} ],
callback_args => [ 0, 0, 0, $anim_speed ],
die_time => time() + int(rand(4*60)) + (8*60), # seaweed lives for 8 to 12 minutes
death_cb => \&add_seaweed,
default_color => 'green',
);
}
# add an air bubble to a fish
sub add_bubble {
my ($fish, $anim) = @_;
my $cb_args = $fish->callback_args();
my @fish_size = $fish->size();
my @fish_pos = $fish->position();
my @bubble_pos = @fish_pos;
# moving right
if($cb_args->[0] > 0) {
$bubble_pos[0] += $fish_size[0];
}
$bubble_pos[1] += int($fish_size[1] / 2);
# bubble always goes on top of the fish
$bubble_pos[2]--;
$anim->new_entity(
shape => [ '.', 'o', 'O', 'O', 'O' ],
type => 'bubble',
position => \@bubble_pos,
callback_args => [ 0, -1, 0, .1 ],
die_offscreen => 1,
physical => 1,
coll_handler => \&bubble_collision,
default_color => 'CYAN',
);
}
sub bubble_collision {
my ($bubble, $anim) = @_;
my $collisions = $bubble->collisions();
foreach my $col_obj (@{$collisions}) {
if($col_obj->type eq 'waterline') {
$bubble->kill();
last;
}
}
}
sub add_all_fish {
my ($anim) = @_;
# figure out how many fish to add by the size of the screen,
# minus the stuff above the water
my $screen_size = ($anim->height() - 9) * $anim->width();
my $fish_count = int($screen_size / 350);
for (1..$fish_count) {
add_fish(undef, $anim);
}
}
sub add_fish {
my ($old_fish, $anim) = @_;
my @fish_image = (
q{
\
...\..,
\ /' \
>= rwx( ' >
/ \ / /
`"'"'/''
},
q{
2
1112111
6 11 1
66 7777 4 5
6 1 3 1
11111311
},
q{
/
,../...
/ '\ /
< ' )rwx =<
\ \ / \
`'\'"'"'
},
q{
2
1112111
1 11 6
5 4 7777 66
1 3 1 6
11311111
},
q{
\
\ /--\
>= (o>
/ \__/
/
},
q{
2
6 1111
66 745
6 1111
3
},
q{
/
/--\ /
<o) =<
\__/ \
\
},
q{
2
1111 6
547 66
1111 6
3
},
q{
\:.
\;, ,;\\\\\,,
\\\\\;;:::::::o
///;;::::::::<
/;` ``/////``
},
q{
222
666 1122211
6661111111114
66611111111115
666 113333311
},
q{
.:/
,,///;, ,;/
o:::::::;;///
>::::::::;;\\\\\
''\\\\\\\\\'' ';\
},
q{
222
1122211 666
4111111111666
51111111111666
113333311 666
},
q{
__
><_'>
'
},
q{
11
61145
3
},
q{
__
<'_><
`
},
q{
11
54116
3
},
q{
..\,
>=' ('>
'''/''
},
q{
1121
661 745
111311
},
q{
,/..
<') `=<
``\```
},
q{
1211
547 166
113111
},
q{
\
/ \
>=_('>
\_/
/
},
q{
2
1 1
661745
111
3
},
q{
/
/ \
<')_=<
\_/
\
},
q{
2
1 1
547166
111
3
},
q{
,\
>=('>
'/
},
q{
12
66745
13
},
q{
/,
<')=<
\`
},
q{
21
54766
31
},
q{
__
\/ o\
/\__/
},
q{
11
61 41
61111
},
q{
__
/o \/
\__/\
},
q{
11
14 16
11116
},
);
# 1: body
# 2: dorsal fin
# 3: flippers
# 4: eye
# 5: mouth
# 6: tailfin
# 7: gills
my @colors = ('c','C','r','R','y','Y','b','B','g','G','m','M');
my $fish_num = int(rand($#fish_image/2));
my $fish_index = $fish_num * 2;
my $speed = rand(2) + .25;
my $depth = int(rand($depth{'fish_end'} - $depth{'fish_start'})) + $depth{'fish_start'};
my $color_mask = $fish_image[$fish_index+1];
$color_mask =~ s/4/W/gm;
$color_mask = rand_color($color_mask);
if($fish_num % 2) {
$speed *= -1;
}
my $fish_object = Term::Animation::Entity->new(
type => 'fish',
shape => $fish_image[$fish_index],
auto_trans => 1,
color => $color_mask,
position => [ 0, 0, $depth ],
callback => \&fish_callback,
callback_args => [ $speed, 0, 0 ],
die_offscreen => 1,
death_cb => \&add_fish,
physical => 1,
coll_handler => \&fish_collision,
);
my $max_height = 9;
my $min_height = $anim->height() - $fish_object->{'HEIGHT'};
$fish_object->{'Y'} = int(rand($min_height - $max_height)) + $max_height;
if($fish_num % 2) {
$fish_object->{'X'} = $anim->width()-2;
} else {
$fish_object->{'X'} = 1 - $fish_object->{'WIDTH'};
}
$anim->add_entity($fish_object);
}
sub fish_callback {
my ($fish, $anim) = @_;
if(int(rand(100)) > 97) {
add_bubble($fish, $anim);
}
return $fish->move_entity($anim);
}
sub fish_collision {
my ($fish, $anim) = @_;
my $collisions = $fish->collisions();
foreach my $col_obj (@{$collisions}) {
if($col_obj->type eq 'teeth') {
add_splat($anim, $col_obj->position());
$fish->kill();
last;
} elsif($col_obj->type eq 'hook_point') {
retract($col_obj);
retract($fish);
# get the hook and line
my $hook = $anim->get_entities_of_type('fishhook')->[0];
my $line = $anim->get_entities_of_type('fishline')->[0];
retract($anim->entity($hook));
retract($anim->entity($line));
last;
}
}
}
sub add_splat {
my ($anim, $x, $y, $z) = @_;
my @splat_image = (
q#
.
***
'
#,
q#
",*;`
"*,**
*"'~'
#,
q#
, ,
" ","'
*" *'"
" ; .
#,
q#
* ' , ' `
' ` * . '
' `' ",'
* ' " * .
" * ', '
#,
);
$anim->new_entity(
shape => \@splat_image,
position => [ $x - 4, $y - 2, $z-2 ],
default_color => 'RED',
callback_args => [ 0, 0, 0, .25 ],
transparent => ' ',
die_frame => 15,
);
}
sub add_shark {
my ($old_ent, $anim) = @_;
my @shark_image = (
q#
__
( `\
,??????????????????????????) `\
;' `.????????????????????????( `\__
; `.?????????????__..---'' `~~~~-._
`. `.____...--'' (b `--._
> _.-' .(( ._ )
.`.-`--...__ .-' -.___.....-(|/|/|/|/'
;.'?????????`. ...----`.___.',,,_______......---'
'???????????'-'
#,
q#
__
/' )
/' (??????????????????????????,
__/' )????????????????????????.' `;
_.-~~~~' ``---..__?????????????.' ;
_.--' b) ``--...____.' .'
( _. )). `-._ <
`\|\|\|\|)-.....___.- `-. __...--'-.'.
`---......_______,,,`.___.'----... .'?????????`.;
`-`???????????`
#,
);
my @shark_mask = (
q#
cR
cWWWWWWWW
#,
q#
Rc
WWWWWWWWc
#,
);
my $dir = int(rand(2));
my $x = -53;
my $y = int(rand($anim->height() - (10 + 9))) + 9;
my $teeth_x = -9;
my $teeth_y = $y + 7;
my $speed = 2;
if($dir) {
$speed *= -1;
$x = $anim->width()-2;
$teeth_x = $x + 9;
}
$anim->new_entity(
type => 'teeth',
shape => "*",
position => [ $teeth_x, $teeth_y, $depth{'shark'}+1 ],
depth => $depth{'fish_end'} - $depth{'fish_start'},
callback_args => [ $speed, 0, 0 ],
physical => 1,
);
$anim->new_entity(
type => "shark",
color => $shark_mask[$dir],
shape => $shark_image[$dir],
auto_trans => 1,
position => [ $x, $y, $depth{'shark'} ],
default_color => 'WHITE',
callback_args => [ $speed, 0, 0 ],
die_offscreen => 1,
death_cb => sub { group_death(@_, 'teeth') },
default_color => 'CYAN',
);
}
# when a shark dies, kill the "teeth" too, the associated
# entity that does the actual collision
sub group_death {
my ($entity, $anim, @bound_types) = @_;
foreach my $type (@bound_types) {
my $bound_entities = $anim->get_entities_of_type($type);
foreach my $obj (@{$bound_entities}) {
$anim->del_entity($obj);
}
}
random_object($entity, $anim);
}
# pull the fishhook, line and whatever got caught back
# to the surface
sub retract {
my ($entity) = @_;
$entity->physical(0);
if($entity->type eq 'fish') {
my @pos = $entity->position();
$pos[2] = $depth{'water_gap2'};
$entity->position( @pos );
$entity->callback( \&fishhook_cb );
} else {
$entity->callback_args( 'hooked' );
}
}
# move the fishhook
sub fishhook_cb {
my ($entity, $anim) = @_;
my @pos = $entity->position;
# this means we hooked something, reel it in
if(defined($entity->callback_args())) {
$pos[1]--;
# otherwise, just lower until we reach 1/4 from the bottom
} else {
if( ( $pos[1] + $entity->height) < $anim->height * .75) {
$pos[1]++;
}
}
return @pos;
}
sub add_fishhook {
my ($old_ent, $anim) = @_;
my $hook_image =
q{
o
||
||
/ \ ||
\__//
`--'
};
my $point_image =
q{
.
\
};
my $line_image = "|\n"x50 . " \n"x6;
my $x = 10 + ( int(rand($anim->width() - 20)) );
my $y = -4;
my $point_x = $x + 1;
my $point_y = $y + 2;
$anim->new_entity(
type => 'fishline',
shape => $line_image,
position => [ $x + 7, $y - 50, $depth{'water_line1'} ],
auto_trans => 1,
callback_args => undef,
callback => \&fishhook_cb,
);
$anim->new_entity(
type => 'fishhook',
shape => $hook_image,
trans_char => ' ',
position => [ $x, $y, $depth{'water_line1'} ],
auto_trans => 1,
die_offscreen => 1,
death_cb => sub { group_death(@_, 'teeth', 'fishline') },
default_color => 'GREEN',
callback_args => undef,
callback => \&fishhook_cb,
);
$anim->new_entity(
type => 'hook_point',
shape => $point_image,
position => [ $point_x, $point_y, $depth{'shark'}+1 ],
depth => $depth{'fish_end'} - $depth{'fish_start'},
callback_args => undef,
physical => 1,
default_color => 'GREEN',
callback => \&fishhook_cb,
);
}
sub add_ship {
my ($old_ent, $anim) = @_;
my @ship_image = (
q{
| | |
)_) )_) )_)
)___))___))___)\
)____)____)_____)\\\
_____|____|____|____\\\\\__
\ /
},
q{
| | |
(_( (_( (_(
/(___((___((___(
//(_____(____(____(
__///____|____|____|_____
\ /
});
my @ship_mask = (
q{
y y y
w
ww
yyyyyyyyyyyyyyyyyyyywwwyy
y y
},
q{
y y y
w
ww
yywwwyyyyyyyyyyyyyyyyyyyy
y y
});
my $dir = int(rand(2));
my $x = -24;
my $speed = 1;
if($dir) {
$speed *= -1;
$x = $anim->width()-2;
}
$anim->new_entity(
color => $ship_mask[$dir],
shape => $ship_image[$dir],
auto_trans => 1,
position => [ $x, 0, $depth{'water_gap1'} ],
default_color => 'WHITE',
callback_args => [ $speed, 0, 0 ],
die_offscreen => 1,
death_cb => \&random_object,
);
}
sub add_whale {
my ($old_ent, $anim) = @_;
my @whale_image = (
q{
.-----:
.' `.
,????/ (o) \
\`._/ ,__)
},
q{
:-----.
.' `.
/ (o) \????,
(__, \_.'/
});
my @whale_mask = (
q{
C C
CCCCCCC
C C C
BBBBBBB
BB BB
B B BWB B
BBBBB BBBB
},
q{
C C
CCCCCCC
C C C
BBBBBBB
BB BB
B BWB B B
BBBB BBBBB
}
);
my @water_spout = (
q{
:
},q{
:
:
},q{
. .
-:-
:
},q{
. .
.-:-.
:
},q{
. .
'.-:-.`
' : '
},q{
.- -.
; : ;
},q{
; ;
});
my $dir = int(rand(2));
my $x;
my $speed = 1;
my $spout_align;
my @whale_anim;
my @whale_anim_mask;
if($dir) {
$spout_align = 1;
$speed *= -1;
$x = $anim->width()-2;
} else {
$spout_align = 11;
$x = -18;
}
# no water spout
for (1..5) {
push(@whale_anim, "\n\n\n" . $whale_image[$dir]);
push(@whale_anim_mask, $whale_mask[$dir]);
}
# animate water spout
foreach my $spout_frame (@water_spout) {
my $whale_frame = $whale_image[$dir];
my $aligned_spout_frame;
$aligned_spout_frame = join("\n" . ' 'x$spout_align, split("\n", $spout_frame));
$whale_frame = $aligned_spout_frame . $whale_image[$dir];
push(@whale_anim, $whale_frame);
push(@whale_anim_mask, $whale_mask[$dir]);
}
$anim->new_entity(
color => \@whale_anim_mask,
shape => \@whale_anim,
auto_trans => 1,
position => [ $x, 0, $depth{'water_gap2'} ],
default_color => 'WHITE',
callback_args => [ $speed, 0, 0, 1 ],
die_offscreen => 1,
death_cb => \&random_object,
);
}
sub add_monster {
my ($old_ent, $anim) = @_;
my @monster_image = (
[
q{
____
__??????????????????????????????????????????/ o \
/ \????????_?????????????????????_???????/ ____ >
_??????| __ |?????/ \????????_????????/ \????| |
| \?????| || |????| |?????/ \?????| |???| |
},q{
____
__?????????/ o \
_?????????????????????_???????/ \?????/ ____ >
_???????/ \????????_????????/ \????| __ |???| |
| \?????| |?????/ \?????| |???| || |???| |
},q{
____
__????????????????????/ o \
_??????????????????????_???????/ \????????_???????/ ____ >
| \??????????_????????/ \????| __ |?????/ \????| |
\ \???????/ \?????| |???| || |????| |???| |
},q{
____
__???????????????????????????????/ o \
_??????????_???????/ \????????_??????????????????/ ____ >
| \???????/ \????| __ |?????/ \????????_??????| |
\ \?????| |???| || |????| |?????/ \????| |
}
],[
q{
____
/ o \??????????????????????????????????????????__
< ____ \???????_?????????????????????_????????/ \
| |????/ \????????_????????/ \?????| __ |??????_
| |???| |?????/ \?????| |????| || |?????/ |
},q{
____
/ o \?????????__
< ____ \?????/ \???????_?????????????????????_
| |???| __ |????/ \????????_????????/ \???????_
| |???| || |???| |?????/ \?????| |?????/ |
},q{
____
/ o \????????????????????__
< ____ \???????_????????/ \???????_??????????????????????_
| |????/ \?????| __ |????/ \????????_??????????/ |
| |???| |????| || |???| |?????/ \???????/ /
},q{
____
/ o \???????????????????????????????__
< ____ \??????????????????_????????/ \???????_??????????_
| |??????_????????/ \?????| __ |????/ \???????/ |
| |????/ \?????| |????| || |???| |?????/ /
}
]);
my @monster_mask = (
q{
W
},q{
W
});
my $dir = int(rand(2));
my $x;
my $speed = 2;
if($dir) {
$speed *= -1;
$x = $anim->width()-2;
} else {
$x = -64
}
my @monster_anim_mask;
for(1..4) { push(@monster_anim_mask, $monster_mask[$dir]); }
$anim->new_entity(
shape => $monster_image[$dir],
auto_trans => 1,
color => \@monster_anim_mask,
position => [ $x, 2, $depth{'water_gap2'} ],
callback_args => [ $speed, 0, 0, .25 ],
death_cb => \&random_object,
die_offscreen => 1,
default_color => 'GREEN',
);
}
sub add_big_fish {
my ($old_ent, $anim) = @_;
my @big_fish_image = (
q{
______
`""-. `````-----.....__
`. . . `-.
: . . `.
, : . . _ :
: `. : (@) `._
`. `..' . =`-. .__)
; . = ~ : .-"
.' .'`. . . =.-' `._ .'
: .' : . .'
' .' . . . .-'
.'____....----''.'=.'
"" .'.'
''"'`
},q{
______
__.....-----''''' .-""'
.-' . . .'
.' . . :
: _ . . : ,
_.' (@) : .' :
(__. .-'= . `..' .'
"-. : ~ = . ;
`. _.' `-.= . . .'`. `.
`. . : `. :
`-. . . . `. `
`.=`.``----....____`.
`.`. ""
'`"``
});
my @big_fish_mask = (
q{
111111
11111 11111111111111111
11 2 2 111
1 2 2 11
1 1 2 2 1 1
1 11 1 1W1 111
11 1111 2 1111 1111
1 2 1 1 1 111
11 1111 2 2 1111 111 11
1 11 1 2 11
1 11 2 2 2 111
111111111111111111111
11 1111
11111
},q{
111111
11111111111111111 11111
111 2 2 11
11 2 2 1
1 1 2 2 1 1
111 1W1 1 11 1
1111 1111 2 1111 11
111 1 1 1 2 1
11 111 1111 2 2 1111 11
11 2 1 11 1
111 2 2 2 11 1
111111111111111111111
1111 11
11111
});
my $dir = int(rand(2));
my $x;
my $speed = 3;
if($dir) {
$x = $anim->width()-1;
$speed *= -1;
} else {
$x = -34;
}
my $max_height = 9;
my $min_height = $anim->height() - 15;
my $y = int(rand($min_height - $max_height)) + $max_height;
my $color_mask = rand_color($big_fish_mask[$dir]);
$anim->new_entity(
shape => $big_fish_image[$dir],
auto_trans => 1,
color => $color_mask,
position => [ $x, $y, $depth{'shark'} ],
callback_args => [ $speed, 0, 0 ],
death_cb => \&random_object,
die_offscreen => 1,
default_color => 'YELLOW',
);
}
sub add_ducks {
my ($old_ent, $anim) = @_;
my @duck_image = (
[
q{
_??????????_??????????_
,____(')=??,____(')=??,____(')<
\~~= ')????\~~= ')????\~~= ')
},q{
_??????????_??????????_
,____(')=??,____(')<??,____(')=
\~~= ')????\~~= ')????\~~= ')
},q{
_??????????_??????????_
,____(')<??,____(')=??,____(')=
\~~= ')????\~~= ')????\~~= ')
}
],[
q{
_??????????_??????????_
>(')____,??=(')____,??=(')____,
(` =~~/????(` =~~/????(` =~~/
},q{
_??????????_??????????_
=(')____,??>(')____,??=(')____,
(` =~~/????(` =~~/????(` =~~/
},q{
_??????????_??????????_
=(')____,??=(')____,??>(')____,
(` =~~/????(` =~~/????(` =~~/
}
]
);
my @duck_mask = (
q{
g g g
wwwwwgcgy wwwwwgcgy wwwwwgcgy
wwww Ww wwww Ww wwww Ww
},q{
g g g
ygcgwwwww ygcgwwwww ygcgwwwww
wW wwww wW wwww wW wwww
});
my $dir = int(rand(2));
my $x;
my $speed = 1;
if($dir) {
$speed *= -1;
$x = $anim->width()-2;
} else {
$x = -30
}
$anim->new_entity(
shape => $duck_image[$dir],
auto_trans => 1,
color => $duck_mask[$dir],
position => [ $x, 5, $depth{'water_gap3'} ],
callback_args => [ $speed, 0, 0, .25 ],
death_cb => \&random_object,
die_offscreen => 1,
default_color => 'WHITE',
);
}
sub add_dolphins {
my ($old_ent, $anim) = @_;
my @dolphin_image = (
[
q{
,
__)\_
(\_.-' a`-.
(/~~````(/~^^`
},q{
,
(\__ __)\_
(/~.'' a`-.
````\)~^^`
}
],[
q{
,
_/(__
.-'a `-._/)
'^^~\)''''~~\)
},q{
,
_/(__ __/)
.-'a ``.~\)
'^^~(/''''
}
]
);
my @dolphin_mask = (
q{
W
},q{
W
});
my $dir = int(rand(2));
my $x;
my $speed = 1;
my $distance = 15; # how far apart the dolphins are
# right to left
if($dir) {
$speed *= -1;
$distance *= -1;
$x = $anim->width()-2;
# left to right
} else {
$x = -13
}
my $up = [$speed,-.5,0,.5];
my $down = [$speed,.5,0,.5];
my $glide = [$speed,0,0,.5];
my @path;
for(1..14) { push(@path, $up); }
for(1..2) { push(@path, $glide); }
for(1..14) { push(@path, $down); }
for(1..6) { push(@path, $glide); }
my $dolphin3 = $anim->new_entity(
shape => $dolphin_image[$dir],
auto_trans => 1,
color => $dolphin_mask[$dir],
position => [ $x - ($distance * 2), 8, $depth{'water_gap3'} ],
callback_args => [ 0, [@path] ],
death_cb => \&random_object,
die_offscreen => 0,
default_color => 'blue',
);
my $dolphin2 = $anim->new_entity(
shape => $dolphin_image[$dir],
auto_trans => 1,
color => $dolphin_mask[$dir],
position => [ $x - $distance, 2, $depth{'water_gap3'} ],
callback_args => [ 12, [@path] ],
die_offscreen => 0,
default_color => 'BLUE',
);
my $dolphin1 = $anim->new_entity(
shape => $dolphin_image[$dir],
auto_trans => 1,
color => $dolphin_mask[$dir],
position => [ $x, 5, $depth{'water_gap3'} ],
callback_args => [ 24, [@path] ],
# have the lead dolphin tell the others to die offscreen, since they start offscreen
death_cb => sub{ $dolphin2->die_offscreen(1); $dolphin3->die_offscreen(1) },
die_offscreen => 1,
default_color => 'CYAN',
);
}
sub add_swan {
my ($old_ent, $anim) = @_;
my @swan_image = (
[
q{
___
,_ / _,\
| \ \( \|
| \_ \\\
(_ \_) \
(\_ ` \
\ -=~ /
}
],[
q{
___
/,_ \ _,
|/ )/ / |
// _/ |
/ ( / _)
/ ` _/)
\ ~=- /
}
]
);
my @swan_mask = (
q{
g
yy
},q{
g
yy
});
my $dir = int(rand(2));
my $x;
my $speed = 1;
if($dir) {
$speed *= -1;
$x = $anim->width()-2;
} else {
$x = -10
}
$anim->new_entity(
shape => $swan_image[$dir],
auto_trans => 1,
color => $swan_mask[$dir],
position => [ $x, 1, $depth{'water_gap3'} ],
callback_args => [ $speed, 0, 0, .25 ],
death_cb => \&random_object,
die_offscreen => 1,
default_color => 'WHITE',
);
}
sub init_random_objects {
return (
\&add_ship,
\&add_whale,
\&add_monster,
\&add_big_fish,
\&add_shark,
\&add_fishhook,
\&add_swan,
\&add_ducks,
\&add_dolphins,
);
}
# add one of the random objects to the screen
sub random_object {
my ($dead_object, $anim) = @_;
my $sub = int(rand(scalar(@random_objects)));
$random_objects[$sub]->($dead_object, $anim);
}
sub dprint {
open(D, ">>", "debug");
print D @_, "\n";
close(D);
}
sub sighandler {
my ($sig) = @_;
if($sig eq 'INT') { quit(); }
elsif($sig eq 'WINCH') {
# ignore SIGWINCH, only redraw when requested
}
else { quit("Exiting with SIG$sig"); }
}
sub quit {
my ($mesg) = @_;
print STDERR $mesg, "\n" if(defined($mesg));
exit;
}
sub initialize {
# this may be paranoid, but i don't want to leave
# the user's terminal in a state that they might not
# know how to fix if we die badly
foreach my $sig (keys %SIG) {
$SIG{$sig} = 'sighandler' unless(defined($SIG{$sig}));
}
}
sub center {
my ($width, $mesg) = @_;
my $l = length($mesg);
if($l < $width) {
return ' 'x(int(($width - length($mesg))/2)) . $mesg;
}
elsif($l > $width) {
return(substr($mesg, 0, ($width - ($l + 3))) . "...");
}
else {
return $mesg;
}
}
sub rand_color {
my ($color_mask) = @_;
my @colors = ('c','C','r','R','y','Y','b','B','g','G','m','M');
foreach my $i (1..9) {
my $color = $colors[int(rand($#colors))];
$color_mask =~ s/$i/$color/gm;
}
return $color_mask;
}
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