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Frontend.pm
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Frontend.pm
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package Games::Construder::Client::Frontend;
use common::sense;
use Carp;
use SDL;
use SDLx::App;
use SDL::Mouse;
use SDL::Video;
use SDL::Events;
use SDLx::Sound;
use SDL::Image;
use SDL::Event;
use OpenGL qw(:all);
use OpenGL::List;
use AnyEvent;
use Math::Trig qw/deg2rad rad2deg pi tan atan/;
use Time::HiRes qw/time/;
use POSIX qw/floor/;
use Games::Construder;
use Games::Construder::Vector;
use Games::Construder::Client::World;
use Games::Construder::Client::Resources;
use Games::Construder::UI;
use Games::Construder::Client::UI;
use base qw/Object::Event/;
=head1 NAME
Games::Construder::Client::Frontend - desc
=head1 SYNOPSIS
=head1 DESCRIPTION
=head1 METHODS
=over 4
=item my $obj = Games::Construder::Client::Frontend->new (%args)
=cut
my ($WIDTH, $HEIGHT) = (800, 600);
my $DEPTH = 24;
my $UPDATE_P_FRAME = 25;
my $PL_HEIGHT = 1.3;
my $PL_RAD = 0.3;
my $PL_VIS_RAD = 3;
my $FAR_PLANE = 26;
sub new {
my $this = shift;
my $class = ref ($this) || $this;
my $self = { @_ };
bless $self, $class;
$self->init_object_events;
$self->init_app;
Games::Construder::Renderer::init ();
Games::Construder::Client::UI::init_ui;
world_init;
$self->init_physics;
$self->setup_event_poller;
return $self
}
sub init_physics {
my ($self) = @_;
$self->{ghost_mode} = 0;
$self->{phys_obj}->{player} = {
pos => [5.5, 3.5, 5.5],#-25, -50, -25),
vel => [0, 0, 0],
};
$self->{box_highlights} = [];
}
sub exit_app {
my ($self) = @_;
exit;
}
sub resize_app {
my ($self, $nw, $nh) = @_;
eval {
$self->{app}->resize ($nw, $nh);
};
if ($@) {
$self->msg ("Can't resize application: $@");
}
($WIDTH, $HEIGHT) = ($nw, $nh);
glViewport (0, 0, $WIDTH, $HEIGHT);
for (values %{$self->{active_uis}}) {
$_->resize_screen ($nw, $nh);
$_->update;
}
for (values %{$self->{inactive_uis}}) {
$_->resize_screen ($nw, $nh);
}
delete $self->{cached_cam_cone};
$self->calc_visibility;
}
sub init_app {
my ($self) = @_;
$self->{app} = SDLx::App->new (
title => "Construder 0.01alpha",
width => $WIDTH,
height => $HEIGHT,
d => $DEPTH,
gl => 1,
resizeable => 1
);
#d#my $init = SDL::Mixer::init (SDL::Mixer::MIX_INIT_OGG);
#d#unless ($init & SDL::Mixer::MIX_INIT_OGG) {
#d# die "Couldn't initialize SDL Mixer for OGG!\n";
#d#}
#d#SDL::Mixer::open_audio( 44100, SDL::Mixer::AUDIO_S16SYS, 2, 4096 );
#d#SDL::Mixer::Music::volume_music ($self->{res}->{config}->{volume_music});
$self->set_ambient_light ($self->{res}->{config}->{ambient_light});
SDL::Events::enable_unicode (1);
$self->{sdl_event} = SDL::Event->new;
SDL::Video::GL_set_attribute (SDL::Constants::SDL_GL_SWAP_CONTROL, 1);
SDL::Video::GL_set_attribute (SDL::Constants::SDL_GL_DOUBLEBUFFER, 1);
glDepthFunc(GL_LESS);
glEnable (GL_DEPTH_TEST);
glDisable (GL_DITHER);
glBlendFunc (GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA);
glEnable (GL_BLEND);
glEnable (GL_CULL_FACE);
glCullFace (GL_BACK);
glHint (GL_PERSPECTIVE_CORRECTION_HINT, GL_FASTEST);
glEnable (GL_TEXTURE_2D);
glEnable (GL_FOG);
glClearColor (0.45,0.45,0.65,1);
glClearDepth (1.0);
glShadeModel (GL_FLAT);
glFogi (GL_FOG_MODE, GL_LINEAR);
glFogfv_p (GL_FOG_COLOR, 0.45, 0.45, 0.65, 1);
glFogf (GL_FOG_DENSITY, 0.45);
glHint (GL_FOG_HINT, GL_FASTEST);
$self->visibility_radius ($PL_VIS_RAD);
glViewport (0, 0, $WIDTH, $HEIGHT);
}
# 0 front 1 top 2 back 3 left 4 right 5 bottom
my @indices = (
qw/ 0 1 2 3 /, # 0 front
qw/ 1 5 6 2 /, # 1 top
qw/ 7 6 5 4 /, # 2 back
qw/ 4 5 1 0 /, # 3 left
qw/ 3 2 6 7 /, # 4 right
qw/ 3 7 4 0 /, # 5 bottom
);
my @vertices = (
[ 0, 0, 0 ],
[ 0, 1, 0 ],
[ 1, 1, 0 ],
[ 1, 0, 0 ],
[ 0, 0, 1 ],
[ 0, 1, 1 ],
[ 1, 1, 1 ],
[ 1, 0, 1 ],
);
sub _render_quad {
my ($pos, $scale) = @_;
$scale ||= 1;
for my $face (0..5) {
for my $vertex (0..3) {
my $index = $indices[4 * $face + $vertex];
my $coords = $vertices[$index];
glVertex3f (
($coords->[0] * $scale) + $pos->[0],
($coords->[1] * $scale) + $pos->[1],
($coords->[2] * $scale) + $pos->[2]
);
}
}
}
sub _render_highlight {
my ($pos, $color, $rad) = @_;
$rad ||= 0.08;
$pos = vsubd ($pos, $rad, $rad, $rad);
glPushMatrix;
glBindTexture (GL_TEXTURE_2D, 0);
glColor4f (@$color);
glTranslatef (@$pos);
glScalef (1 + 2*$rad, 1 + 2*$rad, 1+2*$rad);
glBegin (GL_QUADS);
_render_quad ([0, 0, 0]);
glEnd;
glPopMatrix;
}
sub set_ambient_light {
my ($self, $l) = @_;
Games::Construder::Renderer::set_ambient_light ($l);
for my $id (keys %{$self->{compiled_chunks}}) {
$self->compile_chunk (@{world_id2pos ($_)});
}
}
sub free_compiled_chunk {
my ($self, $cx, $cy, $cz) = @_;
my $c = [$cx, $cy, $cz];
my $id = world_pos2id ($c);
my $l = delete $self->{compiled_chunks}->{$id};
delete $self->{dirty_chunks}->{$id};
Games::Construder::Renderer::free_geom ($l) if $l;
# WARNING FIXME XXX: this might not free up all chunks that were set/initialized by the server!
Games::Construder::World::purge_chunk (@$c);
}
sub compile_chunk {
my ($self, $cx, $cy, $cz) = @_;
my $id = world_pos2id ([$cx, $cy, $cz]);
#d# warn "compiling... $cx, $cy, $cz.\n";
my $geom = $self->{compiled_chunks}->{$id};
unless ($geom) {
$geom = $self->{compiled_chunks}->{$id} =
Games::Construder::Renderer::new_geom ();
}
delete $self->{dirty_chunks}->{$id};
return Games::Construder::Renderer::chunk ($cx, $cy, $cz, $geom);
}
sub step_animations {
my ($self, $dt) = @_;
my @next_hl;
for my $bl (@{$self->{box_highlights}}) {
my ($pos, $color, $attr) = @$bl;
if ($attr->{fading}) {
if ($attr->{fading} > 0) {
next if $color->[3] <= 0; # remove fade
$color->[3] -= (1 / $attr->{fading}) * $dt;
} else {
next if $color->[3] >= 1; # remove fade
$color->[3] += (1 / (-1 * $attr->{fading})) * $dt;
}
}
push @next_hl, $bl;
}
$self->{box_highlights} = \@next_hl;
}
sub set_player_pos {
my ($self, $pos) = @_;
warn "NEW PLAYER POS: @$pos\n";
$self->{phys_obj}->{player}->{pos} = $pos;
delete $self->{visible_chunks};
$self->calc_visibility;
}
sub get_visible_chunks {
my ($self) = @_;
Games::Construder::Util::visible_chunks_at (
$self->{phys_obj}->{player}->{pos}, $PL_VIS_RAD);
}
# currently used to determine which chunks to keep cached:
sub can_see_chunk {
my ($self, $cx, $cy, $cz, $range_fact) = @_;
my $plc = [world_pos2chunk ($self->{phys_obj}->{player}->{pos})];
vlength (vsub ([$cx, $cy, $cz], $plc)) < $PL_VIS_RAD * ($range_fact || 1);
}
sub dirty_chunks {
my ($self, $chnks) = @_;
$self->dirty_chunk (@$_) for @$chnks;
}
sub dirty_chunk {
my ($self, $cx, $cy, $cz) = @_;
my @upd;
# invalidate neighbor chunks, because light
# updates will also change their appearance
for (
[0, 0, 0],
[-1, 0, 0],
[+1, 0, 0],
[0, -1, 0],
[0, +1, 0],
[0, 0, -1],
[0, 0, +1]
) {
my $cur = [$cx + $_->[0], $cy + $_->[1], $cz + $_->[2]];
my $id = world_pos2id ($cur);
$self->{dirty_chunks}->{$id} = $cur;
}
}
sub clear_chunk {
my ($self, $chnk) = @_;
$self->free_compiled_chunk (@$chnk);
}
sub remove_highlight_model {
my ($self, $id) = @_;
delete $self->{model_highlights}->{$id};
}
sub add_highlight_model {
my ($self, $pos, $relposes, $id) = @_;
$self->{model_highlights}->{$id} = OpenGL::List::glpList {
glPushMatrix;
glBindTexture (GL_TEXTURE_2D, 0);
glTranslatef (@$pos);
for (@$relposes) {
my ($p, $c) = @$_;
$p = vaddd ($p, 0.3, 0.3, 0.3);
glColor4f (@{@$c > 3 ? $c : [@$c, 0.5]});
glBegin (GL_QUADS);
_render_quad ($p, 0.3);
glEnd;
}
glPopMatrix;
};
}
sub add_highlight {
my ($self, $pos, $color, $fade, $id) = @_;
push @$color, 0 if @$color < 4;
#d# warn "HIGHLIGHt AT " .vstr ($pos) . " $fade > @$color > \n";
$color->[3] = 1 if $fade > 0;
push @{$self->{box_highlights}},
[$pos, $color, { fading => $fade, rad => 0.08 + rand (0.005) }, $id];
}
my $old_pp;
sub calc_visibility {
my ($self) = @_;
my $play_pos = $self->{phys_obj}->{player}->{pos};
my $ppf = vfloor ($play_pos);
return unless
!$self->{cached_cam_cone}
|| $ppf->[0] != $old_pp->[0]
|| $ppf->[1] != $old_pp->[1]
|| $ppf->[2] != $old_pp->[2];
$old_pp = $ppf;
my $cam_pos = vaddd ($play_pos, 0, $PL_HEIGHT, 0);
my (@fcone) = $self->cam_cone;
unshift @fcone, $cam_pos;
my $vis_chunks =
Games::Construder::Math::calc_visible_chunks_at_in_cone (
@$play_pos, $PL_VIS_RAD,
@{$fcone[0]}, @{$fcone[1]}, $fcone[2],
$Games::Construder::Client::World::BSPHERE);
my @chunks;
my $plchnk = [world_pos2chunk ($ppf)];
for my $x (-1,0,1) {
for my $y (-1,0,1) {
for my $z (-1,0,1) {
my $c = vaddd ($plchnk, $x, $y, $z);
push @chunks, $c;
}
}
}
while (@$vis_chunks) {
push @chunks, [shift @$vis_chunks, shift @$vis_chunks, shift @$vis_chunks];
}
my $old_vis = $self->{visible_chunks};
my $new_vis = { };
my (@newv, @oldv, @req);
for my $c (@chunks) {
my $cid = world_pos2id ($c);
if ($old_vis->{$cid}) {
delete $old_vis->{$cid};
} elsif (not exists $new_vis->{$cid}) {
push @newv, $c;
}
$new_vis->{$cid} = $c;
unless (Games::Construder::World::has_chunk (@$c)) {
push @req, $c;
}
}
#d# print "VISIBLE CHUNKS: " . join (", ", keys %$new_vis) . " (NEW ".join (", ", map { world_pos2id ($_) } @newv).") (OLD " . join (", ", map { world_pos2id ($_) } @oldv).")\n";
(@oldv) = values %$old_vis;
$self->visible_chunks_changed (\@newv, \@oldv, \@req)
if @newv || @oldv || @req;
$self->{visible_chunks} = $new_vis;
}
my $render_cnt;
my $render_time;
sub render_scene {
my ($self, $frame_time) = @_;
my $t1 = time;
my $cc = $self->{compiled_chunks};
my $pp = $self->{phys_obj}->{player}->{pos};
#d# warn "CHUNK " . vstr ($chunk_pos) . " from " . vstr ($pp) . "\n";
glClear (GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
#d# glClear (GL_DEPTH_BUFFER_BIT);
glMatrixMode(GL_PROJECTION);
glLoadIdentity;
gluPerspective (72, $WIDTH / $HEIGHT, 0.1, $FAR_PLANE);
glMatrixMode(GL_MODELVIEW);
glLoadIdentity;
glPushMatrix;
# move and rotate the world:
glRotatef ($self->{xrotate}, 1, 0, 0);
glRotatef ($self->{yrotate}, 0, 1, 0);
my $cpos;
glTranslatef (@{vneg ($cpos = vaddd ($pp, 0, $PL_HEIGHT, 0))});
my ($txtid) = $self->{res}->obj2texture (1);
glBindTexture (GL_TEXTURE_2D, $txtid);
#d# warn "FCONE ".vstr ($fcone[0]). ",".vstr ($fcone[1])." : $fcone[2]\n";
my @compl_end; # are to be compiled at the end of the frame
for my $id (keys %{$self->{visible_chunks}}) {
if (!$cc->{$id} || $self->{dirty_chunks}->{$id}) {
push @compl_end, $self->{visible_chunks}->{$id};
}
my $compl = $cc->{$id}
or next;
Games::Construder::Renderer::draw_geom ($compl);
}
for (@{$self->{box_highlights}}) {
_render_highlight ($_->[0], $_->[1], $_->[2]->{rad});
}
for (values %{$self->{model_highlights}}) {
glCallList ($_);
}
my $qp = $self->{selected_box};
_render_highlight ($qp, [1, 0, 0, 0.2], 0.04) if $qp;
glPopMatrix;
$self->render_hud;
#glFinish; # what for?
$self->{app}->sync;
my $tleft = $frame_time - (time - $t1);
if (@compl_end) {
my $plchnk = world_pos2chunk ($pp);
(@compl_end) = sort {
vlength (vsub ($plchnk, $a))
<=>
vlength (vsub ($plchnk, $b))
} @compl_end;
my $tc = time;
$tleft -= $tleft / 2; # lets don't overdo it
# we MUST allow at least one per frame, otherwise on
# other machines maybe none are compiled...
my $ac = $tleft < 0 ? 0.001 : $tleft;
my @request;
my $cnt = 0;
my $max = 4;
while ($max-- > 0 && (time - $tc) < $ac) {
my $chnk = shift @compl_end
or last;
unless ($self->compile_chunk (@$chnk)) {
push @request, $chnk;
}
$cnt++;
}
my $tok = time - $tc;
warn "compiled $cnt chunks in $tok, but only had $tleft left, but "
. scalar (@compl_end) . " chunks still to compile...\n";
(@compl_end) = ();
if (@request) {
warn "requesting " . scalar (@request) . " chnks\n";
$self->visible_chunks_changed ([], [], \@request);
}
}
$render_time += time - $t1;
$render_cnt++;
}
sub render_hud {
my ($self) = @_;
#glDisable (GL_DEPTH_TEST);
glDisable (GL_FOG);
glClear (GL_DEPTH_BUFFER_BIT);
glMatrixMode (GL_PROJECTION);
glPushMatrix ();
glLoadIdentity;
glOrtho (0, $WIDTH, $HEIGHT, 0, -20, 20);
glMatrixMode (GL_MODELVIEW);
glPushMatrix ();
glLoadIdentity;
# this is the crosshair:
my ($mw, $mh) = ($WIDTH / 2, $HEIGHT / 2);
glPushMatrix;
glTranslatef ($mw, $mh, 0);
glColor4f (1, 1, 1, 0.3);
glBindTexture (GL_TEXTURE_2D, 0);
glBegin (GL_QUADS);
glVertex3f (-5, 5, -9.99);
glVertex3f ( 5, 5, -9.99);
glVertex3f ( 5, -5, -9.99);
glVertex3f (-5, -5, -9.99);
glEnd ();
glPopMatrix;
#d# warn "ACTIVE UIS: " . join (', ', keys %{$self->{active_uis} || {}}) . "\n";
for (values %{$self->{active_uis}}) {
next unless $_->{sticky};
$_->display;
}
if (@{$self->{active_ui_stack}}) {
$self->{active_ui_stack}->[-1]->[1]->display;
}
glPopMatrix;
glMatrixMode (GL_PROJECTION);
glPopMatrix;
glEnable (GL_FOG);
#glEnable (GL_DEPTH_TEST);
my $e;
while (($e = glGetError ()) != GL_NO_ERROR) {
warn "ERORR ".gluErrorString ($e)."\n";
exit;
}
}
sub handle_sdl_events {
my ($self) = @_;
my $sdle = $self->{sdl_event};
SDL::Events::pump_events();
while (SDL::Events::poll_event($sdle)) {
my $type = $sdle->type;
my $key = ($type == 2 || $type == 3) ? $sdle->key_sym : "";
if ($type == 4) {
$self->input_mouse_motion ($sdle->motion_x, $sdle->motion_y,
$sdle->motion_xrel, $sdle->motion_yrel);
} elsif ($type == 2) {
$self->input_key_down ($key, SDL::Events::get_key_name ($key), $sdle->key_unicode);
} elsif ($type == 3) {
$self->input_key_up ($key, SDL::Events::get_key_name ($key));
} elsif ($type == SDL_MOUSEBUTTONUP) {
$self->input_mouse_button ($sdle->button_button, 0);
} elsif ($type == SDL_MOUSEBUTTONDOWN) {
$self->input_mouse_button ($sdle->button_button, 1);
} elsif ($type == SDL_VIDEORESIZE) {
$self->resize_app ($sdle->resize_w, $sdle->resize_h);
} elsif ($type == 12) {
warn "Exit event!\n";
exit;
} else {
warn "unknown sdl type: $type\n";
}
}
}
my $collide_cnt;
my $collide_time;
sub setup_event_poller {
my ($self) = @_;
my $fps;
my $fps_intv = 0.4;
$self->{fps_w} = AE::timer 0, $fps_intv, sub {
#printf "%.5f FPS\n", $fps / $fps_intv;
printf "%.5f secsPcoll\n", $collide_time / $collide_cnt if $collide_cnt;
printf "%.5f secsPrender\n", $render_time / $render_cnt if $render_cnt;
$self->activate_ui (hud_fps => {
window => {
sticky => 1, pos => [left => 'up'], alpha => 0.5,
},
layout => [
box => { padding => 5, bgcolor => "#222222" },
[text => {
color => "#ff0000", align => "center", font => "small"
}, sprintf ("%.1f FPS", $fps / $fps_intv)],
],
});
$collide_cnt = $collide_time = 0;
$render_cnt = $render_time = 0;
$fps = 0;
};
$self->{chunk_freeer} = AE::timer 0, 2, sub {
for my $id (keys %{$self->{compiled_chunks}}) {
my $p = world_id2pos ($id);
unless ($self->can_see_chunk (@$p, 1)) {
$self->free_compiled_chunk (@$p);
#d# warn "freeed compiled chunk $kx, $ky, $kz\n";
}
}
};
my $anim_ltime;
my $anim_dt = 1 / 25;
my $anim_accum_time = 0;
$self->{selector_w} = AE::timer 0, 0.1, sub {
($self->{selected_box}, $self->{selected_build_box})
= $self->get_selected_box_pos;
$anim_ltime = time - 0.02 if not defined $anim_ltime;
my $ctime = time;
$anim_accum_time += time - $anim_ltime;
$anim_ltime = $ctime;
while ($anim_accum_time > $anim_dt) {
$self->step_animations ($anim_dt);
$anim_accum_time -= $anim_dt;
}
};
$self->{ui_timer} = AE::timer 0, 1, sub {
for ($self->active_uis) {
$self->{active_uis}->{$_}->animation_step;
}
};
my $ltime;
my $accum_time = 0;
my $dt = 1 / 40;
my $upd_pos = 0;
my $frame_time = 0.02;
$self->{poll_w} = AE::timer 0, $frame_time, sub {
$self->handle_sdl_events;
$ltime = time - $frame_time if not defined $ltime;
my $ctime = time;
$accum_time += time - $ltime;
$ltime = $ctime;
while ($accum_time > $dt) {
$self->physics_tick ($dt);
$accum_time -= $dt;
}
$self->calc_visibility;
if ($upd_pos++ > 8) {
$self->update_player_pos (
$self->{phys_obj}->{player}->{pos},
$self->get_look_vector
);
$upd_pos = 0;
}
$self->render_scene ($frame_time);
$fps++;
};
}
sub calc_cam_cone {
my ($nplane, $fplane, $fov, $w, $h, $lv) = @_;
my $fdepth = ($h / 2) / tan (deg2rad ($fov) * 0.5);
my $fcorn = sqrt (($w / 2) ** 2 + ($h / 2) ** 2);
my $ffov = atan ($fcorn / $fdepth);
(vnorm ($lv), $ffov);
}
sub cam_cone {
my ($self) = @_;
return @{$self->{cached_cam_cone}} if $self->{cached_cam_cone};
$self->{cached_cam_cone} = [
calc_cam_cone (0.1, 30, 72, $WIDTH, $HEIGHT, $self->get_look_vector)
];
@{$self->{cached_cam_cone}}
}
sub get_look_vector {
my ($self) = @_;
return $self->{cached_look_vec} if $self->{cached_look_vec};
my $xd = sin (deg2rad ($self->{yrotate}));
my $zd = -cos (deg2rad ($self->{yrotate}));
my $yd = cos (deg2rad ($self->{xrotate} + 90));
my $yl = sin (deg2rad ($self->{xrotate} + 90));
$self->{cached_look_vec} = [$yl * $xd, $yd, $yl * $zd];
delete $self->{cached_cam_cone};
$self->calc_visibility; # calls ->cam_cone!
return $self->{cached_look_vec};
}
sub get_selected_box_pos {
my ($self) = @_;
my $t1 = time;
my $pp = $self->{phys_obj}->{player}->{pos};
my $player_head = vaddd ($pp, 0, $PL_HEIGHT, 0);
my $foot_box = vfloor ($pp);
my $head_box = vfloor ($player_head);
my $rayd = $self->get_look_vector;
if ($self->{air_select_mode}) {
# it's soooo much faster, lol :-)
my $pos = vfloor (vadd ($player_head, vsmul (vnorm ($rayd), 2.7)));
return ($pos, $pos);
}
my ($select_pos);
my $min_dist = 9999;
for my $dx (-3..3) {
for my $dy (-3..3) { # floor and above head?!
for my $dz (-3..3) {
# now skip the player boxes
my $cur_box = vaddd ($head_box, $dx, $dy, $dz);
#d# next unless $dx == 0 && $dz == 0 && $cur_box->[1] == $foot_box->[1] - 1;
next if $dx == 0 && $dz == 0
&& grep { $cur_box->[1] == $_ }
$foot_box->[1]..$head_box->[1];
if (Games::Construder::World::is_solid_at (@$cur_box)) {
my ($dist, $q) =
world_intersect_ray_box (
$player_head, $rayd, $cur_box);
#d#warn "BOX AT " . vstr ($cur_box) . " ".vstr ($rayd)." from "
#d# . vstr ($player_head) . "DIST $dist at " . vstr ($q) . "\n";
if ($dist > 0 && $min_dist > $dist) {
$min_dist = $dist;
$select_pos = $cur_box;
}
}
}
}
}
my $build_box;
if ($select_pos) {
my $box_center = vaddd ($select_pos, 0.5, 0.5, 0.5);
my $intersect_pos = vadd ($player_head, vsmul ($rayd, $min_dist));
my $norm_dir = vsub ($intersect_pos, $box_center);
my $max_coord;
my $cv = 0;
for (0..2) {
if (abs ($cv) < abs ($norm_dir->[$_])) {
$cv = $norm_dir->[$_];
$max_coord = $_;
}
}
my $norm = [0, 0, 0];
$norm->[$max_coord] = $cv < 0 ? -1 : 1;
#d# warn "Normal direction: " . vstr ($nn) . ", ". vstr ($norm) . "\n";
$build_box = vfloor (vadd ($box_center, $norm));
if (grep {
$foot_box->[0] == $build_box->[0]
&& $_ == $build_box->[1]
&& $foot_box->[2] == $build_box->[2]
} $foot_box->[1]..$head_box->[1]
) {
$build_box = undef;
}
}
#d# warn sprintf "%.5f selection\n", time - $t1;
($select_pos, $build_box)
}
sub _calc_movement {
my ($movement, $rot) = @_;
my ($forw, $strafe) = (0, 0);
if ($movement->{forward} > $movement->{backward}) {
$forw = +3;
} elsif ($movement->{backward} > $movement->{forward}) {
$forw = -3;
}
if ($movement->{left} > $movement->{right}) {
$strafe = -3;
} elsif ($movement->{right} > $movement->{left}) {
$strafe = +3;
}
my $xd = sin (deg2rad ($rot));
my $yd = -cos (deg2rad ($rot));
my $forw = vsmul ([$xd, 0, $yd], $forw);
$xd = sin (deg2rad ($rot + 90));
$yd = -cos (deg2rad ($rot + 90));
viadd ($forw, vsmul ([$xd, 0, $yd], $strafe));
$forw
}
sub physics_tick : event_cb {
my ($self, $dt) = @_;
my $player = $self->{phys_obj}->{player};
my $bx = Games::Construder::World::at (@{vaddd ($player->{pos}, 0, -1, 0)});
my $gforce = [0, -9.5, 0];
#d#if ($bx->[0] == 15) {
#d# $gforce = [0, 9.5, 0];
#d#}
$gforce = [0,0,0] if $self->{ghost_mode};
if ($self->{ghost_mode}) {
$player->{vel} = [0, 0, 0];
} else {
viadd ($player->{vel}, vsmul ($gforce, $dt));
}
if ((vlength ($player->{vel}) * $dt) > $PL_RAD) {
$player->{vel} = vsmul (vnorm ($player->{vel}), ($PL_RAD - 0.02) / $dt);
}
viadd ($player->{pos}, vsmul ($player->{vel}, $dt));
my $movement = _calc_movement ($self->{movement}, $self->{yrotate});
$movement = vsmul ($movement, $self->{movement}->{speed} ? 2.2 : 1);
viadd ($player->{pos}, vsmul ($movement, $dt));
#d#warn "check player at $player->{pos}\n";
# my ($pos) = $chunk->collide ($player->{pos}, 0.3, \$collided);
my $t1 = time;
my $collide_normal;
#d#warn "check player pos " . vstr ($player->{pos}) . "\n";
my ($pos) =
world_collide (
$player->{pos},
[
[[0,0,0],$PL_RAD,-1],
[[0, $PL_HEIGHT, 0], $PL_RAD,1]
],
\$collide_normal);
#d# warn "new pos : ".vstr ($pos)." norm " . vstr ($collide_normal || []). "\n";
unless ($self->{ghost_mode}) {
$player->{pos} = $pos;
if ($collide_normal) {
# figure out how much downward velocity is removed:
my $down_part;
my $coll_depth = vlength ($collide_normal);
if ($coll_depth == 0) {
#d#warn "collidedd vector == 0, set vel = 0\n";
$down_part = 0;
} else {
vinorm ($collide_normal, $coll_depth);
my $vn = vnorm ($player->{vel});
$down_part = 1 - abs (vdot ($collide_normal, $vn));
#d# warn "down part $cn . $vn => $down_part * $player->{vel}\n";
}
#d# warn "downpart $down_part\n";
vismul ($player->{vel}, $down_part);
}
}
$collide_time += time - $t1;
$collide_cnt++;
}
sub change_look_lock : event_cb {
my ($self, $enabled) = @_;
$self->{look_lock} = $enabled;
delete $self->{cached_look_vec};
if ($enabled) {
$self->{app}->grab_input (SDL_GRAB_ON);
SDL::Mouse::show_cursor (SDL_DISABLE);
} else {
$self->{app}->grab_input (SDL_GRAB_OFF);
SDL::Mouse::show_cursor (SDL_ENABLE);
}
}
sub input_key_up : event_cb {
my ($self, $key, $name) = @_;
my $handled = 0;
for ($self->active_uis) {
if (delete $self->{active_uis}->{$_}->{key_repeat}) {
$handled = 1;
last;
}
}
return if $handled;
if ($name eq 'w') {
delete $self->{movement}->{forward};
} elsif ($name eq 's') {
delete $self->{movement}->{backward};
} elsif ($name eq 'a') {
delete $self->{movement}->{left};
} elsif ($name eq 'd') {
delete $self->{movement}->{right};
} elsif ($name eq 'left shift') {
$self->{movement}->{speed} = 0;
} elsif ($name eq 'left ctrl') {
$self->{air_select_mode} = 0;
}
}
sub show_mouse_settings {
my ($self) = @_;
$self->activate_ui (audio_settings => {
window => { pos => [center => 'center'] },
layout => [ box => { dir => "vert" },
[text => { align => "center", font => "big", color => "#ffffff" },
"Mouse Settings"],
[text => { align => "center", color => "#ffffff", font => "normal" },
"Mouse sensitivity: " . sprintf "%0.2f", $self->{res}->{config}->{mouse_sens}],
[range => { align => "center", fmt => "%0.2f", color => "#ffffff", font => "normal", arg => "sens", step => 0.05, range => [0.05, 20], highlight => ["#111111", "#333333"] },
sprintf "%0.2f", $self->{res}->{config}->{mouse_sens}],
],
commands => {
default_keys => { return => "change" }
},
command_cb => sub {
my ($cmd, $arg, $need_selection) = @_;