/
abcd.pl
executable file
·1103 lines (995 loc) · 43.6 KB
/
abcd.pl
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#! /usr/bin/perl -w
use strict;
use CGI;
use vars qw( $data );
use vars qw( $data_set );
use vars qw( $pq_pos );
use vars qw( $astar_pos );
#use vars qw( $astar_forma );
my %astar_forma;
#$data_set = { '1_Magnetostatics' => {'1' => '1', '2' => '2'},
# '3_Electrostatics' => {'1' => '2', '3' => '1'}
#};
my $flag_stop = 0;
my $debug = 0;
my $show_rules =0;
my $debug_astar = 0;
my $w_link = 'abcd_wiki.pl';
my ($h_blue,$h_red) = ('#88FF88','#FF4A4A');
$data = {
'0_4' => {'0' => 'R,l,^,nabla','1' => '','21' => '<','3'=>'','41' => '', '5' => '','61'=> '<','7' => '','81' => '', '9' => '', '9101' => '<','911' => "",'9121' => '', '913' => '', '9141' => '<','915' => '', '9161' => '', '917' => '', '9181' => '<','919' => '', '9201' => '', '921' => '', '9221' => '<','923' => '', '9241' => '', '925'=>'', '9261'=>'<','927'=>'','9281'=>'', '929'=>'', '9301'=>'<','931'=>'','93219'=>'', '933'=>'' },
'2_Lightostatics' => {'0' => "Eps_0*c^6",'1' => "",'21' =>'','3' => "",'41' => '<-','5' => "",'61'=> '','7' => "",'81' => '->','9' => "v_ee",'9101' => '', '911' => "v_e",'9121' => '<-', '913' => "T", '9141' => "", '915' => "T_l",'9161' => '->','917' => "N_l",'9181' => '', '919' => "l_1", '9201' => '<-', '921' => "", '9221' => '', '923' => "", '9241' => '->', '925'=>"S_l",'9261'=>'','927'=>"l_2", '9281'=>'<-','929'=>"", '9301'=>'','931'=>"",'9321'=>'->','933'=>"" },
'30_N' => {'0' => "Eps_0*c^5",'1' => '','21' => '^','3' => '','41' => '', '5'=> '','61'=> 'v','7' => '','81' => '', '9' => '', '9101' => '^','911' => '','9121' => '', '913' => '', '9141' => 'v','915' => '', '9161' => '', '917' => '', '9181' => '^','919' => '', '9201' => '', '921' => '', '9221' => 'v','923' => '', '9241' => '', '925'=>'', '9261'=>'^','927'=>'','9281'=>'', '929'=>'', '9301'=>'v','931'=>'','9321'=>'', '933'=>'' },
'3_Elasticostatics' => {'0' => "Eps_0*c^4",'1' => "",'21' =>'','3' => "V3",'41' => '->','5'=> "S_aa",'61'=> '','7' => "S_a",'81' => '<-','9'=> "S",'9101' => '', '911' =>"l1",'9121' => '->', '913' => "Q", '9141' => "", '915' => "F",'9161' => '<-', '917' => "alpha", '9181' => '', '919' => "R", '9201' => '->', '921' => "k", '9221' => '', '923' => "P", '9241' => '<-', '925'=>"R2",'9261'=>'','927'=>"n",'9281'=>'->','929'=>"gamma",'9301'=>'','931'=>"",'9321'=>'<-','933'=>"" },
'40_I' => {'0' => "Eps_0*c^3",'1' => '','21' => 'v','3' => '','41' => '', '5'=> '','61'=> '^','7' => '','81' => '', '9' => '', '9101' => 'v','911' => '','9121' => '', '913' => '', '9141' => '^','915' => '', '9161' => '', '917' => '', '9181' => 'v','919' => '', '9201' => '', '921' => '', '9221' => '^','923' => '', '9241' => '', '925'=>'', '9261'=>'v','927'=>'','9281'=>'', '929'=>'', '9301'=>'^','931'=>'','9321'=>'', '933'=>'' },
'4_Magnetostatics' => {'0' => "Eps_0*c^2",'1' => "",'21' =>'','3' => "",'41' => '<-','5' => "p_mm",'61'=> '','7' => "p_m",'81' => '->','9' => "L",'9101' => '', '911' => "P_m",'9121' => '<-', '913' => "Phi_m", '9141' => "", '915' => "v_s",'9161' => '->','917' => "I",'9181' => '', '919' => "H", '9201' => '<-', '921' => "B", '9221' => '', '923' => "M_0", '9241' => '->', '925'=>"j",'9261'=>'','927'=>"divj", '9281'=>'<-','929'=>"J", '9301'=>'','931'=>"v_m",'9321'=>'->','933'=>"Z_a" },
'50_1/r' => {'0' => "Eps_0*c^1",'1' => '','21' => '^','3' => '','41' => '', '5'=> '','61'=> 'v','7' => '','81' => '', '9' => '', '9101' => '^','911' => '','9121' => '', '913' => '', '9141' => 'v','915' => '', '9161' => '', '917' => '', '9181' => '^','919' => '', '9201' => '', '921' => '', '9221' => 'v','923' => '', '9241' => '', '925'=>'', '9261'=>'^','927'=>'','9281'=>'', '929'=>'', '9301'=>'v','931'=>'','9321'=>'', '933'=>'' },
'5_Electrostatics' => {'0' => "Eps_0*c^0",'1' => "",'21' =>'','3' => "",'41' => '->','5' => "j_e",'61' => '','7' => "P_e",'81' => '<-','9' => "S_m",'9101' => '', '911' => "N",'9121' => '->', '913' => "m", '9141' => "", '915' => "tau",'9161' => '<-', '917' => "phi", '9181' => '', '919' => "E", '9201' => '->', '921' => "D", '9221' => '', '923' => "rho_e", '9241' => '<-', '925'=>"1_eps",'9261'=>'','927'=>"",'9281'=>'->','929'=>"n_rho",'9301'=>'','931'=>"",'9321'=>'<-','933'=>"" },
'60_' => {'0' => "Eps_0*c^-1",'1' => '','21'=> 'v','3' => '','41' => '', '5'=> '','61'=> '^','7' => '','81' => '', '9' => '', '9101' => 'v','911' => '','9121' => '', '913' => '', '9141' => '^','915' => '', '9161' => '', '917' => '', '9181' => 'v','919' => '', '9201' => '', '921' => '', '9221' => '^','923' => '', '9241' => '', '925'=>'', '9261'=>'v','927'=>'','9281'=>'', '929'=>'', '9301'=>'^','931'=>'','9321'=>'', '933'=>'' },
'6_Radiatostatics' => {'0' => "Eps_0*c^-2",'1' => "",'21'=>'','3' => "",'41' => '<-','5' => "",'61'=> '','7' => "",'81' => '->','9' => "",'9101' => '', '911' => "K_ee",'9121' => '<-', '913' => "K_e", '9141' => "", '915' => "v3",'9161' => '->','917' => "1/r",'9181' => '', '919' => "sig", '9201' => '<-', '921' => "D_r", '9221' => '', '923' => "", '9241' => '->', '925'=>"",'9261'=>'','927'=>"", '9281'=>'<-','929'=>"", '9301'=>'','931'=>"",'9321'=>'->','933'=>"" },
'70_' => {'0' => "Eps_0*c^-3",'1' => '','21' => '^','3' => '','41' => '', '5'=> '','61'=> 'v','7' => '','81' => '', '9' => '', '9101' => '^','911' => '','9121' => '', '913' => '', '9141' => 'v','915' => '', '9161' => '', '917' => '', '9181' => '^','919' => '', '9201' => '', '921' => '', '9221' => 'v','923' => '', '9241' => '', '925'=>'', '9261'=>'^','927'=>'','9281'=>'', '929'=>'', '9301'=>'v','931'=>'','9321'=>'', '933'=>'' },
'7_Atomostatics' => {'0' => "Eps_0*c^-4",'1' => "",'21' =>'','3' => "",'41' => '->','5' => "",'61' => '','7' => "",'81' => '<-','9' => "",'9101' => '', '911' => "",'9121' => '->', '913' => "1/C", '9141' => "", '915' => "Eps_0",'9161' => '<-', '917' => "", '9181' => '', '919' => "", '9201' => '->', '921' => "", '9221' => '', '923' => "", '9241' => '<-', '925'=>"",'9261'=>'','927'=>"",'9281'=>'->','929'=>"",'9301'=>'','931'=>"",'9321'=>'<-','933'=>"" },
# '9_0' => {},
'g_1' => {'0' => "1",'1'=>'','21'=>'','3'=>"" ,'41'=>'','5'=>"Inert.m",'61'=>'','7'=>"Dipol.m",'81'=>'','9'=>"Angul.m",'9101'=>'','911'=>"V.quant",'9121'=>'','913'=>"S.quant",'9141'=>"",'915'=>"V.pot",'9161'=>'','917'=>"S.pot",'9181'=>'','919'=>"Tense",'9201'=>'','921'=>"Induc",'9221'=>'','923'=>"Q.den",'9241'=>'','925'=>"P.den" },
'g_2' => {'0' => "2",'1'=>'','21'=>'','3'=>"2/-3",'41'=>'','5'=>"1/-2", '61'=>'','7'=>"2/-1", '81'=>'','9'=>"1/-2", '9101'=>'','911'=>"2/-1", '9121'=>'','913'=>"1/0", '9141'=>"",'915'=>"2/1",'9161'=>'','917'=>"1/0",'9181'=>'','919'=> "2/1", '9201'=>'','921'=>"1/2",'9221'=>'', '923'=>"2/3",'9241'=>'','925'=>"1/2",'9261'=>'','927'=>"2/3",'9281'=>'','929'=>"1/4"},
'g_3' => {'0' => "3",'1'=>'','21'=>'','3'=>"",'41'=>'','5'=>'', '61' =>'','7'=>"", '81' => '','9'=>"", '9101'=>'','911'=>"S_a" ,'9121'=>'','913'=>"E_p",'9141'=>'','915'=>"E_k",'9161'=>"F",'917'=>"k_l",'9181'=>'','919'=> "k_c", '9201' => "P", '921' => "f_l", '9221'=>'', '923'=> 'f_c' },
};
$astar_pos = {
'1_Imageostatic' => 1,
'2_Lightostatics' => 2,
'3_Elasticostatics'=> 3,
'4_Magnetostatics' => 4,
'5_Electrostatics' => 5,
'6_Radiatostatics' => 6,
'7_Atomostatics'=> 7,
'3' => 1,
'5' => 2,
'7' => 3,
'9' => 4,
'911' => 5,
'913' => 6,
'915' => 7,
'917' => 8,
'919' => 9,
'921' => 10,
'923' => 11,
'925' => 12,
'927' => 13,
'929' => 14,
'931' => 15,
'933' => 16,
};
my @astar_b = (1,3,5,7,9,911,913,915,917,919,921,923,925,927,929,931,933);
my @array_astar=();
my ($p2,$p3,$p4,$p5,$p6,$p7) = ('2_Lightostatics','3_Elasticostatics','4_Magnetostatics','5_Electrostatics','6_Radiatostatics','7_Atomostatics');
my @branch = ('0_4','10_','1_Imageostatic','20_','2_Lightostatics','30_N','3_Elasticostatics','40_I','4_Magnetostatics','50_1/r','5_Electrostatics','60_','6_Radiatostatics','70_','7_Atomostatics');
$pq_pos = {
'nabla' => { '1' => '0_4', '2' => '0' },
'dl1' => { '1' => '0_4', '2' => '0' },
'v_ee' => { '1' => $p2, '2' => '9' },
'v_e' => { '1' => $p2, '2' => '911' },
'T' => { '1' => $p2, '2' => '913' },
'T_l' => { '1' => $p2, '2' => '915' },
'N_l' => { '1' => $p2, '2' => '917' },
'l_1' => { '1' => $p2, '2' => '919' },
'S_l' => { '1' => $p2, '2' => '925' },
'l_2' => { '1' => $p2, '2' => '927' },
'V3' => { '1' => $p3, '2' => '3' },
'S_aa' => { '1' => $p3, '2' => '5' },
'S_a' => { '1' => $p3, '2' => '7' },
'S' => { '1' => $p3, '2' => '9' },
'l1' => { '1' => $p3, '2' => '911' },
'Q' => { '1' => $p3, '2' => '913' },
'F' => { '1' => $p3, '2' => '915' },
'alpha' => { '1' => $p3, '2' => '917' },
'R' => { '1' => $p3, '2' => '919' },
'k' => { '1' => $p3, '2' => '921' },
'P' => { '1' => $p3, '2' => '923' },
'R2' => { '1' => $p3, '2' => '925' },
'n' => { '1' => $p3, '2' => '927' },
'gamma' => { '1' => $p3, '2' => '929' },
'p_mm' => { '1' => $p4, '2' => '5' },
'p_m' => { '1' => $p4, '2' => '7' },
'L' => { '1' => $p4, '2' => '9' },
'P_m' => { '1' => $p4, '2' => '911' },
'Phi_m' => { '1' => $p4, '2' => '913' },
'v_s' => { '1' => $p4, '2' => '915' },
# 'V' => { '1' => $p4, '2' => '917' },
'I' => { '1' => $p4, '2' => '917' },
'H' => { '1' => $p4, '2' => '919' },
'B' => { '1' => $p4, '2' => '921' },
'M_0' => { '1' => $p4, '2' => '923' },
'j' => { '1' => $p4, '2' => '925' },
'divj' => { '1' => $p4, '2' => '927' },
'J' => { '1' => $p4, '2' => '929' },
'v_m' => { '1' => $p4, '2' => '931' },
'Z_a' => { '1' => $p4, '2' => '933' },
'j_e' => { '1' => $p5, '2' => '5' },
'P_e' => { '1' => $p5, '2' => '7' },
'S_m' => { '1' => $p5, '2' => '9' },
'N' => { '1' => $p5, '2' => '911' },
'm' => { '1' => $p5, '2' => '913' },
'tau' => { '1' => $p5, '2' => '915'},
'phi' => { '1' => $p5, '2' => '917'},
'E' => { '1' => $p5, '2' => '919' },
'D' => { '1' => $p5, '2' => '921' },
'rho_e' => { '1' => $p5, '2' => '923' },
'1_eps' => { '1' => $p5, '2' => '925' },
'n_rho' => { '1' => $p5, '2' => '929'},
'K_ee' => { '1' => $p6, '2' => '911' },
'K_e' => { '1' => $p6, '2' => '913' },
'v3' => { '1' => $p6, '2' => '915' },
'1/r' => { '1' => $p6, '2' => '917' },
'sig' => { '1' => $p6, '2' => '919' },
'D_r' => { '1' => $p6, '2' => '921' },
'1/C' => { '1' => $p7, '2' => '913' },
'Eps_0' => { '1' => $p7, '2' => '915' },
};
# compute physical equations
my @arr_input=();
sub make_arr_input {
my $data = shift;
my ($a_part, $tmp_part) = ('',"");
# my $p_part = '4_Magnetostatics';
foreach my $p_part (reverse sort keys %$data) {
next if $p_part =~ /g_/;
if ($p_part =~ /.0_/) {$a_part = $p_part; next;};
my $eps = $data->{$p_part}->{'0'};
my $eps1 = $data->{$a_part}->{'0'};
my $dl1 = 'dl1';
my ($last_el, $last_pot, $last_vec,$oper) = ("","","",'*');
foreach my $cur_pq_n ( sort keys %{$data->{$p_part}} ) {
my $cur_el = $data->{$p_part}->{$cur_pq_n};
next if $cur_pq_n eq '0';
# next if ($cur_el eq '->' and $cur_el eq '<-');
if ( $last_el ne "" and $last_pot ne "" and ($cur_el eq '<-' or $cur_el eq '->') and ($last_pot ne '<-' and $last_pot ne '->') ) {
push(@arr_input,[$last_pot,'=',$last_el,'*',$dl1]);
my $id = int $pq_pos->{$last_pot}->{'2'};
my $id_el = int $pq_pos->{$last_el}->{'2'};
my ($a_sig,$id1) = ('','');
if ($id == 9) {$id1 = '9101'} else { $id1 = ($id+1).'1'}
if ($data->{$a_part}->{$id1} eq '^' ) { $a_sig = '*';} else { $a_sig = '/';}
push(@arr_input,[$last_pot,'=', $data->{$tmp_part}->{$id}, $a_sig, $eps1]) if (defined $tmp_part and defined $a_part and exists $data->{$tmp_part}->{$id} and $data->{$tmp_part}->{$id} ne '');
# push(@arr_input,[$last_el,'=', $data->{$tmp_part}->{$id_el}, $a_sig, $eps1]) if (defined $tmp_part and defined $a_part and exists $data->{$tmp_part}->{$id} and $data->{$tmp_part}->{$id} ne '');
push(@arr_input,[$last_el,'=', $data->{$tmp_part}->{$id_el}, $a_sig, $eps1]) if (defined $tmp_part and defined $a_part and exists $data->{$tmp_part}->{$id_el} and $data->{$tmp_part}->{$id_el} ne '');
}
if ( $last_el ne "" and $cur_el eq "" and $last_vec ne "" and ($last_vec ne '<-' and $last_vec ne '->') and ($last_el ne '<-' and $last_el ne '->' ))
{
if ($oper eq '*' ) {push(@arr_input,[$last_vec,'=',$last_el,'*',$eps]) } else {
push(@arr_input,[$last_el,'=',$last_vec,'*',$eps]) }
# push(@arr_input,[$last_el,'=',$last_vec,$oper,$eps])};
}
$last_pot = $last_el if ($cur_el eq '' and $last_el ne "" );
if (($cur_el eq '<-' or $cur_el eq '->') and $last_el ne "" )
{ $last_vec = $last_el;
if ( $cur_el eq '<-') {$oper='*';} else{ $oper='/';}
}
if ($cur_el ne '->' or $cur_el ne '<-') {$last_el = $cur_el } else {$last_pot = ""};
if ($cur_el ne '' ) {$last_el = $cur_el } else {$last_vec = ""};
}
$tmp_part = $p_part;
}
}
&make_arr_input($data);
#my %total_var=("");
#my %total_var=('alpha'=>1);
#my %total_var=('l1'=> 1, 'Eps_0' => 1);
my %total_var=('dl1'=> 1, 'Eps_0*c^0' => 1, 'Eps_0*c^6'=>1,'Eps_0*c^5'=>1,'Eps_0*c^4'=>1,'Eps_0*c^3'=>1,'Eps_0*c^2'=>1,'Eps_0*c^1'=>1,'Eps_0*c^-1'=>1,'Eps_0*c^-2'=>1,'Eps_0*c^-3'=>1,'Eps_0*c^-4'=>1 );
#my %total_var=('T' => 1, 'Eps_0' => 1, 'Eps_0*c^6'=>1,'Eps_0*c^5'=>1,'Eps_0*c^4'=>1,'Eps_0*c^3'=>1,'Eps_0*c^2'=>1,'Eps_0*c^1'=>1,'Eps_0*c^-1'=>1,'Eps_0*c^-2'=>1,'Eps_0*c^-3'=>1,'Eps_0*c^-4'=>1 );
#my %total_var=('N' => 1, 'Sigma' => 1);
my @arr_output = ();
my @astar_input = ();
my @astar_output = ();
sub flip_operation {
my $sim=shift;
if ($sim eq '*') { $sim='/';}
elsif ($sim eq '/') { $sim='*';}
else {
die "Parsing error !!!\n";
}
}
sub make_arr_output {
my @cur_arr= @_;
my @tmp_formula;
foreach my $cur_line ( @cur_arr) {
push (@arr_output,[@$cur_line]);
push(@tmp_formula,@$cur_line[2],@$cur_line[1],@$cur_line[0], flip_operation(@$cur_line[3]),@$cur_line[4]);
push (@arr_output,[@tmp_formula]);
@tmp_formula=();
push(@tmp_formula,@$cur_line[4],@$cur_line[1],@$cur_line[0], flip_operation(@$cur_line[3]),@$cur_line[2]);
push (@arr_output,[@tmp_formula]);
@tmp_formula=();
}
}
sub make_astar_output {
my @cur_arr= @_;
my @tmp_formula;
foreach my $cur_line ( @cur_arr) {
push (@astar_output,[@$cur_line]);
push(@tmp_formula,@$cur_line[2],@$cur_line[1],@$cur_line[0], flip_operation(@$cur_line[3]),@$cur_line[4]);
push (@astar_output,[@tmp_formula]);
@tmp_formula=();
if (@$cur_line[3] eq '/' ) { push(@tmp_formula,@$cur_line[4],@$cur_line[1],@$cur_line[2], @$cur_line[3],@$cur_line[0]);}
else {push(@tmp_formula,@$cur_line[4],@$cur_line[1],@$cur_line[0], flip_operation(@$cur_line[3]),@$cur_line[2]);}
push (@astar_output,[@tmp_formula]);
@tmp_formula=();
}
}
&make_arr_output(@arr_input);
my @isp_form=();
my %isp_gr_form=();
# Тут должна быть функция по определению номера группы по номеру формулы
sub group_number {
my $chis=shift;
my $n = int ($chis/3);
return $n;
}
# Рто функция РїРѕРёСЃРєР° подходящих формул (РќР° основании вхождения упорядоченных символов)
sub search_number_of_formula {
my ($simbol1,$simbol2,$simbol3)=@_;
my @isp_form;
my $i=0;
my @search_condition;
my ($cur_iter1,$cur_iter2,$cur_iter3);
#print "Sim: $simbol1\n";
if (defined $simbol1) { push (@search_condition, '$cur_iter1 eq $simbol1'); }
else {die "Simbol1 not defined : $! \n";}
if (defined $simbol2) { push (@search_condition, '$cur_iter2 eq $simbol2'); }
if (defined $simbol3) { push (@search_condition, '$cur_iter3 eq $simbol3'); }
foreach my $iter (@arr_output){
$cur_iter1 = @$iter[0];
$cur_iter2 = @$iter[2];
$cur_iter3 = @$iter[4];
if (
eval (join ( " and ", @search_condition) )
) {
push (@isp_form,$i);
} else {
}
$i++;
}
return @isp_form;
}
sub astar_search_number_of_formula {
my ($simbol1,$simbol2,$simbol3)=@_;
my @isp_form;
my $i=0;
my @search_condition;
my ($cur_iter1,$cur_iter2,$cur_iter3);
#print "Sim: $simbol1\n";
if (defined $simbol1) { push (@search_condition, '$cur_iter1 eq $simbol1'); }
else {die "Simbol1 not defined : $! \n";}
if (defined $simbol2) { push (@search_condition, '$cur_iter2 eq $simbol2'); }
if (defined $simbol3) { push (@search_condition, '$cur_iter3 eq $simbol3'); }
foreach my $iter (@astar_output){
$cur_iter1 = @$iter[0];
$cur_iter2 = @$iter[2];
$cur_iter3 = @$iter[4];
if (
eval (join ( " and ", @search_condition) )
) {
push (@isp_form,$i);
} else {
}
$i++;
}
return @isp_form;
}
sub astar_cond {
my ($ni,$x,$y)=@_;
my $val = $array_astar[$x]->[$y];
if ($val == 253) { goto ETAP_9;}
if ($val == 254) { $array_astar[$x]->[$y]= $ni+1;}
}
sub astar_data {
my ($x,$y)=@_;
my $cur;
$cur='1_Imageostatic' if ($x == 1);
$cur=$p2 if ($x == 2);
$cur=$p3 if ($x == 3);
$cur=$p4 if ($x == 4);
$cur=$p5 if ($x == 5);
$cur=$p6 if ($x == 6);
$cur=$p7 if ($x == 7);
return $data->{$cur}->{$astar_b[$y]};
}
sub init_array_astar {
@array_astar=();
for (my $i=1;$i<=7;$i++)
{
for (my $j=1;$j<=16;$j++)
{
$array_astar[$i]->[$j]=254;
}
}
for (0..16){ $array_astar[0]->[$_]=255; }
for (1..7){ $array_astar[$_]->[0]=255; }
$array_astar[5]->[1]=255;
$array_astar[4]->[1]=255;
$array_astar[4]->[2]=255;
$array_astar[6]->[3]=255;
$array_astar[6]->[4]=255;
$array_astar[6]->[5]=255;
$array_astar[6]->[6]=255;
#$array_astar[3]->[2]=255;
#$array_astar[4]->[2]=255;
#$array_astar[3]->[2]=255;
}
sub branch_astar {
my($b_el,$s_el,%isp_gr_form)=@_;
&init_array_astar;
# if ( exists $total_var{$b_el} ) { return $b_el;}
my $data_x = $pq_pos->{$b_el}->{'2'};
my $data_y = $pq_pos->{$b_el}->{'1'};
my $astar_x = int $astar_pos->{$data_x};
my $astar_y = int $astar_pos->{$data_y};
my $data_xs = $pq_pos->{$s_el}->{'2'};
my $data_ys = $pq_pos->{$s_el}->{'1'};
my $astar_xs = int $astar_pos->{$data_xs};
my $astar_ys = int $astar_pos->{$data_ys};
$array_astar[$astar_y]->[$astar_x]=0;
$array_astar[$astar_ys]->[$astar_xs]=253;
my ($X0,$Y0,$X1,$Y1)=($astar_ys,$astar_xs,0,0);
$array_astar[$X0]->[$Y0]=253;
my ($ni,$nk) = (0,64);
while ($ni <= $nk)
{
for (my $i=1;$i<=7;$i++)
{
for (my $j=1;$j<=16;$j++)
{
if ($array_astar[$i]->[$j] == $ni)
{
&astar_cond($ni,$i+1, $j);
&astar_cond($ni,$i-1, $j);
&astar_cond($ni,$i, $j+1);
&astar_cond($ni,$i, $j-1);
# &astar_print if $debug_astar;
}
}
}
$ni++;
if ($ni > $nk){ print 'Error 3<br>'; last;}
}
ETAP_9:
&astar_print if $debug_astar;
my @forma=();
my @astar_input_tmp=();
my $index_f = 0;
%astar_forma=();
my $cur_forma_f=&astar_data($X0,$Y0);
while ($array_astar[$X1]->[$Y1] != 0 )
{
$X1 = $X0+1; $Y1 = $Y0;
print $X1,'__',$Y1, '___',&astar_data($X1,$Y1),'<br>'if $debug_astar;
if ($array_astar[$X0+1]->[$Y0] > $array_astar[$X0-1]->[$Y0]) {$X1 = $X0-1; $Y1 = $Y0;}
if ($array_astar[$X0-1]->[$Y0] > $array_astar[$X0]->[$Y0+1]) {$X1 = $X0; $Y1 = $Y0+1;}
if ($array_astar[$X0]->[$Y0+1] > $array_astar[$X0]->[$Y0-1]) {$X1 = $X0; $Y1 = $Y0-1;}
@forma=&search_number_of_formula(&astar_data($X1,$Y1),&astar_data($X0,$Y0));
if ($debug_astar) { foreach my $c_l (@forma) { my $fd=$arr_output[$c_l]; print @$fd, "; "; }print '<br>';}
foreach my $c_l (@forma)
{
my $fd=$arr_output[$c_l];
push (@astar_input_tmp, [@$fd]); #Ignat
$cur_forma_f ='('. $cur_forma_f.' '.@$fd[3].' '.@$fd[4].')';
unless (exists $astar_forma{@$fd[4]}) { $astar_forma{@$fd[4]} = 0;}
if (@$fd[3] eq '*'){ $astar_forma{@$fd[4]}=int($astar_forma{@$fd[4]})+1;} else { $astar_forma{@$fd[4]}=int($astar_forma{@$fd[4]})-1;}
}
$X0 = $X1; $Y0 = $Y1;
}
# if ($debug_astar) {
foreach my $c_l (keys %astar_forma)
{
if (int $astar_forma{$c_l} == 0 ) {delete $astar_forma{$c_l};}
}
foreach my $c_l (keys %astar_forma)
{
if ($c_l eq 'dl1')
{
if(int $astar_forma{$c_l} == 1)
{
unless (exists $astar_forma{'l1'}) { $astar_forma{'l1'} = 0;}
$astar_forma{'l1'}++;
delete $astar_forma{$c_l};
}
elsif(int $astar_forma{$c_l} == -1)
{
unless (exists $astar_forma{'l1'}) { $astar_forma{'l1'} = 0;}
$astar_forma{'l1'}--;
delete $astar_forma{$c_l};
}
else
{
unless (exists $astar_forma{'l1'}) { $astar_forma{'l1'} = 0;}
$astar_forma{'l1'}= int $astar_forma{$c_l};
delete $astar_forma{$c_l};
}
}
}
my ($power,$power1,$power_1,$power2,$power_2) =('','','','','');
my $power_number = 0;
print "<br\>Astar_Forma0<br\>keys: ", keys %astar_forma, "<br\> value: ", values %astar_forma if ($debug==2);
# my $iii = 0;
# while ( $iii < 3 ) { $iii++;
foreach my $c_l (keys %astar_forma)
{
if($c_l ne 'l1')
{
if (int $astar_forma{$c_l} != 0 )
{
$power = $c_l =~ /^Eps_0\*c\^(.*\d)$/;
$power_number = int $1;
$power = 'Eps_0*c^';
$power1 = $power.($power_number+1);
$power_1 = $power.($power_number-1);
$power2 = $power.($power_number+2);
$power_2 = $power.($power_number-2);
$power = $c_l;
if ( $astar_forma{$power2} != 0)
{
# unless (exists $astar_forma{'v_s'}) { $astar_forma{'v_s'} = 0;}
unless (exists $astar_forma{'E'}) { $astar_forma{'E'} = 0;}
unless (exists $astar_forma{'l1'}) { $astar_forma{'l1'} = 0;}
if ($astar_forma{$power2} > 0) { $astar_forma{$power2}--; $astar_forma{$power}++; $astar_forma{'E'}++;$astar_forma{'l1'}++;}
else { $astar_forma{$power2}++; $astar_forma{$power}--; $astar_forma{'E'}--;$astar_forma{'l1'}--;}
goto VICH;
}
elsif ( $astar_forma{$power1} != 0)
{
unless (exists $astar_forma{'v_s'}) { $astar_forma{'v_s'} = 0;}
if ($astar_forma{$power1} > 0) { $astar_forma{$power1}--; $astar_forma{$power}++; $astar_forma{'v_s'}++;}
else { $astar_forma{$power1}++; $astar_forma{$power}--; $astar_forma{'v_s'}--;}
goto VICH;
}
elsif ( $astar_forma{$power_1} != 0)
{
unless (exists $astar_forma{'v_s'}) { $astar_forma{'v_s'} = 0;}
if ($astar_forma{$power_1} < 0) { $astar_forma{$power_1}++; $astar_forma{$power}--; $astar_forma{'v_s'}++;}
else { $astar_forma{$power_1}--; $astar_forma{$power}++; $astar_forma{'v_s'}--;}
goto VICH;
}
elsif ( $astar_forma{$power_2} != 0)
{
unless (exists $astar_forma{'v_s'}) { $astar_forma{'v_s'} = 0;}
if ($astar_forma{$power_2} < 0) { $astar_forma{$power_2}++; $astar_forma{$power}--; $astar_forma{'v_s'}=+2;}
else { $astar_forma{$power_2}--; $astar_forma{$power}++; $astar_forma{'v_s'}=-2;}
goto VICH;
}
else {;}
# print "<br/> Astar_Forma <br/>", %astar_forma;
}
}
}
# }
VICH:
print "<br\>Astar_Forma1<br\>keys: ", keys %astar_forma, "<br\> value: ", values %astar_forma if ($debug==2);
foreach my $c_l (keys %astar_forma)
{
if (int $astar_forma{$c_l} == 0 ) {delete $astar_forma{$c_l};}
else {;}
}
foreach my $c_l (keys %astar_forma)
{ if ($c_l eq 'l1')
{
if(int $astar_forma{$c_l} == 2)
{
unless (exists $astar_forma{'S'}) { $astar_forma{'S'} = 0;}
$astar_forma{'S'}++;
delete $astar_forma{$c_l};
}
# elsif(int $astar_forma{$c_l} == 3 )
# {
# unless (exists $astar_forma{'V3'}) { $astar_forma{'V3'} = 0;}
# $astar_forma{'V3'}++;
# delete $astar_forma{$c_l};
# unless (exists $total_var{'V3'}) {@astar_input = (['V3',"=",'S','*','l1'],@astar_input);}
# unless (exists $total_var{'S'}) {@astar_input = (['S',"=",'l1','*','l1'],@astar_input);}
# }
# elsif(int $astar_forma{$c_l} == -2)
# {
# unless (exists $astar_forma{'S'}) { $astar_forma{'S'} = 0;}
# $astar_forma{'S'}--;
# delete $astar_forma{$c_l};
# }
# elsif(int $astar_forma{$c_l} == -3)
# {
# unless (exists $astar_forma{'V3'}) { $astar_forma{'V3'} = 0;}
# $astar_forma{'V3'}--;
# delete $astar_forma{$c_l};
# }
else {;}
}
else {;}
}
foreach my $c_l (keys %astar_forma)
{
if($c_l ne 'l1')
{
if (int $astar_forma{$c_l} != 0 )
{
$power = $c_l =~ /^Eps_0\*c\^(.*\d)$/;
$power_number = int $1;
$power = 'Eps_0*c^';
$power1 = $power.($power_number+1);
$power_1 = $power.($power_number-1);
$power2 = $power.($power_number+2);
$power_2 = $power.($power_number-2);
$power = $c_l;
if ( $astar_forma{$power1} != 0 and $astar_forma{$power_1} != 0)
{
unless (exists $astar_forma{'v_s'}) { $astar_forma{'v_s'} = 0;}
if ($astar_forma{$power_1} = -1 and $astar_forma{$power1} = 1)
{
$astar_forma{$power_1}++;
$astar_forma{$power1}--;
$astar_forma{'v_s'} = $astar_forma{'v_s'} + 2;
}
# else { $astar_forma{$power_2}--; $astar_forma{$power}++; $astar_forma{'v_s'}=-2;}
# goto VICH;
}
else {;}
}
}
}
print "<br/>Astar_forma2<br/>keys: ", keys %astar_forma, "<br/> value: ", values %astar_forma if ($debug==2);
foreach my $c_l (keys %astar_forma)
{
if (int $astar_forma{$c_l} == 0 ) {delete $astar_forma{$c_l};}
else {;}
}
foreach my $c_l (keys %astar_forma)
{
if ($c_l eq 'v_s')
{
if(int $astar_forma{$c_l} <= -1 and int $astar_forma{'l1'} >= 1)
{
unless (exists $astar_forma{'T'}) { $astar_forma{'T'} = 0;};
$astar_forma{'T'}++;
$astar_forma{$c_l}++;
$astar_forma{'l1'}--;
}
if(int $astar_forma{$c_l} >= 2 and int $astar_forma{'l1'} <= -1)
{
unless (exists $astar_forma{'E'}) { $astar_forma{'E'} = 0;};
$astar_forma{'E'}++;
$astar_forma{$c_l} = $astar_forma{$c_l} - 2;
$astar_forma{'l1'}++;
}
if(int $astar_forma{$c_l} >= 1 and int $astar_forma{'l1'} <= -1)
{
unless (exists $astar_forma{'T'}) { $astar_forma{'T'} = 0;};
$astar_forma{'T'}--;
$astar_forma{$c_l}--;
$astar_forma{'l1'}++;
}
}
}
print "<br\>Astar_Forma3<br\>keys: ", keys %astar_forma, "<br\> value: ", values %astar_forma if ($debug==2);
foreach my $c_l (keys %astar_forma)
{
if (int $astar_forma{$c_l} == 0 ) {delete $astar_forma{$c_l};}
else {;}
}
print "<br/>Astar_forma4<br/>keys: ", keys %astar_forma, "<br/> value: ", values %astar_forma if ($debug==2);
my $cur_forma=$b_el.' = '.$s_el;
$index_f = 1; #keys(%astar_forma);
my $index_f_1 = 0;
my $index_f1 = 2;
foreach my $c_l (keys %astar_forma)
{
# next if $c_l eq $s_el;
if ( $index_f == 1 and keys(%astar_forma) == 1 )
{
if (int $astar_forma{$c_l} != 0 and int $astar_forma{$c_l} != 1 and int $astar_forma{$c_l} != -1)
{
print "Vich2_0 " ,
$cur_forma = $cur_forma .'*('. $c_l.')^'.$astar_forma{$c_l};
@astar_input = ([$b_el,"=",$s_el,'*','('.$c_l.')^'.$astar_forma{$c_l}],@astar_input);
}
elsif (int $astar_forma{$c_l} == -1)
{
print "Vich-1_0 " ,
$cur_forma = $cur_forma .' / '. $c_l;
@astar_input = ([$b_el,"=",$s_el,'/',$c_l],@astar_input);
}
elsif (int $astar_forma{$c_l} == 1)
{
print "Vich1_0 " ,
$cur_forma = $cur_forma .' * '. $c_l; #, '<br>',$b_el,"=",$s_el,'*',$c_l;
@astar_input = ([$b_el,"=",$s_el,'*',$c_l],@astar_input);
# @astar_input = ([$b_el,"=",$s_el,'*',$c_l],@astar_input);
}
elsif(int $astar_forma{$c_l} == 0){delete $astar_forma{$c_l};}
else {print 'Error 4_index_f <br>';}
}
elsif ( $index_f == 1 and keys(%astar_forma) > 1 )
{
if (int $astar_forma{$c_l} != 0 and int $astar_forma{$c_l} != 1 and int $astar_forma{$c_l} != -1)
{
# print "Vich2_1 " ,
$cur_forma = $cur_forma .'*('. $c_l.')^'.$astar_forma{$c_l};
@astar_input = ([$index_f.$b_el,"=",$s_el,'*','('.$c_l.')^'.$astar_forma{$c_l}],@astar_input);
}
elsif (int $astar_forma{$c_l} == -1)
{
# print "Vich-1_1 " ,
$cur_forma = $cur_forma .' / '. $c_l;
@astar_input = ([$index_f.$b_el,"=",$s_el,'/',$c_l],@astar_input);
}
elsif (int $astar_forma{$c_l} == 1)
{
# print "Vich1_1 " ,
$cur_forma = $cur_forma .' * '. $c_l; #, '<br>',$index_f.$b_el,"=",$s_el,'*',$c_l;
@astar_input = ([$index_f.$b_el,"=",$s_el,'*',$c_l],@astar_input);
# @astar_input = ([$b_el,"=",$s_el,'*',$c_l],@astar_input);
}
elsif(int $astar_forma{$c_l} == 0){delete $astar_forma{$c_l};}
else {print 'Error 4_index_f <br>';}
}
elsif ( $index_f < keys(%astar_forma))
{
if (int $astar_forma{$c_l} != 0 and int $astar_forma{$c_l} != 1 and int $astar_forma{$c_l} != -1)
{
# print "Vich2_i " ,
$cur_forma = $cur_forma .'*('. $c_l.')^'.$astar_forma{$c_l};
@astar_input = ([$index_f.$b_el,"=",$index_f1.$b_el,'*','('.$c_l.')^'.$astar_forma{$c_l}],@astar_input);
}
elsif (int $astar_forma{$c_l} == -1)
{
# print "Vich-1_i " ,
$cur_forma = $cur_forma .' / '. $c_l;
@astar_input = ([$index_f.$b_el,"=",$index_f1.$b_el,'/',$c_l],@astar_input);
}
elsif (int $astar_forma{$c_l} == 1)
{
# print "Vich1_i " ,
$cur_forma = $cur_forma .' * '. $c_l; #, '<br>',$index_f.$b_el,"=",$index_f1.$b_el,'*',$c_l;
@astar_input = ([$index_f.$b_el,"=",$index_f1.$b_el,'*',$c_l],@astar_input);
# @astar_input = ([$b_el,"=",$s_el,'*',$c_l],@astar_input);
}
elsif(int $astar_forma{$c_l} == 0){delete $astar_forma{$c_l};}
else {print 'Error 4_index_f <br>';}
}
else
{
# $s_el=1;
if (int $astar_forma{$c_l} != 0 and int $astar_forma{$c_l} != 1 and int $astar_forma{$c_l} != -1)
{
# print "Vich2 " ,
$cur_forma = $cur_forma .'*('. $c_l.')^'.$astar_forma{$c_l};
@astar_input = ([$b_el,"=",'1'.$b_el,'*','('.$c_l.')^'.$astar_forma{$c_l}],@astar_input);
#@astar_input = (@astar_input_tmp,@astar_input);
}
elsif (int $astar_forma{$c_l} == -1)
{
# print "Vich-1 " ,
$cur_forma = $cur_forma .' / '. $c_l;
@astar_input = ([$b_el,"=",'1'.$b_el,'/',$c_l],@astar_input);
}
elsif (int $astar_forma{$c_l} == 1)
{
# print "Vich1 " ,
$cur_forma = $cur_forma .' * '. $c_l; #,'<br>',$b_el,"=",'1'.$b_el,'*',$c_l;
## @astar_input = ([$index_f+1,"=",$index_f,'*',$c_l],@astar_input);
#@astar_input = (@astar_input_tmp,@astar_input);
@astar_input = ([$b_el,"=",'1'.$b_el,'*',$c_l],@astar_input);
}
elsif(int $astar_forma{$c_l} == 0){delete $astar_forma{$c_l};}
else {print 'Error 4<br>';}
}
$index_f_1 = $index_f;
# print "<br>Index_f: $c_l ", $index_f++, '<br>';
$index_f1 = $index_f++;
}
# print '<br>';}
print "<br/>Vicheslennaya (branch_astar) " ,$cur_forma, '<br>' if ($debug==2);
return $cur_forma_f;
}
sub astar_print {
foreach my $val (@array_astar) {
print join("\t,",@$val),'<br>';
}
}
# Поиск подформул, заполнение хеша групп, вызов рекурсии для каждой новой группы
sub branch {
my($b_el,%isp_gr_form)=@_;
my(@poisk_v_shir1,$cur_gr,$cur_form);
# А это мы осуществляем поиск подформул
if ( exists $total_var{$b_el} ) { return $b_el;}
@poisk_v_shir1=&search_number_of_formula($b_el);
if ($debug==1) { foreach my $c_l (@poisk_v_shir1) { my $fd=$arr_output[$c_l]; print @$fd, "; "; }print '<br>';}
foreach my $f_num_1 (@poisk_v_shir1) {
$cur_gr=&group_number($f_num_1);
unless ( exists $isp_gr_form{$cur_gr}) {
$isp_gr_form{$cur_gr}++;
$cur_form=&perebor($f_num_1,%isp_gr_form);
print 'B1 ',$cur_form ,'<br>' if $debug==1;
next if $flag_stop;
return $cur_form;
} else {
$isp_gr_form{$cur_gr}++;
}
}
}
sub astar_branch {
my($b_el,%isp_gr_form)=@_;
my(@poisk_v_shir1,$cur_gr,$cur_form);
# А это мы осуществляем поиск подформул
if ( exists $total_var{$b_el} ) { return $b_el;}
@poisk_v_shir1=&astar_search_number_of_formula($b_el);
if ($debug==2){ print "<br/>Poisk v shir "; foreach my $c_l (@poisk_v_shir1) { my $fd=$astar_output[$c_l]; print @$fd, "; "; }print '<br>';}
foreach my $f_num_1 (@poisk_v_shir1) {
$cur_gr=&group_number($f_num_1);
unless ( exists $isp_gr_form{$cur_gr}) {
$isp_gr_form{$cur_gr}++;
$cur_form=&astar_perebor($f_num_1,%isp_gr_form);
print 'astar_B1 ',$cur_form ,'<br>' if $debug==2;
next if $flag_stop;
return $cur_form;
} else {
$isp_gr_form{$cur_gr}++;
}
}
}
# Функция для поиска в глубину и ширину (рекурсивно)
sub perebor {
# Для нужд рекурсии надо завести локальный хеш %isp_form
my ($el,%isp_gr_form)= @_;
my ($cur_sim1,$cur_sig,$cur_sim2,$cur_form);
my $link_to_cur_formula=$arr_output[$el];
# print join(' ',%isp_gr_form), '<br>';
$flag_stop = 0 if $flag_stop == 1;
print @$link_to_cur_formula,'<br>' if $debug==1;
# Тут должна быть проверка по условию вхождения @$link_to_cur_formula[2] и в массив @total_var
$cur_sim1=@$link_to_cur_formula[2];
print 'cur_sim1 ', $cur_sim1, ' ' if $debug==1; # Первый член формулы
$cur_sig=@$link_to_cur_formula[3]; # Знак
$cur_sim2=@$link_to_cur_formula[4]; # Второй член формулы
if ( exists $total_var{$cur_sim1} ) {
$cur_form = $cur_form.$cur_sim1;
print '11 :', $cur_form, '<br>' if $debug==1;
} else {
$cur_form=&branch($cur_sim1,%isp_gr_form);
print '12 :',$cur_form, '<br>' if $debug==1;
}
# Тут должна быть проверка по условию вхождения @$link_to_cur_formula[4] и в массив @total_var
if ( exists $total_var{$cur_sim2} ) {
$cur_form = '('.$cur_form . " $cur_sig $cur_sim2)";
print '21 : flag= ',$flag_stop, ' ',$cur_form, '<br>' if $debug==1;
$flag_stop = 1 if ( $cur_form =~ m/\(\s\*/ or $cur_form =~ m/\(\s\// );
print "FLAG_STOP" if ($flag_stop and $debug==1);
return $cur_form;
} elsif(not $flag_stop) {
print '22 :', $cur_form = $cur_form.&branch($cur_sim2,%isp_gr_form), '<br>' if $debug==1;
} else {
return '';
}
}
sub astar_perebor {
# Для нужд рекурсии надо завести локальный хеш %isp_form
my ($el,%isp_gr_form)= @_;
my ($cur_sim1,$cur_sig,$cur_sim2,$cur_form);
my $link_to_cur_formula=$astar_output[$el];
# print join(' ',%isp_gr_form), '<br>';
$flag_stop = 0 if $flag_stop == 1;
print "astar_perebor: cur_formula ",@$link_to_cur_formula,'<br>' if $debug==2;
# Тут должна быть проверка по условию вхождения @$link_to_cur_formula[2] и в массив @total_var
$cur_sim1=@$link_to_cur_formula[2];
print 'astar_cur_sim1 ', $cur_sim1, ' ' if $debug==2; # Первый член формулы
$cur_sig=@$link_to_cur_formula[3]; # Знак
$cur_sim2=@$link_to_cur_formula[4]; # Второй член формулы
if ( exists $total_var{$cur_sim1} ) {
$cur_form = $cur_form.$cur_sim1;
print 'astar_11 :', $cur_form, '<br>' if $debug==2;
} else {
$cur_form=&astar_branch($cur_sim1,%isp_gr_form);
print 'astar_12 :',$cur_form, '<br>' if $debug==2;
}
# Тут должна быть проверка по условию вхождения @$link_to_cur_formula[4] и в массив @total_var
if ( exists $total_var{$cur_sim2} ) {
$cur_form = '('.$cur_form . " $cur_sig $cur_sim2)";
print 'astar_21 : flag= ',$flag_stop, ' ',$cur_form, '<br>' if $debug==2;
$flag_stop = 1 if ( $cur_form =~ m/\(\s\*/ or $cur_form =~ m/\(\s\// );
print "astar_FLAG_STOP" if ($flag_stop and $debug==2);
return $cur_form;
} elsif(not $flag_stop) {
$cur_form = $cur_form.' * '.&astar_branch($cur_sim2,%isp_gr_form); #Ignat
print 'astar_22 :',$cur_sim2," : " , $cur_form, '<br>' if $debug==2;
return $cur_form; #Ignat1
} else {
return '';
}
}
# end compute physical equations
sub yel_arrow {
my $formula = shift;
my $color = 'yellow';
my ($x,$y,$y1,$y2)=('','','','');
my ($br,$br1,$br2) = (0,0,0); my $i=0;
my @formula = split (/[\(\)]+/, $formula);
my @point = split (/\s+/,$formula[1]);
# print join('|',@point);
if ($point[0] ne '' and $point[0] ne '*' and $point[0] ne '/') {
$x=$pq_pos->{$point[0]}->{'1'};$y=$pq_pos->{$point[0]}->{'2'};
}
foreach my $bran1 (@branch) {
if ($bran1 eq $x) {$br=$i;}
$i++;
}
$br1=$br+1;$br2=$br-1;
if ($y eq '9') { $y1 = '9101'; }else{$y1 = (int $y + 1).'1'; }
$y2 = (int $y - 1).'1';
# my $x1 = (int $x + 1).'';
# my $x2 = (int $x - 1).'';
foreach my $cur (@formula) {
print $cur,'<br>' if $debug==1;
my @f1 = split (/\s+/,$cur);
# if ($debug)
# {foreach my $c (@f1) {
# print $cur,' :', ' x=',$x,' y=',$y,' y1=',$y1, ' y2=',$y2, ' f1[2]=', $f1[2], ':',$data->{$x}->{'0'}, '<br>';
# } };
print $branch[$br1],' : ', $branch[$br2],'<br>' if $debug==1;
if ($f1[2] eq 'dl1') {
$data_set->{'0_4'}->{'0'} = $color;
if ($f1[1] eq '/') {
$data_set->{'0_4'}->{$y1} = $color;
if ($y eq '9') {$y = '911' } else {$y = int $y + 2};
} elsif ($f1[1] eq '*') {
$data_set->{'0_4'}->{$y2} = $color;
if ($y eq '911') {$y = '9' } else {$y = int $y - 2;}
} else {
print 'Error1<br>' if $debug==1;
}
} elsif ( $f1[2] eq $data->{$x}->{'0'}) {
$data_set->{$x}->{'0'} = $color;
print '<br>', 'X=',$x,'Y=',$y,'<br>' if $debug==1;
if ($f1[1] eq '/' ) {
if ( $data->{$x}->{$y1} eq '<-' ) { if ($y eq '9') {$y = '911' } else {$y = int $y + 2}; $data_set->{$x}->{$y1} = $color;}
elsif ( $data->{$x}->{$y2} eq '->' ) { if ($y eq '911') {$y = '9' } else {$y = int $y - 2};$data_set->{$x}->{$y2} = $color;}
} elsif ($f1[1] eq '*' ) {
if ( $data->{$x}->{$y1} eq '->' ) { if ($y eq '9') {$y = '911' } else {$y = int $y + 2};$data_set->{$x}->{$y1} = $color;}
if ( $data->{$x}->{$y2} eq '<-' ) { if ($y eq '911') {$y = '9' } else {$y = int $y - 2};$data_set->{$x}->{$y2} = $color;}
} else {
print 'Error2<br>';
}
} elsif ($f1[2] eq $data->{$branch[$br1]}->{'0'}) {
$data_set->{$branch[$br1]}->{'0'} = $color;
if ( $data->{$x}->{$y1} eq '->' or $data->{$x}->{$y1} eq '<-') { $data_set->{$branch[$br1]}->{$y2} = $color;}
if ( $data->{$x}->{$y2} eq '->' or $data->{$x}->{$y2} eq '<-') { $data_set->{$branch[$br1]}->{$y1} = $color;}
$br2 = $br1;
$br = $br1+1;
$br1 = $br1+2;
$x = $branch[$br];
} elsif ($f1[2] eq $data->{$branch[$br2]}->{'0'}) {
$data_set->{$branch[$br2]}->{'0'} = $color;
if ( $data->{$x}->{$y1} eq '->' or $data->{$x}->{$y1} eq '<-') { $data_set->{$branch[$br2]}->{$y2} = $color;}
if ( $data->{$x}->{$y2} eq '->' or $data->{$x}->{$y2} eq '<-') { $data_set->{$branch[$br2]}->{$y1} = $color;}
$br1 = $br2;
$br = $br2 - 1;
$br2 = $br2 - 2;
$x = $branch[$br];
} else {
print 'Space<br>' if $debug==1;
}
if ($y eq '9') { $y1 = '9101'; }else{$y1 = (int $y + 1).'1'; }
$y2 = (int $y - 1).'1';
}
}
my $q = new CGI;
my ($pq1,$pq2,$pq3,$pq4,$pq5,$pq6,$pq7,$pq8,$pq9,$tpq,$const);
my $formula = "";
my @pq_arr = ();
print $q->header();
&set_paramSPQ();
print &Show_Form();
foreach my $c_l (@arr_input) { print join(" ",@$c_l), "; " if $show_rules==1; }
#my $formula = &branch($tpq);
push (@pq_arr, $pq1) if ($pq1);
push (@pq_arr, $pq2) if ($pq2);
push (@pq_arr, $pq3) if ($pq3);
push (@pq_arr, $pq4) if ($pq4);
push (@pq_arr, $pq5) if ($pq5);
push (@pq_arr, $pq6) if ($pq6);
push (@pq_arr, $pq7) if ($pq7);
push (@pq_arr, $pq8) if ($pq8);
push (@pq_arr, $pq9) if ($pq9);
#formula search for every argument
my $pq_first = $tpq;
foreach my $pq_cur (@pq_arr) {
$formula = &branch_astar($pq_first,$pq_cur);
print "<br/>Itog: ", $formula , '<br>'if ($debug==2);
$pq_first = $pq_cur;
}