#!/usr/bin/perl -w
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#!/usr/bin/perl -w
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use Glib qw/TRUE FALSE/;
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use constant::boolean;
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use strict;
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use strict;
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use warnings;
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use warnings;
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use FindBin;
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use FindBin;
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use lib $FindBin::Bin;
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use lib $FindBin::Bin;
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sub get_sample_emulation_param {
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sub get_sample_emulation_param {
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my ($emulate,$sample)=@_;
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my ($emulate,$sample)=@_;
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my $ref=$emulate->object_get_attribute($sample,"noc_info");
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my $ref=$emulate->object_get_attribute($sample,"noc_info");
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my %noc_info= %$ref;
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my %noc_info= %$ref;
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my $topology=$noc_info{'TOPOLOGY'};
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my $topology=$noc_info{'TOPOLOGY'};
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my $C=$noc_info{C};
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my $C=$noc_info{C};
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my $T1=$noc_info{'T1'};
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my $T1=$noc_info{'T1'};
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my $T2=$noc_info{'T2'};
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my $T2=$noc_info{'T2'};
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my $T3=$noc_info{'T3'};
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my $T3=$noc_info{'T3'};
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my $V =$noc_info{'V'};
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my $V =$noc_info{'V'};
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my $Fpay = $noc_info{'Fpay'};
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my $Fpay = $noc_info{'Fpay'};
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return ($topology, $T1, $T2, $T3, $V, $Fpay);
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return ($topology, $T1, $T2, $T3, $V, $Fpay);
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}
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}
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sub getBit{
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sub getBit{
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my ($num, $b, $W)=@_;
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my ($num, $b, $W)=@_;
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while($b<0) {$b=$b+$W; }
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while($b<0) {$b=$b+$W; }
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$b=$b % $W;
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$b=$b % $W;
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return ($num >> $b) & 1;
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return ($num >> $b) & 1;
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}
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}
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# number; b:bit location; W: number width log2(num); v: 1 assert the bit, 0 deassert the bit;
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# number; b:bit location; W: number width log2(num); v: 1 assert the bit, 0 de-assert the bit;
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sub setBit{
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sub setBit{
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my ($num ,$b,$W,$v)=@_;
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my ($num ,$b,$W,$v)=@_;
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while($b<0) {$b=$b+$W;}
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while($b<0) {$b=$b+$W;}
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$b=$b % $W;
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$b=$b % $W;
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my $mask = 1 << $b;
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my $mask = 1 << $b;
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if ($v == 0) {$$num = $$num & ~$mask;} # assert bit
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if ($v == 0) {$$num = $$num & ~$mask;} # assert bit
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else {$$num = $$num | $mask;} #deassert bit
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else {$$num = $$num | $mask;} #de-assert bit
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}
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}
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sub pck_dst_gen_2D {
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sub pck_dst_gen_2D {
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my ($self,$sample,$traffic,$core_num,$line_num,$rnd)=@_;
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my ($self,$sample,$traffic,$core_num,$line_num,$rnd)=@_;
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my ($topology, $T1, $T2, $T3, $V, $Fpay) = get_sample_emulation_param($self,$sample);
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my ($topology, $T1, $T2, $T3, $V, $Fpay) = get_sample_emulation_param($self,$sample);
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my ($NE, $NR, $RAw, $EAw, $Fw) = get_topology_info_sub ($topology, $T1, $T2, $T3, $V, $Fpay);
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my ($NE, $NR, $RAw, $EAw, $Fw) = get_topology_info_sub ($topology, $T1, $T2, $T3, $V, $Fpay);
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my $NEw=log2($NE);
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my $NEw=log2($NE);
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#for mesh-tori
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#for mesh-tori
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my ($current_l,$current_x, $current_y);
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my ($current_l,$current_x, $current_y);
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my ($dest_l,$dest_x,$dest_y);
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my ($dest_l,$dest_x,$dest_y);
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($current_x,$current_y,$current_l)=mesh_tori_addrencod_sep($core_num,$T1, $T2,$T3);
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($current_x,$current_y,$current_l)=mesh_tori_addrencod_sep($core_num,$T1, $T2,$T3);
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if( $traffic eq "random") {
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if( $traffic eq "random") {
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my @randoms=@{$rnd};
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my @randoms=@{$rnd};
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my $tmp = @{$randoms[$core_num]}[$line_num-1];
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my $tmp = @{$randoms[$core_num]}[$line_num-1];
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return endp_addr_encoder($self,$tmp);
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return endp_addr_encoder($self,$tmp);
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}
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}
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if( $traffic eq "transposed 1"){
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if( $traffic eq "transposed 1"){
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$dest_x = $T1-$current_y-1;
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$dest_x = $T1-$current_y-1;
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$dest_y = $T2-$current_x-1;
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$dest_y = $T2-$current_x-1;
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$dest_l = $T3-$current_l-1;
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$dest_l = $T3-$current_l-1;
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return mesh_tori_addr_join($dest_x,$dest_y,$dest_l,$T1, $T2,$T3);
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return mesh_tori_addr_join($dest_x,$dest_y,$dest_l,$T1, $T2,$T3);
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}
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}
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if( $traffic eq "transposed 2"){
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if( $traffic eq "transposed 2"){
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$dest_x = $current_y;
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$dest_x = $current_y;
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$dest_y = $current_x;
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$dest_y = $current_x;
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$dest_l = $current_l;
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$dest_l = $current_l;
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return mesh_tori_addr_join($dest_x,$dest_y,$dest_l,$T1, $T2,$T3);
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return mesh_tori_addr_join($dest_x,$dest_y,$dest_l,$T1, $T2,$T3);
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}
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}
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if( $traffic eq "bit reverse"){
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if( $traffic eq "bit reverse"){
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#di = sb−i−1
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#di = sb−i−1
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my $tmp=0;
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my $tmp=0;
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for(my $i=0; $i< $NEw; $i++) {setBit(\$tmp, $i, $NEw, getBit($core_num, $NEw-$i-1, $NEw));}
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for(my $i=0; $i< $NEw; $i++) {setBit(\$tmp, $i, $NEw, getBit($core_num, $NEw-$i-1, $NEw));}
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return endp_addr_encoder($self,$tmp);
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return endp_addr_encoder($self,$tmp);
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}
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}
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if( $traffic eq "bit complement") {
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if( $traffic eq "bit complement") {
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my $tmp=0;
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my $tmp=0;
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for(my $i=0; $i< $NEw; $i++) { setBit(\$tmp, $i, $NEw, getBit($core_num, $i, $NEw)==0)};
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for(my $i=0; $i< $NEw; $i++) { setBit(\$tmp, $i, $NEw, getBit($core_num, $i, $NEw)==0)};
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return endp_addr_encoder($self,$tmp);
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return endp_addr_encoder($self,$tmp);
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}
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}
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if( $traffic eq "tornado") {
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if( $traffic eq "tornado") {
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#[(x+(k/2-1)) mod k, (y+(k/2-1)) mod k],
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#[(x+(k/2-1)) mod k, (y+(k/2-1)) mod k],
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$dest_x = (($current_x + (int($T1/2)-1)) % $T1);
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$dest_x = (($current_x + (int($T1/2)-1)) % $T1);
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$dest_y = (($current_y + (int($T2/2)-1)) % $T2);
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$dest_y = (($current_y + (int($T2/2)-1)) % $T2);
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$dest_l = $current_l;
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$dest_l = $current_l;
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return mesh_tori_addr_join($dest_x,$dest_y,$dest_l,$T1, $T2,$T3);
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return mesh_tori_addr_join($dest_x,$dest_y,$dest_l,$T1, $T2,$T3);
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}
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}
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if($traffic eq "shuffle"){
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if($traffic eq "shuffle"){
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#di = si−1 mod b
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#di = si−1 mod b
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my $tmp=0;
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my $tmp=0;
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for(my $i=0; $i< $NEw; $i++) { setBit(\$tmp, $i, $NEw, getBit($core_num, $i-1, $NEw));}
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for(my $i=0; $i< $NEw; $i++) { setBit(\$tmp, $i, $NEw, getBit($core_num, $i-1, $NEw));}
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return endp_addr_encoder($self,$tmp);
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return endp_addr_encoder($self,$tmp);
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}
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}
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if($traffic eq "bit rotation"){
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if($traffic eq "bit rotation"){
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#di = si+1 mod b
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#di = si+1 mod b
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my $tmp=0;
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my $tmp=0;
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for(my $i=0; $i< $NEw; $i++) { setBit(\$tmp, $i, $NEw, getBit($core_num, $i+1, $NEw));}
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for(my $i=0; $i< $NEw; $i++) { setBit(\$tmp, $i, $NEw, getBit($core_num, $i+1, $NEw));}
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return endp_addr_encoder($self,$tmp);
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return endp_addr_encoder($self,$tmp);
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}
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}
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if($traffic eq "neighbor"){
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if($traffic eq "neighbor"){
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#dx = sx + 1 mod k
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#dx = sx + 1 mod k
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#if ($current_x==0 && $current_y==0 && $current_l ==0) {
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#if ($current_x==0 && $current_y==0 && $current_l ==0) {
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# $dest_x = 2;
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# $dest_x = 2;
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# $dest_y = 2;
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# $dest_y = 2;
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# $dest_l = 0;
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# $dest_l = 0;
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#}else {
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#}else {
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# $dest_x = $current_x;
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# $dest_x = $current_x;
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# $dest_y = $current_y;
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# $dest_y = $current_y;
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# $dest_l = $current_l;
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# $dest_l = $current_l;
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#}
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#}
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#return mesh_tori_addr_join($dest_x,$dest_y,$dest_l,$T1, $T2,$T3);
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#return mesh_tori_addr_join($dest_x,$dest_y,$dest_l,$T1, $T2,$T3);
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$dest_x = ($current_x + 1) % $T1;
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$dest_x = ($current_x + 1) % $T1;
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$dest_y = ($current_y + 1) % $T2;
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$dest_y = ($current_y + 1) % $T2;
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$dest_l = $current_l;
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$dest_l = $current_l;
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return mesh_tori_addr_join($dest_x,$dest_y,$dest_l,$T1, $T2,$T3);
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return mesh_tori_addr_join($dest_x,$dest_y,$dest_l,$T1, $T2,$T3);
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}
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}
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if($traffic eq "custom"){
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my $num=$self->object_get_attribute($sample,"CUSTOM_SRC_NUM");
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for (my $i=0;$i<$num;$i++){
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my $src = $self->object_get_attribute($sample,"SRC_$i");
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my $dst = $self->object_get_attribute($sample,"DST_$i");
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return endp_addr_encoder($self,$dst) if($src == $core_num);
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}
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return endp_addr_encoder($self,$core_num);#off
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}
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print ("$traffic is an unsupported traffic pattern\n");
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print ("ERROR: $traffic is an unsupported traffic pattern\n");
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$dest_x = $current_x;
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$dest_x = $current_x;
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$dest_y = $current_y;
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$dest_y = $current_y;
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$dest_l = $current_l;
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$dest_l = $current_l;
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return mesh_tori_addr_join($dest_x,$dest_y,$dest_l,$T1, $T2,$T3);
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return mesh_tori_addr_join($dest_x,$dest_y,$dest_l,$T1, $T2,$T3);
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}
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}
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sub pck_dst_gen_1D {
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sub pck_dst_gen_1D {
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my ($self,$sample,$traffic,$core_num,$line_num,$rnd)=@_;
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my ($self,$sample,$traffic,$core_num,$line_num,$rnd)=@_;
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my ($topology, $T1, $T2, $T3, $V, $Fpay) = get_sample_emulation_param($self,$sample);
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my ($topology, $T1, $T2, $T3, $V, $Fpay) = get_sample_emulation_param($self,$sample);
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my ($NE, $NR, $RAw, $EAw, $Fw) = get_topology_info_sub ($topology, $T1, $T2, $T3, $V, $Fpay);
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my ($NE, $NR, $RAw, $EAw, $Fw) = get_topology_info_sub ($topology, $T1, $T2, $T3, $V, $Fpay);
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my $NEw=log2($NE);
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my $NEw=log2($NE);
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if( $traffic eq "random") {
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if( $traffic eq "random") {
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my @randoms=@{$rnd};
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my @randoms=@{$rnd};
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my $tmp = @{$randoms[$core_num]}[$line_num-1];
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my $tmp = @{$randoms[$core_num]}[$line_num-1];
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return endp_addr_encoder($self,$tmp);
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return endp_addr_encoder($self,$tmp);
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}
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}
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if( $traffic eq "transposed 1"){
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if( $traffic eq "transposed 1"){
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return endp_addr_encoder($self,$NE-$core_num-1);
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return endp_addr_encoder($self,$NE-$core_num-1);
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}
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}
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if( $traffic eq "transposed 2"){
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if( $traffic eq "transposed 2"){
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return endp_addr_encoder($self,$NE-$core_num-1);
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return endp_addr_encoder($self,$NE-$core_num-1);
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}
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}
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if( $traffic eq "bit reverse"){
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if( $traffic eq "bit reverse"){
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my $tmp=0;
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my $tmp=0;
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for(my $i=0; $i< $NEw; $i++) {setBit(\$tmp, $i, $NEw, getBit($core_num, $NEw-$i-1, $NEw));}
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for(my $i=0; $i< $NEw; $i++) {setBit(\$tmp, $i, $NEw, getBit($core_num, $NEw-$i-1, $NEw));}
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return endp_addr_encoder($self,$tmp);
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return endp_addr_encoder($self,$tmp);
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}
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}
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if( $traffic eq "bit complement") {
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if( $traffic eq "bit complement") {
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my $tmp=0;
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my $tmp=0;
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for(my $i=0; $i< $NEw; $i++) { setBit(\$tmp, $i, $NEw, getBit($core_num, $i, $NEw)==0)};
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for(my $i=0; $i< $NEw; $i++) { setBit(\$tmp, $i, $NEw, getBit($core_num, $i, $NEw)==0)};
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return endp_addr_encoder($self,$tmp);
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return endp_addr_encoder($self,$tmp);
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}
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}
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if( $traffic eq "tornado") {
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if( $traffic eq "tornado") {
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#[(x+(k/2-1)) mod k, (y+(k/2-1)) mod k],
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#[(x+(k/2-1)) mod k, (y+(k/2-1)) mod k],
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return endp_addr_encoder($self, ($core_num + (int($NE/2)-1)) % $NE);
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return endp_addr_encoder($self, ($core_num + (int($NE/2)-1)) % $NE);
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}
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}
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if($traffic eq "shuffle"){
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if($traffic eq "shuffle"){
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#di = si−1 mod b
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#di = si−1 mod b
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my $tmp=0;
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my $tmp=0;
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for(my $i=0; $i< $NEw; $i++) { setBit(\$tmp, $i, $NEw, getBit($core_num, $i-1, $NEw));}
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for(my $i=0; $i< $NEw; $i++) { setBit(\$tmp, $i, $NEw, getBit($core_num, $i-1, $NEw));}
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return endp_addr_encoder($self,$tmp);
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return endp_addr_encoder($self,$tmp);
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}
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}
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if($traffic eq "bit rotation"){
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if($traffic eq "bit rotation"){
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#di = si+1 mod b
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#di = si+1 mod b
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my $tmp=0;
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my $tmp=0;
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for(my $i=0; $i< $NEw; $i++) { setBit(\$tmp, $i, $NEw, getBit($core_num, $i+1, $NEw));}
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for(my $i=0; $i< $NEw; $i++) { setBit(\$tmp, $i, $NEw, getBit($core_num, $i+1, $NEw));}
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return endp_addr_encoder($self,$tmp);
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return endp_addr_encoder($self,$tmp);
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}
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}
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if($traffic eq "neighbor"){
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if($traffic eq "neighbor"){
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#dx = sx + 1 mod k
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#dx = sx + 1 mod k
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return endp_addr_encoder($self,($core_num + 1) % $NE);
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return endp_addr_encoder($self,($core_num + 1) % $NE);
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}
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}
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printf ("$traffic is an unsupported traffic pattern\n");
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if($traffic eq "custom"){
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my $num=$self->object_get_attribute($sample,"CUSTOM_SRC_NUM");
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for (my $i=0;$i<$num;$i++){
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my $src = $self->object_get_attribute($sample,"SRC_$i");
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my $dst = $self->object_get_attribute($sample,"DST_$i");
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return endp_addr_encoder($self,$dst) if($src == $core_num);
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}
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return endp_addr_encoder($self,$core_num);#off
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}
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printf ("ERROR: $traffic is an unsupported traffic pattern\n");
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return endp_addr_encoder($self,$core_num);
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return endp_addr_encoder($self,$core_num);
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}
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}
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sub pck_dst_gen{
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sub pck_dst_gen{
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my ($self,$sample,$traffic,$core_num,$line_num,$rnd)=@_;
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my ($self,$sample,$traffic,$core_num,$line_num,$rnd)=@_;
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my ($topology, $T1, $T2, $T3, $V, $Fpay) = get_sample_emulation_param($self,$sample);
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my ($topology, $T1, $T2, $T3, $V, $Fpay) = get_sample_emulation_param($self,$sample);
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return pck_dst_gen_2D ($self,$sample,$traffic,$core_num,$line_num,$rnd) if(( $topology eq '"MESH"') ||( $topology eq '"TORUS"'));
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return pck_dst_gen_2D ($self,$sample,$traffic,$core_num,$line_num,$rnd) if(( $topology eq '"MESH"') ||( $topology eq '"TORUS"'));
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return pck_dst_gen_1D ($self,$sample,$traffic,$core_num,$line_num,$rnd);
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return pck_dst_gen_1D ($self,$sample,$traffic,$core_num,$line_num,$rnd);
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}
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}
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1;
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1;
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