$self->graph->set_attribute( 'node', 'shape', $shape );
}
-# Wrappers around some methods
+# Wrappes around merge_nodes
sub merge_readings {
my $self = shift;
=back
+=head2 Navigation methods
+
+=over
+
=item B<start>
my $beginning = $collation->start();
return $ret;
}
+
+## INITIALIZATION METHODS - for use by parsers
# Walk the paths for each witness in the graph, and return the nodes
# that the graph has in common.
# Mark all the nodes as either common or not.
foreach my $cn ( @common_readings ) {
- print STDERR "Setting " . $cn->name . " as common node\n";
+ print STDERR "Setting " . $cn->name . " / " . $cn->label . " as common node\n";
$cn->make_common;
}
foreach my $n ( $self->readings() ) {
sub common_readings {
my $self = shift;
my @common = grep { $_->is_common } $self->readings();
- return @common;
+ return sort { _cmp_position( $a->position, $b->position ) } @common;
}
# Calculate the relative positions of nodes in the graph, if they
# is a hash per witness, whose key is the word node and whose
# value is its position in the text. Common nodes are always N,1
# so have identical positions in each text.
- $DB::single = 1;
my $node_pos = {};
foreach my $wit ( @{$self->tradition->witnesses} ) {
sub _cmp_position {
my( $a, $b ) = @_;
- my @pos_a = split(/,/, $a );
- my @pos_b = split(/,/, $b );
-
- my $big_cmp = $pos_a[0] <=> $pos_b[0];
- return $big_cmp if $big_cmp;
- # else
- return $pos_a[1] <=> $pos_b[1];
+ if ( $a && $b ) {
+ my @pos_a = split(/,/, $a );
+ my @pos_b = split(/,/, $b );
+
+ my $big_cmp = $pos_a[0] <=> $pos_b[0];
+ return $big_cmp if $big_cmp;
+ # else
+ return $pos_a[1] <=> $pos_b[1];
+ } elsif ( $b ) { # a is undefined
+ return -1;
+ } elsif ( $a ) { # b is undefined
+ return 1;
+ }
+ return 0; # they are both undefined
}
sub all_positions {
my $self = shift;
my %positions = ();
map { $positions{$_->position} = 1 } $self->readings;
- return keys( %positions );
+ my @answer = sort { _cmp_position( $a, $b ) } keys( %positions );
+ return @answer;
}
sub readings_at_position {
# toggled off.
my $positions_off = {};
map { $positions_off->{ $_->position } = $_->name } @toggled_off_nodes;
-
-
+
# Now for each position, we have to see if a node is on, and we
# have to see if a node has been turned off.
my @answer;
# Push the state that is there. Arbitrarily use the first node
# at that position.
my @pos_nodes = $self->readings_at_position( $pos );
- push( @answer, [ $pos_nodes[0], $self->lemmata->{$pos} ] );
+ push( @answer, [ $pos_nodes[0]->name, $self->lemmata->{$pos} ] );
}
}
return @answer;
}
+=item B<toggle_reading>
+
+my @readings_delemmatized = $graph->toggle_reading( $reading_name );
+
+Takes a reading node name, and either lemmatizes or de-lemmatizes
+it. Returns a list of all readings that are de-lemmatized as a result
+of the toggle.
+
+=cut
+
+sub toggle_reading {
+ my( $self, $rname ) = @_;
+
+ return unless $rname;
+ my $reading = $self->reading( $rname );
+ if( !$reading || $reading->is_common() ) {
+ # Do nothing, it's a common node.
+ return;
+ }
+
+ my $pos = $reading->position;
+ my $old_state = $self->lemmata->{$pos};
+ my @readings_off;
+ if( $old_state && $old_state eq $rname ) {
+ # Turn off the node. We turn on no others by default.
+ push( @readings_off, $reading );
+ } else {
+ # Turn on the node.
+ $self->lemmata->{$pos} = $rname;
+ # Any other 'on' readings in the same position should be off.
+ push( @readings_off, $self->same_position_as( $reading ) );
+ # Any node that is an identical transposed one should be off.
+ push( @readings_off, $reading->identical_readings );
+ }
+ @readings_off = unique_list( @readings_off );
+
+ # Turn off the readings that need to be turned off.
+ my @readings_delemmatized;
+ foreach my $n ( @readings_off ) {
+ my $state = $self->lemmata->{$n->position};
+ if( $state && $state eq $n->name ) {
+ # this reading is still on, so turn it off
+ push( @readings_delemmatized, $n );
+ my $new_state = undef;
+ if( $n eq $reading ) {
+ # This is the reading that was clicked, so if there are no
+ # other readings there, turn off the position. In all other
+ # cases, restore the ellipsis.
+ my @other_n = $self->same_position_as( $n );
+ $new_state = 0 unless @other_n;
+ }
+ $self->lemmata->{$n->position} = $new_state;
+ } elsif( $old_state && $old_state eq $n->name ) {
+ # another reading has already been turned on here
+ push( @readings_delemmatized, $n );
+ } # else some other reading was on anyway, so pass.
+ }
+ return @readings_delemmatized;
+}
+
+sub same_position_as {
+ my( $self, $reading ) = @_;
+ my $pos = $reading->position;
+ my @same = grep { $_ ne $reading } $self->readings_at_position( $reading->position );
+ return @same;
+}
-
# Return the string that joins together a list of witnesses for
# display on a single path.
sub path_label {
}
sub witnesses_of_label {
- my $self = shift;
+ my( $self, $label ) = @_;
my $regex = $self->wit_list_separator;
- return split( /^\Q$regex\E$/, @_ );
+ my @answer = split( /\Q$regex\E/, $label );
+ return @answer;
}
+sub unique_list {
+ my( @list ) = @_;
+ my %h;
+ map { $h{$_->name} = $_ } @list;
+ return values( %h );
+}
+
no Moose;
__PACKAGE__->meta->make_immutable;
"Element has same toggle value" );
if( defined $active_nodes[$_]->[1] ) {
is( $active_nodes[$_]->[0], $expected_nodes[$_]->[0],
- "Active or toggled element has same node name" );
+ "Active or toggled element has same node name "
+ . $active_nodes[$_]->[0] );
}
}
}
return join( ' ', @words );
}
-__END__
-
# Test the manuscript paths
my $wit_a = '# when april with his showers sweet with fruit the drought of march has pierced unto the root #';
my $wit_b = '# when showers sweet with april fruit the march of drought has pierced to the root #';
my $wit_c = '# when showers sweet with april fruit the drought of march has pierced the rood #';
-is( $collation->text_for_witness( "A" ), $wit_a, "Correct path for witness A" );
-is( $collation->text_for_witness( "B" ), $wit_b, "Correct path for witness B" );
-is( $collation->text_for_witness( "C" ), $wit_c, "Correct path for witness C" );
+is( join( ' ', @{$tradition->witness( "A" )->text} ), $wit_a, "Correct path for witness A" );
+is( join( ' ', @{$tradition->witness( "B" )->text} ), $wit_b, "Correct path for witness B" );
+is( join( ' ', @{$tradition->witness( "C" )->text} ), $wit_c, "Correct path for witness C" );
# Test the transposition identifiers
my $transposition_pools = [ [ 'n2', 'n11' ], [ 'n14', 'n18' ],
'n17' => $transposition_pools->[2],
'n18' => $transposition_pools->[1],
};
-foreach my $n ( $collation->readings() ) {
- $transposed_nodes->{ $n->name() } = [ $n->name() ]
- unless exists $transposed_nodes->{ $n->name() };
+
+my $real_transposed_nodes = {};
+foreach my $r ( $collation->readings ) {
+ my @same = map { $_->name } @{$r->same_as};
+ $real_transposed_nodes->{ $r->name } = \@same if @same > 1;
}
-is_deeply( $collation->{'identical_nodes'}, $transposed_nodes, "Found the right transpositions" );
+
+is_deeply( $real_transposed_nodes, $transposed_nodes, "Found the right transpositions" );
# Test turning on a node
-my @off = $collation->toggle_node( 'n25' );
+my @off = $collation->toggle_reading( 'n25' );
$expected_nodes[ 18 ] = [ "n25", 1 ];
-@active_nodes = $collation->active_nodes( @off );
+@active_nodes = $collation->lemma_readings( @off );
subtest 'Turned on node for new location' => \&compare_active;
$string = '# when ... ... ... showers sweet with ... fruit the ... of ... has pierced ... the rood #';
is( make_text( @active_nodes ), $string, "Got the right text" );
# Test the toggling effects of same-column
-@off = $collation->toggle_node( 'n26' );
+@off = $collation->toggle_reading( 'n26' );
splice( @expected_nodes, 18, 1, ( [ "n25", 0 ], [ "n26", 1 ] ) );
-@active_nodes = $collation->active_nodes( @off );
+@active_nodes = $collation->lemma_readings( @off );
subtest 'Turned on other node in that location' => \&compare_active;
$string = '# when ... ... ... showers sweet with ... fruit the ... of ... has pierced ... the root #';
is( make_text( @active_nodes ), $string, "Got the right text" );
# Test the toggling effects of transposition
-@off = $collation->toggle_node( 'n14' );
+@off = $collation->toggle_reading( 'n14' );
# Add the turned on node
$expected_nodes[ 11 ] = [ "n14", 1 ];
# Remove the 'off' for the previous node
splice( @expected_nodes, 18, 1 );
-@active_nodes = $collation->active_nodes( @off );
+@active_nodes = $collation->lemma_readings( @off );
subtest 'Turned on transposition node' => \&compare_active;
$string = '# when ... ... ... showers sweet with ... fruit the drought of ... has pierced ... the root #';
is( make_text( @active_nodes ), $string, "Got the right text" );
-@off = $collation->toggle_node( 'n18' );
+@off = $collation->toggle_reading( 'n18' );
# Toggle on the new node
$expected_nodes[ 13 ] = [ "n18", 1 ];
# Toggle off the transposed node
$expected_nodes[ 11 ] = [ "n14", undef ];
-@active_nodes = $collation->active_nodes( @off );
+@active_nodes = $collation->lemma_readings( @off );
subtest 'Turned on that node\'s partner' => \&compare_active;
$string = '# when ... ... ... showers sweet with ... fruit the ... of drought has pierced ... the root #';
is( make_text( @active_nodes ), $string, "Got the right text" );
-@off = $collation->toggle_node( 'n14' );
+@off = $collation->toggle_reading( 'n14' );
# Toggle on the new node
$expected_nodes[ 11 ] = [ "n14", 1 ];
# Toggle off the transposed node
$expected_nodes[ 13 ] = [ "n18", undef ];
-@active_nodes = $collation->active_nodes( @off );
+@active_nodes = $collation->lemma_readings( @off );
subtest 'Turned on the original node' => \&compare_active;
$string = '# when ... ... ... showers sweet with ... fruit the drought of ... has pierced ... the root #';
is( make_text( @active_nodes ), $string, "Got the right text" );
-@off = $collation->toggle_node( 'n15' );
+@off = $collation->toggle_reading( 'n15' );
# Toggle on the new node, and off with the old
splice( @expected_nodes, 11, 1, [ "n14", 0 ], [ "n15", 1 ] );
-@active_nodes = $collation->active_nodes( @off );
+@active_nodes = $collation->lemma_readings( @off );
subtest 'Turned on the colocated node' => \&compare_active;
$string = '# when ... ... ... showers sweet with ... fruit the march of ... has pierced ... the root #';
is( make_text( @active_nodes ), $string, "Got the right text" );
-@off = $collation->toggle_node( 'n3' );
+@off = $collation->toggle_reading( 'n3' );
# Toggle on the new node
splice( @expected_nodes, 3, 1, [ "n3", 1 ] );
# Remove the old toggle-off
splice( @expected_nodes, 11, 1 );
-@active_nodes = $collation->active_nodes( @off );
+@active_nodes = $collation->lemma_readings( @off );
subtest 'Turned on a singleton node' => \&compare_active;
$string = '# when ... with ... showers sweet with ... fruit the march of ... has pierced ... the root #';
is( make_text( @active_nodes ), $string, "Got the right text" );
-@off = $collation->toggle_node( 'n3' );
+@off = $collation->toggle_reading( 'n3' );
# Toggle off this node
splice( @expected_nodes, 3, 1, [ "n3", 0 ] );
-@active_nodes = $collation->active_nodes( @off );
+@active_nodes = $collation->lemma_readings( @off );
subtest 'Turned off a singleton node' => \&compare_active;
$string = '# when ... ... showers sweet with ... fruit the march of ... has pierced ... the root #';
is( make_text( @active_nodes ), $string, "Got the right text" );
-@off = $collation->toggle_node( 'n21' );
+@off = $collation->toggle_reading( 'n21' );
splice( @expected_nodes, 16, 1, [ "n21", 1 ] );
-@active_nodes = $collation->active_nodes( @off );
+@active_nodes = $collation->lemma_readings( @off );
subtest 'Turned on a new node after singleton switchoff' => \&compare_active;
$string = '# when ... ... showers sweet with ... fruit the march of ... has pierced unto the root #';
is( make_text( @active_nodes ), $string, "Got the right text" );