package Travel::Status::DE::DBWagenreihung::Wagon; use strict; use warnings; use 5.020; use utf8; use parent 'Class::Accessor'; use Carp qw(cluck); our $VERSION = '0.07'; Travel::Status::DE::DBWagenreihung::Wagon->mk_ro_accessors( qw(attributes class_type has_ac has_accessibility has_bahn_comfort has_bike_storage has_bistro has_compartments has_family_area has_phone_area has_quiet_area is_dosto is_interregio is_locomotive is_powercar number model multipurpose section train_no train_subtype type uic_id) ); our %type_attributes = ( 'ICE 1' => [ undef, ['has_quiet_area'], undef, ['has_quiet_area'], # 1 2 3 4 ['has_family_area'], undef, ['has_bahn_comfort'], # 5 6 7 undef, undef, undef, ['has_bahn_comfort'], # 8 9 (10) 11 ['has_quiet_area'], undef, undef # 12 (13) 14 ], 'ICE 2' => [ undef, ['has_quiet_area'], ['has_bahn_comfort'], ['has_family_area'], # 1 2 3 4 undef, ['has_bahn_comfort'], [ 'has_quiet_area', 'has_phone_area' ] # 5 6 7 ], 'ICE 3' => [ ['has_quiet_area'], undef, undef, undef, # 1 2 3 (4) ['has_family_area'], undef, ['has_bahn_comfort'], # 5 6 7 [ 'has_quiet_area', 'has_phone_area', 'has_bahn_comfort' ], undef # 8 9 ], 'ICE 3 Velaro' => [ ['has_quiet_area'], undef, undef, ['has_family_area'], # 1 2 3 4 ['has_bahn_comfort'], ['has_bahn_comfort'], undef, undef, # 5 6 (7) 8 [ 'has_quiet_area', 'has_phone_area' ] # 9 ], 'ICE 4' => [ ['has_bike_storage'], undef, ['has_quiet_area'], undef, undef, # 1 2 3 4 5 undef, ['has_bahn_comfort'], undef, ['has_family_area'], # 6 7 (8) 9 undef, ['has_bahn_comfort'], undef, undef, ['has_quiet_area'] # 10 11 12 (13) 14 ], 'ICE T 411' => [ ['has_quiet_area'], ['has_quiet_area'], undef, ['has_family_area'], # 1 2 3 4 undef, undef, ['has_bahn_comfort'], [ 'has_quiet_area', 'has_bahn_comfort' ] # (5) 6 7 8 ], 'ICE T 415' => [ ['has_quiet_area'], ['has_quiet_area'], ['has_bahn_comfort'], undef, # 1 2 3 (4) undef, undef, ['has_family_area'], [ 'has_quiet_area', 'has_bahn_comfort' ] # (5) (6) 7 8 ], 'IC2 Twindexx' => [ [ 'has_family_area', 'has_bike_storage' ], ['has_bike_storage'], # 1 2 ['has_bike_storage'], [ 'has_bike_storage', 'has_bahn_comfort' ], # 3 4 [ 'has_bahn_comfort', 'has_quiet_area', 'has_phone_area' ] # 5 ], ); sub new { my ( $obj, %opt ) = @_; my $ref = {}; $ref->{class_type} = 0; $ref->{has_bistro} = 0; $ref->{is_locomotive} = 0; $ref->{is_powercar} = 0; $ref->{train_no} = $opt{train_no}; $ref->{number} = $opt{wagenordnungsnummer}; $ref->{model} = $opt{fahrzeugnummer}; $ref->{uic_id} = $opt{fahrzeugnummer}; $ref->{section} = $opt{fahrzeugsektor}; $ref->{type} = $opt{fahrzeugtyp}; $ref->{model} =~ s{^.....(...)....$}{$1} or $ref->{model} = undef; my $self = bless( $ref, $obj ); $self->parse_type; if ( $opt{kategorie} =~ m{SPEISEWAGEN} ) { $ref->{has_bistro} = 1; } elsif ( $opt{kategorie} eq 'LOK' ) { $ref->{is_locomotive} = 1; } elsif ( $opt{kategorie} eq 'TRIEBKOPF' ) { $ref->{is_powercar} = 1; } if ( $opt{fahrzeugtyp} =~ m{AB} ) { $ref->{class_type} = 12; } elsif ( $opt{fahrzeugtyp} =~ m{A} ) { $ref->{class_type} = 1; } elsif ( $opt{fahrzeugtyp} =~ m{B|WR} ) { $ref->{class_type} = 2; } my $pos = $opt{positionamhalt}; $ref->{position}{start_percent} = $pos->{startprozent}; $ref->{position}{end_percent} = $pos->{endeprozent}; $ref->{position}{start_meters} = $pos->{startmeter}; $ref->{position}{end_meters} = $pos->{endemeter}; if ( $pos->{startprozent} eq '' or $pos->{endeprozent} eq '' or $pos->{startmeter} eq '' or $pos->{endemeter} eq '' ) { $ref->{position}{valid} = 0; } else { $ref->{position}{valid} = 1; } return $self; } sub attributes { my ($self) = @_; return @{ $self->{attributes} // [] }; } # See also: # https://de.wikipedia.org/wiki/UIC-Bauart-Bezeichnungssystem_f%C3%BCr_Reisezugwagen#Kennbuchstaben # https://www.deutsche-reisezugwagen.de/lexikon/erklarung-der-gattungszeichen/ sub parse_type { my ($self) = @_; my $type = $self->{type}; my @desc; if ( $type =~ m{^D} ) { $self->{is_dosto} = 1; push( @desc, 'Doppelstock' ); } if ( $type =~ m{b} ) { $self->{has_accessibility} = 1; push( @desc, 'Behindertengerechte Ausstattung' ); } if ( $type =~ m{d} ) { $self->{multipurpose} = 1; push( @desc, 'Mehrzweck' ); } if ( $type =~ m{f} ) { push( @desc, 'Steuerabteil' ); } if ( $type =~ m{i} ) { $self->{is_interregio} = 1; push( @desc, 'Interregio' ); } if ( $type =~ m{mm} ) { push( @desc, 'modernisiert' ); } if ( $type =~ m{p} ) { $self->{has_ac} = 1; push( @desc, 'Großraum' ); } if ( $type =~ m{s} ) { push( @desc, 'Sonderabteil' ); } if ( $type =~ m{v} ) { $self->{has_ac} = 1; $self->{has_compartments} = 1; push( @desc, 'Abteil' ); } if ( $type =~ m{w} ) { $self->{has_ac} = 1; $self->{has_compartments} = 1; push( @desc, 'Abteil' ); } $self->{attributes} = \@desc; } sub set_traintype { my ( $self, $tt ) = @_; $self->{train_subtype} = $tt; if ( not $self->{number} or not exists( $type_attributes{$tt} ) ) { return; } if ( $self->{number} !~ m{^\d+$} ) { return; } my $index = $self->{number} - 1; if ( $index >= 30 ) { $index -= 30; } elsif ( $index >= 20 ) { $index -= 20; } if ( not $type_attributes{$tt}[$index] ) { return; } for my $attr ( @{ $type_attributes{$tt}[$index] } ) { $self->{$attr} = 1; } } sub is_first_class { my ($self) = @_; if ( $self->{type} =~ m{^D?A} ) { return 1; } return 0; } sub is_second_class { my ($self) = @_; if ( $self->{type} =~ m{^D?A?B} ) { return 1; } return 0; } sub sections { my ($self) = @_; return @{ $self->{sections} }; } sub TO_JSON { my ($self) = @_; my %copy = %{$self}; return {%copy}; } 1;