constant:
  value_print: <%= value.sub(/\b10\^/, '1e').sub(/\b2\^/, '1<<').gsub(',', "'") %>
  max: const int <%= name.upcase %>_MAX = <%= value_print %>;
  mod: const int MOD = <%= value_print %>;
declaration:
  type:
    __key: [item]
    number: int
    decimal: double
    string: string
    char: string
  delim_block: |
    <% unless delim.empty? -%>
    char delim;
    <% end -%>
  horizontal_type: |
    <%
      case container
      when :single
        if vars.map(&:item).uniq.size == 1
          %>multi<%
        else
          %>single<%
        end
      when :harray
        if item == :char
          %>single<%
        else
          %>array<%
        end
      when :varray
        %>array<%
      else # :matrix, :vmatrix, :hmatrix
        if item == :char
          %>array<%
        elsif root_container == :varray_matrix
          %>jagged_array<%
        else
          %>matrix<%
        end
      end
    -%>
  vertical_type: |
    <%
      if components
        %>combi<%
      else
        case container
        when :single
          if vars.map(&:item).uniq.size == 1
            %>single<%
          else
            %>multi<%
          end
        when :harray
          %>single<%
        else # :varray. :matrix, :vmatrix, :hmatrix
          %>multi<%
        end
      end
    -%>
  decl_line:
    __key: [horizontal_type]
    single: <%= type %> <%= v %>;
    multi: <%= type %> <%= vs.join(', ') %>;
    array: vector<<%= type %>> <%= v %>;
    jagged_array: vector<vector<<%= type %>>> <%= v %>;
    matrix: vector<vector<<%= type %>>> <%= v %>;
  decl_block:
    __key: [vertical_type]
    single: <%= decl_line %>
    multi: |
      <% vars.each do |var| -%>
      <%= var.decl_line %>
      <% end -%>
    combi: <% components.each do |cmp| %><%= cmp.decl_block %><% end %>
  decl: <%= decl_block %><%= delim_block %>
  alloc_line:
    __key: [horizontal_type]
    single: ''
    multi: ''
    array: <%= v %> = vector<<%= type %>>(<%= sz %>);
    jagged_array: <%= v %> = vector<vector<<%= type %>>>(<%= sz1 %>);
    matrix: <%= v %> = vector<vector<<%= type %>>>(<%= sz1 %>, vector<<%= type %>>(<%= sz2 %>));
  alloc:
    __key: [vertical_type]
    single: <%= alloc_line %>
    multi: |
      <% vars.each do |var| -%>
      <%= var.alloc_line %>
      <% end -%>
    combi: <% components.each do |cmp| %><%= cmp.alloc %><% end %>
  decl_alloc_line:
    __key: [horizontal_type]
    single: <%= type %> <%= v %>;
    multi: <%= type %> <%= vs.join(', ') %>;
    array: vector<<%= type %>> <%= v %>(<%= sz %>);
    jagged_array: vector<vector<<%= type %>>> <%= v %>(<%= sz1 %>);
    matrix: vector<vector<<%= type %>>> <%= v %>(<%= sz1 %>, vector<<%= type %>>(<%= sz2 %>));
  decl_alloc_block:
    __key: [vertical_type]
    single: <%= decl_alloc_line %>
    multi: |
      <% vars.each do |var| -%>
      <%= var.decl_alloc_line %>
      <% end -%>
    combi: <% components.each do |cmp| %><%= cmp.decl_alloc_block %><% end %>
  decl_alloc: <%= decl_alloc_block %><%= delim_block %>
input:
  dim_type: '<%= size.size - (item == :char ? 1 : 0) %>_dim'
  item_address:
    __key: [dim_type]
    0_dim: <%= v %>
    1_dim: <%= v %>[i]
    2_dim: <%= v %>[i][j]
  sep: <% if delim.empty? %> >> <% else %> >> delim >> <% end %>
  line_address: <%= vars.map { |var| var.item_address }.join(sep) %>
  input_type: <% if components %><%= container.to_s %><% else %>plain<% end %>
  sz2_body: <%= sz2.split('_')[0] %>
  main:
    __key: [input_type, dim_type]
    plain:
      0_dim: cin >> <%= line_address %>;
      1_dim: REP(i, <%= sz1 %>) cin >> <%= line_address %>;
      2_dim: REP(i, <%= sz1 %>) REP(j, <%= sz2 %>) cin >> <%= line_address %>;
    varray_matrix:
      1_dim: |
        REP(i, <%= sz1 %>) {
          cin >> <%= components[0].line_address %>;
          cin >> <%= components[1].line_address %>;
        }
      2_dim: |
        REP(i, <%= sz1 %>) {
          cin >> <%= components[0].line_address %>;
          <%= vs[-1] %>[i].resize(<%= sz2_body %>[i]);
          REP(j, <%= sz2_body %>[i]) cin >> <%= components[1].line_address %>;
        }
    matrix_varray:
      1_dim: |
        REP(i, <%= sz1 %>) {
          cin >> <%= components[0].line_address %>;
          cin >> <%= components[1].line_address %>;
        }
      2_dim: |
        REP(i, <%= sz1 %>) {
          REP(j, <%= sz2_body %>) cin >> <%= components[0].line_address %>;
          cin >> <%= components[1].line_address %>;
        }