module TAC class Simulator class Field def initialize(container:, season:, simulation:) @container = container @season = season @simulation = simulation @position = CyberarmEngine::Vector.new @scale = 1 @size = 0 @field_size = 144 # inches [1 pixel = 1 inch] @blue = Gosu::Color.new(0xff_004080) @red = Gosu::Color.new(0xff_800000) end def draw Gosu.flush Gosu.clip_to(@position.x, @position.y, @size, @size) do Gosu.translate(@position.x, @position.y) do draw_field Gosu.scale(@scale) do self.send(:"draw_field_#{@season}") @simulation.robots.each(&:draw) @simulation.robots.each { |robot| robot.queue.first.draw if robot.queue.first && @simulation.show_paths } end end end end def draw_field Gosu.draw_rect(0, 0, @field_size * @scale, @field_size * @scale, Gosu::Color::GRAY) 6.times do |i| # Tile lines across next if i == 0 Gosu.draw_rect((@field_size * @scale) / 6 * i, 0, 1, @field_size * @scale, Gosu::Color::BLACK) end 6.times do |i| # Tile lines down next if i == 0 Gosu.draw_rect(0, (@field_size * @scale) / 6 * i, @field_size * @scale, 1, Gosu::Color::BLACK) end end def draw_field_skystone # blue bridge Gosu.draw_rect(0, @field_size / 2 - 2, 48, 1, @blue) Gosu.draw_rect(0, @field_size / 2 + 1, 48, 1, @blue) # mid bridge Gosu.draw_rect(@field_size / 2 - 24, @field_size / 2 - 9.25, 48, 18.5, Gosu::Color.new(0xff_222222)) Gosu.draw_rect(@field_size / 2 - 24, @field_size / 2 - 2, 48, 1, Gosu::Color::YELLOW) Gosu.draw_rect(@field_size / 2 - 24, @field_size / 2 + 1, 48, 1, Gosu::Color::YELLOW) # blue bridge Gosu.draw_rect(@field_size - 48, @field_size / 2 - 2, 48, 1, @red) Gosu.draw_rect(@field_size - 48, @field_size / 2 + 1, 48, 1, @red) # blue build site Gosu.draw_quad( 24 - 2, 0, @blue, 24, 0, @blue, 0, 24 - 2, @blue, 0, 24, @blue ) # red build site Gosu.draw_quad( @field_size - (24 - 2), 0, @red, @field_size - (24 - 0), 0, @red, @field_size, 24 - 2, @red, @field_size, 24, @red ) # blue depot Gosu.draw_rect(@field_size - 24, @field_size - 24, 24, 2, @blue) Gosu.draw_rect(@field_size - 24, @field_size - 24, 2, 24, @blue) # red depot Gosu.draw_rect(-1, @field_size - 24, 24, 2, @red) Gosu.draw_rect(22, @field_size - 24, 2, 24, @red) # blue foundation Gosu.draw_rect(48, 4, 18.5, 34.5, @blue) # red foundation Gosu.draw_rect(@field_size - (48 + 18.5), 4, 18.5, 34.5, @red) # stones 6.times do |i| Gosu.draw_rect(48, @field_size - 8 * i - 8, 4, 8, Gosu::Color::YELLOW) end 6.times do |i| Gosu.draw_rect(@field_size - (48 + 4), @field_size - 8 * i - 8, 4, 8, Gosu::Color::YELLOW) end end def draw_field_ultimate_goal # middle line Gosu.draw_rect(0, @field_size / 2 - 13, @field_size, 2, Gosu::Color::WHITE) # phantom center line to indict half field for remote season field Gosu.draw_rect(@field_size / 2 - (0.5 + 24), 0, 1, @field_size, 0x88_448844) # blue starting lines Gosu.draw_rect(24 - 1, @field_size - 24, 2, 24, @blue) Gosu.draw_rect(48 - 1, @field_size - 24, 2, 24, @blue) # blue wobbly wobs Gosu.draw_circle(24, @field_size - 24, 4, 32, @blue) Gosu.draw_circle(48, @field_size - 24, 4, 32, @blue) # blue starter stack Gosu.draw_rect(36 - 1, @field_size - 50, 2, 2, @blue) # blue target zones # A draw_tile_box(@blue) # B Gosu.translate(24, 24) do draw_tile_box(@blue) end # C Gosu.translate(0, 48) do draw_tile_box(@blue) end # red starting lines Gosu.draw_rect(@field_size - 24 - 1, @field_size - 24, 2, 24, @red) Gosu.draw_rect(@field_size - 48 - 1, @field_size - 24, 2, 24, @red) # red wobbly wobs Gosu.draw_circle(@field_size - 24, @field_size - 24, 4, 32, @red) Gosu.draw_circle(@field_size - 48, @field_size - 24, 4, 32, @red) # red starter stack Gosu.draw_rect(@field_size - 37, @field_size - 50, 2, 2, @red) # red target zones # A Gosu.translate(@field_size - 24, 0) do draw_tile_box(@red) end # B Gosu.translate(@field_size - 48, 24) do draw_tile_box(@red) end # C Gosu.translate(@field_size - 24, 48) do draw_tile_box(@red) end end def draw_tile_box(color) Gosu.draw_rect(0, 0, 24, 2, color) Gosu.draw_rect(22, 2, 2, 22, color) Gosu.draw_rect(0, 22, 22, 2, color) Gosu.draw_rect(0, 2, 2, 22, color) end def update @position.x, @position.y = @container.x, @container.y @size = @container.width @scale = @size.to_f / @field_size end end end end