Refactor for expansion types

.gitignore

@@ -5,3 +5,4 @@
 /docs/
 /lib/
 *.dwarf
+*.sublime*

WORLD.md

@@ -13,18 +13,18 @@
 
 ## Ресурсы:
 
--	[ ] Кристаллы (базовый ресурс)
+-	[x] Кристаллы (базовый ресурс)
 
 ## Здания:
 
 ### Базовые здания
 
--	[ ] Главная база (склад)
--	[ ] Добыча кристаллов
--	[ ] Выращивание кристаллов
+-	[x] Главная база (склад)
+-	[x] Добыча кристаллов
+-	[x] Выращивание кристаллов
 -	[ ] Терраформатор
 
 ## Карта
 
--	[ ] Скалы
+-	[x] Скалы
 -	[ ] Вода

src/command.cr

@@ -1,138 +1,114 @@
-require "colorize"
+require "./tile"
 
 abstract class Command
   abstract def start(world : World) : Int32
   abstract def finish(world : World)
 end
 
-class BuildWoodMillCommand < Command
-  BASE_TIME = 30
+class BuildCrystalHarvesterCommand < Command
+  BUILD_TIME = 30
 
   def initialize(@point : Point)
   end
 
   def start(world : World) : Int32
-    printf "  << start build mill at [%d:%d]\n", @point.x, @point.y
-    BASE_TIME
+    BUILD_TIME
   end
 
   def finish(world : World)
-    printf "  << finish build mill at [%d,%d]\n", @point.x, @point.y
-    mill = WoodMillTile.new(@point)
-    world.map.set(mill)
-    world.push(GetWoodCommand.new(@point))
+    harverster = CrystalHarvesterTile.new(@point)
+    world.map.set(harverster)
+    world.push(HarvestCrystalCommand.new(@point))
   end
 end
 
-class GetWoodCommand < Command
-  BASE_TIME = 10
-  BASE_WOOD = 80
+class HarvestCrystalCommand < Command
+  HARVEST_VALUE = 80
+  HARVEST_TIME  = 10
   REST_TIME     =  5
 
   def initialize(@point : Point)
-    @wood = 0
+    @value = 0
   end
 
   def start(world : World) : Int32
-    wood_tile = nearest_wood(world)
+    deposit_tile = nearest_deposit(world)
     stock_tile = nearest_stock(world)
-    if wood_tile && stock_tile
-      calc_time(wood_tile.as(Tile), stock_tile.as(Tile))
+    if deposit_tile && stock_tile
+      wood_dist = @point.distance(deposit_tile.point)
+      stock_dist = @point.distance(stock_tile.point)
+      @value = deposit_tile.withdraw(HARVEST_VALUE)
+      HARVEST_TIME + 2 * wood_dist + 2 * stock_dist
     else
-      puts "  << no wood or stock tile".colorize(:red)
       REST_TIME
     end
   end
 
-  private def calc_time(wood_tile : Tile, stock_tile : Tile)
-    wood_dist = @point.distance(wood_tile.point)
-    stock_dist = @point.distance(stock_tile.point)
-    @wood = wood_tile.withdraw(BASE_WOOD)
-    printf "  << wood %d, %d, %d\n", BASE_TIME, 2 * wood_dist, 2 * stock_dist
-    BASE_TIME + 2 * wood_dist + 2 * stock_dist
-  end
-
   def finish(world : World)
-    printf "  << finish cut down wood at [%d,%d]\n", @point.x, @point.y
-    world.resources.add_wood(@wood)
-    world.push(GetWoodCommand.new(@point))
+    world.resources.add_crystal(@value)
+    world.push(HarvestCrystalCommand.new(@point))
   end
 
-  private def nearest_wood(world : World)
+  private def nearest_deposit(world : World)
     world.map.nearest_tile @point do |tile|
-      tile.supports(TileType::Wood) && tile.cur > 0
+      tile.type == TileType::CrystalDeposits && tile.cur > 0
     end
   end
 
   private def nearest_stock(world : World)
     world.map.nearest_tile @point do |tile|
-      tile.supports(TileType::Stock)
+      tile.type == TileType::Warehouse
     end
   end
 end
 
-class BuildForesterHouseCommand < Command
-  BASE_TIME = 50
+class BuildCrystalRestorerCommand < Command
+  BUILD_TIME = 50
 
   def initialize(@point : Point)
   end
 
   def start(world : World) : Int32
-    printf "  >> start build forester house at [%d:%d]\n", @point.x, @point.y
-    BASE_TIME
+    BUILD_TIME
   end
 
   def finish(world : World)
-    printf "  >> finish build forester house at [%d,%d]\n", @point.x, @point.y
-    tile = ForesterHouseTile.new(@point)
-    world.map.set(tile)
-    world.push(GrowWoodCommand.new(@point))
+    world.map.set(CrystalRestorerTile.new(@point))
+    world.push(RestoreCrystalCommand.new(@point))
   end
 end
 
-class GrowWoodCommand < Command
-  BASE_TIME = 15
-  BASE_WOOD = 30
+class RestoreCrystalCommand < Command
+  RESTORE_TIME  = 15
+  RESTORE_VALUE = 30
   REST_TIME     =  5
 
-  @wood_tile : Tile | Nil
+  @target_tile : Tile | Nil
 
   def initialize(@point : Point)
-    @wood_tile = nil
+    @target_tile = nil
   end
 
   def start(world : World) : Int32
-    @wood_tile = nearest_wood(world)
-    if @wood_tile
-      calc_time(@wood_tile.as(Tile))
+    @target_tile = nearest_deposit(world)
+    if @target_tile
+      dist = @point.distance(@target_tile.as(Tile).point)
+      RESTORE_TIME + 2 * dist
     else
-      printf "  >> no wood tile\n"
       REST_TIME
     end
   end
 
-  private def calc_time(wood_tile : Tile)
-    wood_point = wood_tile.point
-    dist = @point.distance(wood_point)
-    printf "  >> start grow wood at [%d,%d] -> %d -> [%d,%d]\n",
-      @point.x, @point.y,
-      dist,
-      wood_point.x, wood_point.y
-    BASE_TIME + 2 * dist
-  end
-
   def finish(world : World)
-    printf "  >> finish grow wood at [%d,%d]\n", @point.x, @point.y
-    if @wood_tile
-      printf "  >> finish grow wood for %d\n", BASE_WOOD
-      @wood_tile.as(Tile).charge(BASE_WOOD)
+    if @target_tile
+      @target_tile.as(Tile).charge(RESTORE_VALUE)
     end
-    world.push(GrowWoodCommand.new(@point))
+    world.push(RestoreCrystalCommand.new(@point))
   end
 
-  private def nearest_wood(world : World)
+  private def nearest_deposit(world : World)
     world.map.nearest_tile @point do |tile|
-      tile.supports(TileType::Wood) && tile.cur < tile.cap
+      tile.type == TileType::CrystalDeposits && tile.cur < tile.cap
     end
   end
 end

src/expansion.cr

@@ -4,15 +4,15 @@ require "./map"
 require "./queue"
 
 class Resources
-  def initialize(@wood = 0)
+  def initialize(@crystal = 0)
   end
 
-  def add_wood(x)
-    @wood += x
+  def add_crystal(x)
+    @crystal += x
   end
 
-  def wood
-    @wood
+  def crystal
+    @crystal
   end
 end
 
@@ -59,9 +59,9 @@ end
 
 w = World.new
 w.map.print
-w.push(BuildWoodMillCommand.new(Point.new(2, 3)))
-w.push(BuildForesterHouseCommand.new(Point.new(1, 2)))
-w.push(BuildForesterHouseCommand.new(Point.new(3, 2)))
+w.push(BuildCrystalHarvesterCommand.new(Point.new(2, 3)))
+w.push(BuildCrystalRestorerCommand.new(Point.new(1, 2)))
+w.push(BuildCrystalRestorerCommand.new(Point.new(3, 2)))
 w.run(60)
 w.map.print
-printf "Wood: %d\n", w.resources.wood
+printf "Wood: %d\n", w.resources.crystal

src/map.cr

@@ -13,97 +13,6 @@ struct Point
   end
 end
 
-enum TileType
-  Stock
-  Wood
-end
-
-abstract class Tile
-  property cap : Int32 = 0
-  property cur : Int32 = 0
-
-  def initialize(@point : Point)
-  end
-
-  getter point
-  getter cap
-  getter cur
-
-  abstract def letter : Char
-  abstract def supports(t : TileType) : Bool
-
-  def withdraw(value)
-    if value >= @cur
-      wd = @cur
-      @cur = 0
-      wd
-    else
-      @cur -= value
-      value
-    end
-  end
-
-  def charge(value)
-    charged = @cur + value
-    @cur = charged <= @cap ? charged : @cap
-  end
-end
-
-class StoneTile < Tile
-  def letter : Char
-    '.'
-  end
-
-  def supports(t : TileType) : Bool
-    false
-  end
-end
-
-class MainBaseTile < Tile
-  def letter : Char
-    'M'
-  end
-
-  def supports(t : TileType) : Bool
-    t == TileType::Stock
-  end
-end
-
-class WoodTile < Tile
-  def initialize(@point : Point, cap : Int32)
-    @cap = cap
-    @cur = cap
-  end
-
-  def letter : Char
-    'f'
-  end
-
-  def supports(t : TileType) : Bool
-    t == TileType::Wood
-  end
-end
-
-class WoodMillTile < Tile
-  def letter : Char
-    'm'
-  end
-
-  def supports(t : TileType) : Bool
-    t == TileType::Wood
-  end
-end
-
-class ForesterHouseTile < Tile
-  def letter : Char
-    'h'
-  end
-
-  def supports(t : TileType) : Bool
-    false
-  end
-end
-
 class Map
   SIZE = 4
 
@@ -111,13 +20,13 @@ class Map
     @data = {} of String => Tile
     (0...SIZE).each do |x|
       (0...SIZE).each do |y|
-        self.set(StoneTile.new(Point.new(x, y)))
+        self.set(PlateauTile.new(Point.new(x, y)))
       end
     end
     self.set(MainBaseTile.new(Point.new(0, 0)))
-    self.set(WoodTile.new(Point.new(1, 1), 100))
-    self.set(WoodTile.new(Point.new(3, 1), 200))
-    self.set(WoodTile.new(Point.new(2, 2), 100))
+    self.set(CrystalTile.new(Point.new(1, 1), 100))
+    self.set(CrystalTile.new(Point.new(3, 1), 200))
+    self.set(CrystalTile.new(Point.new(2, 2), 100))
   end
 
   def get(point : Point) : Tile

src/tile.cr

@@ -0,0 +1,93 @@
+enum TileType
+  CrystalDeposits
+  CrystalHarvester
+  CrystalRestorer
+  Plateau
+  Warehouse
+end
+
+abstract class Tile
+  property cap : Int32 = 0
+  property cur : Int32 = 0
+
+  def initialize(@point : Point)
+  end
+
+  getter point
+  getter cap
+  getter cur
+
+  abstract def letter : Char
+  abstract def type : TileType
+
+  def withdraw(value)
+    if value >= @cur
+      wd = @cur
+      @cur = 0
+      wd
+    else
+      @cur -= value
+      value
+    end
+  end
+
+  def charge(value)
+    charged = @cur + value
+    @cur = charged <= @cap ? charged : @cap
+  end
+end
+
+class PlateauTile < Tile
+  def letter : Char
+    '.'
+  end
+
+  def type : TileType
+    TileType::Plateau
+  end
+end
+
+class MainBaseTile < Tile
+  def letter : Char
+    'H'
+  end
+
+  def type : TileType
+    TileType::Warehouse
+  end
+end
+
+class CrystalTile < Tile
+  def initialize(@point : Point, cap : Int32)
+    @cap = cap
+    @cur = cap
+  end
+
+  def letter : Char
+    'f'
+  end
+
+  def type : TileType
+    TileType::CrystalDeposits
+  end
+end
+
+class CrystalHarvesterTile < Tile
+  def letter : Char
+    'm'
+  end
+
+  def type : TileType
+    TileType::CrystalHarvester
+  end
+end
+
+class CrystalRestorerTile < Tile
+  def letter : Char
+    'h'
+  end
+
+  def type : TileType
+    TileType::CrystalRestorer
+  end
+end