diff options
Diffstat (limited to 'samples/99_genre_crafting/craft_game_starting_point/app/main.rb')
| -rw-r--r-- | samples/99_genre_crafting/craft_game_starting_point/app/main.rb | 32 |
1 files changed, 16 insertions, 16 deletions
diff --git a/samples/99_genre_crafting/craft_game_starting_point/app/main.rb b/samples/99_genre_crafting/craft_game_starting_point/app/main.rb index 549e73d..d7478e4 100644 --- a/samples/99_genre_crafting/craft_game_starting_point/app/main.rb +++ b/samples/99_genre_crafting/craft_game_starting_point/app/main.rb @@ -1,13 +1,13 @@ # ================================================== # A NOTE TO JAM CRAFT PARTICIPANTS: -# The comments and code in here are just a small piece of DragonRuby's capabilities. +# The comments and code in here are just as small piece of DragonRuby's capabilities. # Be sure to check out the rest of the sample apps. Start with README.txt and go from there! # ================================================== # def tick args is the entry point into your game. This function is called at # a fixed update time of 60hz (60 fps). def tick args - # The defaults function initializes the game. + # The defaults function intitializes the game. defaults args # After the game is initialized, render it. @@ -38,7 +38,7 @@ def defaults args # Bottom left is 0, 0. Top right is 1280, 720. # The inventory area is at the top of the screen # the number 80 is the size of all the sprites, so that is what is being - # used to decide the width and height + # used to decide the with and height args.state.sprite_size = 80 args.state.inventory_border.w = args.state.sprite_size * 10 @@ -49,7 +49,7 @@ def defaults args # define the borders for where the crafting area is located # the crafting area is below the inventory area # the number 80 is the size of all the sprites, so that is what is being - # used to decide the width and height + # used to decide the with and height args.state.craft_border.x = 10 args.state.craft_border.y = 220 args.state.craft_border.w = args.state.sprite_size * 3 @@ -92,12 +92,12 @@ def defaults args }, ] - # after initializing the ordinal positions, derive the pixel + # after initializing the oridinal positions, derive the pixel # locations assuming that the width and height are 80 args.state.items.each { |item| set_inventory_position args, item } end - # define all the ordinal positions of the inventory slots + # define all the oridinal positions of the inventory slots if !args.state.inventory_area args.state.inventory_area = [ { ordinal_x: 0, ordinal_y: 0 }, @@ -132,7 +132,7 @@ def defaults args { ordinal_x: 9, ordinal_y: 2 }, ] - # after initializing the ordinal positions, derive the pixel + # after initializing the oridinal positions, derive the pixel # locations assuming that the width and height are 80 args.state.inventory_area.each { |i| set_inventory_position args, i } @@ -144,7 +144,7 @@ def defaults args # To bring up DragonRuby's Console, press the ~ key within the game. end - # define all the ordinal positions of the craft slots + # define all the oridinal positions of the craft slots if !args.state.craft_area args.state.craft_area = [ { ordinal_x: 0, ordinal_y: 0 }, @@ -158,7 +158,7 @@ def defaults args { ordinal_x: 2, ordinal_y: 2 }, ] - # after initializing the ordinal positions, derive the pixel + # after initializing the oridinal positions, derive the pixel # locations assuming that the width and height are 80 args.state.craft_area.each { |c| set_craft_position args, c } end @@ -244,7 +244,7 @@ def input args found[:location] = :held end - # if the mouse is clicked and an item is currently being held.... + # if the mouse is clicked and an item is currently beign held.... elsif args.state.held_item # determine if a slot within the craft area was clicked craft_area = args.state.craft_area.find { |a| args.inputs.mouse.click.point.inside_rect? a } @@ -255,7 +255,7 @@ def input args # if the click was within a craft area if craft_area # check to see if an item is already there and ignore the click if an item is found - # item_at_craft_slot is a helper method that returns an item or nil for a given ordinal + # item_at_craft_slot is a helper method that returns an item or nil for a given oridinal # position item_already_there = item_at_craft_slot args, craft_area[:ordinal_x], craft_area[:ordinal_y] @@ -263,8 +263,8 @@ def input args if !item_already_there # if the quantity they are currently holding is greater than 1 if args.state.held_item[:quantity] > 1 - # remove one item (creating a separate item of the same type), and place it - # at the ordinal position and location of the craft area + # remove one item (creating a seperate item of the same type), and place it + # at the oridinal position and location of the craft area # the .merge method on Hash creates a new Hash, but updates any values # passed as arguments to merge new_item = args.state.held_item.merge(quantity: 1, @@ -272,7 +272,7 @@ def input args ordinal_x: craft_area[:ordinal_x], ordinal_y: craft_area[:ordinal_y]) - # after the item is created, place it into the args.state.items collection + # after the item is crated, place it into the args.state.items collection args.state.items << new_item # then subtract one from the held item @@ -281,7 +281,7 @@ def input args # if the craft area is available and there is only one item being held elsif args.state.held_item[:quantity] == 1 # instead of creating any new items just set the location of the held item - # to the ordinal position of the craft area, and then nil out the + # to the oridinal position of the craft area, and then nil out the # held item state so that a new item can be picked up args.state.held_item[:location] = :craft args.state.held_item[:ordinal_x] = craft_area[:ordinal_x] @@ -326,7 +326,7 @@ end def calc args # make sure that the real position of the inventory # items are updated every frame to ensure that they - # are placed correctly given their location and ordinal positions + # are placed correctly given their location and oridinal positions # instead of using .map, here we use .each (since we are not returning a new item and just updating the items in place) args.state.items.each do |item| # based on the location of the item, invoke the correct pixel conversion method |