chess

online multiplayer chess game (note server currently down)

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Diffstat (limited to 'Grid.gd')

-rw-r--r--

Grid.gd

1 files changed, 33 insertions, 35 deletions

diff --git a/Grid.gd b/Grid.gd
index 0647337..130b723 100644
--- a/Grid.gd
+++ b/Grid.gd

@@ -43,7 +43,7 @@ onready var pieces := $Pieces

onready var status_label := $"../UI/Holder/Back/VBox/Status"

-func _ready():

+func _ready() -> void:

Globals.grid = self # tell the globals that this is the grid

init_board() # create the tile squares

init_matrix() # create the pieces

@@ -52,11 +52,11 @@ func _ready():

Events.connect("outoftime", self, "_on_outoftime") # listen for timeout events

-func _exit_tree():

+func _exit_tree() -> void:

Globals.grid = null # reset the globals grid when leaving tree

-func _input(event): # input

+func _input(event) -> void: # input

if event.is_action_released("debug"): # if debug

print_matrix_pretty() # print the matrix

if event.is_action_released("kill"):

@@ -66,7 +66,7 @@ func _input(event): # input

clear_fx() # clear the circles

-func print_matrix_pretty(mat = matrix): # print the matrix

+static func print_matrix_pretty(mat = matrix) -> void: # print the matrix

for j in range(8): # for each row

var r: Array = mat[j] # get the row

if j == 0:

@@ -84,14 +84,14 @@ func print_matrix_pretty(mat = matrix): # print the matrix

print("%s\n%s\n%s" % [middish_heads, letter_header, smaller_heads])

-func reload_sprites():

+func reload_sprites() -> void:

for i in range(8):

for j in range(8):

if matrix[i][j]:

matrix[i][j].load_texture()

-func init_labels():

+func init_labels() -> void:

for i in range(8):

var letterslabel := BottomLeftLabel.instance()

letterslabel.rect_position.x = i * piece_size.x

@@ -109,19 +109,19 @@ func init_labels():

foreground.add_child(numberslabel)

-func size_label(label, i):

+func size_label(label, i) -> void:

label.rect_size = piece_size

label.get_node("Label").add_color_override("font_color", board_color1 if i % 2 == 0 else board_color2)

-func threefoldrepetition():

+func threefoldrepetition() -> bool:

for i in history_matrixes.values():

if i >= 3:

return true

return false

-func mat2str(mat = matrix):

+func mat2str(mat = matrix) -> String:

var string := ""

for y in range(8):

for x in range(8):

@@ -136,24 +136,22 @@ func mat2str(mat = matrix):

return string

-func drawed():

+func drawed() -> void:

Events.emit_signal("game_over")

SoundFx.play("Draw")

yield(get_tree().create_timer(5), "timeout")

- get_parent().emit_signal("game_over")

SoundFx.play("Victory")

-func win(winner):

+func win(winner) -> void:

Events.emit_signal("game_over")

print(winner, " won the game in ", Globals.turns(winner), " turns!")

SoundFx.play("Victory")

yield(get_tree().create_timer(5), "timeout")

- get_parent().emit_signal("game_over")

SoundFx.play("Victory")

-func check_in_check(prin = false): # check if in_check

+func check_in_check(prin = false) -> bool: # check if in_check

for i in range(0, 8): # for each row

for j in range(0, 8): # for each column

var spot = matrix[i][j] # get the square

@@ -167,7 +165,7 @@ func check_in_check(prin = false): # check if in_check

return false

-func can_move():

+func can_move() -> bool:

for i in range(0, 8): # for each row

for j in range(0, 8): # for each column

var spot = matrix[i][j] # get the square

@@ -177,7 +175,7 @@ func can_move():

return false

-func init_matrix(): # create the matrix

+func init_matrix() -> void: # create the matrix

for i in range(8): # for each row

matrix.append([]) # add a row

for _j in range(8): # for each column

@@ -186,7 +184,7 @@ func init_matrix(): # create the matrix

add_pieces() # add the pieces

-func make_piece(position: Vector2, script: String, white: bool = true): # make peace

+func make_piece(position: Vector2, script: String, white: bool = true) -> void: # make peace

var piece := Piece.instance() # create a piece

piece.script = load(script) # set the script

piece.real_position = position # set the real position

@@ -196,7 +194,7 @@ func make_piece(position: Vector2, script: String, white: bool = true): # make

matrix[position.y][position.x] = piece

-func init_board(): # create the board

+func init_board() -> void: # create the board

for i in range(8): # for each row

background_matrix.append([]) # add a row

for j in range(8): # for each column

@@ -210,7 +208,7 @@ func init_board(): # create the board

background_matrix[i].append(square) # add the square to the background matrix

-func add_pieces(): # add the pieces

+func add_pieces() -> void: # add the pieces

add_pawns()

add_rooks()

add_knights()

@@ -219,56 +217,56 @@ func add_pieces(): # add the pieces

add_kings()

-func add_pawns():

+func add_pawns() -> void:

for i in range(8):

make_piece(Vector2(i, 1), "res://pieces/Pawn.gd", false)

make_piece(Vector2(i, 6), "res://pieces/Pawn.gd", true)

-func add_rooks():

+func add_rooks() -> void:

make_piece(Vector2(0, 0), "res://pieces/Rook.gd", false)

make_piece(Vector2(7, 0), "res://pieces/Rook.gd", false)

make_piece(Vector2(0, 7), "res://pieces/Rook.gd", true)

make_piece(Vector2(7, 7), "res://pieces/Rook.gd", true)

-func add_knights():

+func add_knights() -> void:

make_piece(Vector2(1, 0), "res://pieces/Knight.gd", false)

make_piece(Vector2(6, 0), "res://pieces/Knight.gd", false)

make_piece(Vector2(1, 7), "res://pieces/Knight.gd", true)

make_piece(Vector2(6, 7), "res://pieces/Knight.gd", true)

-func add_bishops():

+func add_bishops() -> void:

make_piece(Vector2(2, 0), "res://pieces/Bishop.gd", false)

make_piece(Vector2(5, 0), "res://pieces/Bishop.gd", false)

make_piece(Vector2(2, 7), "res://pieces/Bishop.gd", true)

make_piece(Vector2(5, 7), "res://pieces/Bishop.gd", true)

-func add_queens():

+func add_queens() -> void:

make_piece(Vector2(3, 0), "res://pieces/Queen.gd", false)

make_piece(Vector2(3, 7), "res://pieces/Queen.gd", true)

-func add_kings():

+func add_kings() -> void:

make_piece(Vector2(4, 0), "res://pieces/King.gd", false)

make_piece(Vector2(4, 7), "res://pieces/King.gd", true)

Globals.white_king = matrix[7][4] # set the white king

Globals.black_king = matrix[0][4] # set the black king

-func check_for_circle(position: Vector2): # check for a circle, validating movement

+func check_for_circle(position: Vector2) -> bool: # check for a circle, validating movement

return background_matrix[position.x][position.y].circle_on

-func check_for_frame(position: Vector2): # check for a frame, validating taking

+func check_for_frame(position: Vector2) -> bool: # check for a frame, validating taking

if !matrix[position.y][position.x]: # if there is no piece

return false # return false

return matrix[position.y][position.x].frameon # return if the frame is on

-func square_clicked(position: Vector2): # square clicked

+func square_clicked(position: Vector2) -> void: # square clicked

if promoting != null:

return

var spot = matrix[position.y][position.x] # get the spot

@@ -288,7 +286,7 @@ func square_clicked(position: Vector2): # square clicked

spot.clicked() # tell the piece shit happeend

-func handle_take(position):

+func handle_take(position) -> void:

if last_clicked is Pawn:

var pawn = last_clicked

if check_promote(pawn, position, "take"):

@@ -297,7 +295,7 @@ func handle_take(position):

turn_over()

-func handle_move(position):

+func handle_move(position) -> void:

if last_clicked is King and last_clicked.can_castle:

for i in range(len(last_clicked.can_castle)):

var castle_data = last_clicked.can_castle[i]

@@ -324,7 +322,7 @@ func handle_move(position):

turn_over()

-func check_promote(pawn, position, calltype: String = "move"):

+func check_promote(pawn, position, calltype: String = "move") -> bool:

if pawn.can_promote(position):

pawn.promote(position, calltype)

promoting = position

@@ -332,7 +330,7 @@ func check_promote(pawn, position, calltype: String = "move"):

return false

-func turn_over():

+func turn_over() -> void:

promoting = null

Events.emit_signal("just_before_turn_over")

Globals.add_turn()

@@ -340,7 +338,7 @@ func turn_over():

Events.emit_signal("turn_over")

-func clear_fx(): # clear the circles

+func clear_fx() -> void: # clear the circles

for i in range(8): # for each row

for j in range(8): # for each column

var square = background_matrix[i][j] # get the square

@@ -350,14 +348,14 @@ func clear_fx(): # clear the circles

piece.set_frame(false) # clear the frame

-func _on_outoftime(who):

+func _on_outoftime(who) -> void:

if who == "white":

win("black")

else:

win("white")

-func _on_turn_over():

+func _on_turn_over() -> void:

var matstr: String = mat2str()

if !history_matrixes.has(matstr):

history_matrixes[matstr] = 1