def controls(self, Key, Mouse, Camera): Button.controls(self, Key, Mouse, Camera) self._Key = Key self._Mouse = Mouse self._Camera = Camera self._help_state(Mouse) self._open_help() self._open_Error()
def controls(self, Key, Mouse, Camera):
Button.controls(self, Key, Mouse, Camera)
if self.selected:
self.root.selected_cell = self
self.root.close_request = True
if self.hovered:
self.root.hovered_cell = self
self.parent.child.held = self
def controls(self, Key, Mouse, Camera): Button.controls(self, Key, Mouse, Camera) if self.selected: self.root.selected_cell = self self.root.close_request = True if self.hovered: self.root.hovered_cell = self self.parent.child.held = self
def _create_Box(self):
self.Box = Button()
self.Box.text = " "
if self.using == "x":
self.Box.size = 20, self.h
self.Box.y -= self.Box.rise
if self.using == "y":
self.Box.size = self.w, 20
self.Box.y -= self.Box.rise
def _create_Box(self): self.Box = Button() self.Box.text = " " if self.using == "x": self.Box.size = 20,self.h self.Box.y -= self.Box.rise if self.using == "y": self.Box.size = self.w,20 self.Box.y -= self.Box.rise
class Slider(_UI): #horizontal # Logic # * A box goes back and forth a line, determining value. # * A line amount may be specified. # The cursor automatically snaps to inbetween lines. # Graphics # * A variable amount of lines spanning the width. w,h = 150,15 lines = 5 value = float(0) # to 100 def __init__(self): _UI.__init__(self) self._create_Box() def controls(self, Key, Mouse, Camera): _UI.controls(self, Key, Mouse, Camera) self._Box_controls(Mouse) def draw(self, target, states): self._create_baseLine() self._create_Lines() lines = self.Lines + [self.baseLine] for line in lines: target.draw(line) # self._parent_Box() target.draw(self.Box) # _UI.draw(self, target, states) #################### ### GRAPHICS # Creates measurement lines and a box. # create, pos/alpha, draw baseLine = None Lines = [] Box = None using = "x" def _create_baseLine(self): if self.using == "x": self.baseLine = RectangleShape((self.w,0)) self.baseLine.position = self.x,self.center[1] if self.using == "y": self.baseLine = RectangleShape((0,self.h)) self.baseLine.position = self.center[0],self.y self.baseLine.outline_thickness = 1 self.baseLine.outline_color = Color(0,0,0) #color b = self.baseLine c=b.outline_color;c.a=self.alpha;b.outline_color=c def _create_Lines(self): self.Lines = [] for i in range(self.lines): if self.using == "x": w = float(self.w)/(self.lines-1) line = RectangleShape((0,self.h)) x = self.x+(w*(i)) line.position = x, self.y if self.using == "y": h = float(self.h)/(self.lines-1) line = RectangleShape((self.w,0)) y = self.y+(h*(i)) line.position = self.x, y line.outline_thickness = 1 line.outline_color = Color.BLACK #color c=line.outline_color;c.a=self.alpha line.outline_color=c self.Lines.append(line) ### BOX move_x, move_y = None, None def _create_Box(self): self.Box = Button() self.Box.text = " " if self.using == "x": self.Box.size = 20,self.h self.Box.y -= self.Box.rise if self.using == "y": self.Box.size = self.w,20 self.Box.y -= self.Box.rise def _Box_controls(self, Mouse): self.Box.controls(None, Mouse, None) # bounded = bool(self.lines <= 2) #Hold and drag: move the cursor. if self.Box.held: if self.using == "x": if not bounded: max_w = self.w if bounded: max_w = self.w-self.Box.w if max_w == 0: return v = Mouse.x - self.x if bounded: v -= (self.Box.w/2) v = (float(v)/max_w)*100 if v < 0: v = 0 if v > 100: v = 100 self.value = v move = (float(max_w)/100)*v self.move_x -= (self.Box.x-self.x) if not bounded: self.move_x -= (self.Box.w/2) self.move_x += move if self.using == "y": if not bounded: max_h = self.h if bounded: max_h = self.h-self.Box.h if max_h == 0: return v = Mouse.y - self.y if bounded: v -= (self.Box.h/2) v = (float(v)/max_h)*100 if v < 0: v = 0 if v > 100: v = 100 self.value = v move = (float(max_h)/100)*v self.move_y -= (self.Box.y-self.y) if not bounded: self.move_y -= (self.Box.h/2) self.move_y += move #Unpressed: go to nearest line. elif self.Box.selected: if self.lines > 2: if self.using == "x": w_chunk = float(self.w)/(self.lines-1) x = self.x midpoint = (w_chunk/2)-(self.Box.w/2) while x + midpoint < self.Box.x: x += w_chunk self.Box.tween.x = x-(self.Box.w/2) if self.using == "y": h_chunk = float(self.h)/(self.lines-1) y = self.y midpoint = (h_chunk/2)-(self.Box.h/2) while y + midpoint < self.Box.y: y += h_chunk self.Box.tween.y = y-(self.Box.h/2) def _parent_Box(self): #Parent Movements x_move = self.x - self.old_pos[0] y_move = self.y - self.old_pos[1] if x_move: self.Box.x += x_move if y_move: self.Box.y += y_move #Parent Alpha self.Box.alpha = self.alpha #Control Movements bounded = bool(self.lines <= 2) if self.move_x != 0 and self.using == "x": if self.move_x == None: if not bounded: self.move_x = -(self.Box.w/2) if bounded: self.move_x = 0 self.Box.x += self.move_x if self.move_y != 0 and self.using == "y": if self.move_y == None: if not bounded: self.move_y = -(self.Box.h/2) if bounded: self.move_y = 0 self.Box.y += self.Box.rise_offset self.Box.y += self.move_y self.move_x, self.move_y = 0,0
def __init__(self, name, root, parent):
Button.__init__(self)
self.text = name
self.root = root
self.parent = parent
def static_draw(self, target, states): self._apply_coloring() Button.draw(self, target, states) self._draw_sprite(target, states) self._draw_help(target, states) self._draw_Error(target, states)
def __init__(self): Button.__init__(self) self.text = "" self.active = False self._init_sprite()
class Slider(_UI): #horizontal
# Logic
# * A box goes back and forth a line, determining value.
# * A line amount may be specified.
# The cursor automatically snaps to inbetween lines.
# Graphics
# * A variable amount of lines spanning the width.
w, h = 150, 15
lines = 5
value = float(0) # to 100
def __init__(self):
_UI.__init__(self)
self._create_Box()
def controls(self, Key, Mouse, Camera):
_UI.controls(self, Key, Mouse, Camera)
self._Box_controls(Mouse)
def draw(self, target, states):
self._create_baseLine()
self._create_Lines()
lines = self.Lines + [self.baseLine]
for line in lines:
target.draw(line)
#
self._parent_Box()
target.draw(self.Box)
#
_UI.draw(self, target, states)
####################
### GRAPHICS
# Creates measurement lines and a box.
# create, pos/alpha, draw
baseLine = None
Lines = []
Box = None
using = "x"
def _create_baseLine(self):
if self.using == "x":
self.baseLine = RectangleShape((self.w, 0))
self.baseLine.position = self.x, self.center[1]
if self.using == "y":
self.baseLine = RectangleShape((0, self.h))
self.baseLine.position = self.center[0], self.y
self.baseLine.outline_thickness = 1
self.baseLine.outline_color = Color(0, 0, 0)
#color
b = self.baseLine
c = b.outline_color
c.a = self.alpha
b.outline_color = c
def _create_Lines(self):
self.Lines = []
for i in range(self.lines):
if self.using == "x":
w = float(self.w) / (self.lines - 1)
line = RectangleShape((0, self.h))
x = self.x + (w * (i))
line.position = x, self.y
if self.using == "y":
h = float(self.h) / (self.lines - 1)
line = RectangleShape((self.w, 0))
y = self.y + (h * (i))
line.position = self.x, y
line.outline_thickness = 1
line.outline_color = Color.BLACK
#color
c = line.outline_color
c.a = self.alpha
line.outline_color = c
self.Lines.append(line)
### BOX
move_x, move_y = None, None
def _create_Box(self):
self.Box = Button()
self.Box.text = " "
if self.using == "x":
self.Box.size = 20, self.h
self.Box.y -= self.Box.rise
if self.using == "y":
self.Box.size = self.w, 20
self.Box.y -= self.Box.rise
def _Box_controls(self, Mouse):
self.Box.controls(None, Mouse, None)
#
bounded = bool(self.lines <= 2)
#Hold and drag: move the cursor.
if self.Box.held:
if self.using == "x":
if not bounded: max_w = self.w
if bounded: max_w = self.w - self.Box.w
if max_w == 0: return
v = Mouse.x - self.x
if bounded: v -= (self.Box.w / 2)
v = (float(v) / max_w) * 100
if v < 0: v = 0
if v > 100: v = 100
self.value = v
move = (float(max_w) / 100) * v
self.move_x -= (self.Box.x - self.x)
if not bounded:
self.move_x -= (self.Box.w / 2)
self.move_x += move
if self.using == "y":
if not bounded: max_h = self.h
if bounded: max_h = self.h - self.Box.h
if max_h == 0: return
v = Mouse.y - self.y
if bounded: v -= (self.Box.h / 2)
v = (float(v) / max_h) * 100
if v < 0: v = 0
if v > 100: v = 100
self.value = v
move = (float(max_h) / 100) * v
self.move_y -= (self.Box.y - self.y)
if not bounded:
self.move_y -= (self.Box.h / 2)
self.move_y += move
#Unpressed: go to nearest line.
elif self.Box.selected:
if self.lines > 2:
if self.using == "x":
w_chunk = float(self.w) / (self.lines - 1)
x = self.x
midpoint = (w_chunk / 2) - (self.Box.w / 2)
while x + midpoint < self.Box.x:
x += w_chunk
self.Box.tween.x = x - (self.Box.w / 2)
if self.using == "y":
h_chunk = float(self.h) / (self.lines - 1)
y = self.y
midpoint = (h_chunk / 2) - (self.Box.h / 2)
while y + midpoint < self.Box.y:
y += h_chunk
self.Box.tween.y = y - (self.Box.h / 2)
def _parent_Box(self):
#Parent Movements
x_move = self.x - self.old_pos[0]
y_move = self.y - self.old_pos[1]
if x_move: self.Box.x += x_move
if y_move: self.Box.y += y_move
#Parent Alpha
self.Box.alpha = self.alpha
#Control Movements
bounded = bool(self.lines <= 2)
if self.move_x != 0 and self.using == "x":
if self.move_x == None:
if not bounded: self.move_x = -(self.Box.w / 2)
if bounded: self.move_x = 0
self.Box.x += self.move_x
if self.move_y != 0 and self.using == "y":
if self.move_y == None:
if not bounded: self.move_y = -(self.Box.h / 2)
if bounded: self.move_y = 0
self.Box.y += self.Box.rise_offset
self.Box.y += self.move_y
self.move_x, self.move_y = 0, 0
def __init__(self, name, root, parent): Button.__init__(self) self.text = name self.root = root self.parent = parent