def _create_highlight(self): #init, controls #Find the position of the current box. char = self().character x, y = 0,0 if char in Text_Ref.characters.upper(): x =Text_Ref.characters.upper().index(char) y = 0 if char in Text_Ref.characters: x = Text_Ref.characters.index(char) y = 1 if char in Text_Ref.grammar: x = Text_Ref.grammar.index(char) y = 2 if char in Text_Ref.numbers: x = Text_Ref.numbers.index(char) y = 3 #Highlight it w,h = 8,12 highlight = RectangleShape((w,h)) highlight.position = w*x, h*y highlight.fill_color = Color(100,100,100,100) self.highlight = highlight
def render(self): #draw box = RectangleShape(self.size) box.position = self.position box.outline_thickness = 1 box.outline_color = Color(255,0,0,100) box.fill_color = Color(0,0,0,10) self.box = box
def _create_highlight(self): #init, controls
#Find the position of the current box.
char = self().character
x, y = 0, 0
if char in Text_Ref.characters.upper():
x = Text_Ref.characters.upper().index(char)
y = 0
if char in Text_Ref.characters:
x = Text_Ref.characters.index(char)
y = 1
if char in Text_Ref.grammar:
x = Text_Ref.grammar.index(char)
y = 2
if char in Text_Ref.numbers:
x = Text_Ref.numbers.index(char)
y = 3
#Highlight it
w, h = 8, 12
highlight = RectangleShape((w, h))
highlight.position = w * x, h * y
highlight.fill_color = Color(100, 100, 100, 100)
self.highlight = highlight
def box(self): #draw size = self.w, self.h+self.rise b = RectangleShape(size) b.position = self.x, self.y-self.rise_offset b.outline_thickness = 1 b.outline_color = self.box_outline b.fill_color = self.box_fill return b
def _create_box_shading(self): #_create_box
w = self.w
x, y = self.x, self.y2 - 2
#
Box_shading = RectangleShape((w, 2))
Box_shading.fill_color = Color(150, 150, 150)
Box_shading.position = x, y
#
self.Box_shading = Box_shading
def draw(self, view):
if self.dragRect == None:
return
sprite = RectangleShape(self.dragRect.size)
sprite.position = self.dragRect.position
sprite.fill_color = Color.TRANSPARENT
sprite.outline_color = Color.RED
sprite.outline_thickness = 0.1
view.drawList[SelectionController.DRAG_RECT_LAYER].append(sprite)
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)
class Cursor(_UI):
# A blinking line.
#################################
# PUBLIC
def __init__(self):
_UI.__init__(self)
self._init_Box()
def draw(self, target, states):
self._parent_Box(target, states)
self._flicker_Box()
_UI.draw(self, target, states)
self._draw_Box(target, states)
#################################
# PRIVATE
w, h = 2, 15
_Box = None
_Flicker_Clock = None
def _init_Box(self):
self._Box = RectangleShape(self.size)
self._Flicker_Clock = Clock()
self._Box.fill_color = Color.BLACK
def _parent_Box(self, target, states):
x_move = self.x - self.old_pos[0]
y_move = self.y - self.old_pos[1]
self._Box.position = \
self._Box.position[0]+x_move, self._Box.position[1]+y_move
def _draw_Box(self, target, states):
self._Box.draw(target, states)
def _flicker_Box(self):
if self._Flicker_Clock.elapsed_time.seconds >= 0.5:
if self._Box.fill_color.a != 0:
c = self._Box.fill_color
c.a = 0
self._Box.fill_color = c
else:
a = self.alpha
c = self._Box.fill_color
c.a = a
self._Box.fill_color = c
self._Flicker_Clock.restart()
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)
class Cursor(_UI): # A blinking line. ################################# # PUBLIC def __init__(self): _UI.__init__(self) self._init_Box() def draw(self, target, states): self._parent_Box(target, states) self._flicker_Box() _UI.draw(self, target, states) self._draw_Box(target, states) ################################# # PRIVATE w,h = 2,15 _Box = None _Flicker_Clock = None def _init_Box(self): self._Box = RectangleShape(self.size) self._Flicker_Clock = Clock() self._Box.fill_color = Color.BLACK def _parent_Box(self, target, states): x_move = self.x - self.old_pos[0] y_move = self.y - self.old_pos[1] self._Box.position = \ self._Box.position[0]+x_move, self._Box.position[1]+y_move def _draw_Box(self, target, states): self._Box.draw(target, states) def _flicker_Box(self): if self._Flicker_Clock.elapsed_time.seconds >= 0.5: if self._Box.fill_color.a != 0: c=self._Box.fill_color;c.a=0;self._Box.fill_color=c else: a = self.alpha c=self._Box.fill_color;c.a=a;self._Box.fill_color=c self._Flicker_Clock.restart()
def line(size=(1,1), outline_color = Color.BLACK, x=0, y=0, rotate = 0, outline_thickness = 1):
l = RectangleShape()
l.size = size
l.outline_color = outline_color
l.outline_thickness = outline_thickness
l.x = x
l.y = y
if rotate != 0:
l.rotate(rotate)
return l
def line(size=(1, 1),
outline_color=Color.BLACK,
x=0,
y=0,
rotate=0,
outline_thickness=1):
l = RectangleShape()
l.size = size
l.outline_color = outline_color
l.outline_thickness = outline_thickness
l.x = x
l.y = y
if rotate != 0:
l.rotate(rotate)
return l
def dot(x, y, size=(1, 1), outline_color=Color.RED, outline_thickness=1):
d = RectangleShape()
d.size = size
d.outline_color = outline_color
d.outline_thickness = outline_thickness
d.x = x
d.y = y
return d
def render(self): #draw
box = RectangleShape(self.size)
box.position = self.position
box.outline_thickness = 1
box.outline_color = Color(255, 0, 0, 100)
box.fill_color = Color(0, 0, 0, 10)
self.box = box
def _create_Lines(self):
self._columns = []
for x in range(self.tile_w + 1):
r = RectangleShape((1, self.h))
r.fill_color = self.color
r.position = self.x + (TILE * x), self.y
self._columns.append(r)
self._rows = []
for y in range(self.tile_h + 1):
r = RectangleShape((self.w, 1))
r.fill_color = self.color
r.position = self.x, self.y + (TILE * y)
self._rows.append(r)
def box(self): #draw
size = self.w, self.h + self.rise
b = RectangleShape(size)
b.position = self.x, self.y - self.rise_offset
b.outline_thickness = 1
b.outline_color = self.box_outline
b.fill_color = self.box_fill
return b
def dot(x, y, size=(1,1), outline_color = Color.RED, outline_thickness = 1):
d = RectangleShape()
d.size = size
d.outline_color = outline_color
d.outline_thickness = outline_thickness
d.x = x
d.y = y
return d
def _create_Lines(self): #init
self._columns = []
for x in range(self.tile_w + 1):
w = 1
if x == 0 or x == self.tile_w: w = 5
r = RectangleShape((w, self.h))
r.fill_color = self.color
r.position = self.x + (TILE * x) - (w / 2), self.y
self._columns.append(r)
self._rows = []
for y in range(self.tile_h + 1):
h = 1
if y == 0 or y == self.tile_h: h = 5
r = RectangleShape((self.w, h))
r.fill_color = self.color
r.position = self.x, self.y + (TILE * y) - (h / 2)
self._rows.append(r)
def _create_box(self): #draw
size = self.size
position = self.position
#
Box = RectangleShape(size)
Box.position = position
Box.fill_color = Color(255, 255, 255)
Box.outline_color = Color(0, 0, 0)
Box.outline_thickness = 1
#
self.Box = Box
#
self._create_box_shading()
def _create_Lines(self): self._columns = [] for x in range(self.tile_w+1): r = RectangleShape((1,self.h)) r.fill_color = self.color r.position = self.x+(TILE*x), self.y self._columns.append(r) self._rows = [] for y in range(self.tile_h+1): r = RectangleShape((self.w,1)) r.fill_color = self.color r.position = self.x, self.y+(TILE*y) self._rows.append(r)
def draw(self, view):
if Options.NGUI_FOCUS_DEBUG:
if self._mouseWithin == True:
r = RectangleShape()
r.outline_color = Color.RED
r.outline_thickness = 3
r.fill_color = Color.TRANSPARENT
r.position = (self._ax, self._ay)
r.size = (self._w, self._h)
view.drawSprite(r)
if self._mouseFocus:
view.drawLine(Color.RED, (self._ax, self._ay),
(self._ax + self._w, self._ay + self._h))
view.drawLine(Color.RED, (self._ax + self._w, self._ay),
(self._ax, self._ay + self._h))
def drawButton(self, view, bacgroundColour, outlineColour, style):
r = RectangleShape()
r.outline_color = outlineColour
r.outline_thickness = 1
r.fill_color = bacgroundColour
r.position = (self._ax, self._ay)
r.size = (self._w, self._h)
view.drawSprite(r)
textSprite = TextManager.renderText(self.text, style)
rect = textSprite.local_bounds
# Needs rect.left and stuff because text local bounds are apparently non-0.
# Something to do with text alignment, perhaps? :)
textSprite.position = (self._ax + self._w // 2 - (rect.width // 2) - rect.left,
self._ay + self._h // 2 - (rect.height // 2) - rect.top)
view.drawSprite(textSprite)
def _create_Lines(self): #init self._columns = [] for x in range(self.tile_w+1): w = 1 if x == 0 or x == self.tile_w: w = 5 r = RectangleShape((w,self.h)) r.fill_color = self.color r.position = self.x+(TILE*x)-(w/2), self.y self._columns.append(r) self._rows = [] for y in range(self.tile_h+1): h = 1 if y == 0 or y == self.tile_h: h = 5 r = RectangleShape((self.w,h)) r.fill_color = self.color r.position = self.x, self.y+(TILE*y)-(h/2) self._rows.append(r)
def shadow(self): #draw
w, h = self.size
b = RectangleShape((w, self.rise))
b.position = self.x, self.y2
b.fill_color = Color(0, 0, 0, 255)
return b
def _create_drawables(self): #init
f = Font("speech")
self.Text = Text(f)
self.Box = RectangleShape((0, 0))
self.Box_shading = RectangleShape((0, 0))
def _init_Box(self):
self._Box = RectangleShape(self.size)
self._Flicker_Clock = Clock()
self._Box.fill_color = Color.BLACK
def _init_Box(self): self._Box = RectangleShape(self.size) self._Flicker_Clock = Clock() self._Box.fill_color = Color.BLACK
def shadow(self): #draw w,h = self.size b = RectangleShape((w,self.rise)) b.position = self.x, self.y2 b.fill_color = Color(0,0,0,255) return b
