def _switch(self, state=None):
super(InputBox, self)._switch(state)
# Draw dynamic stuff on active state
if self._image_state == "image":
# Draw text
text = Simple(Font["mono"].render(self.text, True, (0,0,0)))
text.rect.midleft = (self._text_offset, self.rect.h / 2)
area = ((6-self._text_pos,0), (self.rect.w-8, self.rect.h))
self.image.blit(text.image, text.pos, area)
# Draw cursor
if self._blink:
x = self._chars[self._cursor_pos][0] + self._text_pos
pygame.draw.line(self.image, (0,0,0), (x, 6),
(x, self.rect.h-6))
# Draw selection highlighting
self._draw_selection(self.image, 5, self.rect.h - 9)
# Draw text when switching to non-focused state
else:
if self._text or 1: # Blit input text into box...
text = Simple(Font["mono"].render(self.text, True, (70,70,70)))
else: # ...or default text if empty.
text = Simple(Font["mono"].render(self._settings["default"],
True, (70,70,70)))
text.rect.midleft = (self._text_pos, self.rect.h / 2)
self.image.blit(text.image, text.pos)
def _switch(self, state=None):
Simple._switch(self, state)
if self._settings["show_value"] is not False:
lbl = "%.*f" % (self._settings["show_value"], self.value)
val = self._settings["label_font"].render(
lbl, True, self._settings["label_col"])
x = self._images["handle"].rect.centerx - (val.get_width() / 2)
x = max(0, min(self.rect.w - val.get_width(), x))
y = self._images["handle"].rect.top - val.get_height()
self.image.blit(val, (x,y))
def _switch(self, state=None):
Simple._switch(self, state)
if self._settings["show_value"] is not False:
lbl = "%.*f" % (self._settings["show_value"], self.value)
val = self._settings["label_font"].render(
lbl, True, self._settings["label_col"])
x = self._images["handle"].rect.centerx - (val.get_width() / 2)
x = max(0, min(self.rect.w - val.get_width(), x))
y = self._images["handle"].rect.top - val.get_height()
self.image.blit(val, (x, y))
def _draw_base(self):
# Draw main images
for state in ("off", "on"):
image = "image" if (state == "off") else "active"
self._images[image].fill(self._settings[state + "_col"])
# Render the labels
col = self._settings[state + "_label_col"]
on = Simple(Font["widget"].render("ON", True, col))
off = Simple(Font["widget"].render("OFF", True, col))
on.rect.center = (self.rect.w * .25 - 1, self.rect.h / 2)
off.rect.center = (self.rect.w * .75 + 1, self.rect.h / 2)
# Blit all text
self._images[image].blit(on.image, on.pos)
self._images[image].blit(off.image, off.pos)
def __init__(self, keymap_file, parent=None, **kwargs):
"""
Extend Simple and prepare the key order.
keymap_file -- String containing filename containing keymap.
Key order should be on second line.
parent,kwargs -- Pass through to Simple
"""
size = self._default_screen.size
Simple.__init__(self, size, parent, **kwargs)
# Load key order
with open(keymap_file) as f:
f.readline()
self._key_order = eval(f.readline())
assert isinstance(self._key_order, list)
def update(self, time):
"""Update counter each frame."""
text = Simple(Font["widget"].render(
self._settings["label"] +
str(round(self._settings["clock"].get_fps(), 1)), True, Font.col))
text.rect.center = (self.rect.w / 2, self.rect.h / 2)
self.image = text.image
def __init__(self, keymap_file, parent=None, **kwargs):
"""
Extend Simple and prepare the key order.
keymap_file -- String containing filename containing keymap.
Key order should be on second line.
parent,kwargs -- Pass through to Simple
"""
size = self._default_screen.size
Simple.__init__(self, size, parent, **kwargs)
# Load key order
with open(keymap_file) as f:
f.readline()
self._key_order = eval(f.readline())
assert isinstance(self._key_order, list)
def _create_handles(self):
# Create scroll bars and handles
self._scroll_x = self._scroll_y = None
self._handle_x = self._handle_y = None
if self._settings["widget"].rect.w > self.rect.w:
ratio = float(self.rect.w) / self._settings["widget"].rect.w
self._scroll_x = Simple((self.rect.w * ratio, 3))
self._scroll_x._parent = self
self._scroll_x.image.fill(self._settings["col"])
self._scroll_x.pos = (0, self.rect.h - 3)
self._handle_x = _ScrollHandleH(widget=self)
if self._settings["widget"].rect.h > self.rect.h:
ratio = float(self.rect.h) / self._settings["widget"].rect.h
self._scroll_y = Simple((3, self.rect.h * ratio))
self._scroll_y._parent = self
self._scroll_y.image.fill(self._settings["col"])
self._scroll_y.pos = (self.rect.w - 3, 0)
self._handle_y = _ScrollHandleV(widget=self)
def _draw_final(self):
self._images["close_off"].pos = (2, 2)
self._images["close_over"].pos = (2, 2)
self._set_over()
if self._settings["title"]:
t = Simple(Font["widget"].render(self._settings["title"], True,
Font.col))
t.rect.x = self._images["close_off"].rect.right
self._images["image"].blit(t.image, t.pos)
def _draw_label(self):
# Clear previous renderings
del self._settings["label"][1:]
label = self._settings["label"][0].split("\n")
f = self._settings["label_font"]
h = f.get_ascent()
for count, line in enumerate(label):
lbl = Simple(f.render(line, True, self._settings["label_col"]))
self._settings["label"].append(lbl)
y = (self.rect.h - (h * len(label)) + f.get_descent()) / 2 + \
(h * count)
lbl.rect.midtop = (self.rect.w / 2, y)
def add(self, order=None, fade=True, focus=False):
self.rect.center = self._parent_combo.rect_abs.center
# Attempt to keep within screen dimensions
self.rect.bottom = min(self.rect.bottom, get_screen().rect.bottom)
self.rect.top = max(self.rect.top, 0)
Simple.add(self, order, fade, focus)
def _switch(self, state=None):
Simple._switch(self, state)
if self.selection > -1:
val = self._settings["values"][self.selection]
txt = Font["widget"].render(val, True, Color("black"))
self.image.blit(txt, (5, (self.rect.h-txt.get_height())/2))
def add(self, order=None, fade=True, focus=False):
self.rect.center = self._parent_combo.rect_abs.center
# Attempt to keep within screen dimensions
self.rect.bottom = min(self.rect.bottom, get_screen().rect.bottom)
self.rect.top = max(self.rect.top, 0)
Simple.add(self, order, fade, focus)
def _switch(self, state=None):
Simple._switch(self, state)
if self.selection > -1:
val = self._settings["values"][self.selection]
txt = Font["widget"].render(val, True, Color("black"))
self.image.blit(txt, (5, (self.rect.h - txt.get_height()) / 2))