def write_init(self, writer):
data = self.get_data()
if self.is_active_picture:
width = data.readInt()
height = data.readInt()
flags_int = data.readInt(True)
transparent_color = data.readColor()
image = data.readString(260) or None
else:
width = data.readShort(True)
height = data.readShort(True)
flags_int = data.readShort(True)
image = data.readString(260) or None
transparent_color = data.readColor()
flags = FLAGS.copy()
flags.setFlags(flags_int)
visible = not flags['HideOnStart']
if not flags['TransparentFirstPixel']:
writer.putln('set_transparent_color(%s);' %
make_color(transparent_color))
writer.putlnc('sprite_col.width = width = %s;', width)
writer.putlnc('sprite_col.height = height = %s;', height)
if flags['Resize']:
writer.putlnc('picture_flags |= FORCE_RESIZE;')
def write_init(self, writer):
text = self.common.text
lines = [paragraph.value for paragraph in text.items]
for paragraph in text.items:
writer.putln(to_c('add_line(%r);', paragraph.value))
# objects_file.putln('font = font%s' % text.items[0].font)
writer.putln('width = %s;' % text.width)
writer.putln('height = %s;' % text.height)
writer.putln('blend_color = %s;' % make_color(text.items[0].color))
font = text.items[0].font
writer.putln('bold = font%s.bold;' % font)
writer.putln('italic = font%s.italic;' % font)
writer.putln('font = get_font(font%s.size);' % font)
paragraph = text.items[0]
if paragraph.flags['HorizontalCenter']:
horizontal = 'ALIGN_HCENTER'
elif paragraph.flags['RightAligned']:
horizontal = 'ALIGN_RIGHT'
else:
horizontal = 'ALIGN_LEFT'
if paragraph.flags['VerticalCenter']:
vertical = 'ALIGN_VCENTER'
elif paragraph.flags['BottomAligned']:
vertical = 'ALIGN_BOTTOM'
else:
vertical = 'ALIGN_TOP'
writer.putln('alignment = %s | %s;' % (horizontal, vertical))
def write_scene(self, data):
index = self.data.scenes.index(data)
scene = self.open_code('scene%s.h' % (index+1))
scene.put_includes('common.h', 'objects.h')
class_name = 'Scene%s' % (index+1)
scene.put_class(class_name, 'Scene')
scene.put_access('public')
scene.put_line(to_c('%s(GameManager * manager) : '
'Scene(%r, %s, %s, %s, %s, manager)',
class_name, data.name, data.width, data.height,
make_color(data.background), index))
scene.start_brace()
scene.end_brace()
scene.put_func('void on_start')
for instance in data.instances:
scene.put_line('add_object(new %s(%s, %s));' %
(self.object_type_names[instance.object_type], instance.x,
instance.y))
scene.end_brace()
scene.end_brace(True)
scene.close()
def write_init(self, writer):
text = self.common.text
lines = [paragraph.value for paragraph in text.items]
for paragraph in text.items:
writer.putln(to_c('add_line(%r);', paragraph.value))
# objects_file.putln('font = font%s' % text.items[0].font)
writer.putln('width = %s;' % text.width)
writer.putln('height = %s;' % text.height)
writer.putln('blend_color = %s;' % make_color(text.items[0].color))
font = text.items[0].font
writer.putln('bold = font%s.bold;' % font)
writer.putln('italic = font%s.italic;' % font)
writer.putln('font = get_font(font%s.size);' % font)
paragraph = text.items[0]
if paragraph.flags['HorizontalCenter']:
horizontal = 'ALIGN_HCENTER'
elif paragraph.flags['RightAligned']:
horizontal = 'ALIGN_RIGHT'
else:
horizontal = 'ALIGN_LEFT'
if paragraph.flags['VerticalCenter']:
vertical = 'ALIGN_VCENTER'
elif paragraph.flags['BottomAligned']:
vertical = 'ALIGN_BOTTOM'
else:
vertical = 'ALIGN_TOP'
writer.putln('alignment = %s | %s;' % (horizontal, vertical))
def write_init(self, writer):
data = self.get_data()
if self.is_active_picture:
width = data.readInt()
height = data.readInt()
flags_int = data.readInt(True)
transparent_color = data.readColor()
image = data.readString(260) or None
else:
width = data.readShort(True)
height = data.readShort(True)
flags_int = data.readShort(True)
image = data.readString(260) or None
transparent_color = data.readColor()
flags = FLAGS.copy()
flags.setFlags(flags_int)
visible = not flags['HideOnStart']
if not flags['TransparentFirstPixel']:
writer.putln('set_transparent_color(%s);' %
make_color(transparent_color))
writer.putlnc('sprite_col.width = width = %s;', width)
writer.putlnc('sprite_col.height = height = %s;', height)
if flags['Resize']:
writer.putlnc('picture_flags |= FORCE_RESIZE;')
def write(writer, fade, out):
fade_dir = 1.0 / (fade.duration / 1000.0)
if not out:
fade_dir = -fade_dir
color = fade.color
fade_type = 'Transition::%s' % FADE_TYPES.get(fade.name, 'FADE')
writer.putlnc('manager.set_fade(%s, %s, %s);', fade_type,
make_color(color), fade_dir)
def write(writer, fade, out):
fade_dir = 1.0 / (fade.duration / 1000.0)
if not out:
fade_dir = -fade_dir
color = fade.color
fade_type = 'Transition::%s' % FADE_TYPES.get(fade.name, 'FADE')
writer.putlnc('manager.set_fade(%s, %s, %s);', fade_type,
make_color(color), fade_dir)
def write_init(self, writer):
shape = self.common.shape
color1 = shape.color1
color2 = shape.color2
fill = shape.getFill()
if fill == 'Motif':
try:
color1 = self.converter.get_solid_image(shape.image)
fill = 'Solid'
except KeyError:
pass
writer.putln('width = %s;' % self.common.width)
writer.putln('height = %s;' % self.common.height)
if fill != 'Motif':
writer.putln('color = %s;' % make_color(color1))
if fill == 'Gradient':
gradient = shape.getGradientType()
if gradient == 'Horizontal':
writer.putln('gradient_type = HORIZONTAL_GRADIENT;')
else:
writer.putln('gradient_type = VERTICAL_GRADIENT;')
writer.putln('color2 = %s;' % make_color(color2))
elif fill == 'Motif':
self.image = shape.image
writer.putlnc('image = %s;',
self.converter.get_image(shape.image))
elif color2 is not None:
raise NotImplementedError
else:
writer.putln('gradient_type = NONE_GRADIENT;')
writer.putlnc('outline = %s;', self.border)
if self.border:
writer.putlnc('outline_color = %s;',
make_color(self.border_color))
obstacle_type = self.common.obstacleType
if obstacle_type == NONE_OBSTACLE:
return
writer.putln('collision = new InstanceBox(this);')
if obstacle_type == LADDER_OBSTACLE:
writer.putln('collision->flags |= LADDER_OBSTACLE;')
def write_init(self, writer):
shape = self.common.shape
color1 = shape.color1
color2 = shape.color2
fill = shape.getFill()
if fill == 'Motif':
try:
color1 = self.converter.get_solid_image(shape.image)
fill = 'Solid'
except KeyError:
pass
writer.putln('width = %s;' % self.common.width)
writer.putln('height = %s;' % self.common.height)
if fill != 'Motif':
writer.putln('color = %s;' % make_color(color1))
if fill == 'Gradient':
gradient = shape.getGradientType()
if gradient == 'Horizontal':
writer.putln('gradient_type = HORIZONTAL_GRADIENT;')
else:
writer.putln('gradient_type = VERTICAL_GRADIENT;')
writer.putln('color2 = %s;' % make_color(color2))
elif fill == 'Motif':
self.image = shape.image
writer.putlnc('image = %s;',
self.converter.get_image(shape.image))
elif color2 is not None:
raise NotImplementedError
else:
writer.putln('gradient_type = NONE_GRADIENT;')
writer.putlnc('outline = %s;', self.border)
if self.border:
writer.putlnc('outline_color = %s;',
make_color(self.border_color))
obstacle_type = self.common.obstacleType
if obstacle_type == NONE_OBSTACLE:
return
writer.putln('collision = new InstanceBox(this);')
if obstacle_type == LADDER_OBSTACLE:
writer.putln('collision->flags |= LADDER_OBSTACLE;')
def write_init(self, writer):
shape = self.common.shape
color1 = shape.color1
color2 = shape.color2
fill = shape.getFill()
if fill == "Motif":
try:
color1 = self.converter.get_solid_image(shape.image)
fill = "Solid"
except KeyError:
pass
writer.putln("width = %s;" % self.common.width)
writer.putln("height = %s;" % self.common.height)
if fill != "Motif":
writer.putln("color = %s;" % make_color(color1))
if fill == "Gradient":
gradient = shape.getGradientType()
if gradient == "Horizontal":
writer.putln("gradient_type = HORIZONTAL_GRADIENT;")
else:
writer.putln("gradient_type = VERTICAL_GRADIENT;")
writer.putln("color2 = %s;" % make_color(color2))
elif fill == "Motif":
self.image = shape.image
writer.putlnc("image = %s;", self.converter.get_image(shape.image))
elif color2 is not None:
raise NotImplementedError
else:
writer.putln("gradient_type = NONE_GRADIENT;")
writer.putlnc("outline = %s;", self.border)
if self.border:
writer.putlnc("outline_color = %s;", make_color(self.border_color))
obstacle_type = self.common.obstacleType
if obstacle_type == NONE_OBSTACLE:
return
writer.putln("collision = new InstanceBox(this);")
if obstacle_type == LADDER_OBSTACLE:
writer.putln("collision->flags |= LADDER_OBSTACLE;")
def write_init(self, writer):
data = self.get_data()
width = data.readInt()
height = data.readInt()
self.flags = BitDict(
'Resize',
'HideOnStart',
'TransparentBlack',
'TransparentFirstPixel',
'FlippedHorizontally',
'FlippedVertically',
'Resample',
'WrapModeOff',
)
self.flags.setFlags(data.readInt(True))
visible = not self.flags['HideOnStart']
transparent_color = data.readColor()
if not self.flags['TransparentFirstPixel']:
writer.putln('set_transparent_color(%s);' %
make_color(transparent_color))
image = data.readString(260) or None
def write_init(self, writer):
data = self.get_data()
width = data.readInt()
height = data.readInt()
self.flags = BitDict(
'Resize',
'HideOnStart',
'TransparentBlack',
'TransparentFirstPixel',
'FlippedHorizontally',
'FlippedVertically',
'Resample',
'WrapModeOff',
)
self.flags.setFlags(data.readInt(True))
visible = not self.flags['HideOnStart']
transparent_color = data.readColor()
if not self.flags['TransparentFirstPixel']:
writer.putln('set_transparent_color(%s);' %
make_color(transparent_color))
image = data.readString(260) or None
def write_init(self, writer):
text = self.common.text
writer.putln('width = %s;' % text.width)
writer.putln('height = %s;' % text.height)
writer.putln('blend_color = %s;' % make_color(text.items[0].color))
font = text.items[0].font
font_info = self.converter.fonts[font]
writer.putlnc('bold = %s;', font_info.isBold())
writer.putlnc('italic = %s;', bool(font_info.italic))
writer.putlnc('font_name = %r;', font_info.faceName)
flags = []
if font_info.isBold():
flags.append('FTTextureFont::BOLD')
flags = ' | '.join(flags)
if not flags:
flags = '0'
writer.putlnc('font = get_font(%s, %s);', font_info.getSize(),
flags)
paragraph = text.items[0]
if paragraph.flags['HorizontalCenter']:
horizontal = 'ALIGN_HCENTER'
elif paragraph.flags['RightAligned']:
horizontal = 'ALIGN_RIGHT'
else:
horizontal = 'ALIGN_LEFT'
if paragraph.flags['VerticalCenter']:
vertical = 'ALIGN_VCENTER'
elif paragraph.flags['BottomAligned']:
vertical = 'ALIGN_BOTTOM'
else:
vertical = 'ALIGN_TOP'
writer.putln('alignment = %s | %s;' % (horizontal, vertical))
for paragraph in text.items:
text = self.converter.config.get_string(paragraph.value)
writer.putln(to_c('add_line(%r);', text))
def write_init(self, writer):
text = self.common.text
lines = [paragraph.value for paragraph in text.items]
writer.putln('width = %s;' % text.width)
writer.putln('height = %s;' % text.height)
writer.putln('blend_color = %s;' % make_color(text.items[0].color))
font = text.items[0].font
font_info = self.converter.fonts[font]
writer.putlnc('bold = %s;', font_info.isBold())
writer.putlnc('italic = %s;', bool(font_info.italic))
writer.putlnc('font_name = %r;', font_info.faceName)
flags = []
if font_info.isBold():
flags.append('FTTextureFont::BOLD')
flags = ' | '.join(flags)
if not flags:
flags = '0'
writer.putlnc('font = get_font(%s, %s);', font_info.getSize(),
flags)
paragraph = text.items[0]
if paragraph.flags['HorizontalCenter']:
horizontal = 'ALIGN_HCENTER'
elif paragraph.flags['RightAligned']:
horizontal = 'ALIGN_RIGHT'
else:
horizontal = 'ALIGN_LEFT'
if paragraph.flags['VerticalCenter']:
vertical = 'ALIGN_VCENTER'
elif paragraph.flags['BottomAligned']:
vertical = 'ALIGN_BOTTOM'
else:
vertical = 'ALIGN_TOP'
writer.putln('alignment = %s | %s;' % (horizontal, vertical))
for paragraph in text.items:
writer.putln(to_c('add_line(%r);', paragraph.value))
def write_init(self, writer):
text = self.common.text
lines = [paragraph.value for paragraph in text.items]
writer.putln("width = %s;" % text.width)
writer.putln("height = %s;" % text.height)
writer.putln("blend_color = %s;" % make_color(text.items[0].color))
font = text.items[0].font
font_info = self.converter.fonts[font]
writer.putlnc("bold = %s;", font_info.isBold())
writer.putlnc("italic = %s;", bool(font_info.italic))
writer.putlnc("font_name = %r;", font_info.faceName)
flags = []
if font_info.isBold():
flags.append("FTTextureFont::BOLD")
flags = " | ".join(flags)
if not flags:
flags = "0"
writer.putlnc("font = get_font(%s, %s);", font_info.getSize(), flags)
paragraph = text.items[0]
if paragraph.flags["HorizontalCenter"]:
horizontal = "ALIGN_HCENTER"
elif paragraph.flags["RightAligned"]:
horizontal = "ALIGN_RIGHT"
else:
horizontal = "ALIGN_LEFT"
if paragraph.flags["VerticalCenter"]:
vertical = "ALIGN_VCENTER"
elif paragraph.flags["BottomAligned"]:
vertical = "ALIGN_BOTTOM"
else:
vertical = "ALIGN_TOP"
writer.putln("alignment = %s | %s;" % (horizontal, vertical))
for paragraph in text.items:
writer.putln(to_c("add_line(%r);", paragraph.value))
def write_init(self, writer):
data = self.get_data()
# data.skipBytes(4)
width = data.readShort(True)
height = data.readShort(True)
writer.putlnc('width = %s;', width)
writer.putlnc('height = %s;', height)
flags = FLAGS.copy()
flags.setFlags(data.readInt())
self.show_border = flags['ShowButtonBorder']
self.image_checkbox = flags['ImageCheckbox']
if flags['Hyperlink']:
display_type = HYPERLINK
elif flags['Button']:
if flags['Checkbox']:
display_type = CHECKBOX
else:
display_type = BUTTON
else:
display_type = NONE
align_top_left = flags['AlignImageTopLeft']
align_center = flags['AlignImageCenter']
pattern = flags['AlignImagePattern']
fill = read_system_color(data)
border1 = read_system_color(data)
border2 = read_system_color(data)
self.image = data.readShort()
if self.image == -1:
writer.putln('image = NULL;')
writer.putlnc('blend_color = %s;', make_color(fill))
else:
writer.putln('image = %s;' % self.converter.get_image(self.image))
if pattern:
writer.putln('type = PATTERN_IMAGE;')
elif align_center:
writer.putln('type = CENTER_IMAGE;')
elif align_top_left:
writer.putln('type = TOPLEFT_IMAGE;')
else:
raise NotImplementedError()
data.skipBytes(2) # rData_wFree
text_color = read_system_color(data)
margin_left = data.readShort()
margin_top = data.readShort()
margin_right = data.readShort()
margin_bottom = data.readShort()
font = LogFont(data, old=True)
data.skipBytes(40) # file.readStringSize(40)
data.adjust(8)
text = data.readReader(data.readInt(True)).readString().rsplit(
'\\n', 1)
if len(text) == 1:
text, = text
tooltip = None
else:
text, tooltip = text
new_width = width - margin_left - margin_right
new_height = height - margin_top - margin_bottom
if text:
writer.putlnc('text = %r;', text)
if flags['AlignTop']:
y_align = 'top'
elif flags['AlignVerticalCenter']:
y_align = 'center'
elif flags['AlignBottom']:
y_align = 'bottom'
if flags['AlignLeft']:
x_align = 'left'
elif flags['AlignHorizontalCenter']:
x_align = 'center'
elif flags['AlignRight']:
x_align = 'right'
version = data.readInt()
hyperlink_color = read_system_color(data)
def write_init(self, writer):
common = self.common
counters = common.counters
counter = common.counter
if counters:
writer.putln('width = %s;' % counters.width)
writer.putln('height = %s;' % counters.height)
if counters.integerDigits > 0:
writer.putlnc('zero_pad = %s;', counters.integerDigits)
display_type = counters.displayType
if display_type == NUMBERS:
writer.putln('type = IMAGE_COUNTER;')
writer.putln('static Image * counter_images[14];')
writer.putln('static bool initialized = false;')
writer.putln('if (!initialized) {')
writer.indent()
writer.putln('initialized = true;')
for char_index, char in enumerate(COUNTER_FRAMES):
writer.putlnc(
'counter_images[%s] = %s;', char_index,
self.converter.get_image(counters.frames[char_index]))
writer.end_brace()
writer.putln('images = (Image**)&counter_images;')
writer.putln('image_count = 14;')
elif display_type == HORIZONTAL_BAR:
shape_object = counters.shape
shape = shape_object.shape
if shape != RECTANGLE_SHAPE:
print 'horizontal rectangle shape not implemented'
return
count_right = counters.inverse
if count_right:
print 'horizontal count direction not implemented'
return
writer.putln('type = HORIZONTAL_LEFT_COUNTER;')
elif display_type == VERTICAL_BAR:
shape_object = counters.shape
shape = shape_object.shape
if shape != RECTANGLE_SHAPE:
print 'vertical rectangle shape not implemented'
return
count_up = counters.inverse
if not count_up:
print 'vertical count direction not implemented'
return
writer.putln('type = VERTICAL_UP_COUNTER;')
elif display_type == ANIMATION:
writer.putln('type = ANIMATION_COUNTER;')
size = len(counters.frames)
writer.putlnc('static Image * counter_images[%s];', size)
writer.putlnc('static bool initialized = false;')
writer.putln('if (!initialized) {')
writer.indent()
writer.putln('initialized = true;')
for index, image in enumerate(counters.frames):
image = self.converter.get_image(image)
writer.putlnc('counter_images[%s] = %s;', index, image)
writer.end_brace()
writer.putln('images = (Image**)&counter_images;')
writer.putlnc('image_count = %s;', size)
else:
print 'type', counters.getDisplayType(), 'not implemented'
writer.putln('type = HIDDEN_COUNTER;')
writer.putln('width = height = 0;')
if display_type in (VERTICAL_BAR, HORIZONTAL_BAR):
fill_type = shape_object.fillType
if fill_type == GRADIENT_FILL:
if shape_object.getGradientType() == 'Horizontal':
writer.putlnc('gradient_type = HORIZONTAL_GRADIENT;')
else:
writer.putlnc('gradient_type = VERTICAL_GRADIENT;')
writer.putlnc('color1 = %s;',
make_color(shape_object.color1))
writer.putlnc('color2 = %s;',
make_color(shape_object.color2))
elif fill_type == SOLID_FILL:
writer.putlnc('gradient_type = NONE_GRADIENT;')
writer.putlnc('color1 = %s;',
make_color(shape_object.color1))
else:
raise NotImplementedError
else:
writer.putln('type = HIDDEN_COUNTER;')
writer.putln('width = height = 0;')
writer.putlnc('minimum = %s;', counter.minimum)
writer.putlnc('maximum = %s;', counter.maximum)
if self.is_global():
self.global_name = self.get_global('Counter::SavedCounter')
writer.putlnc('if (%s.init)', self.global_name)
writer.indent()
writer.putlnc('set(%s.value);', self.global_name)
writer.dedent()
writer.putln('else')
writer.indent()
writer.putlnc('set(%s);', counter.initial)
writer.dedent()
else:
writer.putlnc('set(%s);', counter.initial)
def write_init(self, writer):
data = self.get_data()
# data.skipBytes(4)
width = data.readShort(True)
height = data.readShort(True)
writer.putlnc("width = %s;", width)
writer.putlnc("height = %s;", height)
flags = FLAGS.copy()
flags.setFlags(data.readInt())
self.show_border = flags["ShowButtonBorder"]
self.image_checkbox = flags["ImageCheckbox"]
if flags["Hyperlink"]:
display_type = HYPERLINK
elif flags["Button"]:
if flags["Checkbox"]:
display_type = CHECKBOX
else:
display_type = BUTTON
else:
display_type = NONE
align_top_left = flags["AlignImageTopLeft"]
align_center = flags["AlignImageCenter"]
pattern = flags["AlignImagePattern"]
fill = read_system_color(data)
border1 = read_system_color(data)
border2 = read_system_color(data)
self.image = data.readShort()
data.skipBytes(2) # rData_wFree
text_color = read_system_color(data)
margin_left = data.readShort()
margin_top = data.readShort()
margin_right = data.readShort()
margin_bottom = data.readShort()
font = LogFont(data, old=True)
data.skipBytes(40) # file.readStringSize(40)
data.adjust(8)
text = data.readReader(data.readInt(True)).readString().rsplit("\\n", 1)
if len(text) == 1:
text, = text
tooltip = None
else:
text, tooltip = text
new_width = width - margin_left - margin_right
new_height = height - margin_top - margin_bottom
alignment = []
if flags["AlignTop"]:
alignment.append("ALIGN_TOP")
elif flags["AlignVerticalCenter"]:
alignment.append("ALIGN_VCENTER")
elif flags["AlignBottom"]:
alignment.append("ALIGN_BOTTOM")
if flags["AlignLeft"]:
alignment.append("ALIGN_LEFT")
elif flags["AlignHorizontalCenter"]:
alignment.append("ALIGN_HCENTER")
elif flags["AlignRight"]:
alignment.append("ALIGN_RIGHT")
if alignment:
alignment = " | ".join(alignment)
else:
alignment = "0"
if self.image == -1:
writer.putln("image = NULL;")
if border1 is None or fill is None:
color = (0, 0, 0, 0)
else:
color = fill + (255,)
writer.putlnc("box_color = %s;", make_color(color))
writer.putlnc("blend_color = %s;", make_color(text_color))
writer.putlnc("alignment = %s;", alignment)
else:
writer.putln("image = %s;" % self.converter.get_image(self.image))
if pattern:
writer.putln("type = PATTERN_IMAGE;")
elif align_center:
writer.putln("type = CENTER_IMAGE;")
elif align_top_left:
writer.putln("type = TOPLEFT_IMAGE;")
else:
raise NotImplementedError()
if text:
writer.putlnc("text = %r;", text)
version = data.readInt()
hyperlink_color = read_system_color(data)
def write_init(self, writer):
common = self.common
counters = common.counters
counter = common.counter
if counters:
writer.putln('width = %s;' % counters.width)
writer.putln('height = %s;' % counters.height)
if counters.integerDigits > 0:
writer.putlnc('zero_pad = %s;', counters.integerDigits)
display_type = counters.displayType
if display_type == NUMBERS:
writer.putln('type = IMAGE_COUNTER;')
writer.putln('static Image * counter_images[14];')
writer.putln('static bool initialized = false;')
writer.putln('if (!initialized) {')
writer.indent()
writer.putln('initialized = true;')
for char_index, char in enumerate(COUNTER_FRAMES):
writer.putlnc('counter_images[%s] = %s;', char_index,
self.converter.get_image(counters.frames[char_index]))
writer.end_brace()
writer.putln('images = (Image**)&counter_images;')
writer.putln('image_count = 14;')
elif display_type == HORIZONTAL_BAR:
shape_object = counters.shape
shape = shape_object.shape
if shape != RECTANGLE_SHAPE:
print 'horizontal rectangle shape not implemented'
return
count_right = counters.inverse
if count_right:
print 'horizontal count direction not implemented'
return
writer.putln('type = HORIZONTAL_LEFT_COUNTER;')
elif display_type == VERTICAL_BAR:
shape_object = counters.shape
shape = shape_object.shape
if shape != RECTANGLE_SHAPE:
print 'vertical rectangle shape not implemented'
return
count_up = counters.inverse
if not count_up:
print 'vertical count direction not implemented'
return
writer.putln('type = VERTICAL_UP_COUNTER;')
elif display_type == ANIMATION:
writer.putln('type = ANIMATION_COUNTER;')
size = len(counters.frames)
writer.putlnc('static Image * counter_images[%s];', size)
writer.putlnc('static bool initialized = false;')
writer.putln('if (!initialized) {')
writer.indent()
writer.putln('initialized = true;')
for index, image in enumerate(counters.frames):
image = self.converter.get_image(image)
writer.putlnc('counter_images[%s] = %s;', index, image)
writer.end_brace()
writer.putln('images = (Image**)&counter_images;')
writer.putlnc('image_count = %s;', size)
else:
print 'type', counters.getDisplayType(), 'not implemented'
return
raise NotImplementedError
if display_type in (VERTICAL_BAR, HORIZONTAL_BAR):
fill_type = shape_object.fillType
if fill_type == GRADIENT_FILL:
if shape_object.getGradientType() == 'Horizontal':
writer.putlnc('gradient_type = HORIZONTAL_GRADIENT;')
else:
writer.putlnc('gradient_type = VERTICAL_GRADIENT;')
writer.putlnc('color1 = %s;',
make_color(shape_object.color1))
writer.putlnc('color2 = %s;',
make_color(shape_object.color2))
elif fill_type == SOLID_FILL:
writer.putlnc('gradient_type = NONE_GRADIENT;')
writer.putlnc('color1 = %s;',
make_color(shape_object.color1))
else:
raise NotImplementedError
else:
writer.putln('type = HIDDEN_COUNTER;')
writer.putln('width = height = 0;')
writer.putlnc('minimum = %s;', counter.minimum)
writer.putlnc('maximum = %s;', counter.maximum)
if self.is_global():
self.global_name = self.get_global('Counter::SavedCounter')
writer.putlnc('if (%s.init)', self.global_name)
writer.indent()
writer.putlnc('set(%s.value);', self.global_name)
writer.dedent()
writer.putln('else')
writer.indent()
writer.putlnc('set(%s);', counter.initial)
writer.dedent()
else:
writer.putlnc('set(%s);', counter.initial)
def write_init(self, writer):
data = self.get_data()
# data.skipBytes(4)
width = data.readShort(True)
height = data.readShort(True)
writer.putlnc('width = %s;', width)
writer.putlnc('height = %s;', height)
flags = FLAGS.copy()
flags.setFlags(data.readInt())
self.show_border = flags['ShowButtonBorder']
self.image_checkbox = flags['ImageCheckbox']
if flags['Hyperlink']:
display_type = HYPERLINK
elif flags['Button']:
if flags['Checkbox']:
display_type = CHECKBOX
else:
display_type = BUTTON
else:
display_type = NONE
align_top_left = flags['AlignImageTopLeft']
align_center = flags['AlignImageCenter']
pattern = flags['AlignImagePattern']
fill = read_system_color(data)
border1 = read_system_color(data)
border2 = read_system_color(data)
self.image = data.readShort()
data.skipBytes(2) # rData_wFree
text_color = read_system_color(data)
margin_left = data.readShort()
margin_top = data.readShort()
margin_right = data.readShort()
margin_bottom = data.readShort()
font = LogFont(data, old=True)
data.skipBytes(40) # file.readStringSize(40)
data.adjust(8)
text = data.readReader(data.readInt(True)).readString().rsplit('\\n',
1)
if len(text) == 1:
text, = text
tooltip = None
else:
text, tooltip = text
new_width = width - margin_left - margin_right
new_height = height - margin_top - margin_bottom
alignment = []
if flags['AlignTop']:
alignment.append('ALIGN_TOP')
elif flags['AlignVerticalCenter']:
alignment.append('ALIGN_VCENTER')
elif flags['AlignBottom']:
alignment.append('ALIGN_BOTTOM')
if flags['AlignLeft']:
alignment.append('ALIGN_LEFT')
elif flags['AlignHorizontalCenter']:
alignment.append('ALIGN_HCENTER')
elif flags['AlignRight']:
alignment.append('ALIGN_RIGHT')
if alignment:
alignment = ' | '.join(alignment)
else:
alignment = '0'
if self.image == -1:
writer.putln('image = NULL;')
if border1 is None or fill is None:
color = (0, 0, 0, 0)
else:
color = fill + (255,)
writer.putlnc('box_color = %s;', make_color(color))
writer.putlnc('blend_color = %s;', make_color(text_color))
writer.putlnc('box_flags = %s;', alignment)
else:
writer.putln('image = %s;' % self.converter.get_image(self.image))
if pattern:
writer.putln('type = PATTERN_IMAGE;')
elif align_center:
writer.putln('type = CENTER_IMAGE;')
elif align_top_left:
writer.putln('type = TOPLEFT_IMAGE;')
else:
raise NotImplementedError()
if text:
writer.putlnc('text = %r;', text)
version = data.readInt()
hyperlink_color = read_system_color(data)
if self.converter.config.use_gwen():
writer.putlnc('margin[0] = %s;', margin_left)
writer.putlnc('margin[1] = %s;', margin_top)
writer.putlnc('margin[2] = %s;', margin_right)
writer.putlnc('margin[3] = %s;', margin_bottom)
if flags['Button']:
writer.putlnc('init_button();')
def write_init(self, writer):
data = self.get_data()
# data.skipBytes(4)
width = data.readShort(True)
height = data.readShort(True)
writer.putlnc('width = %s;', width)
writer.putlnc('height = %s;', height)
flags = FLAGS.copy()
flags.setFlags(data.readInt())
self.show_border = flags['ShowButtonBorder']
self.image_checkbox = flags['ImageCheckbox']
if flags['Hyperlink']:
display_type = HYPERLINK
elif flags['Button']:
if flags['Checkbox']:
display_type = CHECKBOX
else:
display_type = BUTTON
else:
display_type = NONE
align_top_left = flags['AlignImageTopLeft']
align_center = flags['AlignImageCenter']
pattern = flags['AlignImagePattern']
fill = read_system_color(data)
border1 = read_system_color(data)
border2 = read_system_color(data)
self.image = data.readShort()
data.skipBytes(2) # rData_wFree
text_color = read_system_color(data)
margin_left = data.readShort()
margin_top = data.readShort()
margin_right = data.readShort()
margin_bottom = data.readShort()
font = LogFont(data, old=True)
data.skipBytes(40) # file.readStringSize(40)
data.adjust(8)
text = data.readReader(data.readInt(True)).readString().rsplit(
'\\n', 1)
if len(text) == 1:
text, = text
tooltip = None
else:
text, tooltip = text
new_width = width - margin_left - margin_right
new_height = height - margin_top - margin_bottom
alignment = []
if flags['AlignTop']:
alignment.append('ALIGN_TOP')
elif flags['AlignVerticalCenter']:
alignment.append('ALIGN_VCENTER')
elif flags['AlignBottom']:
alignment.append('ALIGN_BOTTOM')
if flags['AlignLeft']:
alignment.append('ALIGN_LEFT')
elif flags['AlignHorizontalCenter']:
alignment.append('ALIGN_HCENTER')
elif flags['AlignRight']:
alignment.append('ALIGN_RIGHT')
if alignment:
alignment = ' | '.join(alignment)
else:
alignment = '0'
if self.image == -1:
writer.putln('image = NULL;')
if border1 is None or fill is None:
color = (0, 0, 0, 0)
else:
color = fill + (255, )
writer.putlnc('box_color = %s;', make_color(color))
writer.putlnc('blend_color = %s;', make_color(text_color))
writer.putlnc('box_flags = %s;', alignment)
else:
writer.putln('image = %s;' % self.converter.get_image(self.image))
if pattern:
writer.putln('type = PATTERN_IMAGE;')
elif align_center:
writer.putln('type = CENTER_IMAGE;')
elif align_top_left:
writer.putln('type = TOPLEFT_IMAGE;')
else:
raise NotImplementedError()
if text:
writer.putlnc('text = %r;', text)
version = data.readInt()
hyperlink_color = read_system_color(data)
if self.converter.config.use_gwen():
writer.putlnc('margin[0] = %s;', margin_left)
writer.putlnc('margin[1] = %s;', margin_top)
writer.putlnc('margin[2] = %s;', margin_right)
writer.putlnc('margin[3] = %s;', margin_bottom)
if flags['Button']:
writer.putlnc('init_button();')
def write_init(self, writer):
data = self.get_data()
data.skipBytes(4)
width = data.readShort()
height = data.readShort()
data.skipBytes(128)
data.skipBytes(4)
text = fix_string(data.read(1024))
data.skipBytes(256)
trans_color = data.readColor()
char_size = (data.readInt(), data.readInt())
char_spacing = (data.readInt(), data.readInt())
char_offset = data.readInt() % 255
image_size = (data.readInt(), data.readInt())
image_offset = (data.readInt(), data.readInt())
flags = data.readInt()
tab_width = data.readInt()
image = data.readShort()
character_map = fix_string(data.read(256))
data.skipBytes(256)
data.skipBytes(4096)
data.skipBytes(1024)
data.skipBytes(2)
left = data.readInt()
top = data.readInt()
right = data.readInt()
bottom = data.readInt()
horizontal_align = data.readInt()
vertical_align = data.readInt()
data.skipBytes(4)
# read animation
animation_type = data.readByte()
data.skipBytes(3)
animation_speed = data.readInt()
speed_count = data.readInt()
param = [data.readInt() for _ in xrange(16)]
options = data.readInt()
p1 = data.readInt()
ball_left = data.readInt()
ball_top = data.readInt()
ball_right = data.readInt()
ball_bottom = data.readInt()
ball_source = (data.readInt(), data.readInt())
ball_min = (data.readInt(), data.readInt())
ball_max = (data.readInt(), data.readInt())
type_name = ANIMATION_NAMES[animation_type]
if type_name not in ('None', 'Sin Wave'):
raise NotImplementedError('invalid blitter animation: %s'
% type_name)
if type_name == 'Sin Wave':
writer.putln('anim_type = BLITTER_ANIMATION_SINWAVE;')
writer.putlnc('anim_frame = 0;')
writer.putlnc('anim_speed = %s;', animation_speed)
writer.putlnc('wave_freq = %s;', param[1])
writer.putlnc('wave_height = %s;', param[2])
writer.putln('width = %s;' % width)
writer.putln('height = %s;' % height)
writer.putln('char_width = %s;' % char_size[0])
writer.putln('char_height = %s;' % char_size[1])
writer.putlnc('x_spacing = %s;', char_spacing[0])
writer.putlnc('y_spacing = %s;', char_spacing[1])
writer.putlnc('char_offset = %s;', char_offset)
writer.putlnc('x_off = %s;', image_offset[0])
writer.putlnc('y_off = %s;', image_offset[1])
writer.putln('image = %s;' % self.converter.get_image(image))
align_flags = []
if horizontal_align == 0:
align_flags.append('ALIGN_LEFT')
elif horizontal_align == 1:
align_flags.append('ALIGN_HCENTER')
elif horizontal_align == 2:
align_flags.append('ALIGN_RIGHT')
if vertical_align == 0:
align_flags.append('ALIGN_TOP')
elif vertical_align == 1:
align_flags.append('ALIGN_VCENTER')
elif vertical_align == 2:
align_flags.append('ALIGN_BOTTOM')
if not align_flags:
align_flags.append('0')
writer.putln('alignment = %s;' % ' | '.join(align_flags))
writer.putln('static int charmap[256];')
writer.putlnc('static std::string charmap_str = %r;', character_map)
writer.putln('static bool initialized = false;')
writer.putln('this->charmap = &charmap[0];')
writer.putln('this->charmap_str = &charmap_str;')
writer.putln('if (!initialized) {')
writer.indent()
writer.putln('initialized = true;')
writer.putln('initialize(charmap_str);')
writer.end_brace()
# other data
if flags & FLAGS_TRANSPARENT:
writer.putlnc('transparent_color = %s;', make_color(trans_color))
writer.putlnc('wrap = %s;', bool(flags & FLAGS_WORDWRAPPING))
writer.putlnc('set_text(%r);', text)
def write_init(self, writer):
type_name = ANIMATION_NAMES[self.animation_type]
if type_name not in ('None', 'Sin Wave'):
print 'invalid blitter animation: %s' % type_name
# raise NotImplementedError('invalid blitter animation: %s'
# % type_name)
if type_name == 'Sin Wave':
writer.putln('anim_type = BLITTER_ANIMATION_SINWAVE;')
writer.putlnc('anim_frame = 0;')
writer.putlnc('anim_speed = %s;', self.animation_speed)
writer.putlnc('wave_freq = %s;', self.param[1])
writer.putlnc('wave_height = %s;', self.param[2])
writer.putln('width = %s;' % self.width)
writer.putln('height = %s;' % self.height)
writer.putln('char_width = %s;' % self.char_size[0])
writer.putln('char_height = %s;' % self.char_size[1])
writer.putlnc('x_spacing = %s;', self.char_spacing[0])
writer.putlnc('y_spacing = %s;', self.char_spacing[1])
writer.putlnc('char_offset = %s;', self.char_offset)
writer.putlnc('x_off = %s;', self.image_offset[0])
writer.putlnc('y_off = %s;', self.image_offset[1])
writer.putln('image = %s;' % self.converter.get_image(self.image))
writer.putlnc('image_width = %s;', self.image_size[0])
align_flags = []
if self.horizontal_align == 0:
align_flags.append('ALIGN_LEFT')
elif self.horizontal_align == 1:
align_flags.append('ALIGN_HCENTER')
elif self.horizontal_align == 2:
align_flags.append('ALIGN_RIGHT')
if self.vertical_align == 0:
align_flags.append('ALIGN_TOP')
elif self.vertical_align == 1:
align_flags.append('ALIGN_VCENTER')
elif self.vertical_align == 2:
align_flags.append('ALIGN_BOTTOM')
if not align_flags:
align_flags.append('0')
writer.putln('alignment = %s;' % ' | '.join(align_flags))
writer.putln('static int charmap[256];')
writer.putln('static bool initialized = false;')
writer.putln('this->charmap = &charmap[0];')
interned_map = self.converter.intern_string(self.character_map)
writer.putlnc('charmap_str = &%s;', interned_map)
writer.putln('if (!initialized) {')
writer.indent()
writer.putln('initialized = true;')
writer.putln('initialize(*charmap_str);')
writer.end_brace()
# other data
if self.flags & FLAGS_TRANSPARENT:
writer.putlnc('transparent_color = %s;',
make_color(self.trans_color))
writer.putlnc('wrap = %s;', bool(self.flags & FLAGS_WORDWRAPPING))
writer.putlnc('set_text(%s);', self.converter.intern_string(self.text))
writer.putlnc('has_callback = %s;', self.has_callback)
