def set_picture (self, image):
"""I.set_picture (...) -> None
Sets the image to be displayed on the ImageLabel.
The image can be either a valid pygame.Surface object or the
path to an image file. If the argument is a file, the 'path'
attribute will be set to the file path, otherwise it will be
None.
Raises a TypeError, if the passed argument is not a string,
unicode or pygame.Surface.
"""
if image:
if type (image) in (str, unicode):
self._path = image
self._picture = Image.load_image (image)
elif isinstance (image, Surface):
self._path = None
self._picture = image
else:
raise TypeError ("image must be a string, unicode or a " \
"pygame.Surface")
else:
self._path = None
self._picture = None
self.dirty = True
def set_picture(self, image):
"""I.set_picture (...) -> None
Sets the image to be displayed on the ImageMap.
The image can be either a valid pygame.Surface object or the
path to an image file. If the argument is a file, the 'path'
attribute will be set to the file path, otherwise it will be
None.
Raises a TypeError, if the passed argument is not a string,
unicode or pygame.Surface.
"""
if image:
if type(image) in (str, unicode):
self._path = image
self._picture = Image.load_image(image)
elif isinstance(image, Surface):
self._path = None
self._picture = image
else:
raise TypeError ("image must be a string, unicode or a " \
"pygame.Surface")
else:
self._path = None
self._picture = None
self.dirty = True
def create_imagelabel_view ():
image = Image.load_image ("./image.png")
table = Table (1, 3)
table.spacing = 5
table.set_row_align (0, ALIGN_TOP)
# Frame with the states.
frm_states = _create_vframe ("States")
for i, s in enumerate (STATE_TYPES):
lbl = ImageLabel (image)
if s == STATE_INSENSITIVE:
lbl.sensitive = False
else:
lbl.state = s
frm_states.add_child (lbl)
table.add_child (0, 0, frm_states)
# Frame with different padding.
frm_padding = _create_vframe ("Padding")
for i in xrange (5):
lbl = ImageLabel (image)
lbl.border = BORDER_FLAT
lbl.padding = i * 2
frm_padding.add_child (lbl)
table.add_child (0, 1, frm_padding)
# Borders.
frm_borders = _create_vframe ("Borders")
for border in BORDER_TYPES:
lbl = ImageLabel (image)
lbl.border = border
frm_borders.add_child (lbl)
table.add_child (0, 2, frm_borders)
return table
def __init__(self, filename, filetype):
TextListItem.__init__(self, filename)
if type(filetype) != int:
raise TypeError("filetype must be an integer")
self._filetype = filetype
self._icon = None
iconpath = base.GlobalStyle.engine.get_icon_path("16x16")
if stat.S_ISDIR(filetype):
self._icon = Image.load_image(os.path.join(iconpath, Icons16x16.FOLDER), True)
elif stat.S_ISLNK(filetype):
self._icon = Image.load_image(os.path.join(Icons16x16.ICONPATH, Icons16x16.FILE_LINK), True)
elif stat.S_ISSOCK(filetype) or stat.S_ISFIFO(filetype):
self._icon = Image.load_image(os.path.join(iconpath, Icons16x16.FILE_SOCKET), True)
elif stat.S_ISCHR(filetype):
self._icon = Image.load_image(os.path.join(iconpath, Icons16x16.FILE_CHAR), True)
else:
self._icon = Image.load_image(os.path.join(iconpath, Icons16x16.FILE), True)
def create_button_view ():
states = ("STATE_NORMAL", "STATE_ENTERED", "STATE_ACTIVE",
"STATE_INSENSITIVE")
image = Image.load_image ("./image.png")
table = Table (2, 2)
table.spacing = 5
table.set_row_align (0, ALIGN_TOP)
table.set_row_align (1, ALIGN_TOP)
# Frame with the states.
frm_states = _create_vframe ("States")
for i, s in enumerate (states):
btn = ImageButton (image)
if STATE_TYPES[i] == STATE_INSENSITIVE:
btn.sensitive = False
else:
btn.state = STATE_TYPES[i]
btn.text = s
frm_states.add_child (btn)
table.add_child (0, 0, frm_states)
# Frame with different padding.
frm_padding = _create_vframe ("Padding")
for i in xrange (4):
btn = ImageButton (image)
btn.padding = i * 2
frm_padding.add_child (btn)
table.add_child (0, 1, frm_padding)
# Mnemonics.
frm_mnemonic = _create_vframe ("Mnemonics")
btn = ImageButton (image)
btn.text = "#Simple Mnemonic"
btn2 = ImageButton (image)
btn2.text = "#Activate using <ALT><Underlined Key>"
frm_mnemonic.add_child (btn, btn2)
table.add_child (1, 0, frm_mnemonic)
# Multiline labeled ImageButton
frm_multiline = _create_vframe ("Multiline label")
button = ImageButton (image)
button.text = "Multiple lines\nwith a #mnemonic"
button.child.multiline = True
frm_multiline.add_child (button)
table.add_child (1, 1, frm_multiline)
return table
radioTable.add_child(0, i, TblLabel) # Add them to the table, row 1
graphRateBtn = RadioButton(None, radiogroup) # Create the radio buttons
graphRateBtn.connect_signal(SIG_TOGGLED, updateRate)
if i == 5:
radiogroup = graphRateBtn # Assign the radio button(s) to the group
radioTable.add_child(1, i, graphRateBtn) # Add them to the table, row 2
frame_2.add_child(radioTable) # Add the radio button table to the frame
# ======================================================================================================================
# Setup Still Image Controls
frame_3 = HFrame(
Label("Still Imaging")) # Create a frame for the still image controls
frame_3.minsize = (214, 117)
frame_3.topleft = 3, 263
stillBox = Box(190, 90)
image_1 = guiImage.load_image("camera2.png")
stillSnapBtn = ImageButton(image_1)
stillSnapBtn.connect_signal(SIG_CLICKED, stillShot)
# Entry box for output file name
lbl_5 = Label("Save Filename:")
fileOutEntry = Entry('ThermImg_1.png')
fileOutEntry.minsize = (100, 5)
stillSnapBtn.topleft = 0, 0
lbl_5.topleft = 60, 0
fileOutEntry.topleft = 60, 15
lbl_14 = Label("Open Image Filename:")
lbl_14.topleft = 3, 42
fileEntry = Entry()
fileEntry.minsize = 120, 5
fileEntry.topleft = 3, 60
# Image.load_image () usage example.
import pygame, pygame.locals
from ocempgui.draw import Image
# Initialize the drawing window.
pygame.init()
screen = pygame.display.set_mode((120, 100))
screen.fill((250, 250, 250))
pygame.display.set_caption("Image.load_image ()")
# Load an image and blit it on the screen.
image = Image.load_image("./image.png")
screen.blit(image, (10, 10))
# Show anything.
pygame.display.flip()
# Wait for input.
while not pygame.event.get([pygame.locals.QUIT]):
pass
