def remove_blotch(blotchId):
log('Client requested removal of blotch ', blotchId)
global session
session.currImgSession.remove_blotch(int(blotchId))
pyperclip.copy(session.get_clipboard_str())
return session.get_UIState_msg().SerializeToString()
def set_zoom(viewRatio: str, srcRatio: str):
viewRatio = int(viewRatio)
srcRatio = int(srcRatio)
log(f'Client requested zoom of {viewRatio}:{srcRatio} (viewRatio:srcRatio)')
global session
session.set_img_zoom(viewRatio, srcRatio)
return session.get_UIState_msg().SerializeToString()
def do_open_folder():
log('opening folder selection ui')
# global imageFolder
# imageFolder = ImageFolder.from_gui_folder_selection()
global session
session.set_imgFolder(ImageFolder.from_gui_folder_selection())
# session.imgFolder.register_images_on_session(session)
session.set_currImgSession(ImageSession(session.imgFolder.images[0]))
uiState = session.get_UIState_msg()
return uiState.SerializeToString()
def set_clipboard_cols():
body = request.get_data()
log('clipboard cols body', body)
cvc = ClipboardViewColumns.FromString(body)
log('/set_clipboard_cols', cvc.to_dict())
global session
session.selectedClipboardCols = cvc
pyperclip.copy(session.get_clipboard_str())
return session.get_UIState_msg().SerializeToString()
def do_get_selected_scan():
fname = request.args.get('fname')
idx = int(request.args.get('selectedIdx'))
log('Processing get for file:', fname)
# global imageFolder, colours
# colours = []
global session
scanImg = session.get_image_by_name(fname)
imgSess = ImageSession(scanImg)
session.set_currImgSession(imgSess)
session.currSelectedImgIdx = idx
return session.get_UIState_msg().SerializeToString()
def do_new_circle():
# body = json.loads(request.get_data())
body = request.get_data()
# print(request)
print('body:', body)
pc = PickedCircle.FromString(body)
log('/new_circle', pc.to_dict())
# global image
# self.image = image
# global imageFolder
# image = imageFolder.get_image_with_fname(pc.img_file_name)
global session
# image = session.imgFolder.get_image_with_fname(pc.img_file_name)
image: BaseImage = session.get_image_by_name(pc.img_file_name)
imgSess = session.currImgSession
# self.image.add_circle(int(body['center']['y']), int(body['center']['x']), int(body['radius']))
# self.image.show()
cr = int(pc.center_row)
cc = int(pc.center_col)
r = int(pc.radius)
# im = image.get_circle_context(int(pc.center_y), int(
# pc.center_x), int(pc.radius))
# contextPNG = im.to_png_bytes()
# img64 = base64.b64encode(contextPNG).decode('ascii')
# session.currImgSession.add_circle(cr, cc, r)
# # colour = image.get_circle_colour(cr, cc, r)
# comparePNG = image.get_colour_display(cr, cc, r).to_png_bytes()
# compare64 = base64.b64encode(comparePNG).decode('ascii')
imgSess.add_circle(cr, cc, r)
# imgSess.blotchCircles[-1].register_imgs_on_session(session)
# global colours
# colours.append([int(x) for x in colour])
# clipboard = '\n'.join('\t'.join(str(component) for component in _colour)
# for _colour in colours)
# pyperclip.copy(
# clipboard
# )
# pyperclip.copy(imgSess.get_clipboard_str())
pyperclip.copy(session.get_clipboard_str())
# return {
# "circContext": img64,
# "meanColour": "",
# "colourCompare": compare64,
# "clipboardContent": imgSess.get_clipboard_content_msg().SerializeToString(),
# }
return session.get_UIState_msg().SerializeToString()