def __init__(self, **kwargs):
super().__init__(**kwargs)
self.times = []
for i in range(len(self.default_times)):
time_value = self.default_times[i]
b = ui.Button(
tint_color='black',
#tint_color='white',
background_color='white',
#border_color='lightgrey',
#border_width=1,
corner_radius=10,
flex='WH')
if time_value == 'theme':
b.image = ui.Image('iob:waterdrop_32')
b.action = self.toggle_theme
else:
b.title = str(time_value)
b.action = self.go_to_timer
#b.objc_instance.setClipsToBounds_(False)
bl = b.objc_instance.layer()
bl.setMasksToBounds_(False)
bl.setShadowOpacity_(1)
bl.setShadowRadius_(1)
bl.setShadowOffset_(objc_util.CGSize(2, 2))
bl.setShadowColor_(objc_black)
b.font = (font, self.cell_font)
#if i % 2 == 1:
# b.background_color = 'darkgrey'
self.times.append(b)
self.add_subview(b)
self.set_theme()
def apply(self, attr_str):
self.attr_str = attr_str
shadow = NSShadow.alloc().init()
shadow.setShadowOffset_(objc_util.CGSize(*self.offset))
shadow.setShadowColor_(self.objc_color)
shadow.setShadowBlurRadius_(self.blur)
self.set('NSShadow', shadow)
def __init__(self, *args, **kwargs):
super().__init__(self, *args, **kwargs)
self._view = objc_util.ObjCClass("MKMapView").new()
self._view.setFrame_(
objc_util.CGRect(objc_util.CGPoint(0, 0),
objc_util.CGSize(self.width, self.height)))
self._view.setAutoresizingMask_(18) # W+H
objc_util.ObjCInstance(self).addSubview_(self._view)
self.animated = True
def bounds(self, coords):
"""get the upper left and lower right coordinates of the visible map
area with latitude/longitude values."""
topleft, bottomright = coords[:2], coords[2:]
min_x, min_y = topleft
max_x, max_y = bottomright
span = (max_x - min_x, max_y - min_y)
center = (min_x + span[0] / 2, min_y + span[1] / 2)
self._view.setRegion_animated_(
_CoordinateRegion(
objc_util.CGPoint(*center),
objc_util.CGSize(*span),
),
self.animated,
restype=None,
argtypes=[_CoordinateRegion, objc_util.c_bool])
# coding: utf-8
# https://github.com/jsbain/objc_hacks/blob/master/objcstuff.py
import objc_util, ui
v = ui.View()
vv = objc_util.ObjCInstance(v._objc_ptr)
wnd = objc_util.ObjCClass('UIWindow').alloc()
r = objc_util.CGRect(objc_util.CGPoint(0, 0), objc_util.CGSize(100, 100))
wnd.initWithFrame_(r)
def get_text_width(view):
size = view.objc_instance.sizeThatFits_(objc_util.CGSize(0, view.height))
return size.width
def get_text_height(view):
size = view.objc_instance.sizeThatFits_(objc_util.CGSize(view.width, 0))
return size.height
def __init__(self, chosen_pic):
self.MLModel = objc_util.ObjCClass('MLModel')
self.VNCoreMLModel = objc_util.ObjCClass('VNCoreMLModel')
self.VNCoreMLRequest = objc_util.ObjCClass('VNCoreMLRequest')
self.VNImageRequestHandler = objc_util.ObjCClass('VNImageRequestHandler')
result = self.classify_asset(chosen_pic)
if result:
resultString = str(result)
resultWidth = int(resultString[resultString.find('width=') + 6:resultString.find(' ', resultString.find('width=') + 6)])
resultHeight = int(resultString[resultString.find('height=') + 7:resultString.find(' ', resultString.find('height=') + 7)])
CIImage = objc_util.ObjCClass('CIImage')
pixelBuffer = result.pixelBuffer
ci_img = CIImage.imageWithCVPixelBuffer_(pixelBuffer())
ctx = objc_util.ObjCClass('CIContext').context()
cg_img = ctx.createCGImage_fromRect_(ci_img, objc_util.CGRect(objc_util.CGPoint(0, 0), objc_util.CGSize(resultWidth, resultHeight)))
ui_img = objc_util.UIImage.imageWithCGImage_(cg_img)
self.png_data = objc_util.uiimage_to_png(objc_util.ObjCInstance(ui_img))
