def __init__(self, duration = 0.0):
CATransaction.begin()
self.animations = []
self.duration = duration
self.max_animation_time = 0.0
self.beginTime = 0.0
if not self.duration:
self.duration = 0.25
def __init__(self, duration=0.0):
CATransaction.begin()
self.animations = []
self.duration = duration
self.max_animation_time = 0.0
self.beginTime = 0.0
if not self.duration:
self.duration = 0.25
def commit(self):
add_time = CACurrentMediaTime()
target_map = {}
anim_map = {}
slayer_time = self.baseLayer.convertTime_fromLayer_(add_time, None)
total_time = 0.0
c_begin = slayer_time
latest_end_time = c_begin
for anim in self.animations:
if anim.label and not anim.isWaitMark:
anim_map[anim.label] = anim
if anim.cs_input:
if not anim.cs_input in target_map:
target_map[anim.cs_input] = {'c_begin': c_begin, 'latest_end_time':0}
use_begin = slayer_time
if anim.isWaitMark:
tmp_begin = c_begin
use_end = latest_end_time
if anim.cs_input:
tmp_begin = target_map[anim.cs_input]['c_begin']
use_end = target_map[anim.cs_input]['latest_end_time']
if anim.label and anim.label in anim_map:
label_anim = anim_map[anim.label]
use_end = label_anim.end_time
if anim.isWaitOnly:
tmp_begin += anim.duration
else:
tmp_begin = use_end
tmp_begin += anim.duration
if anim.cs_input:
target_map[anim.cs_input]['c_begin'] = tmp_begin
else:
c_begin = tmp_begin
if not anim.ignore_wait and anim.animation:
anim.animation.setValue_forKeyPath_(anim, "__CS_COMPLETION__")
anim.animation.setDelegate_(CSAnimationDelegate.alloc().init())
real_begin = c_begin
if anim.cs_input:
t_begin = target_map[anim.cs_input]['c_begin']
if real_begin > t_begin:
target_map[anim.cs_input]['c_begin'] = real_begin
else:
real_begin = t_begin
a_duration = anim.apply(real_begin)
if not anim.ignore_wait:
latest_end_time = max(latest_end_time, real_begin+anim.duration)
if anim.cs_input:
t_latest = target_map[anim.cs_input]['latest_end_time']
n_latest = real_begin+anim.duration
target_map[anim.cs_input]['latest_end_time'] = max(t_latest, n_latest)
CATransaction.commit()
def apply_immediate(self):
if self.target:
p_value = self.toValue
CATransaction.begin()
#CATransaction.setDisableActions_(True)
self.target.setValue_forKeyPath_(p_value, self.animation.keyPath())
if self.extra_model:
self.extra_model.setValue_forKeyPath_(p_value, self.animation.keyPath())
CATransaction.commit()
def apply_immediate(self):
if self.target:
p_value = self.toValue
CATransaction.begin()
#CATransaction.setDisableActions_(True)
self.target.setValue_forKeyPath_(p_value, self.animation.keyPath())
if self.extra_model:
self.extra_model.setValue_forKeyPath_(p_value,
self.animation.keyPath())
CATransaction.commit()
def layoutSublayersOfLayer_(self, layer):
""" Method is called when the sublayers of the layer may need rearranging.
Typically called when a sublayer has changed its size.
Receiver (ie, this PVLayout object) is responsible for changing
the frame of each sublayer that requires layout.
"""
from Quartz import CATransaction, kCATransactionDisableActions
newBounds = layer.bounds();
n = len(layer.sublayers())
# NSLog( "class PVLayout: layoutSublayersOfLayer %@ bounds=%@, %d sublayers", layer, RectToString(newBounds), n )
NSLog( "layout of layer %@ bounds=%@, %d sublayers", layer.name(), RectToString(newBounds), n )
self.layoutGrid = PVLayoutGrid(n)
NSLog( "PVLayout is: %r" % ( self.layoutGrid , ) ) # PVLayout is: n=8, g=3, g2=9
NSLog( "i g2ni gn0 gn0p gn5 ( x , y ) " )
# for i in range(self.layoutGrid.n):
# NSLog( self.layoutGrid.str(i) )
# height = (newBounds.size.height-2*10.0)/n # height of each is less by portion of separations of 10.0 at top and bottom
height = (newBounds.size.height-(self.layoutGrid.g()+1)*10.0)/(self.layoutGrid.g()+1) # height/width of grid
width = (newBounds.size.width-(self.layoutGrid.g()+1)*10.0)/(self.layoutGrid.g()+1 )# height/width of grid # separate width from height, create a layout based on aspect ration of window?
# z = CATransaction.getValue_(<#value#>) value_forKey_ value_forKey_(kCATransactionDisableActions)
CATransaction.setValue_forKey_( YES , kCATransactionDisableActions )
for i, l in enumerate(layer.sublayers()):
NSLog( self.layoutGrid.str(i) )
# I'm setting the *frame*. So whatever's going on inside the layer I don't care about, (like bounds and position and anchorPoint) :-)
originalFrame = l.frame(); # bounds is *its* rectangle, frame is the *superlayer*'s rectangle.
originalBounds = l.bounds()
if l.isKindOfClass_(CATextLayer):
# no resizing, just move the origin.
origin = (10,10 + i * height )
size = ( originalBounds.size.width , originalBounds.size.height ) # really just want originalBounds.size.
l.setFrame_( ( origin , size ) )
else:
#origin = (10,10 + i * height )
origin = (self.layoutGrid.xn(i) * newBounds.size.width , self.layoutGrid.yn(i) * newBounds.size.height )
#size = ( newBounds.size.width-2*10.0, height )
size = ( width , height )
l.setFrame_( ( origin , size ) ) # I'm setting the *frame*. So whatever's going on inside the layer I don't care about :-)
NSLog( LayerToString( l , i ) )
CATransaction.setValue_forKey_( NO , kCATransactionDisableActions) # :[NSNumber numberWithBool:YES] :kCATransactionDisableActions];
def set_model_value(self, realme=None):
if self.target:
p_layer = self.target.presentationLayer()
if not p_layer:
return
p_value = p_layer.valueForKeyPath_(self.animation.keyPath())
CATransaction.begin()
CATransaction.setDisableActions_(True)
self.target.setValue_forKeyPath_(p_value, self.animation.keyPath())
if self.extra_model:
self.extra_model.setValue_forKeyPath_(p_value, self.animation.keyPath())
self.target.removeAnimationForKey_(self.uukey)
CATransaction.commit()
def set_model_value(self, realme=None):
if self.target:
p_layer = self.target.presentationLayer()
if not p_layer:
return
p_value = p_layer.valueForKeyPath_(self.animation.keyPath())
CATransaction.begin()
CATransaction.setDisableActions_(True)
self.target.setValue_forKeyPath_(p_value, self.animation.keyPath())
if self.extra_model:
self.extra_model.setValue_forKeyPath_(p_value,
self.animation.keyPath())
self.target.removeAnimationForKey_(self.uukey)
CATransaction.commit()
def commit(self):
add_time = CACurrentMediaTime()
target_map = {}
anim_map = {}
slayer_time = self.baseLayer.convertTime_fromLayer_(add_time, None)
total_time = 0.0
c_begin = slayer_time
latest_end_time = c_begin
for anim in self.animations:
if anim.label and not anim.isWaitMark:
anim_map[anim.label] = anim
if anim.cs_input:
if not anim.cs_input in target_map:
target_map[anim.cs_input] = {
'c_begin': c_begin,
'latest_end_time': 0
}
use_begin = slayer_time
if anim.isWaitMark:
tmp_begin = c_begin
use_end = latest_end_time
if anim.cs_input:
tmp_begin = target_map[anim.cs_input]['c_begin']
use_end = target_map[anim.cs_input]['latest_end_time']
if anim.label and anim.label in anim_map:
label_anim = anim_map[anim.label]
use_end = label_anim.end_time
if anim.isWaitOnly:
tmp_begin += anim.duration
else:
tmp_begin = use_end
tmp_begin += anim.duration
if anim.cs_input:
target_map[anim.cs_input]['c_begin'] = tmp_begin
else:
c_begin = tmp_begin
if not anim.ignore_wait and anim.animation:
anim.animation.setValue_forKeyPath_(anim, "__CS_COMPLETION__")
anim.animation.setDelegate_(CSAnimationDelegate.alloc().init())
real_begin = c_begin
if anim.cs_input:
t_begin = target_map[anim.cs_input]['c_begin']
if real_begin > t_begin:
target_map[anim.cs_input]['c_begin'] = real_begin
else:
real_begin = t_begin
a_duration = anim.apply(real_begin)
if not anim.ignore_wait:
latest_end_time = max(latest_end_time,
real_begin + anim.duration)
if anim.cs_input:
t_latest = target_map[anim.cs_input]['latest_end_time']
n_latest = real_begin + anim.duration
target_map[anim.cs_input]['latest_end_time'] = max(
t_latest, n_latest)
CATransaction.commit()
