public void PerformStartup( )
{
// Fade OUT the logo
SimpleAnimator_Float imageAlphaAnim = new SimpleAnimator_Float( ImageLogo.Opacity, 0.00f, .13f, delegate(float percent, object value )
{
ImageLogo.Opacity = (float)value;
},
null );
imageAlphaAnim.Start( );
// Scale UP the logo
SimpleAnimator_SizeF imageSizeAnim = new SimpleAnimator_SizeF( ImageLogo.Frame.Size, new SizeF( View.Frame.Width, View.Frame.Height ), .25f, delegate(float percent, object value )
{
SizeF imageSize = (SizeF)value;
ImageLogo.Frame = new RectangleF( ( View.Frame.Width - imageSize.Width ) / 2, ( View.Frame.Height - imageSize.Height ) / 2, imageSize.Width, imageSize.Height );
},
delegate
{
// do this ON the UI thread
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
OnCompletionCallback( );
});
} );
imageSizeAnim.Start( );
}
void StartAnimation( )
{
if (Animating == false)
{
Animating = true;
float startingYPos = PonyImage.Position.Y;
SimpleAnimator_Float animJump = new SimpleAnimator_Float(startingYPos, 50, 1.00f,
delegate(float percent, object value)
{
PonyImage.Position = new PointF(PonyImage.Position.X, (float)value);
},
delegate
{
SimpleAnimator_Float animFall = new SimpleAnimator_Float(PonyImage.Position.Y, startingYPos, 1.00f,
delegate(float percent, object value)
{
PonyImage.Position = new PointF(PonyImage.Position.X, (float)value);
},
delegate
{
Animating = false;
StartAnimation( );
});
animFall.Start(SimpleAnimator.Style.CurveEaseIn);
});
animJump.Start(SimpleAnimator.Style.CurveEaseOut);
}
}
public void Hide(bool animated)
{
if (animated)
{
SimpleAnimator_Float alphaAnim = new SimpleAnimator_Float(View.Opacity, 0.00f, .33f,
delegate(float percent, object value)
{
View.Opacity = (float)value;
Backer.Opacity = Math.Min((float)value, sBackerOpacity);
},
delegate
{
View.Hidden = true;
Backer.Hidden = true;
});
alphaAnim.Start( );
}
else
{
View.Hidden = true;
View.Opacity = 0.00f;
Backer.Hidden = true;
Backer.Opacity = 0.00f;
}
}
void AnimateForSafeBounds(float xDist, bool becomeFirstResponder)
{
// setup an animator that will move the Anchor & icon to the max allowed open distance.
float animTime = .2f;
// stamp the last X pos so that we can track the delta change as the animation ticks
float lastXPos = 0;
SimpleAnimator_Float floatAnimator = new SimpleAnimator_Float(0, xDist, animTime,
delegate(float percent, object value)
{
// take the current animated x value
float currXPos = (float)value;
// get the delta from last tick to now
float xDelta = currXPos - lastXPos;
// stamp the new last position (for next tick)
lastXPos = currXPos;
// update both the anchor and icon by the xDelta
Anchor.Position = new PointF(Anchor.Position.X + xDelta, Anchor.Position.Y);
NoteIcon.Position = new PointF(NoteIcon.Position.X + xDelta, NoteIcon.Position.Y);
},
// On Animation Complete
delegate
{
// run the normal open animation
AnimateNoteOpen(becomeFirstResponder);
});
floatAnimator.Start( );
}
public void PerformStartup( )
{
// Fade OUT the logo
SimpleAnimator_Float imageAlphaAnim = new SimpleAnimator_Float(ImageLogo.Opacity, 0.00f, .13f, delegate(float percent, object value)
{
ImageLogo.Opacity = (float)value;
},
null);
imageAlphaAnim.Start( );
// Scale UP the logo
SimpleAnimator_SizeF imageSizeAnim = new SimpleAnimator_SizeF(ImageLogo.Frame.Size, new SizeF(View.Frame.Width, View.Frame.Height), .25f, delegate(float percent, object value)
{
SizeF imageSize = (SizeF)value;
ImageLogo.Frame = new RectangleF((View.Frame.Width - imageSize.Width) / 2, (View.Frame.Height - imageSize.Height) / 2, imageSize.Width, imageSize.Height);
},
delegate
{
// do this ON the UI thread
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
OnCompletionCallback( );
});
});
imageSizeAnim.Start( );
}
public void HandleNetworkFixed( )
{
// this is called if the app retried connecting and it worked.
// fade out the "error" and then we can continue!
SimpleAnimator_Float anim = new SimpleAnimator_Float(1.00f, 0.00f, .50f, delegate(float percent, object value)
{
NetworkErrorLabel.Opacity = (float)value;
NetworkRetryButton.Opacity = (float)value;
},
delegate
{
// when finished, wait, then go to the next state
System.Timers.Timer timer = new System.Timers.Timer();
timer.Interval = 1000;
timer.AutoReset = false;
timer.Elapsed += (object sender, System.Timers.ElapsedEventArgs e) =>
{
// do this ON the UI thread
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
//AnimateRegSeperator( );
EnterNextState(OOBE_State.Welcome);
});
};
timer.Start( );
});
anim.Start( );
}
void PerformWelcome( )
{
//CreateCampusButtons( );
SimpleAnimator_Float anim = new SimpleAnimator_Float(0.00f, 1.00f, .50f, delegate(float percent, object value)
{
WelcomeLabel.Opacity = (float)value;
},
delegate
{
// when finished, wait, then go to the next state
System.Timers.Timer timer = new System.Timers.Timer();
timer.Interval = 1000;
timer.AutoReset = false;
timer.Elapsed += (object sender, System.Timers.ElapsedEventArgs e) =>
{
// do this ON the UI thread
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
//EnterNextState( OOBE_State.CampusIntro );
// HACK: Force Peoria Campus, and they can change it later.
OnClick(1, true);
EnterNextState(OOBE_State.AccountChoice);
});
};
timer.Start( );
});
anim.Start( );
}
public override void OnResume()
{
base.OnResume();
System.Timers.Timer timer = new System.Timers.Timer();
timer.Interval = 750;
timer.AutoReset = false;
timer.Elapsed += (object sender, System.Timers.ElapsedEventArgs e) =>
{
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
SplashView.PerformStartup( );
SimpleAnimator_Float viewAlphaAnim = new SimpleAnimator_Float(ContainerView.Alpha, 0.00f, .25f, delegate(float percent, object value)
{
ContainerView.Alpha = (float)value;
},
null);
viewAlphaAnim.Start( );
});
};
timer.Start( );
SpringboardParent.ModalFragmentOpened(this);
Point displaySize = new Point( );
Activity.WindowManager.DefaultDisplay.GetSize(displaySize);
SplashView.LayoutChanged(new System.Drawing.RectangleF(0, 0, displaySize.X, displaySize.Y));
}
public void PerformStartup(bool networkSuccess)
{
// Fade in the background image
SimpleAnimator_Float imageBGAlphaAnim = new SimpleAnimator_Float(0.00f, 1.00f, .25f, delegate(float percent, object value)
{
ImageBG.Opacity = (float)value;
},
null);
imageBGAlphaAnim.Start( );
// Fade OUT the logo
SimpleAnimator_Float imageAlphaAnim = new SimpleAnimator_Float(ImageLogo.Opacity, 0.00f, .13f, delegate(float percent, object value)
{
ImageLogo.Opacity = (float)value;
},
null);
imageAlphaAnim.Start( );
// Scale UP the logo
SimpleAnimator_SizeF imageSizeAnim = new SimpleAnimator_SizeF(ImageLogo.Frame.Size, new SizeF(View.Frame.Width, View.Frame.Height), .25f, delegate(float percent, object value)
{
SizeF imageSize = (SizeF)value;
ImageLogo.Frame = new RectangleF((View.Frame.Width - imageSize.Width) / 2, (View.Frame.Height - imageSize.Height) / 2, imageSize.Width, imageSize.Height);
},
delegate
{
// when finished, wait, then go to the next state
System.Timers.Timer timer = new System.Timers.Timer();
timer.Interval = 500;
timer.AutoReset = false;
timer.Elapsed += (object sender, System.Timers.ElapsedEventArgs e) =>
{
// do this ON the UI thread
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
View.BackgroundColor = ControlStylingConfig.BackgroundColor;
// if the network is ok, continue.
if (networkSuccess == true)
{
EnterNextState(OOBE_State.Welcome);
}
else
{
// if not, let them know they need a network connection for their first run.
EnterNextState(OOBE_State.NetworkError);
}
});
};
timer.Start( );
});
imageSizeAnim.Start( );
}
public void PresentAnimated(int workingFamilyId, bool browsingPeople, FamilyInfoViewController.OnBrowsePeopleCompleteDelegate onComplete)
{
KeyboardAdjustManager.Activate( );
WorkingFamilyId = workingFamilyId;
OnCompleteDelegate = onComplete;
// default to false
RemoveFromOtherFamilies = false;
// always begin at the SearchPanel
SearchPanel.GetRootView( ).Layer.Position = CGPoint.Empty;
PeoplePanel.GetRootView( ).Layer.Position = new CGPoint(MainPanel.Bounds.Width, 0);
// use the provided bool to set the correct panel visible
PeoplePanel.GetRootView( ).Hidden = !browsingPeople;
ActivePanel = SearchPanel;
View.Hidden = false;
// animate the background to dark
BackgroundPanel.Layer.Opacity = 0;
SimpleAnimator_Float alphaAnim = new SimpleAnimator_Float(BackgroundPanel.Layer.Opacity, Settings.DarkenOpacity, .33f,
delegate(float percent, object value)
{
BackgroundPanel.Layer.Opacity = (float)value;
}, null);
alphaAnim.Start(SimpleAnimator.Style.CurveEaseOut);
// animate in the main panel
MainPanel.Layer.Position = new CoreGraphics.CGPoint((View.Bounds.Width - MainPanel.Bounds.Width) / 2, View.Bounds.Height);
// animate UP the main panel
nfloat visibleHeight = Parent.GetVisibleHeight( );
PointF endPos = new PointF((float)(View.Bounds.Width - MainPanel.Bounds.Width) / 2,
(float)(visibleHeight - MainPanel.Bounds.Height) / 2);
SimpleAnimator_PointF posAnim = new SimpleAnimator_PointF(MainPanel.Layer.Position.ToPointF( ), endPos, .33f,
delegate(float percent, object value)
{
MainPanel.Layer.Position = (PointF)value;
},
delegate
{
SearchPanel.PerformSearch( );
});
posAnim.Start(SimpleAnimator.Style.CurveEaseOut);
}
public static void AnimateBackgroundOpacity(PlatformBaseUI view, float targetOpacity, SimpleAnimator.AnimationComplete onCompletion = null)
{
SimpleAnimator_Float animator = new SimpleAnimator_Float(view.Opacity, targetOpacity, .15f, delegate(float percent, object value)
{
view.Opacity = (float)value;
}
, onCompletion);
animator.Start( );
}
void FadeLoginResult(bool fadeIn)
{
SimpleAnimator_Float fader = new SimpleAnimator_Float(LoginResultLayer.Alpha, fadeIn == true ? 1.00f : 0.00f, .33f,
delegate(float percent, object value)
{
LoginResultLayer.Alpha = (float)value;
},
delegate
{
});
fader.Start( );
}
void PerformNetworkError( )
{
SimpleAnimator_Float anim = new SimpleAnimator_Float(0.00f, 1.00f, .50f, delegate(float percent, object value)
{
NetworkErrorLabel.Opacity = (float)value;
NetworkRetryButton.Opacity = (float)value;
},
delegate
{
// when finished, wait
});
anim.Start( );
}
public void Show( )
{
Backer.Hidden = false;
View.Hidden = false;
SimpleAnimator_Float alphaAnim = new SimpleAnimator_Float(View.Opacity, 1.00f, .33f,
delegate(float percent, object value)
{
Backer.Opacity = Math.Min((float)value, sBackerOpacity);
View.Opacity = (float)value;
},
null);
alphaAnim.Start( );
}
void AnimateTutorialScreen(bool fadeIn)
{
// handles fading in / out the tutorial screen
float startVal = fadeIn ? 0.00f : 1.00f;
float endVal = fadeIn ? 1.00f : 0.00f;
// dont do it if the tutorial screen is already in the state we're requesting
if (endVal != TutorialOverlay.Alpha)
{
if (AnimatingTutorial == false)
{
AnimatingTutorial = true;
// animate the backer
SimpleAnimator_Float backerAnim = new SimpleAnimator_Float(startVal, Math.Min(PrivateNoteConfig.MaxTutorialAlpha, endVal), .33f, delegate(float percent, object value)
{
TutorialBacker.Alpha = (float)value;
},
delegate
{
if (fadeIn == false)
{
TutorialBacker.Visibility = ViewStates.Gone;
}
});
backerAnim.Start( );
// animate the tutorial
SimpleAnimator_Float tutorialAnim = new SimpleAnimator_Float(startVal, endVal, .33f, delegate(float percent, object value)
{
TutorialOverlay.Alpha = (float)value;
},
delegate
{
AnimatingTutorial = false;
if (fadeIn == false)
{
ScrollView.ScrollEnabled = true;
}
});
tutorialAnim.Start( );
}
}
}
public override void AnimateToFade(float fadeAmount)
{
fadeAmount = System.Math.Max(ZeroScale, fadeAmount * MaxScale);
SimpleAnimator_Float animator = new SimpleAnimator_Float(Scale, fadeAmount, SCALE_TIME_SECONDS,
delegate(float percent, object value)
{
Scale = (float)value;
ApplyMaskScale(Scale);
},
delegate
{
Scale = fadeAmount;
ApplyMaskScale(Scale);
});
animator.Start( );
}
public static void FadeView(View view, bool fadeIn, SimpleAnimator.AnimationComplete onComplete)
{
float startAlpha = fadeIn == true ? 0.00f : 1.00f;
float endAlpha = fadeIn == true ? 1.00f : 0.00f;
SimpleAnimator_Float floatAnim = new SimpleAnimator_Float(startAlpha, endAlpha, .15f,
delegate(float percent, object value)
{
view.Alpha = (float)value;
},
delegate
{
if (onComplete != null)
{
onComplete( );
}
});
floatAnim.Start( );
}
public void AnimateMaskScale(float targetScale, float duration)
{
if (Animating == false)
{
float clampedValue = System.Math.Max(targetScale, .01f);
SimpleAnimator_Float floatAnimator = new SimpleAnimator_Float(_MaskScale, clampedValue, duration, delegate(float percent, object value)
{
_MaskScale = (float)value;
Invalidate( );
},
delegate
{
Animating = false;
});
floatAnimator.Start( );
Animating = true;
}
}
void DismissAnimated(bool didSave, object returnContext)
{
// guard against multiple dismiss requests
if (IsDismissing == false)
{
IsDismissing = true;
// run an animation that will dismiss our view, and then remove
// ourselves from the hierarchy
SimpleAnimator_Float alphaAnim = new SimpleAnimator_Float(BackgroundPanel.Layer.Opacity, .00f, .33f,
delegate(float percent, object value)
{
BackgroundPanel.Layer.Opacity = (float)value;
}, null);
alphaAnim.Start(SimpleAnimator.Style.CurveEaseOut);
// animate OUT the main panel
PointF endPos = new PointF((float)(View.Bounds.Width - MainPanel.Bounds.Width) / 2, (float)View.Bounds.Height);
SimpleAnimator_PointF posAnim = new SimpleAnimator_PointF(MainPanel.Layer.Position.ToPointF( ), endPos, .33f,
delegate(float percent, object value)
{
MainPanel.Layer.Position = (PointF)value;
},
delegate
{
// hide ourselves
View.Hidden = true;
IsDismissing = false;
KeyboardAdjustManager.Deactivate( );
OnCompleteDelegate(didSave, WorkingFamilyId, returnContext);
});
posAnim.Start(SimpleAnimator.Style.CurveEaseOut);
}
}
void AnimateImageView(View imageView, PointF startPos, PointF endPos, System.Drawing.SizeF startSize, System.Drawing.SizeF endSize, float duration, SimpleAnimator.AnimationComplete completeDelegate)
{
// calculate the deltas once before we start
float xDelta = endPos.X - startPos.X;
float yDelta = endPos.Y - startPos.Y;
float deltaWidth = endSize.Width - startSize.Width;
float deltaHeight = endSize.Height - startSize.Height;
// create an animator
SimpleAnimator_Float imageAnimator = new SimpleAnimator_Float(0.00f, 1.00f, duration,
delegate(float percent, object value)
{
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
// each update, interpolate the deltas and apply
imageView.SetX(startPos.X + (xDelta * percent));
imageView.SetY(startPos.Y + (yDelta * percent));
imageView.LayoutParameters.Width = (int)(startSize.Width + (deltaWidth * percent));
imageView.LayoutParameters.Height = (int)(startSize.Height + (deltaHeight * percent));
// force the image to re-evaluate its size
imageView.RequestLayout( );
});
},
//ANIMATION COMPLETE
delegate
{
if (completeDelegate != null)
{
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
completeDelegate( );
});
}
});
imageAnimator.Start( );
}
public void Hide( )
{
// if we're not animating and ARE visible
if (Animating == false && Visibility == ViewStates.Visible)
{
Animating = true;
// create a simple animator and animate the banner out of view
SimpleAnimator_Float revealer = new SimpleAnimator_Float(0, ScreenWidth, AnimationTime,
delegate(float percent, object value)
{
SetX((float)value);
},
delegate
{
// when complete, hide the banner, since there's no need to render it
Animating = false;
Visibility = ViewStates.Gone;
});
revealer.Start( );
}
}
public void Reveal( )
{
// if we're not animating and AREN'T visible
if (Animating == false && Visibility == ViewStates.Gone)
{
// reveal the banner and flag that we're animating
Visibility = ViewStates.Visible;
Animating = true;
BringToFront( );
// create an animator and animate us into view
SimpleAnimator_Float revealer = new SimpleAnimator_Float(ScreenWidth, 0, AnimationTime,
delegate(float percent, object value)
{
SetX((float)value);
},
delegate
{
Animating = false;
});
revealer.Start( );
}
}
void AnimateImageView( View imageView, PointF startPos, PointF endPos, System.Drawing.SizeF startSize, System.Drawing.SizeF endSize, float duration, SimpleAnimator.AnimationComplete completeDelegate )
{
// calculate the deltas once before we start
float xDelta = endPos.X - startPos.X;
float yDelta = endPos.Y - startPos.Y;
float deltaWidth = endSize.Width - startSize.Width;
float deltaHeight = endSize.Height - startSize.Height;
// create an animator
SimpleAnimator_Float imageAnimator = new SimpleAnimator_Float( 0.00f, 1.00f, duration,
delegate( float percent, object value )
{
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
// each update, interpolate the deltas and apply
imageView.SetX( startPos.X + ( xDelta * percent ) );
imageView.SetY( startPos.Y + ( yDelta * percent ) );
imageView.LayoutParameters.Width = (int)( startSize.Width + ( deltaWidth * percent ) );
imageView.LayoutParameters.Height = (int)( startSize.Height + ( deltaHeight * percent ) );
// force the image to re-evaluate its size
imageView.RequestLayout( );
} );
},
//ANIMATION COMPLETE
delegate
{
if ( completeDelegate != null )
{
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
completeDelegate( );
} );
}
} );
imageAnimator.Start( );
}
public void Show( )
{
Backer.Hidden = false;
View.Hidden = false;
SimpleAnimator_Float alphaAnim = new SimpleAnimator_Float( View.Opacity, 1.00f, .33f,
delegate(float percent, object value )
{
Backer.Opacity = Math.Min( (float)value, sBackerOpacity );
View.Opacity = (float)value;
},
null );
alphaAnim.Start( );
}
public void Hide( bool animated )
{
if ( animated )
{
SimpleAnimator_Float alphaAnim = new SimpleAnimator_Float( View.Opacity, 0.00f, .33f,
delegate(float percent, object value )
{
View.Opacity = (float)value;
Backer.Opacity = Math.Min( (float)value, sBackerOpacity );
},
delegate
{
View.Hidden = true;
Backer.Hidden = true;
} );
alphaAnim.Start( );
}
else
{
View.Hidden = true;
View.Opacity = 0.00f;
Backer.Hidden = true;
Backer.Opacity = 0.00f;
}
}
void PerformWelcome( )
{
SimpleAnimator_Float anim = new SimpleAnimator_Float( 0.00f, 1.00f, .50f, delegate(float percent, object value )
{
WelcomeLabel.Opacity = (float)value;
},
delegate
{
// when finished, wait, then go to the next state
System.Timers.Timer timer = new System.Timers.Timer();
timer.Interval = 1000;
timer.AutoReset = false;
timer.Elapsed += (object sender, System.Timers.ElapsedEventArgs e ) =>
{
// do this ON the UI thread
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
//AnimateRegSeperator( );
EnterNextState( OOBE_State.CampusIntro );
});
};
timer.Start( );
} );
anim.Start( );
}
//static bool RanOOBE = false;
public void OOBEOnClick( int index, bool isCampusSelection )
{
if ( isCampusSelection )
{
App.Shared.Network.RockMobileUser.Instance.ViewingCampus = index;
}
else
{
// fade out the OOBE
SimpleAnimator_Float oobeFadeOutAnim = new SimpleAnimator_Float( 1.00f, 0.00f, .33f, delegate(float percent, object value )
{
OOBEViewController.View.Layer.Opacity = (float)value;
},
delegate
{
// if they chose register, present it
if ( index == 0 )
{
PresentModalViewController( RegisterViewController );
}
// if they chose login, present it!
else if ( index == 1 )
{
PresentModalViewController( LoginViewController );
}
else
{
// don't present anything. Instead, just wrap up the OOBE.
CompleteOOBE( );
}
OOBEViewController.RemoveFromParentViewController( );
OOBEViewController.View.RemoveFromSuperview( );
} );
oobeFadeOutAnim.Start( );
}
}
void SetMode(CropMode mode)
{
if (mode == Mode)
{
throw new Exception(string.Format("Crop Mode {0} requested, but already in that mode.", mode));
}
switch (mode)
{
case CropMode.Editing:
{
// If we're entering edit mode for the first time
if (Mode == CropMode.None)
{
// Animate in the mask
SimpleAnimator_Float floatAnimator = new SimpleAnimator_Float(MaskLayer.Opacity, MaskFadeAmount, MaskFadeTime,
delegate(float percent, object value)
{
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
MaskLayer.Opacity = (float)value;
});
},
null);
floatAnimator.Start( );
// turn on our cropper
CropView.Visibility = ViewStates.Visible;
// and set the source image to the scaled source.
ImageView.SetImageBitmap(ScaledSourceImage);
}
// else we're coming FROM Preview Mode, so we need to animate
else
{
Animating = true;
// setup the dimension changes
System.Drawing.SizeF startSize = new System.Drawing.SizeF(ImageView.Width, ImageView.Height);
System.Drawing.SizeF endSize = new System.Drawing.SizeF(CropView.Width, CropView.Height);
PointF startPos = new PointF(ImageView.GetX( ), ImageView.GetY( ));
PointF endPos = new PointF(CropView.GetX( ), CropView.GetY( ));
// now animate the cropped image up to its full size
AnimateImageView(ImageView, startPos, endPos, startSize, endSize, ImageAnimationTime,
delegate
{
ImageView.SetImageBitmap(null);
// release any cropped image we had.
if (CroppedImage != null)
{
CroppedImage.Dispose( );
CroppedImage = null;
}
// release the scaled version if we had it
if (ScaledCroppedImage != null)
{
ScaledCroppedImage.Dispose( );
ScaledCroppedImage = null;
}
ImageView.SetImageBitmap(ScaledSourceImage);
ImageView.LayoutParameters.Width = ScaledSourceImage.Width;
ImageView.LayoutParameters.Height = ScaledSourceImage.Height;
// center the image
ImageView.SetX((ScreenSize.Width - ImageView.LayoutParameters.Width) / 2);
ImageView.SetY((ScreenSize.Height - ImageView.LayoutParameters.Height) / 2);
MaskLayer.Visibility = ViewStates.Visible;
CropView.Visibility = ViewStates.Visible;
SimpleAnimator_Float floatAnimator = new SimpleAnimator_Float(MaskLayer.Opacity, MaskFadeAmount, MaskFadeTime,
delegate(float percent, object value)
{
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
MaskLayer.Opacity = (float)value;
CropView.Alpha = percent;
});
},
// FINISHED MASK FADE-OUT
delegate
{
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
Animating = false;
});
});
floatAnimator.Start( );
});
}
break;
}
case CropMode.Previewing:
{
// don't allow a state change while we're animating
Animating = true;
SimpleAnimator_Float floatAnimator = new SimpleAnimator_Float(MaskLayer.Opacity, 1.00f, MaskFadeTime,
delegate(float percent, object value)
{
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
MaskLayer.Opacity = (float)value;
CropView.Alpha = 1.0f - percent;
});
},
// FINISHED MASK FADE-IN
delegate
{
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
// hide the mask and cropper
MaskLayer.Visibility = ViewStates.Gone;
CropView.Visibility = ViewStates.Gone;
// create the cropped image
CroppedImage = CropImage(SourceImage, new System.Drawing.RectangleF(CropView.GetX( ) - CropViewMinPos.X,
CropView.GetY( ) - CropViewMinPos.Y,
CropView.LayoutParameters.Width,
CropView.LayoutParameters.Height));
// create a scaled version of the cropped image
float scaledWidth = (float)CroppedImage.Width * (1.0f / ScreenToImageScalar);
float scaledHeight = (float)CroppedImage.Height * (1.0f / ScreenToImageScalar);
ScaledCroppedImage = Bitmap.CreateScaledBitmap(CroppedImage, (int)scaledWidth, (int)scaledHeight, false);
// set the scaled cropped image
ImageView.SetImageBitmap(null);
ImageView.SetImageBitmap(ScaledCroppedImage);
// start the scaled cropped image scaled down further to match its size within the full image.
ImageView.SetX(CropView.GetX( ));
ImageView.SetY(CropView.GetY( ));
ImageView.LayoutParameters.Width = CropView.Width;
ImageView.LayoutParameters.Height = CropView.Height;
// setup the dimension changes
System.Drawing.SizeF startSize = new System.Drawing.SizeF(ScaledCroppedImage.Width, ScaledCroppedImage.Height);
System.Drawing.SizeF endSize;
if (ScreenSize.Width < ScreenSize.Height)
{
endSize = new System.Drawing.SizeF(ScreenSize.Width, (float)System.Math.Ceiling(ScreenSize.Width * (startSize.Width / startSize.Height)));
}
else
{
endSize = new System.Drawing.SizeF((float)System.Math.Ceiling(ScreenSize.Height * (startSize.Height / startSize.Width)), ScreenSize.Height);
}
PointF startPos = new PointF(CropView.GetX( ), CropView.GetY( ));
PointF endPos = new PointF((ScreenSize.Width - endSize.Width) / 2, (ScreenSize.Height - endSize.Height) / 2);
// now animate the cropped image up to its full size
AnimateImageView(ImageView, startPos, endPos, startSize, endSize, ImageAnimationTime,
delegate
{
Animating = false;
});
});
});
floatAnimator.Start( );
break;
}
}
Mode = mode;
}
/*void PerformCampusIntro( )
* {
* LayoutChanged( View.Frame );
*
* // Fade OUT the welcome
* SimpleAnimator_Float animDown = new SimpleAnimator_Float( 1.00f, .15f, 2.00f, delegate(float percent, object value )
* {
* WelcomeLabel.Opacity = (float)value;
* }, null );
* animDown.Start( );
*
* // Move UP the welcome
* SimpleAnimator_PointF posAnim = new SimpleAnimator_PointF( WelcomeLabel.Position, new PointF( WelcomeLabel.Position.X, View.Frame.Height * WelcomeHeightPerc ), 1.75f,
* delegate(float posPercent, object posValue )
* {
* WelcomeLabel.Position = (PointF) posValue;
* },
* delegate
* {
* // once moving up the welcome is done, kick off a timer that will fade in the
* // campus header.
* System.Timers.Timer timer = new System.Timers.Timer();
* timer.Interval = 1000;
* timer.AutoReset = false;
* timer.Elapsed += (object sender, System.Timers.ElapsedEventArgs e ) =>
* {
* // do this ON the UI thread
* Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
* {
* // now fade in the campuses intro.
* SimpleAnimator_Float campusAnim = new SimpleAnimator_Float( 0.00f, 1.00f, 1.50f, delegate(float percent, object value )
* {
* CampusHeader.Opacity = (float)value;
* },
* delegate
* {
* // do this ON the UI thread
* Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
* {
* EnterNextState( OOBE_State.SelectCampus );
* });
* } );
* campusAnim.Start( );
* });
* };
* timer.Start( );
*
* });
* posAnim.Start( SimpleAnimator.Style.CurveEaseOut );
* }
*
* void PerformSelectCampus( )
* {
* // IF THERE IS A COLLISION (i.e. no room) between the CampusHeader and CampusButtons,
* // we will fade OUT the header and leave it up for longer.
* bool fadeOutHeader = false;
* float animTime = 2.00f;
* if ( CampusButtons[ 0 ].Frame.Top <= CampusHeader.Frame.Bottom )
* {
* fadeOutHeader = true;
* animTime = 5.00f;
* }
*
* // fade down the campus header and fade up the campuses.
* SimpleAnimator_Float animDown = new SimpleAnimator_Float( 1.00f, .00f, animTime, delegate(float percent, object value )
* {
* // IF THERE IS A COLLISION (i.e. no room) between the CampusHeader and CampusButtons,
* // fade down the campus header and fade up the campuses.
* if ( fadeOutHeader )
* {
* CampusHeader.Opacity = (float)value;
* }
* },
* delegate
* {
* // now fade in the campuses
* foreach( PlatformButton campusButton in CampusButtons )
* {
* SimpleAnimator_Float campusAnim = new SimpleAnimator_Float( 0.00f, 1.00f, .50f, delegate(float percent, object value )
* {
* campusButton.Opacity = (float)value;
* },
* null );
* campusAnim.Start( );
* }
*
* // do this ON the UI thread
* Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
* {
* // immediately move to the next state (while the campuses are fading in)
* EnterNextState( OOBE_State.WaitForCampus );
* });
* } );
* animDown.Start( SimpleAnimator.Style.CurveEaseIn );
* }*/
void PerformAccountChoice( )
{
LayoutChanged(View.Frame);
// Fade OUT the welcome
SimpleAnimator_Float animDown = new SimpleAnimator_Float(1.00f, .15f, 2.00f, delegate(float percent, object value)
{
WelcomeLabel.Opacity = ( float )value;
}, null);
animDown.Start( );
// Move UP the welcome
SimpleAnimator_PointF posAnim = new SimpleAnimator_PointF(WelcomeLabel.Position, new PointF(WelcomeLabel.Position.X, View.Frame.Height * WelcomeHeightPerc), 1.75f,
delegate(float posPercent, object posValue)
{
WelcomeLabel.Position = ( PointF )posValue;
},
delegate
{
// once moving up the welcome is done, kick off a timer that will fade in the
// campus header.
System.Timers.Timer timer = new System.Timers.Timer( );
timer.Interval = 1000;
timer.AutoReset = false;
timer.Elapsed += (object sender, System.Timers.ElapsedEventArgs e) =>
{
// do this ON the UI thread
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
// make sure we only begin fading in the account stuff ONCE, and not
// for each button animating.
Rock.Mobile.Threading.Util.PerformOnUIThread(delegate
{
LayoutChanged(View.Frame);
});
// now fade in Register
SimpleAnimator_Float regAnim = new SimpleAnimator_Float(0.00f, 1.00f, .50f, delegate(float percent, object value)
{
RegisterButton.Opacity = ( float )value;
},
delegate
{
// now Login
SimpleAnimator_Float loginAnim = new SimpleAnimator_Float(0.00f, 1.00f, .50f, delegate(float percent, object value)
{
LoginButton.Opacity = ( float )value;
},
delegate
{
// finally skip
SimpleAnimator_Float skipAnim = new SimpleAnimator_Float(0.00f, 1.00f, .50f, delegate(float percent, object value)
{
SkipButton.Opacity = ( float )value;
},
delegate
{
EnterNextState(OOBE_State.WaitForAccountChoice);
AnimateRegSeperator( );
});
skipAnim.Start( );
});
loginAnim.Start( );
});
regAnim.Start( );
});
};
timer.Start( );
});
posAnim.Start(SimpleAnimator.Style.CurveEaseOut);
/*SimpleAnimator_Float animDown = new SimpleAnimator_Float( 1.00f, 0.00f, 1.10f, delegate(float percent, object value )
* {
* // take either the lowered alpha value OR the current opacity. That way if
* // the header is already faded out we won't do anything.
* CampusHeader.Opacity = Math.Min( (float)value, CampusHeader.Opacity );
*
* foreach ( PlatformButton campusButton in CampusButtons )
* {
* campusButton.Opacity = (float)value;
* }
* },
* delegate
* {
* // make sure we only begin fading in the account stuff ONCE, and not
* // for each button animating.
* if( accountFadeInBegan == false )
* {
* Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
* {
* LayoutChanged( View.Frame );
* } );
*
* accountFadeInBegan = true;
*
* // now fade in Register
* SimpleAnimator_Float regAnim = new SimpleAnimator_Float( 0.00f, 1.00f, .50f, delegate(float percent, object value )
* {
* RegisterButton.Opacity = (float)value;
* },
* delegate
* {
* // now Login
* SimpleAnimator_Float loginAnim = new SimpleAnimator_Float( 0.00f, 1.00f, .50f, delegate(float percent, object value )
* {
* LoginButton.Opacity = (float)value;
* },
* delegate
* {
* // finally skip
* SimpleAnimator_Float skipAnim = new SimpleAnimator_Float( 0.00f, 1.00f, .50f, delegate(float percent, object value )
* {
* SkipButton.Opacity = (float)value;
* },
* delegate
* {
* EnterNextState( OOBE_State.WaitForAccountChoice );
* AnimateRegSeperator( );
* });
* skipAnim.Start( );
* });
* loginAnim.Start( );
* } );
* regAnim.Start( );
* }
*
* } );
* animDown.Start( SimpleAnimator.Style.CurveEaseIn );*/
}
public void TryFacebookBind( )
{
SetUIState( LoginState.Trying );
// have our rock mobile user begin the facebook bind process
RockMobileUser.Instance.BindFacebookAccount( delegate(string fromUri, Facebook.FacebookClient session)
{
// it's ready, so create a webView that will take them to the FBLogin page
WebLayout = new WebLayout( View.Frame );
WebLayout.DeleteCacheAndCookies( );
View.AddSubview( WebLayout.ContainerView );
// set it totally transparent so we can fade it in
WebLayout.ContainerView.BackgroundColor = UIColor.Black;
WebLayout.ContainerView.Layer.Opacity = 0.00f;
WebLayout.SetCancelButtonColor( ControlStylingConfig.TextField_PlaceholderTextColor );
// do a nice fade-in
SimpleAnimator_Float floatAnimator = new SimpleAnimator_Float( 0.00f, 1.00f, .25f,
delegate(float percent, object value)
{
WebLayout.ContainerView.Layer.Opacity = (float)value;
},
delegate
{
// once faded in, begin loading the page
WebLayout.ContainerView.Layer.Opacity = 1.00f;
WebLayout.LoadUrl( fromUri, delegate(WebLayout.Result result, string url)
{
BlockerView.Hide( );
// if fail/success comes in
if( result != WebLayout.Result.Cancel )
{
// see if it's a valid facebook response
// if an empty url was returned, it's NOT. Fail.
if( string.IsNullOrEmpty( url ) == true )
{
WebLayout.ContainerView.RemoveFromSuperview( );
BindComplete( false );
}
// otherwise, try to parse the response and move forward
else if ( RockMobileUser.Instance.HasFacebookResponse( url, session ) )
{
// it is, continue the bind process
WebLayout.ContainerView.RemoveFromSuperview( );
RockMobileUser.Instance.FacebookCredentialResult( url, session, BindComplete );
ProfileAnalytic.Instance.Trigger( ProfileAnalytic.Login, "Facebook" );
}
}
else
{
// they pressed cancel, so simply cancel the attempt
WebLayout.ContainerView.RemoveFromSuperview( );
LoginComplete( System.Net.HttpStatusCode.ResetContent, "" );
}
} );
});
floatAnimator.Start( );
});
}
void AnimateTutorialScreen( bool fadeIn )
{
// handles fading in / out the tutorial screen
float startVal = fadeIn ? 0.00f : 1.00f;
float endVal = fadeIn ? 1.00f : 0.00f;
// dont do it if the tutorial screen is already in the state we're requesting
if ( endVal != TutorialOverlay.Alpha )
{
if ( AnimatingTutorial == false )
{
AnimatingTutorial = true;
// animate the backer
SimpleAnimator_Float backerAnim = new SimpleAnimator_Float( startVal, Math.Min( .80f, endVal ), .33f, delegate(float percent, object value )
{
TutorialBacker.Alpha = (float)value;
},
delegate
{
if( fadeIn == false )
{
TutorialBacker.Visibility = ViewStates.Gone;
}
} );
backerAnim.Start( );
// animate the tutorial
SimpleAnimator_Float tutorialAnim = new SimpleAnimator_Float( startVal, endVal, .33f, delegate(float percent, object value )
{
TutorialOverlay.Alpha = (float)value;
},
delegate
{
AnimatingTutorial = false;
if( fadeIn == false )
{
ScrollView.ScrollEnabled = true;
}
} );
tutorialAnim.Start( );
}
}
}
void StartAnimation( )
{
if ( Animating == false )
{
Animating = true;
float startingYPos = PonyImage.Position.Y;
SimpleAnimator_Float animJump = new SimpleAnimator_Float( startingYPos, 50, 1.00f,
delegate(float percent, object value )
{
PonyImage.Position = new PointF( PonyImage.Position.X, (float)value );
},
delegate
{
SimpleAnimator_Float animFall = new SimpleAnimator_Float( PonyImage.Position.Y, startingYPos, 1.00f,
delegate(float percent, object value )
{
PonyImage.Position = new PointF( PonyImage.Position.X, (float)value );
},
delegate
{
Animating = false;
StartAnimation( );
});
animFall.Start( SimpleAnimator.Style.CurveEaseIn );
} );
animJump.Start( SimpleAnimator.Style.CurveEaseOut );
}
}
void FadeLoginResult( bool fadeIn )
{
SimpleAnimator_Float fader = new SimpleAnimator_Float( LoginResultLayer.Alpha, fadeIn == true ? 1.00f : 0.00f, .33f,
delegate(float percent, object value )
{
LoginResultLayer.Alpha = (float)value;
},
delegate
{
} );
fader.Start( );
}
void ToggleDatePickerVisible( bool shouldDisplay )
{
// we are HIDING
nfloat targetYPos = 0;
if( shouldDisplay == false )
{
targetYPos = ParentView.Bounds.Height;
}
// we are UNHIDING
else
{
// setup the initial date time to display. (As a default value, use 1 year ago)
DateTime initialDate = DateTime.Now.AddYears( -1 );
// if there's already a value, use that.
if( string.IsNullOrWhiteSpace( ValueLabel.Text ) == false )
{
initialDate = DateTime.Parse( ValueLabel.Text );
}
DatePicker.Date = initialDate.DateTimeToNSDate( );
// make sure we update the label too
UpdateDateLabel( DatePicker.Date );
ParentView.AddSubview( ContainerButton );
ContainerButton.AddSubview( DatePicker );
targetYPos = ParentView.Bounds.Height - DatePicker.Bounds.Height;
IsActive = true;
}
SimpleAnimator_Float floatAnim = new SimpleAnimator_Float( (float)DatePicker.Layer.Position.Y, (float)targetYPos, .18f,
delegate(float percent, object value)
{
DatePicker.Layer.Position = new CGPoint( DatePicker.Layer.Position.X, (float)value );
}, delegate
{
if( shouldDisplay == false )
{
IsActive = false;
DatePicker.RemoveFromSuperview( );
ContainerButton.RemoveFromSuperview( );
}
});
floatAnim.Start( );
}
public void Display( string symbolText, string resultText, UIView parentView )
{
// don't allow multiple display calls. Causes the animations to get weird.
if ( IsDisplaying == false )
{
IsDisplaying = true;
// set the text values and update positioning
ResultSymbol.Text = symbolText;
ResultText.Text = resultText;
ResultSymbol.SizeToFit( );
ResultText.SizeToFit( );
Bounds = new CGRect( 0, 0, ResultText.Bounds.Width + 40, ResultText.Bounds.Height + ResultSymbol.Bounds.Height + 80 );
nfloat vertSpacing = 20;
nfloat elementTotalHeight = ResultSymbol.Bounds.Height + ResultText.Bounds.Height + vertSpacing;
ResultSymbol.Layer.Position = new CGPoint( ( Bounds.Width - ResultSymbol.Bounds.Width ) / 2, ( Bounds.Height - elementTotalHeight ) / 2 );
ResultText.Layer.Position = new CGPoint( ( Bounds.Width - ResultText.Bounds.Width ) / 2, ResultSymbol.Frame.Bottom + vertSpacing );
// position the view
Layer.Position = new CGPoint( ( parentView.Bounds.Width - Bounds.Width ) / 2,
( parentView.Bounds.Height / 2 ) - Bounds.Height );
// kick off the animations
float viewOpacity = .80f;
float animTime = .45f;
SimpleAnimator_Float fadeInAnim = new SimpleAnimator_Float( 0.00f, viewOpacity, animTime,
delegate( float perc, object value )
{
Layer.Opacity = (float)value;
},
delegate
{
// when finished, wait, then fade it out
System.Timers.Timer timer = new System.Timers.Timer();
timer.Interval = 2000;
timer.AutoReset = false;
timer.Elapsed += (object sender, System.Timers.ElapsedEventArgs e ) =>
{
// do this ON the UI thread
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
SimpleAnimator_Float fadeOutAnim = new SimpleAnimator_Float( viewOpacity, 0.00f, animTime,
delegate( float perc, object value )
{
Layer.Opacity = (float)value;
},
delegate
{
IsDisplaying = false;
});
fadeOutAnim.Start( SimpleAnimator.Style.CurveEaseOut );
} );
};
timer.Start( );
} );
fadeInAnim.Start( SimpleAnimator.Style.CurveEaseIn );
}
}
void PerformSelectCampus( )
{
// IF THERE IS A COLLISION (i.e. no room) between the CampusHeader and CampusButtons,
// we will fade OUT the header and leave it up for longer.
bool fadeOutHeader = false;
float animTime = 2.00f;
if ( CampusButtons[ 0 ].Frame.Top <= CampusHeader.Frame.Bottom )
{
fadeOutHeader = true;
animTime = 5.00f;
}
// fade down the campus header and fade up the campuses.
SimpleAnimator_Float animDown = new SimpleAnimator_Float( 1.00f, .00f, animTime, delegate(float percent, object value )
{
// IF THERE IS A COLLISION (i.e. no room) between the CampusHeader and CampusButtons,
// fade down the campus header and fade up the campuses.
if ( fadeOutHeader )
{
CampusHeader.Opacity = (float)value;
}
},
delegate
{
// now fade in the campuses
foreach( PlatformButton campusButton in CampusButtons )
{
SimpleAnimator_Float campusAnim = new SimpleAnimator_Float( 0.00f, 1.00f, .50f, delegate(float percent, object value )
{
campusButton.Opacity = (float)value;
},
null );
campusAnim.Start( );
}
// do this ON the UI thread
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
// immediately move to the next state (while the campuses are fading in)
EnterNextState( OOBE_State.WaitForCampus );
});
} );
animDown.Start( SimpleAnimator.Style.CurveEaseIn );
}
void SetMode( CropMode mode )
{
if( mode == Mode )
{
throw new Exception( string.Format( "Crop Mode {0} requested, but already in that mode.", mode ) );
}
switch( mode )
{
case CropMode.Editing:
{
// If we're entering edit mode for the first time
if ( Mode == CropMode.None )
{
// Animate in the mask
SimpleAnimator_Float floatAnimator = new SimpleAnimator_Float( MaskLayer.Opacity, MaskFadeAmount, MaskFadeTime,
delegate( float percent, object value )
{
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
MaskLayer.Opacity = (float)value;
} );
},
null );
floatAnimator.Start( );
// turn on our cropper
CropView.Visibility = ViewStates.Visible;
// and set the source image to the scaled source.
ImageView.SetImageBitmap( ScaledSourceImage );
}
// else we're coming FROM Preview Mode, so we need to animate
else
{
Animating = true;
// setup the dimension changes
System.Drawing.SizeF startSize = new System.Drawing.SizeF( ImageView.Width, ImageView.Height );
System.Drawing.SizeF endSize = new System.Drawing.SizeF( CropView.Width, CropView.Height );
PointF startPos = new PointF( ImageView.GetX( ), ImageView.GetY( ) );
PointF endPos = new PointF( CropView.GetX( ), CropView.GetY( ) );
// now animate the cropped image up to its full size
AnimateImageView( ImageView, startPos, endPos, startSize, endSize, ImageAnimationTime,
delegate
{
ImageView.SetImageBitmap( null );
// release any cropped image we had.
if ( CroppedImage != null )
{
CroppedImage.Dispose( );
CroppedImage = null;
}
// release the scaled version if we had it
if ( ScaledCroppedImage != null )
{
ScaledCroppedImage.Dispose( );
ScaledCroppedImage = null;
}
ImageView.SetImageBitmap( ScaledSourceImage );
ImageView.LayoutParameters.Width = ScaledSourceImage.Width;
ImageView.LayoutParameters.Height = ScaledSourceImage.Height;
// center the image
ImageView.SetX( (ScreenSize.Width - ImageView.LayoutParameters.Width ) / 2 );
ImageView.SetY( (ScreenSize.Height - ImageView.LayoutParameters.Height ) / 2 );
MaskLayer.Visibility = ViewStates.Visible;
CropView.Visibility = ViewStates.Visible;
SimpleAnimator_Float floatAnimator = new SimpleAnimator_Float( MaskLayer.Opacity, MaskFadeAmount, MaskFadeTime,
delegate( float percent, object value )
{
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
MaskLayer.Opacity = (float)value;
CropView.Alpha = percent;
} );
},
// FINISHED MASK FADE-OUT
delegate
{
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
Animating = false;
});
});
floatAnimator.Start( );
} );
}
break;
}
case CropMode.Previewing:
{
// don't allow a state change while we're animating
Animating = true;
SimpleAnimator_Float floatAnimator = new SimpleAnimator_Float( MaskLayer.Opacity, 1.00f, MaskFadeTime,
delegate( float percent, object value )
{
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
MaskLayer.Opacity = (float)value;
CropView.Alpha = 1.0f - percent;
} );
},
// FINISHED MASK FADE-IN
delegate
{
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
// hide the mask and cropper
MaskLayer.Visibility = ViewStates.Gone;
CropView.Visibility = ViewStates.Gone;
// create the cropped image
CroppedImage = CropImage( SourceImage, new System.Drawing.RectangleF( CropView.GetX( ) - CropViewMinPos.X,
CropView.GetY( ) - CropViewMinPos.Y,
CropView.LayoutParameters.Width,
CropView.LayoutParameters.Height ) );
// create a scaled version of the cropped image
float scaledWidth = (float)CroppedImage.Width * (1.0f / ScreenToImageScalar);
float scaledHeight = (float)CroppedImage.Height * (1.0f / ScreenToImageScalar);
ScaledCroppedImage = Bitmap.CreateScaledBitmap( CroppedImage, (int)scaledWidth, (int)scaledHeight, false );
// set the scaled cropped image
ImageView.SetImageBitmap( null );
ImageView.SetImageBitmap( ScaledCroppedImage );
// start the scaled cropped image scaled down further to match its size within the full image.
ImageView.SetX( CropView.GetX( ) );
ImageView.SetY( CropView.GetY( ) );
ImageView.LayoutParameters.Width = CropView.Width;
ImageView.LayoutParameters.Height = CropView.Height;
// setup the dimension changes
System.Drawing.SizeF startSize = new System.Drawing.SizeF( ScaledCroppedImage.Width, ScaledCroppedImage.Height );
System.Drawing.SizeF endSize;
if( ScreenSize.Width < ScreenSize.Height )
{
endSize = new System.Drawing.SizeF( ScreenSize.Width, (float)System.Math.Ceiling( ScreenSize.Width * ( startSize.Width / startSize.Height ) ) );
}
else
{
endSize = new System.Drawing.SizeF( (float)System.Math.Ceiling( ScreenSize.Height * ( startSize.Height / startSize.Width ) ), ScreenSize.Height );
}
PointF startPos = new PointF( CropView.GetX( ), CropView.GetY( ) );
PointF endPos = new PointF( (ScreenSize.Width - endSize.Width) / 2, (ScreenSize.Height - endSize.Height) / 2 );
// now animate the cropped image up to its full size
AnimateImageView( ImageView, startPos, endPos, startSize, endSize, ImageAnimationTime,
delegate
{
Animating = false;
} );
} );
} );
floatAnimator.Start( );
break;
}
}
Mode = mode;
}
public void TryFacebookBind( )
{
SetUIState(LoginState.Trying);
// have our rock mobile user begin the facebook bind process
RockMobileUser.Instance.BindFacebookAccount(delegate(string fromUri)
{
// it's ready, so create a webView that will take them to the FBLogin page
WebLayout = new WebLayout(ScrollView.Frame);
WebLayout.DeleteCacheAndCookies( );
ScrollView.AddSubview(WebLayout.ContainerView);
// set it totally transparent so we can fade it in
//WebLayout.ContainerView.BackgroundColor = UIColor.Green;
WebLayout.ContainerView.Layer.Opacity = 0.00f;
//WebLayout.SetCancelButtonColor( ControlStylingConfig.TextField_PlaceholderTextColor );
WebLayout.LayoutChanged(new CGRect(0, 0, ScrollView.Frame.Width, ScrollView.Frame.Height));
View.SetNeedsLayout( );
// do a nice fade-in
SimpleAnimator_Float floatAnimator = new SimpleAnimator_Float(0.00f, 1.00f, .25f,
delegate(float percent, object value)
{
WebLayout.ContainerView.Layer.Opacity = (float)value;
},
delegate
{
// once faded in, begin loading the page
WebLayout.ContainerView.Layer.Opacity = 1.00f;
WebLayout.LoadUrl(fromUri, delegate(WebLayout.Result result, string url)
{
BlockerView.Hide( );
// if fail/success comes in
if (result != WebLayout.Result.Cancel)
{
// see if it's a valid facebook response
// if an empty url was returned, it's NOT. Fail.
if (string.IsNullOrEmpty(url) == true)
{
WebLayout.ContainerView.RemoveFromSuperview( );
BindComplete(false);
}
// otherwise, try to parse the response and move forward
else if (RockMobileUser.Instance.HasFacebookResponse(url))
{
// it is, continue the bind process
BlockerView.Show();
WebLayout.ContainerView.RemoveFromSuperview( );
RockMobileUser.Instance.FacebookCredentialResult(url, BindComplete);
ProfileAnalytic.Instance.Trigger(ProfileAnalytic.Login, "Facebook");
}
}
else
{
// they pressed cancel, so simply cancel the attempt
WebLayout.ContainerView.RemoveFromSuperview( );
LoginComplete(System.Net.HttpStatusCode.ResetContent, "");
}
});
});
floatAnimator.Start( );
});
}
public void OOBEUserClick( int index, bool isCampusSelection )
{
// if they picked their campus, update their viewing campus immediately.
if ( isCampusSelection )
{
App.Shared.Network.RockMobileUser.Instance.ViewingCampus = index;
}
else
{
if ( index == 0 )
{
StartModalFragment( RegisterFragment, true );
}
else if ( index == 1 )
{
StartModalFragment( LoginFragment, true );
}
else
{
// fade the OOBE out
SimpleAnimator_Float viewAlphaAnim = new SimpleAnimator_Float( FullScreenLayout.Alpha, 0.00f, .13f, delegate(float percent, object value )
{
FullScreenLayout.Alpha = (float)value;
},
delegate
{
// and launch the appropriate screen
ModalFragmentDone( null );
} );
viewAlphaAnim.Start( );
}
}
}
void AnimateNoteIcon( bool open )
{
if ( Animating == false )
{
Animating = true;
SizeF startSize = NoteIcon.Bounds.Size;
SizeF endSize;
PointF startPos = NoteIcon.Position;
PointF endPos = GetNoteIconPos( open );
float startTypeSize;
float endTypeSize;
float animTime = .2f;
// the text must always be smaller than the bounding box,
// so we'll scale the typeSize anim time to be FASTER when opening
// and SLOWER when closing.
float sizeAnimTimeScalar;
// setup the target values based on whether we're opening or closing
if ( open == true )
{
endSize = NoteIconOpenSize;
startTypeSize = PrivateNoteConfig.UserNote_IconClosedSize;
endTypeSize = PrivateNoteConfig.UserNote_IconOpenSize;
sizeAnimTimeScalar = .95f;
}
else
{
endSize = NoteIconClosedSize;
startTypeSize = PrivateNoteConfig.UserNote_IconOpenSize;
endTypeSize = PrivateNoteConfig.UserNote_IconClosedSize;
sizeAnimTimeScalar = 1.05f;
}
// size...
SimpleAnimator_SizeF sizeAnimator = new SimpleAnimator_SizeF( startSize, endSize, animTime,
delegate(float percent, object value )
{
SizeF currSize = (SizeF)value;
NoteIcon.Bounds = new RectangleF( 0, 0, currSize.Width, currSize.Height );
}, null );
sizeAnimator.Start( );
// pos...
SimpleAnimator_PointF posAnimator = new SimpleAnimator_PointF( startPos, endPos, animTime,
delegate(float percent, object value )
{
NoteIcon.Position = (PointF)value;
}, null );
posAnimator.Start( );
// font typesize...
SimpleAnimator_Float floatAnimator = new SimpleAnimator_Float( startTypeSize, endTypeSize, animTime * sizeAnimTimeScalar,
delegate(float percent, object value )
{
NoteIcon.SetFont( PrivateControlStylingConfig.Icon_Font_Secondary, (float)value );
}, delegate { Animating = false; } );
floatAnimator.Start( );
}
}
void AnimateNoteIcon(bool open)
{
SizeF startSize = NoteIcon.Bounds.Size;
SizeF endSize;
PointF startPos = NoteIcon.Position;
PointF endPos = GetNoteIconPos(open);
float startTypeSize;
float endTypeSize;
float animTime = .2f;
// the text must always be smaller than the bounding box,
// so we'll scale the typeSize anim time to be FASTER when opening
// and SLOWER when closing.
float sizeAnimTimeScalar;
// setup the target values based on whether we're opening or closing
if (open == true)
{
endSize = NoteIconOpenSize;
startTypeSize = PrivateNoteConfig.UserNote_IconClosedSize;
endTypeSize = PrivateNoteConfig.UserNote_IconOpenSize;
sizeAnimTimeScalar = .95f;
}
else
{
endSize = NoteIconClosedSize;
startTypeSize = PrivateNoteConfig.UserNote_IconOpenSize;
endTypeSize = PrivateNoteConfig.UserNote_IconClosedSize;
sizeAnimTimeScalar = 1.05f;
}
// size...
SimpleAnimator_SizeF sizeAnimator = new SimpleAnimator_SizeF(startSize, endSize, animTime,
delegate(float percent, object value)
{
SizeF currSize = (SizeF)value;
NoteIcon.Bounds = new RectangleF(0, 0, currSize.Width, currSize.Height);
}, null);
sizeAnimator.Start( );
// pos...
SimpleAnimator_PointF posAnimator = new SimpleAnimator_PointF(startPos, endPos, animTime,
delegate(float percent, object value)
{
NoteIcon.Position = (PointF)value;
}, null);
posAnimator.Start( );
// font typesize...
SimpleAnimator_Float floatAnimator = new SimpleAnimator_Float(startTypeSize, endTypeSize, animTime * sizeAnimTimeScalar,
delegate(float percent, object value)
{
NoteIcon.SetFont(PrivateControlStylingConfig.Icon_Font_Secondary, (float)value);
}, null);
floatAnimator.Start( );
}
public void PresentAnimated( int workingFamilyId,
string workingFamilyLastName,
Rock.Client.Person workingPerson,
bool isChild,
Dictionary<string, Rock.Client.AttributeValue> attributeValues,
NSData profilePicBuffer,
List<Rock.Client.Family> allowedCheckinList,
FamilyInfoViewController.OnPersonInfoCompleteDelegate onComplete )
{
OnCompleteDelegate = onComplete;
WorkingFamilyId = workingFamilyId;
KeyboardAdjustManager.Activate( );
// take the provided person as our working person
if ( workingPerson == null )
{
IsNewPerson = true;
WorkingPerson = new Rock.Client.Person( );
// since it's a new person, put the last name of the family in there.
WorkingPerson.LastName = workingFamilyLastName;
}
else
{
IsNewPerson = false;
WorkingPerson = workingPerson;
}
// we need to know now what values AREN'T set, so we don't inadvertantly set them to defaults.
WorkingPhoneNumber = RockActions.TryGetPhoneNumber( WorkingPerson, RockActions.CellPhoneValueId );
if ( WorkingPhoneNumber == null )
{
IsNewPhoneNumber = true;
WorkingPhoneNumber = new Rock.Client.PhoneNumber();
}
else
{
IsNewPhoneNumber = false;
}
PersonInfoToUI( WorkingPerson, WorkingPhoneNumber, isChild, attributeValues, allowedCheckinList );
// set their profile picture
UpdateProfilePic( profilePicBuffer );
View.Hidden = false;
// animate the background to dark
BackgroundPanel.Layer.Opacity = 0;
SimpleAnimator_Float alphaAnim = new SimpleAnimator_Float( BackgroundPanel.Layer.Opacity, Settings.DarkenOpacity, .33f,
delegate(float percent, object value )
{
BackgroundPanel.Layer.Opacity = (float)value;
}, null );
alphaAnim.Start( SimpleAnimator.Style.CurveEaseOut );
// update the main panel
MainPanel.Layer.Position = new CoreGraphics.CGPoint( ( View.Bounds.Width - MainPanel.Bounds.Width ) / 2, View.Bounds.Height );
// animate UP the main panel
nfloat visibleHeight = Parent.GetVisibleHeight( );
PointF endPos = new PointF( (float)( View.Bounds.Width - MainPanel.Bounds.Width ) / 2,
(float)( visibleHeight - MainPanel.Bounds.Height ) / 2 );
SimpleAnimator_PointF posAnim = new SimpleAnimator_PointF( MainPanel.Layer.Position.ToPointF( ), endPos, .33f,
delegate(float percent, object value )
{
MainPanel.Layer.Position = (PointF)value;
},
null);
posAnim.Start( SimpleAnimator.Style.CurveEaseOut );
ViewDidLayoutSubviews( );
}
void PerformRevealControls( )
{
// this will be fun. Chain the animations so they go serially. Start with moving up Welcome
// now animate it down to a lighter color
SimpleAnimator_Float animDown = new SimpleAnimator_Float( 1.00f, .15f, 1.10f, delegate(float percent, object value )
{
WelcomeLabel.Opacity = (float)value;
}, null );
animDown.Start( );
SimpleAnimator_PointF posAnim = new SimpleAnimator_PointF( WelcomeLabel.Position, new PointF( WelcomeLabel.Position.X, View.Frame.Height * .25f ), .55f,
delegate(float posPercent, object posValue )
{
WelcomeLabel.Position = (PointF) posValue;
},
delegate
{
// now fade in Register
SimpleAnimator_Float regAnim = new SimpleAnimator_Float( 0.00f, 1.00f, .50f, delegate(float percent, object value )
{
RegisterButton.Opacity = (float)value;
},
delegate
{
// now Login
SimpleAnimator_Float loginAnim = new SimpleAnimator_Float( 0.00f, 1.00f, .50f, delegate(float percent, object value )
{
LoginButton.Opacity = (float)value;
},
delegate
{
// finally skip
SimpleAnimator_Float skipAnim = new SimpleAnimator_Float( 0.00f, 1.00f, .50f, delegate(float percent, object value )
{
SkipButton.Opacity = (float)value;
},
delegate
{
EnterNextState( OOBE_State.Done );
AnimateRegSeperator( );
});
skipAnim.Start( );
});
loginAnim.Start( );
} );
regAnim.Start( );
});
posAnim.Start( );
}
void DismissAnimated( bool didSave )
{
// guard against multiple dismiss requests
if ( IsDismissing == false )
{
IsDismissing = true;
// run an animation that will dismiss our view, and then remove
// ourselves from the hierarchy
SimpleAnimator_Float alphaAnim = new SimpleAnimator_Float( BackgroundPanel.Layer.Opacity, .00f, .33f,
delegate(float percent, object value )
{
BackgroundPanel.Layer.Opacity = (float)value;
}, null );
alphaAnim.Start( SimpleAnimator.Style.CurveEaseOut );
// animate OUT the main panel
PointF endPos = new PointF( (float)( View.Bounds.Width - MainPanel.Bounds.Width ) / 2, (float)View.Bounds.Height );
SimpleAnimator_PointF posAnim = new SimpleAnimator_PointF( MainPanel.Layer.Position.ToPointF( ), endPos, .33f,
delegate(float percent, object value )
{
MainPanel.Layer.Position = (PointF)value;
},
delegate
{
// hide ourselves
View.Hidden = true;
// give the panels a chance to clean up any resources they need to
ChildPanel.ViewWillDisappear( );
AdultPanel.ViewWillDisappear( );
IsDismissing = false;
KeyboardAdjustManager.Deactivate( );
// if the active panel is the Child, then yes, they should be set as a child.
bool isChild = ActivePanel == ChildPanel ? true : false;
OnCompleteDelegate( didSave, WorkingFamilyId, isChild, WorkingPerson );
} );
posAnim.Start( SimpleAnimator.Style.CurveEaseOut );
}
}
public void PerformStartup( )
{
// Fade in the background image
SimpleAnimator_Float imageBGAlphaAnim = new SimpleAnimator_Float( 0.00f, 1.00f, .25f, delegate(float percent, object value )
{
ImageBG.Opacity = (float)value;
},
null );
imageBGAlphaAnim.Start( );
// Fade OUT the logo
SimpleAnimator_Float imageAlphaAnim = new SimpleAnimator_Float( ImageLogo.Opacity, 0.00f, .13f, delegate(float percent, object value )
{
ImageLogo.Opacity = (float)value;
},
null );
imageAlphaAnim.Start( );
// Scale UP the logo
SimpleAnimator_SizeF imageSizeAnim = new SimpleAnimator_SizeF( ImageLogo.Frame.Size, new SizeF( View.Frame.Width, View.Frame.Height ), .25f, delegate(float percent, object value )
{
SizeF imageSize = (SizeF)value;
ImageLogo.Frame = new RectangleF( ( View.Frame.Width - imageSize.Width ) / 2, ( View.Frame.Height - imageSize.Height ) / 2, imageSize.Width, imageSize.Height );
},
delegate
{
// when finished, wait, then go to the next state
System.Timers.Timer timer = new System.Timers.Timer();
timer.Interval = 500;
timer.AutoReset = false;
timer.Elapsed += (object sender, System.Timers.ElapsedEventArgs e ) =>
{
// do this ON the UI thread
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
View.BackgroundColor = ControlStylingConfig.BackgroundColor;
EnterNextState( OOBE_State.Welcome );
});
};
timer.Start( );
} );
imageSizeAnim.Start( );
}
public void OOBEUserClick( int index )
{
if ( index == 0 )
{
StartModalFragment( RegisterFragment, true );
}
else if ( index == 1 )
{
StartModalFragment( LoginFragment, true );
}
else
{
// fade the OOBE out
SimpleAnimator_Float viewAlphaAnim = new SimpleAnimator_Float( FullScreenLayout.Alpha, 0.00f, .13f, delegate(float percent, object value )
{
FullScreenLayout.Alpha = (float)value;
},
delegate
{
// and launch the appropriate screen
ModalFragmentDone( null );
FullScreenLayout.Alpha = 1.0f;
CompleteOOBE( );
} );
viewAlphaAnim.Start( );
}
}
void PerformCampusIntro( )
{
LayoutChanged( View.Frame );
// Fade OUT the welcome
SimpleAnimator_Float animDown = new SimpleAnimator_Float( 1.00f, .15f, 2.00f, delegate(float percent, object value )
{
WelcomeLabel.Opacity = (float)value;
}, null );
animDown.Start( );
// Move UP the welcome
SimpleAnimator_PointF posAnim = new SimpleAnimator_PointF( WelcomeLabel.Position, new PointF( WelcomeLabel.Position.X, View.Frame.Height * WelcomeHeightPerc ), 1.75f,
delegate(float posPercent, object posValue )
{
WelcomeLabel.Position = (PointF) posValue;
},
delegate
{
// once moving up the welcome is done, kick off a timer that will fade in the
// campus header.
System.Timers.Timer timer = new System.Timers.Timer();
timer.Interval = 1000;
timer.AutoReset = false;
timer.Elapsed += (object sender, System.Timers.ElapsedEventArgs e ) =>
{
// do this ON the UI thread
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
// now fade in the campuses intro.
SimpleAnimator_Float campusAnim = new SimpleAnimator_Float( 0.00f, 1.00f, 1.50f, delegate(float percent, object value )
{
CampusHeader.Opacity = (float)value;
},
delegate
{
// do this ON the UI thread
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
EnterNextState( OOBE_State.SelectCampus );
});
} );
campusAnim.Start( );
});
};
timer.Start( );
});
posAnim.Start( SimpleAnimator.Style.CurveEaseOut );
}
public void SplashComplete( )
{
SimpleAnimator_Float splashFadeOutAnim = new SimpleAnimator_Float( 1.00f, 0.00f, .33f, delegate(float percent, object value )
{
SplashViewController.View.Layer.Opacity = (float)value;
},
delegate
{
// remove the splash screen
SplashViewController.RemoveFromParentViewController( );
SplashViewController.View.RemoveFromSuperview( );
} );
splashFadeOutAnim.Start( );
}
void PerformAccountChoice( )
{
// fade out the campus choices and header.
bool accountFadeInBegan = false;
SimpleAnimator_Float animDown = new SimpleAnimator_Float( 1.00f, 0.00f, 1.10f, delegate(float percent, object value )
{
// take either the lowered alpha value OR the current opacity. That way if
// the header is already faded out we won't do anything.
CampusHeader.Opacity = Math.Min( (float)value, CampusHeader.Opacity );
foreach ( PlatformButton campusButton in CampusButtons )
{
campusButton.Opacity = (float)value;
}
},
delegate
{
// make sure we only begin fading in the account stuff ONCE, and not
// for each button animating.
if( accountFadeInBegan == false )
{
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
LayoutChanged( View.Frame );
} );
accountFadeInBegan = true;
// now fade in Register
SimpleAnimator_Float regAnim = new SimpleAnimator_Float( 0.00f, 1.00f, .50f, delegate(float percent, object value )
{
RegisterButton.Opacity = (float)value;
},
delegate
{
// now Login
SimpleAnimator_Float loginAnim = new SimpleAnimator_Float( 0.00f, 1.00f, .50f, delegate(float percent, object value )
{
LoginButton.Opacity = (float)value;
},
delegate
{
// finally skip
SimpleAnimator_Float skipAnim = new SimpleAnimator_Float( 0.00f, 1.00f, .50f, delegate(float percent, object value )
{
SkipButton.Opacity = (float)value;
},
delegate
{
EnterNextState( OOBE_State.WaitForAccountChoice );
AnimateRegSeperator( );
});
skipAnim.Start( );
});
loginAnim.Start( );
} );
regAnim.Start( );
}
} );
animDown.Start( SimpleAnimator.Style.CurveEaseIn );
}
public override void OnResume()
{
base.OnResume();
System.Timers.Timer timer = new System.Timers.Timer();
timer.Interval = 750;
timer.AutoReset = false;
timer.Elapsed += (object sender, System.Timers.ElapsedEventArgs e ) =>
{
Rock.Mobile.Threading.Util.PerformOnUIThread( delegate
{
SplashView.PerformStartup( );
SimpleAnimator_Float viewAlphaAnim = new SimpleAnimator_Float( ContainerView.Alpha, 0.00f, .25f, delegate(float percent, object value )
{
ContainerView.Alpha = (float)value;
},
null );
viewAlphaAnim.Start( );
} );
};
timer.Start( );
SpringboardParent.ModalFragmentOpened( this );
Point displaySize = new Point( );
Activity.WindowManager.DefaultDisplay.GetSize( displaySize );
SplashView.LayoutChanged( new System.Drawing.RectangleF( 0, 0, displaySize.X, displaySize.Y ) );
}
