public void GetReward()
{
ProgressStates state = GetProgressState();
switch (state)
{
case ProgressStates.Progressable:
if (userProgress < userPrizes.Count)
{
userProgress++;
GiveReward();
}
else if (userProgress == userPrizes.Count)
{
GiveReward();
}
break;
case ProgressStates.ResetProgress:
userProgress = 1;
GiveReward();
break;
case ProgressStates.NoProgress:
break;
default:
break;
}
SaveToDB();
}
protected override bool OnLevelChange(int level)
{
// level goes from 0 to 10000 but the number of colors divides 10000
// so we need to do that hack that maps level 10000 to level 0
int animationLevel = level == _maxLevel ? 0 : level;
// state
int stateForLevel = (int)(animationLevel / _maxLevePerCircle);
System.Array a = Enum.GetValues(typeof(ProgressStates));
_currentState = (ProgressStates)a.GetValue(stateForLevel);
// colors
ResetColor(_currentState);
int levelForCircle = (int)(animationLevel % _maxLevePerCircle);
bool halfPassed;
if (!_goesBackward)
{
halfPassed = levelForCircle != (int)(animationLevel % (_maxLevePerCircle / 2));
}
else
{
halfPassed = levelForCircle == (int)(animationLevel % (_maxLevePerCircle / 2));
levelForCircle = (int)(_maxLevePerCircle - levelForCircle);
}
if (!halfPassed)
{
_abovePaint.Color = _secondHalfPaint.Color;
}
else
{
_abovePaint.Color = _firstHalfPaint.Color;
}
// invalidate alpha (Paint#setAlpha is a shortcut for setColor(alpha part)
// so alpha is affected by setColor())
SetAlpha(_alpha);
// axis
_axisValue = (int)(_controlPointMinimum + (_controlPointMaximum - _controlPointMinimum) * (levelForCircle / _maxLevePerCircle));
return(true);
}
protected override bool OnLevelChange (int level)
{
// level goes from 0 to 10000 but the number of colors divides 10000
// so we need to do that hack that maps level 10000 to level 0
int animationLevel = level == _maxLevel ? 0 : level;
// state
int stateForLevel = (int) (animationLevel / _maxLevePerCircle);
System.Array a= Enum.GetValues (typeof(ProgressStates));
_currentState =(ProgressStates)a.GetValue(stateForLevel);
// colors
ResetColor(_currentState);
int levelForCircle = (int) (animationLevel % _maxLevePerCircle);
bool halfPassed;
if (!_goesBackward) {
halfPassed = levelForCircle != (int) (animationLevel % (_maxLevePerCircle / 2));
} else {
halfPassed = levelForCircle == (int) (animationLevel % (_maxLevePerCircle / 2));
levelForCircle = (int) (_maxLevePerCircle - levelForCircle);
}
if (!halfPassed) {
_abovePaint.Color=_secondHalfPaint.Color;
} else {
_abovePaint.Color=_firstHalfPaint.Color;
}
// invalidate alpha (Paint#setAlpha is a shortcut for setColor(alpha part)
// so alpha is affected by setColor())
SetAlpha(_alpha);
// axis
_axisValue = (int) (_controlPointMinimum + (_controlPointMaximum - _controlPointMinimum) * (levelForCircle / _maxLevePerCircle));
return true;
}
private void ResetColor(ProgressStates currentState)
{
switch (currentState)
{
case ProgressStates.FOLDING_DOWN:
_firstColor = _color1;
_secondColor = _color2;
_firstHalfPaint.Color = Color.ParseColor("#0099CC");
_secondHalfPaint.Color = Color.ParseColor("#C93437");
_goesBackward = false;
break;
case ProgressStates.FOLDING_LEFT:
_firstColor = _color1;
_secondColor = _color3;
_firstHalfPaint.Color = Color.ParseColor("#0099CC");
_secondHalfPaint.Color = Color.ParseColor("#F7D23E");
_goesBackward = true;
break;
case ProgressStates.FOLDING_UP:
_firstColor = _color3;
_secondColor = _color4;
_firstHalfPaint.Color = Color.ParseColor("#F7D23E");
_secondHalfPaint.Color = Color.ParseColor("#34A350");
_goesBackward = true;
break;
case ProgressStates.FOLDING_RIGHT:
_firstColor = _color2;
_secondColor = _color4;
_firstHalfPaint.Color = Color.ParseColor("#C93437");
_secondHalfPaint.Color = Color.ParseColor("#34A350");
_goesBackward = false;
break;
}
}
private void ResetColor(ProgressStates currentState) {
switch (currentState){
case ProgressStates.FOLDING_DOWN:
_firstColor = _color1;
_secondColor = _color2;
_firstHalfPaint.Color = Color.ParseColor ("#0099CC");
_secondHalfPaint.Color=Color.ParseColor ("#C93437");
_goesBackward=false;
break;
case ProgressStates.FOLDING_LEFT:
_firstColor= _color1;
_secondColor=_color3;
_firstHalfPaint.Color=Color.ParseColor ("#0099CC");
_secondHalfPaint.Color=Color.ParseColor("#F7D23E");
_goesBackward=true;
break;
case ProgressStates.FOLDING_UP:
_firstColor= _color3;
_secondColor=_color4;
_firstHalfPaint.Color=Color.ParseColor("#F7D23E");
_secondHalfPaint.Color=Color.ParseColor("#34A350");
_goesBackward=true;
break;
case ProgressStates.FOLDING_RIGHT:
_firstColor=_color2;
_secondColor=_color4;
_firstHalfPaint.Color=Color.ParseColor ("#C93437");
_secondHalfPaint.Color=Color.ParseColor("#34A350");
_goesBackward=false;
break;
}
}