public override async Task LoadContent()
{
await base.LoadContent();
meterRenderer = new MeterRenderer(Content, "MeterShader.fx");
var timerRect = new Rectangle(0, 0, 128, 128);
CountdownClock = new TimerMeter(QuestionTime, Content, "TimerBackground.png", "TimerMeter.png", "TimerGradient.png", timerRect)
{
NearEndTime = QuestionTime * 0.5f,
};
//add the meter screen
TimerScreen = new MeterScreen(CountdownClock,
new Point((int)Resolution.TitleSafeArea.Left, (int)Resolution.TitleSafeArea.Top),
TransitionWipeType.PopLeft,
Content,
VerticalAlignment.Top,
HorizontalAlignment.Left);
//make the player stare at this screen for 2 seconds before they can quit
AutoQuit.Start(QuestionTime);
CountdownClock.Reset();
await ScreenManager.AddScreen(TimerScreen);
//add the speech button for the question word
AddListenButton(QuestionScreen.QuestionWordLabel, QuestionScreen.QuestionWordSoundEffect);
//Add the speech button for each menuentry
foreach (var entry in QuestionScreen.Entries)
{
AddListenButton(entry.QuestionLabel, entry.SoundEffect);
}
}
public void Draw(float currentHealth, IMeterRenderer meterRenderer, SpriteBatch spritebatch, bool flip = false)
{
if (!IsVisible)
{
return;
}
CurrentHP = currentHealth;
meterRenderer.DrawBorder(this, spritebatch, Position, Vector2.One, Vector2.Zero, Color.White, flip);
if (HealTimer.HasTimeRemaining)
{
//If the character is being healed, draw in heal mode
//how much health bar to draw?
var healingHealthBar = PreHealAmount + ((CurrentHP - PreHealAmount) * (1f - HealTimer.Lerp));
var healingAlpha = ConvertToAlpha(0, MaxHP, healingHealthBar);
//how much pulsate to add to hp bar?
var pulsate = PulsateScale(HealTimer.CurrentTime * HealPulsateSpeed, HealScaleAmount, Position);
//what is the alpha of the current HP?
var currentAlpha = ConvertToAlpha(0, MaxHP, CurrentHP);
//draw the empty part of the bar
meterRenderer.DrawMeter(this, spritebatch, Position, 0f, 1f, Vector2.One, Vector2.Zero, DepletedHealthColor, flip);
//draw the healing part of the bar
meterRenderer.DrawMeter(this, spritebatch, Position, healingAlpha, currentAlpha, Vector2.One, Vector2.Zero, GetHealingColor(), flip);
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, Position, 0f, healingAlpha, Vector2.One, Vector2.Zero, GetHealColor(), flip);
meterRenderer.DrawMeter(this, spritebatch, Position, 0f, healingAlpha, pulsate, Vector2.Zero, GetHealColor(), flip);
}
else if (HitTimer.HasTimeRemaining)
{
//else if the character is being hit, draw in hit mode
//how much pulsate to add to hp bar?
var healthPulsate = PulsateScale(HitTimer.CurrentTime * HitShakeSpeed, HitHealthScaleAmount, Position);
//how much offset to add to health bar?
var healthOffset = OffsetVector(HitTimer.CurrentTime * HitShakeSpeed, HitHealthOffsetAmount);
//what is the alpha of the current HP?
var currentAlpha = ConvertToAlpha(0, MaxHP, CurrentHP);
//what is the alpha of the current HP?
var damageAlpha = ConvertToAlpha(0, MaxHP, PreDamageAmount);
//how much pulsate to add to damage bar?
var damagePulsate = PulsateScale(HitTimer.CurrentTime * HitShakeSpeed, HitDepletedHealthScaleAmount, Position);
//how much offset to add to health bar?
var damageOffset = OffsetVector(HitTimer.CurrentTime * HitShakeSpeed, HitDepletedHealthOffsetAmount);
//draw the empty part of the bar
meterRenderer.DrawMeter(this, spritebatch, Position, currentAlpha, 1f, Vector2.One, healthOffset, DepletedHealthColor, flip);
//draw the damage bar
meterRenderer.DrawMeter(this, spritebatch, Position, currentAlpha, damageAlpha, damagePulsate, damageOffset, GetHitDepletedHealthColor(), flip);
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, Position, 0f, currentAlpha, healthPulsate, healthOffset, GetHitHealthColor(), flip);
}
else if (!NearDeathClock.Paused)
{
//else if the character is near-death, draw in near-death mode
//what is the alpha of the current HP?
var currentAlpha = ConvertToAlpha(0, MaxHP, CurrentHP);
//draw the empty part of the bar
meterRenderer.DrawMeter(this, spritebatch, Position, currentAlpha, 1f, Vector2.One, Vector2.Zero, DepletedHealthColor, flip);
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, Position, 0f, currentAlpha, Vector2.One, Vector2.Zero, GetNearDeathColor(), flip);
}
else
{
//otherwise draw the health bar normal
//what is the alpha of the current HP?
var currentAlpha = ConvertToAlpha(0, MaxHP, CurrentHP);
//draw the empty part of the bar
meterRenderer.DrawMeter(this, spritebatch, Position, currentAlpha, 1f, Vector2.One, Vector2.Zero, DepletedHealthColor, flip);
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, Position, 0f, currentAlpha, Vector2.One, Vector2.Zero, GetHealthColor(), flip);
}
}
public override async Task LoadContent()
{
await base.LoadContent();
//create the meter rectangles
var lifebarRect = new Rectangle(
(int)Resolution.TitleSafeArea.Left,
(int)Resolution.TitleSafeArea.Top,
512, 128);
var superBarRect = new Rectangle(
(int)Resolution.TitleSafeArea.Left,
lifebarRect.Bottom,
512, 128);
var manaBarRect = new Rectangle(
(int)Resolution.TitleSafeArea.Left,
superBarRect.Bottom,
1024, 256);
var timerRect = new Rectangle(600,
(int)Resolution.TitleSafeArea.Top,
128, 128);
//create the lifebar
lifeBar = new LifeBar(maxHP, Content, "lifebarborder.png", "lifebar.png", "lifebarGradient.png", lifebarRect);
timer = new TimerMeter(maxTime, Content, "TimerBackground.png", "TimerMeter.png", "TimerGradient.png", timerRect);
manaBar = new ManaBar(maxMana, Content, "energybackground.png", "energymeter.png", "energygradient.png", manaBarRect);
superBar = new SuperBar(maxSuper, Content, "EnergyMeter1.png", "EnergyMeterMask1.png", "EnergyMeterGradient1.png", superBarRect);
meterRenderer = new MeterRenderer(Content, "MeterShader.fx");
//add a stack of buttons for interacting with stuff
var lifeButtonStack = new StackLayout(StackAlignment.Bottom)
{
Position = new Point(Resolution.TitleSafeArea.Right, Resolution.TitleSafeArea.Bottom),
Horizontal = HorizontalAlignment.Right,
Vertical = VerticalAlignment.Top
};
var hitButton = AddButton("Add Damage");
hitButton.OnClick += HitButton_OnClick;
lifeButtonStack.AddItem(hitButton);
var healButton = AddButton("Heal");
healButton.OnClick += HealButton_OnClick;
lifeButtonStack.AddItem(healButton);
var addSuperButton = AddButton("Add Energy");
addSuperButton.OnClick += AddSuperButton_OnClick;
lifeButtonStack.AddItem(addSuperButton);
var spendSuperButton = AddButton("Use Super");
spendSuperButton.OnClick += SpendSuperButton_OnClick;
lifeButtonStack.AddItem(spendSuperButton);
var addManaButton = AddButton("Add Mana");
addManaButton.OnClick += AddManaButton_OnClick;
lifeButtonStack.AddItem(addManaButton);
var spendManaButton = AddButton("Use Mana");
spendManaButton.OnClick += SpendManaButton_OnClick;
lifeButtonStack.AddItem(spendManaButton);
var nopeButton = AddButton("Super Nope");
nopeButton.OnClick += NopeButton_OnClick;
lifeButtonStack.AddItem(nopeButton);
var resetTime = AddButton("ResetTime");
resetTime.OnClick += ResetTime_OnClick;
lifeButtonStack.AddItem(resetTime);
AddItem(lifeButtonStack);
Reset();
}
public void Draw(float currentTime, IMeterRenderer meterRenderer, SpriteBatch spritebatch)
{
if (!IsVisible)
{
return;
}
CurrentTime = currentTime;
var correctedPosition = GetShakyRectangle();
if (IsNearEndMode)
{
//else if the character is near-death, draw in near-death mode
//what is the alpha of the current HP?
var currentAlpha = ConvertToAlpha(0, MaxTime, CurrentTime);
//how much pulsate to add to hp bar?
var pulsate = PulsateScale(TimeClock.CurrentTime * NearEndPulsateSpeed, NearEndPulsateAmount, correctedPosition);
//draw the border
meterRenderer.DrawBorder(this, spritebatch, correctedPosition, pulsate, Vector2.Zero, Color.White);
//draw the empty part of the bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, 0f, currentAlpha, pulsate, Vector2.Zero, DepletedTimeColor);
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, currentAlpha, 1f, pulsate, Vector2.Zero, GetNearEndTimeColor());
}
else if (CurrentTime <= 0f)
{
//otherwise draw the health bar normal
//what is the alpha of the current HP?
var currentAlpha = ConvertToAlpha(0, MaxTime, CurrentTime);
//how much pulsate to add to hp bar?
var pulsate = PulsateScale(TimeClock.CurrentTime * NearEndPulsateSpeed, NearEndPulsateAmount * 0.5f, correctedPosition);
//draw the border
meterRenderer.DrawBorder(this, spritebatch, correctedPosition, Vector2.One, Vector2.Zero, Color.White);
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, 0f, 1f, pulsate, Vector2.Zero, GetTimeOutColor());
}
else
{
//otherwise draw the health bar normal
//what is the alpha of the current HP?
var currentAlpha = ConvertToAlpha(0, MaxTime, CurrentTime);
//draw the border
meterRenderer.DrawBorder(this, spritebatch, correctedPosition, Vector2.One, Vector2.Zero, Color.White);
//draw the empty part of the bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, 0f, currentAlpha, Vector2.One, Vector2.Zero, DepletedTimeColor);
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, currentAlpha, 1f, Vector2.One, Vector2.Zero, GetTimeColor());
}
}
public void Draw(float currentHealth, IMeterRenderer meterRenderer, SpriteBatch spritebatch, bool flip = false)
{
if (!IsVisible)
{
return;
}
CurrentMP = currentHealth;
meterRenderer.DrawBorder(this, spritebatch, Position, Vector2.One, Vector2.Zero, Color.White, flip);
if (UseManaTimer.HasTimeRemaining)
{
//else if the character is being hit, draw in hit mode
//how much pulsate to add to hp bar?
var healthPulsate = PulsateScale(UseManaTimer.CurrentTime * InUseShakeSpeed, InUseManaScaleAmount, Position);
//how much offset to add to health bar?
var healthOffset = OffsetVector(UseManaTimer.CurrentTime * InUseShakeSpeed, InUseManaOffsetAmount);
//what is the alpha of the current HP?
var currentAlpha = ConvertToAlpha(0, MaxMP, CurrentMP);
//what is the alpha of the current HP?
var damageAlpha = ConvertToAlpha(0, MaxMP, PreUseManaAmount);
//how much pulsate to add to damage bar?
var damagePulsate = PulsateScale(UseManaTimer.CurrentTime * InUseShakeSpeed, InUseDepletedManaScaleAmount, Position);
//how much offset to add to health bar?
var damageOffset = OffsetVector(UseManaTimer.CurrentTime * InUseShakeSpeed, InUseDepletedManaOffsetAmount);
//draw the empty part of the bar
meterRenderer.DrawMeter(this, spritebatch, Position, currentAlpha, 1f, Vector2.One, healthOffset, EmptyManaColor, flip);
//draw the damage bar
meterRenderer.DrawMeter(this, spritebatch, Position, currentAlpha, damageAlpha, damagePulsate, damageOffset, GetInUseManaDepletedColor(), flip);
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, Position, 0f, currentAlpha, healthPulsate, healthOffset, GetInUseManaColor(), flip);
}
else if (!ManaFullClock.Paused)
{
//else if the energy is full, draw in FullEnergy mode
//how much pulsate to add to hp bar?
var pulsate = PulsateScale(ManaFullClock.CurrentTime * ManaFullPulsateSpeed, ManaFullScaleAmount, Position);
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, Position, 0f, 1f, pulsate, Vector2.Zero, GetManaFullColor(), flip);
}
else
{
//otherwise draw the health bar normal
//what is the alpha of the current HP?
var currentAlpha = ConvertToAlpha(0, MaxMP, CurrentMP);
//draw the empty part of the bar
meterRenderer.DrawMeter(this, spritebatch, Position, currentAlpha, 1f, Vector2.One, Vector2.Zero, EmptyManaColor, flip);
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, Position, 0f, currentAlpha, Vector2.One, Vector2.Zero, GetManaColor(), flip);
}
}
public void Draw(float currentEnergy, IMeterRenderer meterRenderer, SpriteBatch spritebatch)
{
if (!IsVisible)
{
return;
}
CurrentEnergy = currentEnergy;
var correctedPosition = GetNopedRectangle();
//how much offset to add to energy bar?
Vector2 offset = Vector2.Zero;
if (UseEnergyTimer.HasTimeRemaining)
{
offset = OffsetVector(UseEnergyTimer.CurrentTime * UseEnergyShakeSpeed, UseEnergyShakeAmount);
}
meterRenderer.DrawBorder(this, spritebatch, correctedPosition, Vector2.One, offset, Color.White);
if (UseEnergyTimer.HasTimeRemaining)
{
var spentEnergy = MaxEnergy * UseEnergyTimer.Lerp;
var spentEnergyAlpha = ConvertToAlpha(0, MaxEnergy, spentEnergy);
//draw the depleted bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, spentEnergyAlpha, 1f, Vector2.One, offset, GetUseEnergyDepletedColor());
//draw the energy bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, 0f, spentEnergyAlpha, Vector2.One, offset, GetUseEnergyColor());
}
else if (AddEnergyTimer.HasTimeRemaining)
{
//how much health bar to draw?
var healingHealthBar = PreAddAmount + ((CurrentEnergy - PreAddAmount) * (1f - AddEnergyTimer.Lerp));
var healingAlpha = ConvertToAlpha(0, MaxEnergy, healingHealthBar);
//how much pulsate to add to hp bar?
var pulsate = PulsateScale(AddEnergyTimer.CurrentTime * AddEnergyPulsateSpeed, AddEnergyScaleAmount, correctedPosition);
//what is the alpha of the current HP?
var currentAlpha = ConvertToAlpha(0, MaxEnergy, CurrentEnergy);
//draw the empty part of the bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, 0f, 1f, Vector2.One, Vector2.Zero, EmptyEnergyColor);
//draw the healing part of the bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, healingAlpha, currentAlpha, Vector2.One, Vector2.Zero, GetAddingEnergyColor());
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, 0f, healingAlpha, Vector2.One, Vector2.Zero, GetAddEnergyColor());
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, 0f, healingAlpha, pulsate, Vector2.Zero, GetAddEnergyColor());
}
else if (!EnergyFullClock.Paused)
{
//else if the energy is full, draw in FullEnergy mode
//how much pulsate to add to hp bar?
var pulsate = PulsateScale(EnergyFullClock.CurrentTime * EnergyFullPulsateSpeed, EnergyFullScaleAmount, correctedPosition);
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, 0f, 1f, pulsate, Vector2.Zero, GetEnergyFullColor());
}
else
{
//otherwise draw the health bar normal
//what is the alpha of the current HP?
var currentAlpha = ConvertToAlpha(0, MaxEnergy, CurrentEnergy);
//draw the empty part of the bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, currentAlpha, 1f, Vector2.One, Vector2.Zero, EmptyEnergyColor);
//draw the health bar
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, 0f, currentAlpha, Vector2.One, Vector2.Zero, GetEnergyColor());
}
//draw the shadow if time is left
if (UseEnergyShadowTimer.HasTimeRemaining)
{
var scale = LerpScale(UseEnergyShadowTimer, UseEnergyShadowTargetScale, correctedPosition);
var color = GetUseEnergyShadowColor();
meterRenderer.DrawMeter(this, spritebatch, correctedPosition, 0f, 1f, scale, Vector2.Zero, color);
}
}