public virtual void Update(UpdateArgs args)
{
if (Updated)
return;
Updated = true;
}
/// <summary>
/// Updates the speed meter by a given amount.
/// </summary>
public void Update(UpdateArgs args, double amount)
{
// Increment the counter
seconds += args.SecondsSinceLastUpdate;
while (seconds >= 1)
{
// Remove the last bucket from the total
total -= buckets[span - 1];
// Move the buckets over
for (int i = 1; i < span; i++)
{
buckets[i] = buckets[i - 1];
}
// Reset the last one
buckets[0] = 0;
// Decrement the counter
seconds -= 1;
}
// Add to the bucket to the current bucket
buckets[0] += amount;
total += amount;
}
public void Update(UpdateArgs args)
{
if (HandlingKeys)
{
MoveSelect(args.Key);
}
}
/// <summary>
/// Updates the bug and handles the bouncing, if needed.
/// </summary>
public void Update(UpdateArgs args)
{
// Decrement the time
timeUntilBounce -= args.SecondsSinceLastUpdate;
// If we are negative, bounce
if (timeUntilBounce < 0)
{
// Reset the time
timeUntilBounce = Entropy.NextDouble(
Constants.MinimumBugBounce,
Constants.MaximumBugBounce);
// Figure out what the top block is. Also move the bug
// to the bottom as possible.
Block b = this;
float position = -1;
foreach (Block block in BlockStack)
{
// We don't bounce ourselves
if (block == this)
continue;
// Check for invalid block
if (block.Sprite.ID == Constants.ImmobileBlockName &&
block.TopPosition > position)
{
position = block.TopPosition;
}
// Check the block
if (block.BottomPosition > b.BottomPosition)
b = block;
}
// Bounce this one
b.Vector += Constants.BugBounceVector;
b.Mass = Constants.BlockMass;
BottomPosition = position;
}
// Set the visbility
if (this == BlockStack.TopBlock)
{
// We are the only one
//IsVisible = true;
return;
}
// Make ourselves invisible
//IsVisible = false;
}
/// <summary>
/// Updates the position of the swarm.
/// </summary>
public void Update(UpdateArgs args)
{
// Reduces the seconds
float seconds = (float) args.SecondsSinceLastUpdate;
secondsRemaining -= seconds;
// Add the gravity
float dx = TargetX - CurrentX;
float dy = TargetY - CurrentY;
// Get the distance to our target
double distance = Math.Sqrt((dx * dx) + (dy * dy));
// If we are within range, then just make it disappear
if (distance < Constants.SwarmTargetRadius ||
secondsRemaining < 0)
{
particleDied = true;
return;
}
// Change the location
CurrentX += VectorX * seconds;
CurrentY += VectorY * seconds;
// Figure out the vector to the target. We slow down the
// current vector slightly to let gravity take effect,
// then we include a vector directly toward the target,
// with the given strength.
double strength = Constants.SwarmTargetGravity * seconds;
double angle = Math.Atan2(dy, dx);
double cos = Math.Cos(angle) * strength;
double sin = Math.Sin(angle) * strength;
VectorX /= 1.01f;
VectorY /= 1.01f;
VectorX += (float) cos;
VectorY += (float) sin;
}
public abstract void Update(UpdateArgs args);
/// <summary>
/// Updates the various speech bubbles for all prayers.
/// </summary>
private void UpdateSpeechBubbles(UpdateArgs args)
{
// Keep a list of keys, so we know which ones to remove
ArrayList<Prayer> tmpPrayers = new ArrayList<Prayer>();
tmpPrayers.AddAll(speechSprites.Keys);
// Loop through our list of speed sprites
foreach (Prayer prayer in Game.State.Prayers)
{
// See if we have one
PrayerSpeechSprite pss = null;
if (!speechSprites.Contains(prayer))
{
// We need to construct the speech sprite
pss = new PrayerSpeechSprite(prayer);
speeches.Add(pss);
speechSprites[prayer] = pss;
}
else
{
// Pull out the speech sprite
pss = speechSprites[prayer];
tmpPrayers.Remove(prayer);
}
// Update the sprite
pss.Update(args);
}
// Remove everything left since we don't have it anymore
foreach (Prayer prayer in tmpPrayers)
{
// Remove from our sprites
speeches.Remove(speechSprites[prayer]);
speechSprites.Remove(prayer);
}
}
/// <summary>
/// Triggers an update of the mode's state.
/// </summary>
/// <param name="args"></param>
public virtual void Update(UpdateArgs args)
{
// Update the sprites
sprites.Update(args);
// Update the text
heartText.Text = Game.State.Hearts.ToString();
starText.Text = Game.State.Stars.ToString();
chestText.Text = chestCounter.ToString();
// Figure out the pause after everything is done
if (countingDown)
{
// Reduce the time
secondsRemaining -= args.SecondsSinceLastUpdate;
if (secondsRemaining < 0)
{
// Change the mini mode to the new stage
Timeout();
}
}
}
public void Update(UpdateArgs args)
{
// Lower the countdown
secondsRemaining -= args.SecondsSinceLastUpdate;
if (secondsRemaining <= 0)
{
Close();
return;
}
// Update the sprites otherwise
sprites.Update(args);
}
/// <summary>
/// Processes the events for the keyboard down before passing
/// them on.
/// </summary>
public override bool Update(UpdateArgs args)
{
// Update the audio
AudioManager.Update(args);
// Process our keyboard
float s = (float) args.SecondsSinceLastUpdate;
if (Core.InputManager.IsActivated(InputTokens.NumPad7))
State.Player.PhysicsBody.State.Velocity.Angular +=
(float) Math.Pow(State.Player.Area, 0.5) * s;
if (Core.InputManager.IsActivated(InputTokens.NumPad9))
State.Player.PhysicsBody.State.Velocity.Angular -=
(float) Math.Pow(State.Player.Area, 0.5) * s;
if (Core.InputManager.IsActivated(InputTokens.NumPad6))
Apply(s, 3);
if (Core.InputManager.IsActivated(InputTokens.NumPad4))
Apply(s, 1);
if (Core.InputManager.IsActivated(InputTokens.NumPad8))
Apply(s, 4);
if (Core.InputManager.IsActivated(InputTokens.NumPad2))
Apply(s, 2);
if (Core.InputManager.IsActivated(InputTokens.OpenBracket))
ViewState.Scale *= 1.25f;
if (Core.InputManager.IsActivated(InputTokens.CloseBracket))
ViewState.Scale /= 1.25f;
// Brakes
if (Core.InputManager.IsActivated(InputTokens.NumPad0))
{
State.Player.PhysicsBody.LinearDamping = 0.75f;
}
else
{
State.Player.PhysicsBody.LinearDamping = 1.00f;
}
// Shed
if (Core.InputManager.IsActivated(InputTokens.NumPadEnter))
{
State.Player.EnginePower -= 1f * s;
State.Player.ContainmentPower -= 1f * s;
if (State.Player.EnginePower < 10)
State.Player.EnginePower = 10;
if (State.Player.ContainmentPower < 0)
State.Player.ContainmentPower = 0;
}
// Update the timer
UpdateTimer(args);
// Update the distance
State.Score.Distance = State.JunctionManager.Junction
.CalculateDistance(State.Player.Point);
// Update the speed
if (!ignoreNextUpdate)
{
Vector2D vec = State.Player.PhysicsBody.State.Position.Linear;
double distance = Vector2D.Distance(vec, lastPoint);
speed.Update(args, distance);
State.Score.Speed = (float) speed.Average;
}
lastPoint = State.Player.PhysicsBody.State.Position.Linear;
// Call the parent
ignoreNextUpdate = false;
return base.Update(args);
}
protected override void OnUpdate(UpdateArgs args)
{
}
/// <summary>
/// Random grabs or drops a block on the board.
/// </summary>
private void ChangeBoard(UpdateArgs args)
{
// Loop through the blocks to see if they are too high. If
// they are, remove them.
LinkedList <Block> tmpBlocks = new LinkedList <Block>();
tmpBlocks.AddAll(blocks);
foreach (Block b in tmpBlocks)
{
if (b.BottomPosition > 10)
{
stacks[b].Remove(b);
blocks.Remove(b);
stacks.Remove(b);
}
}
// Decrement the counter for the timeout
secondsUntilChange -= args.SecondsSinceLastUpdate;
if (secondsUntilChange > 0)
{
// We aren't changing anything
return;
}
// Reset it
secondsUntilChange = Entropy.NextDouble() * 2;
// Pick a random coordinate
int x = Entropy.Next(0, BoardColumns);
int y = Entropy.Next(0, BoardRows);
BlockStack stack = board[x, y];
// Make sure we aren't already doing something here
foreach (Block b in blocks)
{
if (stacks[b] == stack)
{
// Don't bother this time
return;
}
}
// We have a stack, decide if we are going to drop or grab
// something from the stack.
bool drop = Entropy.Next(0, 2) == 0;
if (stack.Count > 5)
{
// Don't go over 5 high
drop = false;
}
if (stack.Count == 1)
{
// Don't go below 1 high
drop = true;
}
// Figure out what to do
if (drop)
{
// Create a new block
Block nb = new Block(RandomBlock());
nb.BottomPosition = 10;
nb.Vector = Constants.DroppedVector;
nb.Mass = Constants.BlockMass;
nb.IsMoving = true;
nb.CastsShadows = true;
nb.Height = 1;
stack.Add(nb);
}
else
{
// Grab the top block
Block tb = stack.TopBlock;
tb.Vector = -Constants.DroppedVector;
tb.Mass = 0;
tb.IsMoving = true;
}
}
/// <summary>
/// Updates the counters and elements for the state.
/// </summary>
public void Update(UpdateArgs args)
{
// Don't bother if we don't have a timeout
if (secondsPerTurn > 0)
{
// Reduce the time in the round
secondsRemaining -= args.SecondsSinceLastUpdate;
// See if we passed the line
if (secondsRemaining < 0)
{
// Lose a heart and end the turn
Game.State.Hearts--;
EndTurn();
// Update the tick counter
secondsRemaining = secondsPerTurn;
}
}
}
/// <summary>
/// Processes the events for the keyboard down before passing
/// them on.
/// </summary>
public override bool Update(UpdateArgs args)
{
// Update the sound manager
AudioManager.Update(args);
// Don't let it update since we might be playing a game
return false;
}
protected override void OnUpdate(UpdateArgs args)
{
// Get value from inner indicator
SetValue(emaInd.GetValue(0, 0));
}
/// <summary>
/// Random grabs or drops a block on the board.
/// </summary>
private void ChangeBoard(UpdateArgs args)
{
// Loop through the blocks to see if they are too high. If
// they are, remove them.
LinkedList<Block> tmpBlocks = new LinkedList<Block>();
tmpBlocks.AddAll(blocks);
foreach (Block b in tmpBlocks)
{
if (b.BottomPosition > 10)
{
stacks[b].Remove(b);
blocks.Remove(b);
stacks.Remove(b);
}
}
// Decrement the counter for the timeout
secondsUntilChange -= args.SecondsSinceLastUpdate;
if (secondsUntilChange > 0)
// We aren't changing anything
return;
// Reset it
secondsUntilChange = Entropy.NextDouble() * 2;
// Pick a random coordinate
int x = Entropy.Next(0, BoardColumns);
int y = Entropy.Next(0, BoardRows);
BlockStack stack = board[x, y];
// Make sure we aren't already doing something here
foreach (Block b in blocks)
if (stacks[b] == stack)
// Don't bother this time
return;
// We have a stack, decide if we are going to drop or grab
// something from the stack.
bool drop = Entropy.Next(0, 2) == 0;
if (stack.Count > 5)
// Don't go over 5 high
drop = false;
if (stack.Count == 1)
// Don't go below 1 high
drop = true;
// Figure out what to do
if (drop)
{
// Create a new block
Block nb = new Block(RandomBlock());
nb.BottomPosition = 10;
nb.Vector = Constants.DroppedVector;
nb.Mass = Constants.BlockMass;
nb.IsMoving = true;
nb.CastsShadows = true;
nb.Height = 1;
stack.Add(nb);
}
else
{
// Grab the top block
Block tb = stack.TopBlock;
tb.Vector = -Constants.DroppedVector;
tb.Mass = 0;
tb.IsMoving = true;
}
}
/// <summary>
/// Triggers an update of the mode's state.
/// </summary>
/// <param name="args"></param>
public void Update(UpdateArgs args)
{
// Update the environment
environment.Update(args);
// If we are fading in, change the position
if (secondsFadeIn > 0)
{
// Decrement the counter
secondsFadeIn -= args.SecondsSinceLastUpdate;
if (secondsFadeIn < 0)
secondsFadeIn = 0;
// Figure out the ratios to use
float ratio = (float)
(secondsFadeIn / Constants.MainMenuFadeIn);
float inverse = 1 - ratio;
alpha = (int) (inverse * 255);
// Figure out the title position and color
title.Point = new PointF(
(ratio * titleStart.X + inverse * titleEnd.X),
(ratio * titleStart.Y + inverse * titleEnd.Y));
title.Tint = Color.FromArgb(alpha, Color.White);
version.Tint = Color.FromArgb(alpha / 4, Color.White);
// New Game
newGame.Point = new PointF(
(ratio * newGameStart.X + inverse * newGameEnd.X),
(ratio * newGameStart.Y + inverse * newGameEnd.Y));
newGame.Alpha = alpha;
// Settings
settings.Point = new PointF(
(ratio * settingsStart.X + inverse * settingsEnd.X),
(ratio * settingsStart.Y + inverse * settingsEnd.Y));
settings.Alpha = alpha;
// Resume
resume.Point = new PointF(
(ratio * resumeStart.X + inverse * resumeEnd.X),
(ratio * resumeStart.Y + inverse * resumeEnd.Y));
resume.Alpha = alpha;
// Help
help.Point = new PointF(
(ratio * helpStart.X + inverse * helpEnd.X),
(ratio * helpStart.Y + inverse * helpEnd.Y));
help.Alpha = alpha;
// High Scores
scores.Point = new PointF(
(ratio * scoresStart.X + inverse * scoresEnd.X),
(ratio * scoresStart.Y + inverse * scoresEnd.Y));
scores.Alpha = alpha;
// Credits
credits.Point = new PointF(
(ratio * creditsStart.X + inverse * creditsEnd.X),
(ratio * creditsStart.Y + inverse * creditsEnd.Y));
credits.Alpha = alpha;
// Quit
quit.Point = new PointF(
(ratio * quitStart.X + inverse * quitEnd.X),
(ratio * quitStart.Y + inverse * quitEnd.Y));
quit.Alpha = alpha;
}
else
{
// Set everything into the proper place
title.Point = titleEnd;
title.Tint = Color.White;
version.Tint = Color.FromArgb(64, Color.White);
newGame.Point = newGameEnd;
newGame.Alpha = 255;
settings.Point = settingsEnd;
settings.Alpha = 255;
resume.Point = resumeEnd;
resume.Alpha = 255;
help.Point = helpEnd;
help.Alpha = 255;
scores.Point = scoresEnd;
scores.Alpha = 255;
credits.Point = creditsEnd;
credits.Alpha = 255;
quit.Point = quitEnd;
quit.Alpha = 255;
}
// Change the board around
ChangeBoard(args);
// Update the sprites and the viewport
board.Update(args);
sprites.Update(args);
viewport.Update(args);
}
protected override async Task UpdateAsync(UpdateArgs args, UpdateResult result)
{
await Data.UpdateAsync(args.Row);
result.IsHandled = true;
}
/// <summary>
/// Gets the view models.
/// </summary>
/// <param name="entity">The entity object.</param>
/// <returns>The generated view models.</returns>
public async Task <IList <ItemGroup> > GetViewModels(SitefinityDataEntity entity)
{
var viewModels = new List <ItemGroup>();
var itemType = "pressreleases";
var provider = "OpenAccessProvider";
// when using the OData client, the url is automatically prefixed with the value of web the service and the sitefinity instance url
// we use an expand the get the related image
var getAllArgs = new GetAllArgs
{
// required parameter, specifies the items to work with
Type = itemType
};
// optional parameter, specifies the fields to be returned, if not specified
// the default service response fields will be returned
getAllArgs.Fields.Add("Title");
// "*" returns all the fields, even those that are available when requesting a single item only
// getAllArgs.Fields.Add("*");
// specifies the related fields to be included in the response (like related data or parent relationships)
if (!entity.HideImage)
{
getAllArgs.Fields.Add("RelatedMediaSingle");
}
// optional parameter, specifies the maximum items to be returned
getAllArgs.Take = 20;
// optional parameter, specifies the items to be skipped
getAllArgs.Skip = 0;
// optional paramteter, specifies an ordering clause
getAllArgs.OrderBy.Add(new OrderBy()
{
Name = "Title",
Type = OrderType.Ascending
});
// optional parameter, specifies if the total count of the items should be returned
getAllArgs.Count = true;
// optional parameter, if nothing is specified, the default for the site will be used
getAllArgs.Provider = provider;
// The generic parameter here is a plain DTO for a one to one relationship with the model on the server
// It contains a representation for every kind of field that is currently supported by the system
getAllArgs.Filter = null;
var responseWithoutFilter = await this.service.GetItems <Item>(getAllArgs).ConfigureAwait(true);
viewModels.Add(new ItemGroup()
{
Name = "Items without filter",
Items = responseWithoutFilter.Items.Select(x => this.GetItemViewModel(x)).ToArray(),
});
getAllArgs.Filter = new FilterClause()
{
FieldName = "Title",
FieldValue = "test",
Operator = FilterClause.Operators.Equal
};
var responseWithBasicFilter = await this.service.GetItems <Item>(getAllArgs).ConfigureAwait(true);
viewModels.Add(new ItemGroup()
{
Name = "Items with simple filter",
Items = responseWithBasicFilter.Items.Select(x => this.GetItemViewModel(x)).ToArray(),
});
var filterTitle = new FilterClause()
{
FieldName = "Title",
FieldValue = "test",
Operator = FilterClause.Operators.Equal,
};
var filterTitle2 = new FilterClause()
{
FieldName = "Title",
FieldValue = "test",
Operator = FilterClause.Operators.NotEqual,
};
var filterTitle3 = new FilterClause()
{
FieldName = "Title",
FieldValue = "test",
Operator = FilterClause.StringOperators.StartsWith,
};
var filterTitle4 = new FilterClause()
{
FieldName = "Title",
FieldValue = "test",
Operator = FilterClause.StringOperators.EndsWith,
};
var filtersByTitle = new CombinedFilter()
{
Operator = CombinedFilter.LogicalOperators.Or,
ChildFilters = new FilterClause[] { filterTitle, filterTitle2 },
};
var filtersByTitleWithStringOperators = new CombinedFilter()
{
Operator = CombinedFilter.LogicalOperators.Or,
ChildFilters = new FilterClause[] { filterTitle3, filterTitle4 },
};
var multipleFiltersCombined = new CombinedFilter
{
Operator = CombinedFilter.LogicalOperators.And,
ChildFilters = new CombinedFilter[] { filtersByTitle, filtersByTitleWithStringOperators },
};
getAllArgs.Filter = multipleFiltersCombined;
var responseWithComplexFilter = await this.service.GetItems <Item>(getAllArgs).ConfigureAwait(true);
viewModels.Add(new ItemGroup()
{
Name = "Items with complex filter",
Items = responseWithComplexFilter.Items.Select(x => this.GetItemViewModel(x)).ToArray(),
});
// in order to execute /create/read/update operations a token must be acquired from the web server
var createItemArgs = new CreateArgs()
{
// required parameter, specifies the items to work with
Type = itemType,
// required parameter, specifies the data to be passed to the server
Data = new Item()
{
Title = "Test",
DateAndTime = DateTime.UtcNow,
Number = 123456,
ChoicesSingle = SingleChoice.FirstChoice,
ChociesMultiple = MultipleChoice.FirstChoice | MultipleChoice.SecondChoice,
LongText = "LongText",
ShortText = "ShortText",
ArrayOfGuids = new [] { Guid.NewGuid() },
GUIDField = Guid.NewGuid(),
MetaTitle = "Test",
MetaDescription = "Test",
OpenGraphDescription = "Test",
OpenGraphTitle = "Test",
Tags = new [] { Guid.NewGuid() },
UrlName = "test" + Guid.NewGuid().ToString(),
YesNo = true,
// related, properties are added through relation request
// RelatedMediaSingle
},
// optional parameter, if nothing is specified, the default for the site will be used
Provider = provider
};
try
{
// reference to documentation on how to retrieve bearer tokens
// https://www.progress.com/documentation/sitefinity-cms/request-access-token-for-calling-web-services
var token = "Bearer ...";
createItemArgs.AdditionalHeaders.Add(HeaderNames.Authorization, token);
var createResponse = await this.service.CreateItem <Item>(createItemArgs);
var getSingleArgs = new GetItemArgs()
{
// required parameter, specifies the id of the item to update
Id = createResponse.Id.ToString(),
// required parameter, specifies the items to work with
Type = itemType,
// optional parameter, if nothing is specified, the default for the site will be used
Provider = provider
};
var getSingleResponse = await this.service.GetItem <Item>(getSingleArgs);
var updateArgs = new UpdateArgs()
{
// required parameter, specifies the id of the item to update
Id = getSingleResponse.Id.ToString(),
// required parameter, specifies the items to work with
Type = itemType,
// required parameter, specifies the data to be passed to the server
Data = new Item()
{
Title = "updated title",
},
// optional parameter, if nothing is specified, the default for the site will be used
Provider = provider
};
updateArgs.AdditionalHeaders.Add(HeaderNames.Authorization, token);
await this.service.UpdateItem(updateArgs);
var deleteArgs = new DeleteArgs()
{
// required parameter, specifies the id of the item to update
Id = getSingleResponse.Id.ToString(),
// required parameter, specifies the items to work with
Type = itemType,
// optional parameter, if nothing is specified, the default for the site will be used
Provider = provider
};
deleteArgs.AdditionalHeaders.Add(HeaderNames.Authorization, token);
await this.service.DeleteItem(deleteArgs);
}
catch (ErrorCodeException error)
{
this.logger.LogError($"Cannot create/update/delete items. Actual error is {error.Message}");
}
return(viewModels);
}
public void Update(UpdateArgs args)
{
// See if we have a new category
if (currentCategory == null)
{
// Create a category and force the first credit to show
ChooseCategory();
Debug("Starting category: {0}", currentCategory);
newSeconds = 0;
}
// If we don't have a category, we are done
if (currentCategory == null)
{
Game.GameMode = new MainMenuMode();
return;
}
// Update any of the displayed ones
LinkedList <CreditsLine> tmpList = new LinkedList <CreditsLine>();
tmpList.AddAll(displayed);
foreach (CreditsLine cl in tmpList)
{
// Add the time
cl.SecondsDisplayed += args.SecondsSinceLastUpdate;
// If we exceeded the life, kill it
if (cl.SecondsDisplayed > cl.SecondsToLive)
{
displayed.Remove(cl);
sprites.Remove(cl.Sprite);
Debug("Removing credit line: {0}", cl.Name);
}
}
// If the displayed and pending list are empty, then we
// are done
if (displayed.Count == 0 && pending.Count == 0)
{
Debug("Finished category: {0}", currentCategory);
currentCategory = null;
return;
}
// See if we are showing a new one
newSeconds -= args.SecondsSinceLastUpdate;
if (slots > 0 && newSeconds <= 0 && pending.Count > 0)
{
// Reset the counter
newSeconds = 0.2;
// See if we have too many
if (displayed.Count <= slots)
{
// Pick a random location for this
int kill = slots * 2;
while (true)
{
// Check the kill
if (kill-- < 0)
{
break;
}
// Set up some variables
int row = Entropy.Next(0, slots);
float y = row * CreditsLine.FontSize + FontSize * 2;
bool found = false;
foreach (CreditsLine cl0 in displayed)
{
if (cl0.Point.Y == y)
{
found = true;
break;
}
}
// If we found something, try again
if (found)
{
continue;
}
// Add a new one
CreditsLine cl = pending.RemoveFirst();
displayed.Add(cl);
cl.Point = new PointF(
Entropy.NextFloat(sprites.Size.Width
- cl.Sprite.Size.Width - 160) + 80,
y);
sprites.Add(cl.Sprite);
break;
}
}
}
// Update the sprites
sprites.Update(args);
}
public void RaiseUpdated(UpdateArgs <TS, TT> data) => Updated?.Invoke(data);
/// <summary>
/// Updates the Update label in the Sections list
/// </summary>
/// <param name="args"></param>
private void UpdateFollowedPosts(UpdateArgs args)
{
UpdateFollowedPosts(args, true);
}
protected void OnUpdate(UpdateArgs <Class> e)
{
UpdateEntity?.Invoke(this, e);
}
/// <summary>
/// This method is called to update the player's position and
/// to potentially switch junctions.
/// </summary>
public void Update(UpdateArgs args)
{
// Ignore if we don't have a player or a junctin
if (State.Player == null || junction == null)
return;
// Go through the segments and find the distance
PointF playerPoint = State.Player.Point;
LinkedList<Junction> preload = new LinkedList<Junction>();
LinkedList<Junction> build = new LinkedList<Junction>();
foreach (Segment s in junction.Segments)
{
// Get our distance from the player's position
float distance = Geometry
.CalculateDistance(playerPoint, s.ChildJunctionPoint);
// See if we are in switch range
if (distance <= Constants.JunctionSwitchDistance)
{
// Switching junctions!
Junction = s.ChildJunction;
return;
}
// See if we are in preload distance and we haven't
// already started the preload.
if (distance <= Constants.OverlapConnectionDistance &&
!preloadedJunctions.Contains(s.ChildJunction))
{
preload.Add(s.ChildJunction);
continue;
}
// See if we are close enough to start building out
// the children.
if (distance <= Constants.MinimumConnectionDistance)
build.Add(s.ChildJunction);
}
// If we got this far, we aren't in the switching distance
// but we have some junctions that might need preloading.
if (preload.Count == 0 && build.Count == 0)
return;
// Go through the junctions and start the preloading
foreach (Junction j in preload)
{
JunctionManagerPreload jmp = new JunctionManagerPreload(j);
preloadedJunctions[j] = jmp;
jmp.ThreadPreload();
}
// Also trigger the normal updates
foreach (Junction j in build)
{
// Fire off a background thread
ThreadPool.QueueUserWorkItem(
new WaitCallback(UpdateJunction), j);
}
}
public void Update(UpdateArgs args)
{
// User input
this.DecodeInput();
// Damage
if (this.isLastDamaged)
{
// effect
var effect = this.Core.Effect.GenerateRequest();
var y = this.ViewParameters.VerticalPosition + 0.9f + (this.Random.Next(12) - 6) * 0.05f;
var x = this.ViewParameters.HorizontalPosition
+ ((this.ViewParameters.HorizontalPosition > this.LastDamage.SourcePositionHorizontal)
? -1f : 1f) * 0.04f + (this.Random.Next(12) - 6) * 0.05f;
//var rxx=rx.
effect.Z = 0;
effect.Y = y;
effect.X = x;
//this.Core.Log($"{effect.X}, {effect.Y}, {effect.Z}");
if (this.LastDamage.Id == this.guardingAttack)
{
this.DesiredParameters.IsGuarding = true;
this.DesiredParameters.IsDamaged = false;
effect.Type = EffectType.Shock;
}
else
{
this.Life.Value += (int)this.LastDamage.Power;
this.DesiredParameters.IsGuarding = false;
this.DesiredParameters.IsDamaged = true;
this.DesiredParameters.DamageType = this.LastDamage.Type;
effect.Type = this.LastDamage.Effect;// EffectType.Burst;
}
effect.Commit();
this.isLastDamaged = false;
this.LastDamage.Power = 0f;
this.DesiredParameters.BackDamage = this.ViewParameters.Direction
* (this.ViewParameters.HorizontalPosition - this.LastDamage.SourcePositionHorizontal) < 0;
//AppCore.GetEnvironment(null).Log
// (this.DesiredParameters.BackDamage.ToString());
}
else
{
this.DesiredParameters.IsGuarding = false;
this.DesiredParameters.IsDamaged = false;
}
// Update View
this.UpdatedSubject.OnNext(Unit.Default);
}
static void dm_NoUpdateAvailable(object sender, UpdateArgs e)
{
Console.WriteLine("[{0}] -> up-to-date!", e.UpdateName);
}
private void ParallelUpdateOrbs (int partitionIndex, int partitionCount, UpdateArgs args) {
var rng = GetRNG();
Orb orb;
using (var e = Orbs.GetParallelEnumerator(partitionIndex, partitionCount))
while (e.GetNext(out orb)) {
orb.Update(rng, args.Now);
e.SetCurrent(ref orb);
}
ReleaseRNG(rng);
}
/// <summary>
/// Processes the events for the keyboard down before passing
/// them on.
/// </summary>
public override bool Update(UpdateArgs args)
{
// We don't allow anything else to update
return false;
}
public void Update(UpdateArgs args)
{
// See if we are done
if (AssetLoader.Instance.IsFinishedLoading)
{
//Game.GameMode = new NewGameMode();
Game.GameMode = new MainMenuMode();
return;
}
// Load some assets
AssetLoader.Instance.Update(args.SecondsSinceLastUpdate);
// Set the color
int value = (int) (255.0 * AssetLoader.Instance.Pending);
text.Tint = Color.FromArgb(value, value, value);
text2.Tint = text.Tint;
// Update the percentage
text2.Text = String
.Format("{0:N0}%", AssetLoader.Instance.Pending * 100);
// Update the sprites
sprites.Update(args);
}
/// <summary>
/// Updates the physics engine
/// </summary>
public override bool Update(UpdateArgs args)
{
// Update it
State.Physics.Update(args);
State.JunctionManager.Update(args);
// Call the parent
return base.Update(args);
}
public override void Update(UpdateArgs args)
{
_currentRenderer?.Update(args, Location);
}
public override void Update(UpdateArgs args)
{
// Figure out what color we should be. We change every 10
// seconds from the heart color to the star color and
// back.
double sec = ((double) DateTime.UtcNow.Ticks / 10000000.0) % 2.0;
double range = Math.Abs(sec - 1.0);
double ratio = (double) range / 1;
double inverse = 1 - ratio;
Color c = Color.FromArgb(
(int) (Constants.HeartColor.R * ratio
+ Constants.StarColor.R * inverse),
(int) (Constants.HeartColor.G * ratio
+ Constants.StarColor.G * inverse),
(int) (Constants.HeartColor.B * ratio
+ Constants.StarColor.B * inverse));
// We change our state based on our active status
if (Clicked == null)
{
Tint = Color.FromArgb(64, Color.White);
}
else if (IsActive)
{
Tint = Color.FromArgb(Alpha, c);
}
else
{
int a = (int) ((float) Alpha * 0.8f);
Tint = Color.FromArgb(a, c);
}
}
/// <summary>
/// Triggers an update of the mode's state.
/// </summary>
/// <param name="args"></param>
public void Update(UpdateArgs args)
{
// Update the environment
environment.Update(args);
// Update the blocks
Game.State.Board.Update(args);
UpdateSpeechBubbles(args);
UpdateSwarms(args);
Game.State.Prayers.Update(args);
Game.State.Bugs.Update(args);
// See if we need to update our minor mode
if (minorMode != null)
{
// Update the minor mode
minorMode.Update(args);
}
else
{
// Only update the state if we don't have a minor mode
Game.State.Update(args);
}
}
protected override void OnUpdate(GameTime gameTime)
{
MiniMap.PlayerLocation = World.Player.KnownPosition;
var args = new UpdateArgs()
{
Camera = World.Camera,
GraphicsDevice = Graphics,
GameTime = gameTime
};
_playingHud.CheckInput = Alex.GuiManager.ActiveDialog == null;
// if (Alex.IsActive)
{
var newAspectRatio = Graphics.Viewport.AspectRatio;
if (AspectRatio != newAspectRatio)
{
World.Camera.UpdateAspectRatio(newAspectRatio);
AspectRatio = newAspectRatio;
}
UpdateRayTracer(Alex.GraphicsDevice, World);
if (!_playingHud.Chat.Focused)
{
World.Player.Controller.CheckMovementInput = Alex.IsActive && Alex.GuiManager.ActiveDialog == null;
World.Player.Controller.CheckInput = Alex.IsActive;
if (Alex.GuiManager.ActiveDialog == null)
{
CheckInput(gameTime);
}
}
else
{
World.Player.Controller.CheckInput = false;
}
if (AlwaysDay)
{
World.SetTime(1200);
}
World.Update(args);
var now = DateTime.UtcNow;
if (now - _previousMemUpdate > TimeSpan.FromSeconds(5))
{
_previousMemUpdate = now;
//Task.Run(() =>
{
_ramUsage = Environment.WorkingSet;
ThreadPool.GetMaxThreads(out int maxThreads, out int maxCompletionPorts);
ThreadPool.GetAvailableThreads(out int availableThreads, out int availableComplPorts);
_threadsUsed = maxThreads - availableThreads;
_complPortUsed = maxCompletionPorts - availableComplPorts;
_maxThreads = maxThreads;
_maxComplPorts = maxCompletionPorts;
var pos = World.Player.KnownPosition.GetCoordinates3D();
var biomeId = World.GetBiome(pos.X, pos.Y, pos.Z);
var biome = BiomeUtils.GetBiomeById(biomeId);
_currentBiomeId = biomeId;
_currentBiome = biome;
} //);
}
}
base.OnUpdate(gameTime);
}
/// <summary>
/// Updates the position of the swarms.
/// </summary>
private void UpdateSwarms(UpdateArgs args)
{
// Draw the hearts if we have something
LinkedList<SwarmParticle> list = new LinkedList<SwarmParticle>();
if (heartSwarm.Count > 0)
{
// Draw out the swarm
foreach (SwarmParticle sp in heartSwarm)
{
// Update the particle
sp.Update(args);
// Remove it if died
if (sp.Died)
{
list.Add(sp);
Game.State.Hearts++;
}
}
// Remove the list
foreach (SwarmParticle sp1 in list)
heartSwarm.Remove(sp1);
}
// Draw the hearts if we have something
if (starSwarm.Count > 0)
{
// Draw out the swarm
list.Clear();
foreach (SwarmParticle sp in starSwarm)
{
// Update the particle
sp.Update(args);
// Remove it if died
if (sp.Died)
{
list.Add(sp);
Game.State.Stars++;
}
}
// Remove the list
foreach (SwarmParticle sp1 in list)
starSwarm.Remove(sp1);
}
}
/// <summary>
/// Triggers an update of the mode's state.
/// </summary>
/// <param name="args"></param>
public void Update(UpdateArgs args)
{
// Update the environment
environment.Update(args);
// If we are fading in, change the position
if (secondsFadeIn > 0)
{
// Decrement the counter
secondsFadeIn -= args.SecondsSinceLastUpdate;
if (secondsFadeIn < 0)
{
secondsFadeIn = 0;
}
// Figure out the ratios to use
float ratio = (float)
(secondsFadeIn / Constants.MainMenuFadeIn);
float inverse = 1 - ratio;
alpha = (int)(inverse * 255);
// Figure out the title position and color
title.Point = new PointF(
(ratio * titleStart.X + inverse * titleEnd.X),
(ratio * titleStart.Y + inverse * titleEnd.Y));
title.Tint = Color.FromArgb(alpha, Color.White);
version.Tint = Color.FromArgb(alpha / 4, Color.White);
// New Game
newGame.Point = new PointF(
(ratio * newGameStart.X + inverse * newGameEnd.X),
(ratio * newGameStart.Y + inverse * newGameEnd.Y));
newGame.Alpha = alpha;
// Settings
settings.Point = new PointF(
(ratio * settingsStart.X + inverse * settingsEnd.X),
(ratio * settingsStart.Y + inverse * settingsEnd.Y));
settings.Alpha = alpha;
// Resume
resume.Point = new PointF(
(ratio * resumeStart.X + inverse * resumeEnd.X),
(ratio * resumeStart.Y + inverse * resumeEnd.Y));
resume.Alpha = alpha;
// Help
help.Point = new PointF(
(ratio * helpStart.X + inverse * helpEnd.X),
(ratio * helpStart.Y + inverse * helpEnd.Y));
help.Alpha = alpha;
// High Scores
scores.Point = new PointF(
(ratio * scoresStart.X + inverse * scoresEnd.X),
(ratio * scoresStart.Y + inverse * scoresEnd.Y));
scores.Alpha = alpha;
// Credits
credits.Point = new PointF(
(ratio * creditsStart.X + inverse * creditsEnd.X),
(ratio * creditsStart.Y + inverse * creditsEnd.Y));
credits.Alpha = alpha;
// Quit
quit.Point = new PointF(
(ratio * quitStart.X + inverse * quitEnd.X),
(ratio * quitStart.Y + inverse * quitEnd.Y));
quit.Alpha = alpha;
}
else
{
// Set everything into the proper place
title.Point = titleEnd;
title.Tint = Color.White;
version.Tint = Color.FromArgb(64, Color.White);
newGame.Point = newGameEnd;
newGame.Alpha = 255;
settings.Point = settingsEnd;
settings.Alpha = 255;
resume.Point = resumeEnd;
resume.Alpha = 255;
help.Point = helpEnd;
help.Alpha = 255;
scores.Point = scoresEnd;
scores.Alpha = 255;
credits.Point = creditsEnd;
credits.Alpha = 255;
quit.Point = quitEnd;
quit.Alpha = 255;
}
// Change the board around
ChangeBoard(args);
// Update the sprites and the viewport
board.Update(args);
sprites.Update(args);
viewport.Update(args);
}
/// <summary>
/// Processes the sound generation for background music.
/// </summary>
public static void Update(UpdateArgs args)
{
// Don't bother if we don't have any
if (loopChunks.Count == 0)
return;
if (!AreBackgroundSamplesPaused)
{
// Add to the counters
lastBeat += args.SecondsSinceLastUpdate;
lastAlter += args.SecondsSinceLastUpdate;
// If we exceeded the time for altering, update something
if (lastAlter >= Constants.AudioUpdateSpeed)
{
// Decrement it so we only change on occasion
lastAlter -= Constants.AudioUpdateSpeed;
// Alter something
int index = random.Next(0, Constants.MaximumAudioSamples);
int bit = random.Next(0, Constants.MaximumBeatsPerLoop);
// We basically XOR the random bit
loopRhythms[index] = loopRhythms[index] ^ (1 << bit);
}
// See if we need to update our beat samples
if (lastBeat >= SecondsPerBeat)
{
// Make a bit of noise
//Log.Debug("--- BEAT ---");
// Decrement it
lastBeat -= SecondsPerBeat;
// Go through and start playing the samples
int bitIndex = 1 << beatIndex;
for (int i = 0; i < Constants.MaximumAudioSamples; i++)
{
// See if we are set
if ((loopRhythms[i] & bitIndex) != 0)
{
// Start playing it
int results =
SdlMixer.Mix_PlayChannel(-1, loopChunks[i], 0);
if (results == -1)
{
// We had a problem
Log.Info("Cannot start sample {0}: {1}",
i, SdlMixer.Mix_GetError());
}
}
}
// Increment the index
int maxBeats = (int) BeatsPerLoop;
beatIndex = (beatIndex + 1) % maxBeats;
}
}
}
/// <summary>
/// Triggers an update of the mode's state.
/// </summary>
/// <param name="args"></param>
public override void Update(UpdateArgs args)
{
// See if we have any chests left
if (chestInfo == null && ChestCounter == 0)
{
// We don't, so finish up
Timeout();
return;
}
// If the chest is null, we need to start up a new chest
if (chestInfo == null)
{
// Create a new chest
ChestCounter--;
chestInfo = ChestBonusInfo.Random;
// Give it a time to live
chestSeconds = Constants.ChestOpenFadeSpeed;
// Create the sprites and direction
bonusSprite = AssetLoader.Instance
.CreateSprite(chestInfo.BlockKey);
bonusSprite.Point = ChestSprite.Point;
fadeIn = true;
pause = false;
// Set up the text
Title = chestInfo.Title;
Text = String.Format(chestInfo.Description,
Game.State.SecondsPerTurn,
Game.State.BugCount,
Game.State.GrabCost,
Game.State.Board.Columns);
// Add it to the sprites
Sprites.Add(bonusSprite);
}
else
{
// Increment the pointer
chestSeconds -= args.SecondsSinceLastUpdate;
// If we are negative, then we change mode
if (chestSeconds < 0)
{
// Switch mode
if (pause)
{
// Fade out
pause = false;
fadeIn = false;
}
else if (fadeIn)
{
// Pause it
pause = true;
// Apply the value
chestInfo.Apply(bonusSprite.Point);
}
else
{
// Remove it
Sprites.Remove(bonusSprite);
chestInfo = null;
bonusSprite = null;
return;
}
// Update the counter
chestSeconds = Constants.ChestOpenFadeSpeed;
}
}
// Figure out the ratios (1 is just start, 0 is done)
double timeRatio = chestSeconds / Constants.ChestOpenFadeSpeed;
float positionRatio = (float)(timeRatio * BlockHeight);
int alpha = (int)(255 * timeRatio);
// Figure out the chest position
if (pause)
{
// We aren't doing anything until the seconds change
bonusSprite.Point = new PointF(
ChestSprite.Point.X,
ChestSprite.Point.Y - BlockHeight);
tint = Color.White;
}
else if (fadeIn)
{
// Change the position based on the ratio
bonusSprite.Point = new PointF(
ChestSprite.Point.X,
ChestSprite.Point.Y - BlockHeight + positionRatio);
// Change the alpha based on the ratio
tint = Color.FromArgb(255 - alpha, Color.White);
}
else
{
// Change the position based on the ratio
bonusSprite.Point = new PointF(
ChestSprite.Point.X,
ChestSprite.Point.Y - 2 * BlockHeight + positionRatio);
// Change the alpha based on the ratio
tint = Color.FromArgb(alpha, Color.White);
}
// Move the sprite
bonusSprite.Tint = tint;
// Call the base
base.Update(args);
}
public void Update(UpdateArgs args)
{
// See if we have a new category
if (currentCategory == null)
{
// Create a category and force the first credit to show
ChooseCategory();
Debug("Starting category: {0}", currentCategory);
newSeconds = 0;
}
// If we don't have a category, we are done
if (currentCategory == null)
{
Game.GameMode = new MainMenuMode();
return;
}
// Update any of the displayed ones
LinkedList<CreditsLine> tmpList = new LinkedList<CreditsLine>();
tmpList.AddAll(displayed);
foreach (CreditsLine cl in tmpList)
{
// Add the time
cl.SecondsDisplayed += args.SecondsSinceLastUpdate;
// If we exceeded the life, kill it
if (cl.SecondsDisplayed > cl.SecondsToLive)
{
displayed.Remove(cl);
sprites.Remove(cl.Sprite);
Debug("Removing credit line: {0}", cl.Name);
}
}
// If the displayed and pending list are empty, then we
// are done
if (displayed.Count == 0 && pending.Count == 0)
{
Debug("Finished category: {0}", currentCategory);
currentCategory = null;
return;
}
// See if we are showing a new one
newSeconds -= args.SecondsSinceLastUpdate;
if (slots > 0 && newSeconds <= 0 && pending.Count > 0)
{
// Reset the counter
newSeconds = 0.2;
// See if we have too many
if (displayed.Count <= slots)
{
// Pick a random location for this
int kill = slots * 2;
while (true)
{
// Check the kill
if (kill-- < 0)
break;
// Set up some variables
int row = Entropy.Next(0, slots);
float y = row * CreditsLine.FontSize + FontSize * 2;
bool found = false;
foreach (CreditsLine cl0 in displayed)
{
if (cl0.Point.Y == y)
{
found = true;
break;
}
}
// If we found something, try again
if (found)
continue;
// Add a new one
CreditsLine cl = pending.RemoveFirst();
displayed.Add(cl);
cl.Point = new PointF(
Entropy.NextFloat(sprites.Size.Width
- cl.Sprite.Size.Width - 160) + 80,
y);
sprites.Add(cl.Sprite);
break;
}
}
}
// Update the sprites
sprites.Update(args);
}
/// <summary>
/// Handles the update code for all the elements.
/// </summary>
/// <param name="args"></param>
public override void Update(UpdateArgs args)
{
// Update the viewport
base.Update(args);
// Update our text
heartScore.Text = Game.State.Hearts.ToString();
starScore.Text = Game.State.Stars.ToString();
// Visbility of the clock
if (Game.State.SecondsPerTurn > 0)
{
clock.Visible = true;
clockScore.Visible = true;
clockScore.Text =
((int) Game.State.SecondsRemaining).ToString();
}
else
{
clock.Visible = false;
clockScore.Visible = false;
}
// Visible bugs
if (Game.State.BugCount > 0)
{
bug.Visible = true;
bugScore.Visible = true;
bugScore.Text = Game.State.BugCount.ToString();
}
else
{
bug.Visible = false;
bugScore.Visible = false;
}
}
public override void Update(UpdateArgs args)
{
foreach (var uiElement in ChildList)
{
uiElement.Update(args);
}
}
/// <summary>
/// Updates the environment state.
/// </summary>
public void Update(UpdateArgs args)
{
// Figure out the time of day (0 is midnight, 0.5 is noon)
double sec = ((double) DateTime.UtcNow.Ticks / 10000000.0)
% dayInSeconds;
time = sec / dayInSeconds;
// Figure out the day and night cycles
night = Math.Abs(time - 0.5) * 2;
day = 1 - night;
// Figure out dawn
dawn = dusk = 0;
if (time >= 0.2 && time <= 0.4)
{
// Dawn
dawn = time - 0.2;
dawn *= 5;
dawn = 1 - Math.Abs(dawn - 0.5) * 2;
}
else if (time >= 0.6 && time <= 0.8)
{
// Dusk
dusk = time - 0.6;
dusk *= 5;
dusk = 1 - Math.Abs(dusk - 0.5) * 2;
}
// Update the sprites
for (int i = 0; i < 4; i++)
sprites[i].Update(args);
// Update the start alpha
if (night > 0)
{
foreach (ISprite ds in sprites[0])
{
int alpha = ds.Tint.A;
alpha += Entropy.Next(-3, 3);
alpha = Math.Min(alpha, 128);
alpha = Math.Max(alpha, 64);
ds.Tint = Color.FromArgb(alpha, ds.Tint);
}
}
}
/// <summary>
/// Updates the arguments to handle the speech bubble fading.
/// </summary>
public override void Update(UpdateArgs args)
{
if (secondsLeft >= 0)
{
// Keep track of the number of seconds
secondsLeft -= args.SecondsSinceLastUpdate;
// Move the top down
if (topDown != null)
{
topDown.Point = new PointF(
topDown.Point.X,
topDown.Point.Y -
(float) (Constants.PrayerSpeechRise
* args.SecondsSinceLastUpdate));
}
}
}
private void UpdateTimer(UpdateArgs args)
{
// Don't bother if we aren't active
if (!isCountingDown)
return;
// See if we should ignore the first one
if (ignoreNextUpdate)
{
// We use this to prevent the update from giving a
// large one at once.
return;
}
// Calculate the amount of time remaining
double seconds =
args.SecondsSinceLastUpdate * State.Score.CountdownMultiplier;
seconds /= 1 + Math.Log(State.Player.ContainmentPower);
State.Score.Countdown -= (float) seconds;
// If we are less than zero, boom.
if (State.Score.Countdown < 0)
{
// Reset it to make it pretty
State.Score.Countdown = 0;
isCountingDown = false;
// Start up the end of game mode on top of us
GameModeManager.Push(new EndOfGameMode());
}
}
/// <summary>
/// Overrides the update event to send events into the game
/// state.
/// </summary>
/// <param name="args"></param>
public override void Update(UpdateEventArgs args)
{
UpdateArgs uArgs = new UpdateArgs();
uArgs.TicksSinceLastUpdate = args.ElapsedMilliseconds * 10000;
Game.Update(uArgs);
}
protected override Task UpdateAsync(UpdateArgs args, UpdateResult result)
{
LoginUserList[0] = args.Row;
result.IsHandled = true;
return(base.UpdateAsync(args, result));
}