public void Update()
{
if (m_scene_state != DrawableState.Finished)
{
if (m_currUnit.m_sprite.Draw_State == DrawableState.Finished)
{
m_played_sound = false;
if (m_animQ.Count == 0) // Ran out of animations to perform, reset stuff
{
m_currUnit.m_sprite.Reset(); // So it wont stay finished for the next time around
m_scene_state = DrawableState.Finished;
return;
}
else // On to the next animation
{
float x, y;
x = m_currUnit.m_sprite.X_Pos;
y = m_currUnit.m_sprite.Y_Pos;
m_currUnit.m_sprite.Reset(); // So it wont stay finished for the next time around
m_currUnit = m_animQ.Dequeue();
m_currUnit.m_sprite.X_Pos = x;
m_currUnit.m_sprite.Y_Pos = y;
}
}
if (!m_played_sound && m_currUnit.m_sound != null)
{
m_currUnit.m_sound.Play();
m_played_sound = true;
}
// Update current Animation
m_currUnit.m_sprite.Update();
}
}
public void Update()
{
if (m_manager_state != DrawableState.Finished)
{
if (m_currScene == null)
{
m_currScene = m_sceneQ.Dequeue(); // Grab the first animation
m_curr_scene_num = 0;
}
else if (m_currScene.Scene_State == DrawableState.Finished)
{
if (m_sceneQ.Count == 0) // Ran out of scenes to perform, reset stuff
{
m_currScene.ResetScene(); // So it wont stay finished for the next time around
m_manager_state = DrawableState.Finished;
m_currScene = null;
m_curr_scene_num = -1;
return;
}
else // On to the next animation
{
m_curr_scene_num++;
m_currScene.ResetScene(); // So it wont stay finished for the next time around
m_currScene = m_sceneQ.Dequeue();
}
}
// Update current Animation
m_currScene.Update();
}
}
public void Update(GameTime gameTime, bool otherScreenHasFocus,
bool coveredByOtherScreen)
{
this.otherScreenHasFocus = otherScreenHasFocus;
if (this._isExiting)
{
this._drawableState = Painting.DrawableState.TransitionOff;
if (!this.UpdateTransition(gameTime, this.transitionOffTime, 1))
{
this.drawableScreen.RemoveDrawable(this);
}
}
else if (coveredByOtherScreen)
{
if (this.UpdateTransition(gameTime, this.transitionOffTime, 1))
{
this._drawableState = Painting.DrawableState.TransitionOff;
}
else
{
this._drawableState = Painting.DrawableState.Hidden;
}
}
else if (this.UpdateTransition(gameTime, this.transitionOnTime, -1))
{
this._drawableState = Painting.DrawableState.TransitionOn;
}
else
{
this._drawableState = Painting.DrawableState.Active;
}
Update(gameTime);
}
private static LinkedList <Drawable> GetDrawableWithState(Canvas canvas, DrawableState state)
{
var drawables = new LinkedList <Drawable>();
foreach (var drawable in canvas.Drawables)
{
if (drawable.State == state)
{
drawables.AddLast(drawable);
}
}
return(drawables);
}
public void Update()
{
bool finished = true;
for (int i = 0; i < m_num; i++)
{
if (m_clouds[i].m_cloud.Draw_State == DrawableState.Active)
{
finished = false;
break;
}
}
if (finished)
{
m_state = DrawableState.Finished;
}
if (m_state != DrawableState.Finished)
{
int tnum = 0;
for (int i = 0; i < m_num / 2; i++, tnum++)
{
m_clouds[i].m_cloud.Update();
m_clouds[i].m_collision_rect = new Rectangle((int)m_clouds[i].m_cloud.X_Pos + m_textures[tnum].Width / 4, (int)m_clouds[i].m_cloud.Y_Pos + m_textures[tnum].Height / 2, m_textures[tnum].Width / 2, 4);
m_clouds[i].m_coldata = new CollisionData(new Rectangle((int)m_clouds[i].m_cloud.X_Pos, (int)m_clouds[i].m_cloud.Y_Pos, m_clouds[i].m_coldata.m_rect.Width, m_clouds[i].m_coldata.m_rect.Height),
m_clouds[i].m_coldata.m_color_data, m_clouds[i].m_cloud.Origin, m_clouds[i].m_cloud.Scale, m_clouds[i].m_cloud.Rotation, m_clouds[i].m_cloud.Effects);
}
tnum = 0;
for (int i = m_num / 2; i < m_num; i++, tnum++)
{
m_clouds[i].m_cloud.Update();
m_clouds[i].m_collision_rect = new Rectangle((int)m_clouds[i].m_cloud.X_Pos + m_textures[tnum].Width / 4, (int)m_clouds[i].m_cloud.Y_Pos + m_textures[tnum].Height / 2, m_textures[tnum].Width / 2, 4);
m_clouds[i].m_coldata = new CollisionData(new Rectangle((int)m_clouds[i].m_cloud.X_Pos, (int)m_clouds[i].m_cloud.Y_Pos, m_clouds[i].m_coldata.m_rect.Width, m_clouds[i].m_coldata.m_rect.Height),
m_clouds[i].m_coldata.m_color_data, m_clouds[i].m_cloud.Origin, m_clouds[i].m_cloud.Scale, m_clouds[i].m_cloud.Rotation, m_clouds[i].m_cloud.Effects);
}
}
}
public void Update(GameTime gameTime, bool otherScreenHasFocus,
bool coveredByOtherScreen) {
this.otherScreenHasFocus = otherScreenHasFocus;
if (this._isExiting) {
this._drawableState = Painting.DrawableState.TransitionOff;
if (!this.UpdateTransition(gameTime, this.transitionOffTime, 1)) {
this.drawableScreen.RemoveDrawable(this);
}
} else if (coveredByOtherScreen) {
if (this.UpdateTransition(gameTime, this.transitionOffTime, 1)) {
this._drawableState = Painting.DrawableState.TransitionOff;
} else {
this._drawableState = Painting.DrawableState.Hidden;
}
} else if (this.UpdateTransition(gameTime, this.transitionOnTime, -1)) {
this._drawableState = Painting.DrawableState.TransitionOn;
} else {
this._drawableState = Painting.DrawableState.Active;
}
Update(gameTime);
}
/// <summary>
/// Constructs the token sprite based on the individual
/// components. This is the "view" part of a token.
/// </summary>
public TokenSprite(
Display display,
Token token)
{
this.display = display;
this.token = token;
// Create the tile
typeSprite = token.TypeSpriteName;
tileDrawable = Game.Theme.DrawableFactory.Create(typeSprite);
// Create the letter
valueSprite = token.ValueSpriteName;
letterDrawable = Game.Theme.DrawableFactory.Create(valueSprite);
letterState = new DrawableState();
// Create the selected
selectedDrawable = Game.Theme.DrawableFactory.Create("selected");
selectedState = new DrawableState();
// Randomize it
Randomize();
}
public virtual void Reset()
{
m_state = DrawableState.Active; m_effects = SpriteEffects.None;
}
public void Update()
{
if (m_scene_state != DrawableState.Finished)
{
if (m_currUnit.m_sprite.Draw_State == DrawableState.Finished)
{
m_played_sound = false;
if (m_animQ.Count == 0) // Ran out of animations to perform, reset stuff
{
m_currUnit.m_sprite.Reset(); // So it wont stay finished for the next time around
m_scene_state = DrawableState.Finished;
return;
}
else // On to the next animation
{
float x, y;
x = m_currUnit.m_sprite.X_Pos;
y = m_currUnit.m_sprite.Y_Pos;
m_currUnit.m_sprite.Reset(); // So it wont stay finished for the next time around
m_currUnit = m_animQ.Dequeue();
m_currUnit.m_sprite.X_Pos = x;
m_currUnit.m_sprite.Y_Pos = y;
}
}
if (!m_played_sound && m_currUnit.m_sound != null)
{
m_currUnit.m_sound.Play();
m_played_sound = true;
}
// Update current Animation
m_currUnit.m_sprite.Update();
}
}
public void SetDrawableState(DrawableState state) {
_drawableState = state;
}
public void Reset()
{
Sprite temp;
int tnum = 0;
if (m_player == 0)
{
for (int i = 0; i < m_num/2; i++, tnum++)
{
temp = new Sprite();
temp.Texture = m_textures[tnum];
temp.X_Pos = (float)HelperUtils.GetRandomNumber(-412 - HelperUtils.SafeBoundary.X, HelperUtils.SafeBoundary.X + -m_textures[tnum].Width);
temp.Y_Pos = (float)HelperUtils.GetRandomNumber(HelperUtils.SafeBoundary.Y, HelperUtils.SafeBoundary.Y + 200);
m_clouds[i] = new Cloud();
m_clouds[i].m_used = false;
m_clouds[i].m_cloud = new LinearXYMover(temp, 2*HelperUtils.SafeBoundary.X + 1024, (int)temp.Y_Pos, 1.0f);
m_clouds[i].m_collision_rect = new Rectangle((int)temp.X_Pos + m_textures[tnum].Width / 4, (int)temp.Y_Pos + m_textures[tnum].Height / 2, m_textures[tnum].Width / 2, 4);
m_clouds[i].m_coldata = new CollisionData((int)temp.X_Pos, (int)temp.Y_Pos, m_textures[tnum],
new Rectangle(0, 0, m_textures[tnum].Width, m_textures[tnum].Height), m_clouds[i].m_cloud.Origin,
m_clouds[i].m_cloud.Scale, m_clouds[i].m_cloud.Rotation, m_clouds[i].m_cloud.Effects);
}
tnum = 0;
for (int i = m_num/2; i < m_num; i++, tnum++)
{
temp = new Sprite();
temp.Texture = m_textures[tnum];
temp.X_Pos = (float)HelperUtils.GetRandomNumber(-412 - HelperUtils.SafeBoundary.X, HelperUtils.SafeBoundary.X + -m_textures[tnum].Width);
temp.Y_Pos = (float)HelperUtils.GetRandomNumber(HelperUtils.SafeBoundary.Y, HelperUtils.SafeBoundary.Y + 200);
m_clouds[i] = new Cloud();
m_clouds[i].m_used = false;
m_clouds[i].m_cloud = new LinearXYMover(temp, 2*HelperUtils.SafeBoundary.X + 1024, (int)temp.Y_Pos, 1.0f);
m_clouds[i].m_collision_rect = new Rectangle((int)temp.X_Pos + m_textures[tnum].Width / 4, (int)temp.Y_Pos + m_textures[tnum].Height / 2, m_textures[tnum].Width / 2, 4);
m_clouds[i].m_coldata = new CollisionData((int)temp.X_Pos, (int)temp.Y_Pos, m_textures[tnum],
new Rectangle(0, 0, m_textures[tnum].Width, m_textures[tnum].Height), m_clouds[i].m_cloud.Origin,
m_clouds[i].m_cloud.Scale, m_clouds[i].m_cloud.Rotation, m_clouds[i].m_cloud.Effects);
}
}
else if (m_player == 1)
{
for (int i = 0; i < m_num / 2; i++, tnum++)
{
temp = new Sprite();
temp.Texture = m_textures[tnum];
temp.X_Pos = (float)HelperUtils.GetRandomNumber(HelperUtils.SafeBoundary.X + 1024, HelperUtils.SafeBoundary.X + 1024 + 412);
temp.Y_Pos = (float)HelperUtils.GetRandomNumber(HelperUtils.SafeBoundary.Y, HelperUtils.SafeBoundary.Y + 200);
m_clouds[i] = new Cloud();
m_clouds[i].m_used = false;
m_clouds[i].m_cloud = new LinearXYMover(temp, -m_textures[tnum].Width - 2*HelperUtils.SafeBoundary.X, (int)temp.Y_Pos, 1.0f);
m_clouds[i].m_collision_rect = new Rectangle((int)temp.X_Pos + m_textures[tnum].Width / 4, (int)temp.Y_Pos + m_textures[tnum].Height / 2, m_textures[tnum].Width / 2, 4);
m_clouds[i].m_coldata = new CollisionData((int)temp.X_Pos, (int)temp.Y_Pos, m_textures[tnum],
new Rectangle(0, 0, m_textures[tnum].Width, m_textures[tnum].Height), m_clouds[i].m_cloud.Origin,
m_clouds[i].m_cloud.Scale, m_clouds[i].m_cloud.Rotation, m_clouds[i].m_cloud.Effects);
}
tnum = 0;
for (int i = m_num / 2; i < m_num; i++, tnum++)
{
temp = new Sprite();
temp.Texture = m_textures[tnum];
temp.X_Pos = (float)HelperUtils.GetRandomNumber(HelperUtils.SafeBoundary.X + 1024, HelperUtils.SafeBoundary.X + 1024 + 412);
temp.Y_Pos = (float)HelperUtils.GetRandomNumber(HelperUtils.SafeBoundary.Y, HelperUtils.SafeBoundary.Y + 200);
m_clouds[i] = new Cloud();
m_clouds[i].m_used = false;
m_clouds[i].m_cloud = new LinearXYMover(temp, -m_textures[tnum].Width - 2*HelperUtils.SafeBoundary.X, (int)temp.Y_Pos, 1.0f);
m_clouds[i].m_collision_rect = new Rectangle((int)temp.X_Pos + m_textures[tnum].Width / 4, (int)temp.Y_Pos + m_textures[tnum].Height / 2, m_textures[tnum].Width / 2, 4);
m_clouds[i].m_coldata = new CollisionData((int)temp.X_Pos, (int)temp.Y_Pos, m_textures[tnum],
new Rectangle(0, 0, m_textures[tnum].Width, m_textures[tnum].Height), m_clouds[i].m_cloud.Origin,
m_clouds[i].m_cloud.Scale, m_clouds[i].m_cloud.Rotation, m_clouds[i].m_cloud.Effects);
}
}
m_state = DrawableState.Active;
}
public void Update()
{
bool finished = true;
for (int i = 0; i < m_num; i++)
{
if (m_clouds[i].m_cloud.Draw_State == DrawableState.Active)
{
finished = false;
break;
}
}
if (finished)
{
m_state = DrawableState.Finished;
}
if (m_state != DrawableState.Finished)
{
int tnum = 0;
for (int i = 0; i < m_num/2; i++, tnum++)
{
m_clouds[i].m_cloud.Update();
m_clouds[i].m_collision_rect = new Rectangle((int)m_clouds[i].m_cloud.X_Pos + m_textures[tnum].Width / 4, (int)m_clouds[i].m_cloud.Y_Pos + m_textures[tnum].Height / 2, m_textures[tnum].Width / 2, 4);
m_clouds[i].m_coldata = new CollisionData(new Rectangle((int)m_clouds[i].m_cloud.X_Pos, (int)m_clouds[i].m_cloud.Y_Pos, m_clouds[i].m_coldata.m_rect.Width, m_clouds[i].m_coldata.m_rect.Height),
m_clouds[i].m_coldata.m_color_data, m_clouds[i].m_cloud.Origin, m_clouds[i].m_cloud.Scale, m_clouds[i].m_cloud.Rotation, m_clouds[i].m_cloud.Effects);
}
tnum = 0;
for (int i = m_num/2; i < m_num; i++, tnum++)
{
m_clouds[i].m_cloud.Update();
m_clouds[i].m_collision_rect = new Rectangle((int)m_clouds[i].m_cloud.X_Pos + m_textures[tnum].Width / 4, (int)m_clouds[i].m_cloud.Y_Pos + m_textures[tnum].Height / 2, m_textures[tnum].Width / 2, 4);
m_clouds[i].m_coldata = new CollisionData(new Rectangle((int)m_clouds[i].m_cloud.X_Pos, (int)m_clouds[i].m_cloud.Y_Pos, m_clouds[i].m_coldata.m_rect.Width, m_clouds[i].m_coldata.m_rect.Height),
m_clouds[i].m_coldata.m_color_data, m_clouds[i].m_cloud.Origin, m_clouds[i].m_cloud.Scale, m_clouds[i].m_cloud.Rotation, m_clouds[i].m_cloud.Effects);
}
}
}
public void Reset()
{
Sprite temp;
int tnum = 0;
if (m_player == 0)
{
for (int i = 0; i < m_num / 2; i++, tnum++)
{
temp = new Sprite();
temp.Texture = m_textures[tnum];
temp.X_Pos = (float)HelperUtils.GetRandomNumber(-412 - HelperUtils.SafeBoundary.X, HelperUtils.SafeBoundary.X + -m_textures[tnum].Width);
temp.Y_Pos = (float)HelperUtils.GetRandomNumber(HelperUtils.SafeBoundary.Y, HelperUtils.SafeBoundary.Y + 200);
m_clouds[i] = new Cloud();
m_clouds[i].m_used = false;
m_clouds[i].m_cloud = new LinearXYMover(temp, 2 * HelperUtils.SafeBoundary.X + 1024, (int)temp.Y_Pos, 1.0f);
m_clouds[i].m_collision_rect = new Rectangle((int)temp.X_Pos + m_textures[tnum].Width / 4, (int)temp.Y_Pos + m_textures[tnum].Height / 2, m_textures[tnum].Width / 2, 4);
m_clouds[i].m_coldata = new CollisionData((int)temp.X_Pos, (int)temp.Y_Pos, m_textures[tnum],
new Rectangle(0, 0, m_textures[tnum].Width, m_textures[tnum].Height), m_clouds[i].m_cloud.Origin,
m_clouds[i].m_cloud.Scale, m_clouds[i].m_cloud.Rotation, m_clouds[i].m_cloud.Effects);
}
tnum = 0;
for (int i = m_num / 2; i < m_num; i++, tnum++)
{
temp = new Sprite();
temp.Texture = m_textures[tnum];
temp.X_Pos = (float)HelperUtils.GetRandomNumber(-412 - HelperUtils.SafeBoundary.X, HelperUtils.SafeBoundary.X + -m_textures[tnum].Width);
temp.Y_Pos = (float)HelperUtils.GetRandomNumber(HelperUtils.SafeBoundary.Y, HelperUtils.SafeBoundary.Y + 200);
m_clouds[i] = new Cloud();
m_clouds[i].m_used = false;
m_clouds[i].m_cloud = new LinearXYMover(temp, 2 * HelperUtils.SafeBoundary.X + 1024, (int)temp.Y_Pos, 1.0f);
m_clouds[i].m_collision_rect = new Rectangle((int)temp.X_Pos + m_textures[tnum].Width / 4, (int)temp.Y_Pos + m_textures[tnum].Height / 2, m_textures[tnum].Width / 2, 4);
m_clouds[i].m_coldata = new CollisionData((int)temp.X_Pos, (int)temp.Y_Pos, m_textures[tnum],
new Rectangle(0, 0, m_textures[tnum].Width, m_textures[tnum].Height), m_clouds[i].m_cloud.Origin,
m_clouds[i].m_cloud.Scale, m_clouds[i].m_cloud.Rotation, m_clouds[i].m_cloud.Effects);
}
}
else if (m_player == 1)
{
for (int i = 0; i < m_num / 2; i++, tnum++)
{
temp = new Sprite();
temp.Texture = m_textures[tnum];
temp.X_Pos = (float)HelperUtils.GetRandomNumber(HelperUtils.SafeBoundary.X + 1024, HelperUtils.SafeBoundary.X + 1024 + 412);
temp.Y_Pos = (float)HelperUtils.GetRandomNumber(HelperUtils.SafeBoundary.Y, HelperUtils.SafeBoundary.Y + 200);
m_clouds[i] = new Cloud();
m_clouds[i].m_used = false;
m_clouds[i].m_cloud = new LinearXYMover(temp, -m_textures[tnum].Width - 2 * HelperUtils.SafeBoundary.X, (int)temp.Y_Pos, 1.0f);
m_clouds[i].m_collision_rect = new Rectangle((int)temp.X_Pos + m_textures[tnum].Width / 4, (int)temp.Y_Pos + m_textures[tnum].Height / 2, m_textures[tnum].Width / 2, 4);
m_clouds[i].m_coldata = new CollisionData((int)temp.X_Pos, (int)temp.Y_Pos, m_textures[tnum],
new Rectangle(0, 0, m_textures[tnum].Width, m_textures[tnum].Height), m_clouds[i].m_cloud.Origin,
m_clouds[i].m_cloud.Scale, m_clouds[i].m_cloud.Rotation, m_clouds[i].m_cloud.Effects);
}
tnum = 0;
for (int i = m_num / 2; i < m_num; i++, tnum++)
{
temp = new Sprite();
temp.Texture = m_textures[tnum];
temp.X_Pos = (float)HelperUtils.GetRandomNumber(HelperUtils.SafeBoundary.X + 1024, HelperUtils.SafeBoundary.X + 1024 + 412);
temp.Y_Pos = (float)HelperUtils.GetRandomNumber(HelperUtils.SafeBoundary.Y, HelperUtils.SafeBoundary.Y + 200);
m_clouds[i] = new Cloud();
m_clouds[i].m_used = false;
m_clouds[i].m_cloud = new LinearXYMover(temp, -m_textures[tnum].Width - 2 * HelperUtils.SafeBoundary.X, (int)temp.Y_Pos, 1.0f);
m_clouds[i].m_collision_rect = new Rectangle((int)temp.X_Pos + m_textures[tnum].Width / 4, (int)temp.Y_Pos + m_textures[tnum].Height / 2, m_textures[tnum].Width / 2, 4);
m_clouds[i].m_coldata = new CollisionData((int)temp.X_Pos, (int)temp.Y_Pos, m_textures[tnum],
new Rectangle(0, 0, m_textures[tnum].Width, m_textures[tnum].Height), m_clouds[i].m_cloud.Origin,
m_clouds[i].m_cloud.Scale, m_clouds[i].m_cloud.Rotation, m_clouds[i].m_cloud.Effects);
}
}
m_state = DrawableState.Active;
}
public void SetDrawableState(DrawableState state)
{
_drawableState = state;
}
public virtual void Reset()
{
m_state = DrawableState.Active; m_effects = SpriteEffects.None;
}
