private void ClearMoveArray(PlaybackItem item, int size)
{
item.moveEvents = new PlaybackMoveEvent[size];
for (int k = 0; k < item.moveEvents.Length; k++)
{
item.moveEvents[k] = new PlaybackMoveEvent();
}
}
private bool DrawStar(PlaybackItem item, Color explosionColor)
{
float sizeScale = playbackTime - item.moveEvents[0].timeStamp;
sizeScale *= 0.001f;
if (sizeScale > 1 || sizeScale < 0)
{
return(false);
}
explosionColor = Color.Lerp(explosionColor, Helpers.transColor(explosionColor), sizeScale);
float explosionSize = MathHelper.Lerp(4, 1, sizeScale);
FrameworkCore.lineRenderer.Draw(
item.position + Matrix.Identity.Up * explosionSize,
item.position + Matrix.Identity.Up * -explosionSize,
explosionColor);
FrameworkCore.lineRenderer.Draw(
item.position + Matrix.Identity.Left * explosionSize,
item.position + Matrix.Identity.Left * -explosionSize,
explosionColor);
FrameworkCore.lineRenderer.Draw(
item.position + Matrix.Identity.Forward * explosionSize,
item.position + Matrix.Identity.Forward * -explosionSize,
explosionColor);
explosionSize = MathHelper.Lerp(2, 0.5f, sizeScale);
FrameworkCore.lineRenderer.Draw(
item.position + (Matrix.Identity.Forward * explosionSize) + (Matrix.Identity.Up * explosionSize) + (Matrix.Identity.Left * explosionSize),
item.position + (Matrix.Identity.Forward * -explosionSize) + (Matrix.Identity.Up * -explosionSize) + (Matrix.Identity.Left * -explosionSize),
explosionColor);
FrameworkCore.lineRenderer.Draw(
item.position + (Matrix.Identity.Forward * -explosionSize) + (Matrix.Identity.Up * explosionSize) + (Matrix.Identity.Left * explosionSize),
item.position + (Matrix.Identity.Forward * explosionSize) + (Matrix.Identity.Up * -explosionSize) + (Matrix.Identity.Left * -explosionSize),
explosionColor);
FrameworkCore.lineRenderer.Draw(
item.position + (Matrix.Identity.Forward * explosionSize) + (Matrix.Identity.Up * explosionSize) + (Matrix.Identity.Left * -explosionSize),
item.position + (Matrix.Identity.Forward * -explosionSize) + (Matrix.Identity.Up * -explosionSize) + (Matrix.Identity.Left * explosionSize),
explosionColor);
FrameworkCore.lineRenderer.Draw(
item.position + (Matrix.Identity.Forward * -explosionSize) + (Matrix.Identity.Up * explosionSize) + (Matrix.Identity.Left * -explosionSize),
item.position + (Matrix.Identity.Forward * explosionSize) + (Matrix.Identity.Up * -explosionSize) + (Matrix.Identity.Left * explosionSize),
explosionColor);
return(true);
}
public PlaybackSystem()
{
//pre allocate a giant array for every item that this level will ever create.
playbackItems = new PlaybackItem[TOTALPLAYBACKITEMS];
for (int i = 0; i < playbackItems.Length; i++)
{
int amount = MOVEARRAYDEFAULT;
playbackItems[i] = new PlaybackItem(amount);
ClearMoveArray(playbackItems[i], MOVEARRAYDEFAULT);
}
}
public void DrawShips(GameTime gameTime)
{
if (!HasFocus)
{
return;
}
for (int k = 0; k < FrameworkCore.playbackSystem.ItemIndex; k++)
{
PlaybackItem item = FrameworkCore.playbackSystem.PlaybackItems[k];
if (!item.ShouldDraw(playbackTime))
{
continue;
}
Matrix worldMatrix = Matrix.CreateFromQuaternion(item.rotation);
worldMatrix.Translation = item.position;
if (item.ObjectType == objectType.ship)
{
FrameworkCore.meshRenderer.Draw(item.modelType, worldMatrix, owner.lockCamera, item.color);
}
if (item.ObjectType == objectType.deflection)
{
DrawStar(item, Color.Gray);
continue;
}
if (item.ObjectType == objectType.explosion)
{
DrawStar(item, Color.Orange);
continue;
}
if (item.ObjectType == objectType.beamHit)
{
FrameworkCore.lineRenderer.Draw(
item.spawnPos,
item.position,
item.color);
DrawStar(item, Color.Orange);
continue;
}
if (item.ObjectType == objectType.hulk)
{
FrameworkCore.meshRenderer.Draw(item.modelType, worldMatrix, owner.lockCamera);
//only draw diamond for the ship hulks
if (item.modelType == ModelType.debrisHulk1 || item.modelType == ModelType.debrisHulk2)
{
int diamondSize = 2;
FrameworkCore.lineRenderer.Draw(
item.position + worldMatrix.Left * diamondSize,
item.position + worldMatrix.Forward * diamondSize,
item.color);
FrameworkCore.lineRenderer.Draw(
item.position + worldMatrix.Left * -diamondSize,
item.position + worldMatrix.Forward * diamondSize,
item.color);
FrameworkCore.lineRenderer.Draw(
item.position + worldMatrix.Left * diamondSize,
item.position + worldMatrix.Forward * -diamondSize,
item.color);
FrameworkCore.lineRenderer.Draw(
item.position + worldMatrix.Left * -diamondSize,
item.position + worldMatrix.Forward * -diamondSize,
item.color);
}
continue;
}
if (item.ObjectType == objectType.bolt)
{
FrameworkCore.meshRenderer.Draw(item.modelType, worldMatrix, owner.lockCamera, Color.White);
Color orangeColor = new Color(255, 128, 0);
Vector3 boltDir = item.spawnPos - item.position;
boltDir.Normalize();
FrameworkCore.pointRenderer.Draw(item.position, 4, item.color);
FrameworkCore.lineRenderer.Draw(
item.position + boltDir * 3,
item.position,
item.color);
continue;
}
if (item.ObjectType == objectType.ship)
{
//Rods.
Color rodColor = new Color(128, 128, 128);
Vector3 planePos = item.position;
planePos.Y = owner.GridAltitude;
FrameworkCore.lineRenderer.Draw(item.position, planePos, rodColor);
FrameworkCore.pointRenderer.Draw(planePos, 4, rodColor);
}
//BoundingSphere s = new BoundingSphere(ship.entityScratch.Position, 3);
//FrameworkCore.sphereRenderer.Draw(s, Matrix.Identity, Color.LimeGreen);
}
}
private void UpdateShips(GameTime gameTime)
{
if (!HasFocus)
{
return;
}
for (int i = 0; i < FrameworkCore.playbackSystem.ItemIndex; i++)
{
PlaybackItem ship = FrameworkCore.playbackSystem.PlaybackItems[i];
if (ship.isStatic)
{
if (ship.moveEvents[0] != null)
{
ship.position = ship.moveEvents[0].position;
ship.rotation = ship.moveEvents[0].rotation;
}
continue;
}
for (int k = 0; k < ship.moveArrayIndex; k++)
{
PlaybackMoveEvent moveEvent = ship.moveEvents[k];
if (moveEvent.timeStamp == playbackTime)
{
ship.position = moveEvent.position;
ship.rotation = moveEvent.rotation;
continue;
}
if (k < ship.moveArrayIndex - 1) //NOT the last node.
{
if (moveEvent.timeStamp < playbackTime && ship.moveEvents[k + 1].timeStamp > playbackTime)
{
//this is the interval we are interested in.
float adjustedPlaybackTime = playbackTime - moveEvent.timeStamp;
float intervalTransition = adjustedPlaybackTime /
(ship.moveEvents[k + 1].timeStamp - moveEvent.timeStamp);
ship.position = Vector3.Lerp(
moveEvent.position,
ship.moveEvents[k + 1].position,
intervalTransition);
ship.rotation = Quaternion.Lerp(
moveEvent.rotation,
ship.moveEvents[k + 1].rotation,
intervalTransition);
continue;
}
}
}
}
}
