private void ElasticCollision(basicCuboid w)
{
//Original code not needed
//player.velocity *= -1;
//player.position = player.storedPos;
///////////////////////////////////////////////////////////////////
//
// CODE FOR TASK 7 SHOULD BE ENTERED HERE
// Need the perpendicular vector to the face of the box we hit
// To do this we need 2 vectors on the face of the box we hit
Vector3 faceVector1;
Vector3 faceVector2;
//Get the corners of the box we hit
Vector3[] corners = w.collisionbox.GetCorners();
//Corners of the box faces that are perpendicular to the z axis
// 0 - 3 is the near face, 4 - 7 is the far face
//Start upper left, then upper right, then lower right, then lower left (clockwise)
//Move back our player to the previous position (so they aren't inside the box)
player.position = player.storedPos;
//Is the new players position overlapping in the X direction
if ((player.hitBox.Min.X - player.velocity.X) > w.collisionbox.Max.X ||
(player.hitBox.Max.X - player.velocity.X) < w.collisionbox.Min.X)
{
//Overlapping from right or left
//Line from top left to top right
faceVector1 = corners[1] - corners[6];
//line from front top left going to the front bottom right
faceVector2 = corners[2] - corners[6];
}
// If we are not overlapping right or left we are overlapping front/back(z-axis)
else
{
// Overlapping front or back
//Line from top left to top right
faceVector1 = corners[1] - corners[0];
//line from front top left going to the front bottom right
faceVector2 = corners[2] - corners[0];
}
//Ignoer possibility of a Y direction
//Get a cross product between these two vector to define a normal perpendicular to the plane (face)
Vector3 normal = Vector3.Cross(faceVector1, faceVector2);
//Make it a unit Vector
normal.Normalize();
//Use this normal vector to reflect the player's velocity
//(Uses a dot product equation internally)
player.velocity = Vector3.Reflect(player.velocity, normal);
//
///////////////////////////////////////////////////////////////////
}
private void ElasticCollision(basicCuboid w)
{
//player.velocity *= -1;
//player.position = player.storedPos;
///////////////////////////////////////////////////////////////////
//
// CODE FOR TASK 7 SHOULD BE ENTERED HERE
//
///
//we need the perpendicular vector to the face of the object we hit.
//in order to do this we need two vectors from the face we hit.
Vector3 faceVector1;
Vector3 facevector2;
//get the corners of the box we hit so we can calculate the face vector
Vector3[] corners = w.collisionbox.GetCorners();
//this returns the corners of the box faces that are perpendicular to the z axis
// 0-3 is the near face and 4-7 is the far face.
//start upper left then upper right then lower right then lower left (clockwise)
//move back our player to their previous position (so they arent inside the box)
player.position = player.storedPos;
//is the players new position overlapping in the x direction
if ((player.hitBox.Min.X - player.velocity.X) > w.collisionbox.Max.X ||
(player.hitBox.Max.X - player.velocity.X) < w.collisionbox.Min.X)
{
//over lapping front or back
//line from front top left to the top right
faceVector1 = corners[1] - corners[6];
//line from front top left going to the front bottom right
facevector2 = corners[2] - corners[6];
}
//if we are NOT overlapping right or left, we are overlapping front/back (zaxis)
else
{
//over lapping front or back
//line from back bottom right to the front top right
faceVector1 = corners[1] - corners[0];
//line from back bottom right going to the front bottom right
facevector2 = corners[2] - corners[0];
}
//we ignore the posibility of a y direction
//get a cross product between these two zectors to define a normal perpendicular to the plane
Vector3 normal = Vector3.Cross(faceVector1, facevector2);
//make it a unit vector (length 1)
normal.Normalize();
//use this normal vector to reflect the player's velocity
//this uses cross product equation internally
player.velocity = Vector3.Reflect(player.velocity, normal);
///////////////////////////////////////////////////////////////////
}
private void ElasticCollision(basicCuboid w)
{
player.velocity *= -1;
player.position = player.storedPos;
///////////////////////////////////////////////////////////////////
//
// CODE FOR TASK 7 SHOULD BE ENTERED HERE
//
///////////////////////////////////////////////////////////////////
}
private void ElasticCollision(basicCuboid w)
{
//player.velocity *= -1;
//player.position = player.storedPos;
///////////////////////////////////////////////////////////////////
//
// CODE FOR TASK 7 SHOULD BE ENTERED HERE
//
///////////////////////////////////////////////////////////////////
// need the perpendicular vector to the face of the box we hit
// to do this, we need TWO vectors ON the face of the box we hit
Vector3 faceVector1;
Vector3 faceVector2;
// get the corners of the box we hit so we can calculate the face vectors
Vector3[] corners = w.collisionbox.GetCorners();
// corners of the box faces that are perpendicular to the z axis (aka facing along the z axis)
// 0-3 is the near face, 4-7 is the far face
// Start upper left, upper right, then lower right, lower left clockwise
// move back our player to their previous position (so they arent inside the box)
player.position = player.storedPos;
// is the player's new position overlapping in the X direction
if ((player.hitBox.Min.X - player.velocity.X) > w.collisionbox.Max.X || (player.hitBox.Max.X - player.velocity.X) > w.collisionbox.Min.X)
{
// overlapping from right or left!
// line from back bottom right going to the front top right
faceVector1 = corners[1] - corners[6];
// line from back bottom right going to the front bottom right
faceVector2 = corners[2] - corners[6];
}
else
// if we are NOT overlapping right or left, we are overlapping front/back (z-axis)
{
// overlapping front or back!
// line from front top left going to the top right
faceVector1 = corners[1] - corners[0];
// line from front top left going to the bottom right
faceVector2 = corners[2] - corners[0];
}
// (we ignore the possibilty of a y direction
// get a cross product between these two vectors to define a normal perpendicular to the plan
Vector3 normal = Vector3.Cross(faceVector1, faceVector2);
// make it a unit vector (length 1)
normal.Normalize();
// use this normal vector to reflect the player's velocity
// this uses a dot product equation internally
player.velocity = Vector3.Reflect(player.velocity, normal);
velocityOld = player.velocity;
}
private void ElasticCollision(basicCuboid w)
{
//player.velocity *= -1;
//player.position = player.storedPos;
///////////////////////////////////////////////////////////////////
//
// need the perpendicular vector to the face of the box we hit
// to do this we need two vectors on the face of the box we hit
Vector3 faceVector1;
Vector3 faceVector2;
// get the corners of the box we hit so we can calculate face vectors
Vector3[] corners = w.collisionbox.GetCorners();
// returns corners of the box that are perpendicular to the z axis(facing along the z axis)
// 0-3 is the near face 4-7 is the far face
//start upper left then clockwise to upper right, lower right, lower left
// move back our player to previous position so they are not in the box
player.position = player.storedPos;
//is the players new position overlapping the X direction
if ((player.hitBox.Min.X - player.velocity.X) > w.collisionbox.Max.X || (player.hitBox.Max.X - player.velocity.X) < w.collisionbox.Min.X)
{
// overlapping from right/left
//line from back bottom right to front top right
faceVector1 = corners[1] - corners[6];
//line from back bottom right to front bottom right
faceVector2 = corners[2] - corners[6];
}
else // if we are not overlapping right/left, we are overlapping front/back (z axis)
{
//line from front top left to front top right
faceVector1 = corners[1] - corners[0];
//line from front top front left to front bottom right
faceVector2 = corners[2] - corners[0];
}
// we ignore the possibility of y direction (no jumping
// get a cross product between these two vectors to define a normal perpendicular to the plane (face)
Vector3 normal = Vector3.Cross(faceVector1, faceVector2);
normal.Normalize();
//use this normal vector to reflect the player's velocity
// this uses a dot product equation internally
player.velocity = Vector3.Reflect(player.velocity, normal);
// CODE FOR TASK 7 SHOULD BE ENTERED HERE
//
///////////////////////////////////////////////////////////////////
}
private void ElasticCollision(basicCuboid w)
{
//player.velocity *= -1;
//player.position = player.storedPos;
///////////////////////////////////////////////////////////////////
//
// CODE FOR TASK 7 SHOULD BE ENTERED HERE
//
///////////////////////////////////////////////////////////////////
//Need the perpendicular vector to the face of the box we hit.
//To do this we need TWO vectors ON the face of the box we hit
Vector3 faceVector1;
Vector3 faceVector2;
//Get the corners of the box we hit so we can calculate the face vectors
Vector3[] corners = w.collisionbox.GetCorners();
//Corners of the box faces that are perpendicular to the z axis (facing along the z axis)
//0-3 (so 4 corners) is the near face, 4-7 is the far face
//Start upper left, then upper right, then lower left, then lower right. So clockwise
//Move back our player to their previous position (so we aren't inside the box)
player.position = player.storedPos;
//Is the player's new position overlapping in the x direction
if ((player.hitBox.Min.X - player.velocity.X) > w.collisionbox.Max.X ||
(player.hitBox.Max.X - player.velocity.X) < w.collisionbox.Min.X)
{
//Overlapping from right or left
//Line from back bottom right going to the front top right point
faceVector1 = corners[1] - corners[6];
//Line from back bottom right to front bottom right
faceVector2 = corners[2] - corners[6];
}
else //If we are NOT overlapping left or right, ARE overlapping front/back (z axis)
{
//Line from front top left going to the front top right point
faceVector1 = corners[1] - corners[0];
//Line from front top left to front bottom right
faceVector2 = corners[2] - corners[0];
}
//Ignore the possibility of a y direction
//Get a cross product between these two vectors to define a normal perdendicular to the plane (face)
Vector3 normal = Vector3.Cross(faceVector1, faceVector2);
normal.Normalize();
//Use this normal vector to reflect the player's velocity
//uses a dot product equation internally
player.velocity = Vector3.Reflect(player.velocity, normal);
}
/// <summary>
/// LoadContent will be called once per game and is the place to load
/// all of your content.
/// </summary>
protected override void LoadContent()
{
BoundingRenderer.InitializeGraphics(graphics.GraphicsDevice);
spriteBatch = new SpriteBatch(GraphicsDevice);
player.LoadModel(Content, "Ship");
player.rotation = new Vector3(0f, 0f, 0f);
player.position.X = 0;
player.position.Y = 0;
player.position.Z = 0;
player.scale = 0.1f;
rock.LoadModel(Content, "Meteor");
rock.scale = 0.1f;
rock.position = new Vector3(25, 60, -50);
for (int c = 0; c < walls.Length; c++)
{
walls[c] = new basicCuboid(GraphicsDevice);
walls[c].LoadContent(Content, "WallTexture");
walls[c].scale = new Vector3(5, 30, 60);
if (c < 5)
{
walls[c].SetUpVertices(new Vector3(-70, 0, 60 * (c + 1)));
}
else if (c < 10)
{
walls[c].SetUpVertices(new Vector3(-70, 0, -60 * (c - 4)));
}
else
{
walls[c].scale = new Vector3(60, 30, 5);
walls[c].SetUpVertices(new Vector3(-70 + (c - 10) * 60, 0, -300));
}
}
door = new basicCuboid(GraphicsDevice);
door.LoadContent(Content, "WallTexture");
door.scale = new Vector3(5, 30, 60);
door.SetUpVertices(new Vector3(-70, 0, 0));
TriggerBoxDoorOpen = new BoundingBox(new Vector3(-95, 0, 0), new Vector3(-
45, 10, 60));
TriggerBoxRockFall = new BoundingBox(new Vector3(-5, -5, -55), new
Vector3(55, 5, -45));
sunlight.diffuseColor = new Vector3(10);
sunlight.specularColor = new Vector3(1f, 1f, 1f);
sunlight.direction = Vector3.Normalize(new Vector3(1.5f, -1.5f, -1.5f));
//music
this.BGM = Content.Load <Song>("GameofBlades-TrailsofCold SteelOST");
MediaPlayer.Play(BGM);
//the following line will also loop the song
MediaPlayer.IsRepeating = true;
MediaPlayer.MediaStateChanged += MediaPlayer_MediaStateChanged;
}
private void ElasticCollision(basicCuboid w)
{
/////////////////////
// CODE FOR TASK 7 //
/////////////////////
// Need the perpendicular vector to the face of the box we hit
// To do this, we need TWO vectors ON the face of the box we hit
Vector3 faceVector1;
Vector3 faceVector2;
// Get the corner of the box we hit so that we can calculate the face vectors
Vector3[] corners = w.collisionbox.GetCorners();
// returns the corners of the box faces that are perpendicular to the z axis (facing along the z axis)
// 0-3 is the near, 4-7 is the far face
// Start upper left, then upper right, then lower right, then lower left (clockwise)
// Move back our player to their previous position (so they aren't inside the box)
player.position = player.storedPos;
// If the player's new position overlappin in the X direction
if ((player.hitBox.Min.X - player.velocity.X) > w.collisionbox.Max.X || (player.hitBox.Max.X - player.velocity.X) < w.collisionbox.Min.X)
{
// Overlapping from right or left!
// Line from back bottom right going to the front top right
faceVector1 = corners[1] - corners[6];
// line from back bottom right going to the front bottom right
faceVector2 = corners[2] - corners[6];
}
else // If we are not overlapping right or left, we are overlapping front/back (z axis)
{
// Overlapping front or back!
// Line from front top left going to the front top right
faceVector1 = corners[1] - corners[0];
// line from front top left going to the front bottom right
faceVector2 = corners[2] - corners[0];
}
// (we ignore the possibility of a y direction
// Get a cross product between these two vectors to define a normal perpendicular to the plane (face)
Vector3 normal = Vector3.Cross(faceVector1, faceVector2);
// Make it a unit vector (length 1)
normal.Normalize();
// Use this normal vector to reflect the player's velocity
// (this uses a dot product equation internally)
player.velocity = Vector3.Reflect(player.velocity, normal);
}
/// <summary>
/// LoadContent will be called once per game and is the place to load
/// all of your content.
/// </summary>
protected override void LoadContent()
{
BoundingRenderer.InitializeGraphics(graphics.GraphicsDevice);
spriteBatch = new SpriteBatch(GraphicsDevice);
player.LoadModel(Content, "Ship");
player.rotation = new Vector3(1.5f, 0f, 0f);
player.position.X = 0;
player.position.Y = 0;
player.position.Z = 0;
player.scale = 0.1f;
//player.collisionOffset = new Vector3(0, 100.0f, 0);
rock.LoadModel(Content, "Meteor");
rock.scale = 0.1f;
rock.position = new Vector3(25, 60, -50);
for (int c = 0; c < walls.Length; c++)
{
walls[c] = new basicCuboid(GraphicsDevice);
walls[c].LoadContent(Content, "WallTexture");
walls[c].scale = new Vector3(5, 30, 60);
if (c < 5)
{
walls[c].SetUpVertices(new Vector3(-70, 0, 60 * (c + 1)));
}
else if (c < 10)
{
walls[c].SetUpVertices(new Vector3(-70, 0, -60 * (c - 4)));
}
else
{
walls[c].scale = new Vector3(60, 30, 5);
walls[c].SetUpVertices(new Vector3(-70 + (c - 10) * 60, 0, -300));
}
}
door = new basicCuboid(GraphicsDevice);
door.LoadContent(Content, "WallTexture");
door.scale = new Vector3(5, 30, 60);
door.SetUpVertices(new Vector3(-70, 0, 0));
TriggerBoxDoorOpen = new BoundingBox(new Vector3(-95, 0, 0), new Vector3(-
45, 10, 60));
TriggerBoxRockFall = new BoundingBox(new Vector3(-5, -5, -55), new
Vector3(55, 5, -45));
sunlight.diffuseColor = new Vector3(10);
sunlight.specularColor = new Vector3(1f, 1f, 1f);
sunlight.direction = Vector3.Normalize(new Vector3(1.5f, -1.5f, -1.5f));
}
private void ElasticCollision(basicCuboid w)
{
//old collision data
//player.velocity *= -1;
//player.position = player.storedPos;
///////////////////////////////////////////////////////////////////
//
// TASK 7 HERE
//
///////////////////////////////////////////////////////////////////
///
//declare necessary variables
//we need the perpendicular vector to the face of the box we hit
//to do this, we need TWO vectors ON the face of the box we hit
Vector3 faceVector1;
Vector3 faceVector2;
//get the corners of the box we hit
//so we can calculate the face vectors
Vector3[] corners = w.collisionbox.GetCorners();
//This returns the corners of the box, faces that are perpendicular(90') to the Z axis
//0-3 is the near face and 4-7 is the far face of the cube
//starts in the upper left, upper right, lower right, lower left (clockwise formation)
//move back our player to their previous position
//so they aren't inside the box
player.position = player.storedPos;
//is the players new position overlapping in the X direction
if ((player.hitBox.Min.X - player.velocity.X) > w.collisionbox.Max.X ||
(player.hitBox.Max.X - player.velocity.X) > w.collisionbox.Min.X)
{
// overlapping from Right or Left
//line from back bottom right the front top right point
faceVector1 = corners[1] - corners[6];
//line from back bottom right going to front bottom right
faceVector2 = corners[2] - corners[6];
}
//if we are not overlapping, right or left
else
{//we are overlapping in the front or back (Z-axis)
//line from front top left to the front top right point
faceVector1 = corners[1] - corners[0];
//line from front top left going to front bottom right
faceVector2 = corners[2] - corners[0];
}
//we ignore the possibility of a y-direction
//get a cross product between these two vectors to define a normal perpendicular to the plane (face)
Vector3 normal = Vector3.Cross(faceVector1, faceVector2);
//make into a unit vector(of length 1)
normal.Normalize(); // divide normal by it's own magnitude
//use this normal vector to reflect the players velocity
// (this uses a dot product equation internally)
player.velocity = Vector3.Reflect(player.velocity, normal);
}