public Vertex(Vertex v)
{
position = v.position;
normal = v.normal;
direction = v.direction;
velocity = v.velocity;
}
public Vertex(Vertex v, Vector3 positionOffset)
{
position = v.position + positionOffset;
normal = v.normal;
direction = v.direction;
velocity = v.velocity;
}
public GunEmplacement(VL.TrackType trackType, VL.GunType gunType, Vector2 positionOffset, float radius, float depthOffset, BaseType baseType, Monster srcMonster)
{
this.gunType = gunType;
this.trackType = trackType;
this.positionOffset = positionOffset;
this.radius = radius;
this.baseRadius = .75f * radius;
this.depthOffset = depthOffset;
this.baseType = baseType;
this.gunLine = srcMonster.position.direction;
this.gunNormal = Vector3.Cross(gunLine, srcMonster.position.normal);
this.position = srcMonster.position;
}
public Projectile(Projectile p)
{
position = new Vertex(p.position);
type = p.type;
lifeTime = p.lifeTime;
exploded = p.exploded;
playerProjectile = p.playerProjectile;
if(p.srcMonster != null)
srcMonsterId = p.srcMonster.id;
missileTarget = p.missileTarget;
stopped = p.stopped;
exploding = p.exploding;
explodeTime = p.explodeTime;
laserDepth = p.laserDepth;
}
public GunEmplacement(GunEmplacement g)
{
trackType = g.trackType;
currentAngle = g.currentAngle;
fireCooldown = g.fireCooldown;
//position = new Vertex(g.position);
positionOffset = g.positionOffset;
gunLine = g.gunLine;
gunNormal = g.gunNormal;
gunType = g.gunType;
radius = g.radius;
position = new Vertex();
depthOffset = g.depthOffset;
baseType = g.baseType;
baseRadius = g.baseRadius;
}
public Vertex Unfold(Room r, Vector3 n, Vector3 u)
{
Vector3 anchor = r.center + Math.Abs(Vector3.Dot(r.size / 2, n)) * n;
Vertex v = new Vertex();
if (normal == n)
{
v.normal = normal;
v.position = position;
v.velocity = velocity;
v.direction = direction;
}
else if (Vector3.Dot(normal, n) == 0)
{
Vector3 badComponent = Vector3.Dot(n, position - anchor) * n;
Vector3 badVelComponent = Vector3.Dot(n, velocity) * n;
Vector3 badDirComponent = Vector3.Dot(n, direction) * n;
float badVelLength = Vector3.Dot(n, velocity);
float badDirLength = Vector3.Dot(n, direction);
v.position = position - badComponent + badComponent.Length() * normal;
v.velocity = velocity - badVelComponent - badVelLength * normal;
v.direction = direction - badDirComponent - badDirLength * normal;
v.normal = n;
}
else
{
Vector3 upAnchor = r.center + Math.Abs(Vector3.Dot(r.size / 2, u)) * u;
Vector3 badComponent = Vector3.Dot(u, position - upAnchor) * u;
Vector3 gapComponent = Vector3.Dot(r.size, n) * n;
float badVelLength = Vector3.Dot(u, velocity);
float badDirLength = Vector3.Dot(u, direction);
v.position = position - 2 * badComponent + gapComponent.Length() * n + gapComponent.Length() * u;
v.velocity = velocity - 2*badVelLength * u;
v.direction = direction - 2*badDirLength * u;
v.normal = n;
}
return v;
}
public Doodad(Doodad d, Room r, Vector3 n, Vector3 u)
{
position = d.position.Unfold(r, n, u);
type = d.type;
toggleOn = d.toggleOn;
targetDoodad = d.targetDoodad;
active = d.active;
srcDoodad = d;
stateTransition = d.stateTransition;
}
public void Upgate(int gameTime, Monster srcMonster)
{
position = new Vertex(srcMonster.position);
position.velocity = positionOffset.X * srcMonster.rightUnit - positionOffset.Y * srcMonster.upUnit;
position.Update(Engine.player.currentRoom, 1);
position.velocity = srcMonster.position.velocity;
if ((Engine.player.center.position - position.position).Length() < weaponRange)
fireCooldown -= gameTime;
if (fireCooldown < 0)
fireCooldown = 0;
float cosTheta = 0f;
float sinTheta = 0f;
if (angleRotateSpeed != 0)
{
Vector3 aimTarget = Engine.player.center.position - position.position;
aimTarget.Normalize();
cosTheta = Vector3.Dot(srcMonster.upUnit, aimTarget);
sinTheta = Vector3.Dot(srcMonster.rightUnit, aimTarget);
float targetAngle = 0;
if (sinTheta > 0)
targetAngle = (float)Math.Acos(cosTheta);
else
targetAngle = (float)(2 * Math.PI) - (float)Math.Acos(cosTheta);
float posGap = targetAngle - currentAngle;
if (posGap < 0)
posGap += (float)Math.PI * 2;
if (posGap < .1f)
{
}
else if (posGap < Math.PI) currentAngle += angleRotateSpeed;
else if (posGap > Math.PI) currentAngle -= angleRotateSpeed;
if (currentAngle > 2 * Math.PI)
currentAngle -= (float)Math.PI * 2;
if (currentAngle < 0)
currentAngle += (float)Math.PI * 2;
if (!(srcMonster.moveType == VL.MovementType.Hover || srcMonster.moveType == VL.MovementType.ArmorBoss || srcMonster.moveType == VL.MovementType.RockBoss || srcMonster.moveType == VL.MovementType.SnakeBoss || srcMonster.moveType == VL.MovementType.BattleBoss))
{
if (currentAngle > Math.PI / 2 && currentAngle < Math.PI)
currentAngle = (float)(Math.PI / 2 - .05f);
if (currentAngle > Math.PI && currentAngle < 3 * Math.PI / 2)
currentAngle = (float)(3 * Math.PI / 2 + .05f);
}
}
else if (trackType == VL.TrackType.Up)
{
currentAngle = 0f;
}
else if (trackType == VL.TrackType.UpLeft)
{
currentAngle = (float)(7 * Math.PI / 4);
}
else if (trackType == VL.TrackType.UpRight)
{
currentAngle = (float)(Math.PI / 4);
}
else if (trackType == VL.TrackType.Left)
{
currentAngle = (float)(3 * Math.PI / 2);
}
else if (trackType == VL.TrackType.Right)
{
currentAngle = (float)(Math.PI / 2);
}
cosTheta = (float)Math.Cos(currentAngle);
sinTheta = (float)Math.Sin(currentAngle);
gunLine = srcMonster.right * sinTheta + srcMonster.up * cosTheta;
gunNormal = Vector3.Cross(gunLine, position.normal);
gunLine.Normalize();
gunNormal.Normalize();
if (srcMonster.moveType == VL.MovementType.RockBoss && (srcMonster.rockBoss.state == RockBossState.Snow_Flee1))
return;
if (fireCooldown == 0)
{
Vector3 projectileVelocity = gunLine;
projectileVelocity.Normalize();
fireCooldown = fireTime;
if (srcMonster != null)
{
fireCooldown += (ArmorBoss.r.Next(fireCooldown / 5) - fireCooldown / 10);
}
if (gunType == VL.GunType.Blaster || gunType == VL.GunType.Repeater)
{
SoundFX.FireBlaster(position.position);
Engine.player.currentRoom.projectiles.Add(new Projectile(srcMonster, ProjectileType.Plasma, position.position + radius * gunLine, Vector3.Zero, position.normal, projectileVelocity));
if (gunType == VL.GunType.Repeater)
{
repeaterCount++;
repeaterCount %= 4;
}
}
if (gunType == VL.GunType.Beam)
{
SoundFX.FireLaser(position.position);
Engine.player.currentRoom.projectiles.Add(new Projectile(srcMonster, ProjectileType.Laser, position.position + radius * gunLine, Vector3.Zero, position.normal, projectileVelocity));
}
if (gunType == VL.GunType.Missile)
{
SoundFX.FireMissile(position.position);
Engine.player.currentRoom.projectiles.Add(new Projectile(srcMonster, ProjectileType.Missile, position.position + radius * gunLine, position.velocity, position.normal, projectileVelocity));
}
if (gunType == VL.GunType.Spread)
{
SoundFX.FireBlaster(position.position);
SoundFX.FireBlaster(position.position);
SoundFX.FireBlaster(position.position);
Engine.player.currentRoom.projectiles.Add(new Projectile(srcMonster, ProjectileType.Plasma, position.position + radius * gunLine, Vector3.Zero, position.normal, projectileVelocity + .5f * gunNormal));
Engine.player.currentRoom.projectiles.Add(new Projectile(srcMonster, ProjectileType.Plasma, position.position + radius * gunLine, Vector3.Zero, position.normal, projectileVelocity - .5f * gunNormal));
Engine.player.currentRoom.projectiles.Add(new Projectile(srcMonster, ProjectileType.Plasma, position.position + radius * gunLine, Vector3.Zero, position.normal, projectileVelocity));
}
}
}
public void AddSingleBlockSideToTriangleList(Vertex v1, Vertex v2, Color c, float depth, List<Vector2> texCoords, List<VertexPositionColorNormalTexture> triangleList)
{
Color shadedColor = Color.Blue;
Color shadedColorBack = Color.Blue;
if (v1.normal != v2.normal)
{
// corner edge case
Vector3 fullEdge = v2.position - v1.position;
Vector3 currentComponent = Vector3.Dot(v2.normal, fullEdge) * v2.normal;
Vector3 nextComponent = Vector3.Dot(v1.normal, fullEdge) * v1.normal;
Vector3 constantComponent = Vector3.Dot(Vector3.Cross(v2.normal, v1.normal), fullEdge) * Vector3.Cross(v2.normal, v1.normal);
float currentPercent = currentComponent.Length() / (currentComponent.Length() + nextComponent.Length());
Vector3 midPoint = v1.position + currentComponent + currentPercent * constantComponent;
Vector3 edgeNormal = Vector3.Cross(midPoint - v1.position, v1.normal);
edgeNormal.Normalize();
shadedColor = FakeShader.Shade(c, edgeNormal);
triangleList.Add(GenerateTexturedVertex(v1.position, texCoords[1], shadedColor, edgeNormal, depth));
triangleList.Add(GenerateTexturedVertex(v1.position, texCoords[2], shadedColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(midPoint, texCoords[0], shadedColor, edgeNormal, depth));
triangleList.Add(GenerateTexturedVertex(midPoint, texCoords[0], shadedColor, edgeNormal, depth));
triangleList.Add(GenerateTexturedVertex(v1.position, texCoords[2], shadedColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(midPoint, texCoords[3], shadedColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(midPoint, texCoords[1], shadedColor, edgeNormal, depth));
triangleList.Add(GenerateTexturedVertex(midPoint, texCoords[2], shadedColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(v2.position, texCoords[0], shadedColor, edgeNormal, depth));
triangleList.Add(GenerateTexturedVertex(v2.position, texCoords[0], shadedColor, edgeNormal, depth));
triangleList.Add(GenerateTexturedVertex(midPoint, texCoords[2], shadedColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(v2.position, texCoords[3], shadedColor, edgeNormal, -depth));
}
else
{
Vector3 edgeNormal = Vector3.Cross(v2.position - v1.position, v1.normal);
edgeNormal.Normalize();
shadedColor = FakeShader.Shade(c, edgeNormal);
// straight edge case
triangleList.Add(GenerateTexturedVertex(v1.position, texCoords[1], shadedColor, edgeNormal, depth));
triangleList.Add(GenerateTexturedVertex(v1.position, texCoords[2], shadedColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(v2.position, texCoords[0], shadedColor, edgeNormal, depth));
triangleList.Add(GenerateTexturedVertex(v2.position, texCoords[0], shadedColor, edgeNormal, depth));
triangleList.Add(GenerateTexturedVertex(v1.position, texCoords[2], shadedColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(v2.position, texCoords[3], shadedColor, edgeNormal, -depth));
}
}
public void DrawMapDecal(Vector3 cameraUp, Vector3 cameraRight, Texture2D decalTexture, Vertex v, bool objective, float decalSize, Color color)
{
float iconDistance = 3f;
float iconSize = decalSize;
if (objective == true)
{
iconDistance = 5f;
iconSize = 3f + ObjectiveControl.oscillate * 3f / ObjectiveControl.maxOscillate;
}
if (WorldMap.state == ZoomState.Objectives || WorldMap.state == ZoomState.World || WorldMap.state == ZoomState.ZoomFromWorld || WorldMap.state == ZoomState.ZoomToWorld)
{
iconDistance *= 1f * (3 * WorldMap.worldZoomLevel);
iconSize *= 1f + (2 * WorldMap.worldZoomLevel);
}
Vector3 offset = Vector3.Zero;
Vector3 lowerLeft = v.position + iconSize * -cameraRight + iconSize * -cameraUp + v.normal * iconDistance;
Vector3 lowerRight = v.position + iconSize * cameraRight + iconSize * -cameraUp + v.normal * iconDistance;
Vector3 upperLeft = v.position + iconSize * -cameraRight + iconSize * cameraUp + v.normal * iconDistance;
Vector3 upperRight = v.position + iconSize * cameraRight + iconSize * cameraUp + v.normal * iconDistance;
VertexPositionColorNormalTexture[] mapDecalList = new VertexPositionColorNormalTexture[6];
mapDecalList[0] = (new VertexPositionColorNormalTexture(lowerLeft, color, v.normal, Room.plateTexCoords[2]));
mapDecalList[1] = (new VertexPositionColorNormalTexture(lowerRight, color, v.normal, Room.plateTexCoords[3]));
mapDecalList[2] = (new VertexPositionColorNormalTexture(upperLeft, color, v.normal, Room.plateTexCoords[1]));
mapDecalList[3] = (new VertexPositionColorNormalTexture(lowerRight, color, v.normal, Room.plateTexCoords[3]));
mapDecalList[4] = (new VertexPositionColorNormalTexture(upperLeft, color, v.normal, Room.plateTexCoords[1]));
mapDecalList[5] = (new VertexPositionColorNormalTexture(upperRight, color, v.normal, Room.plateTexCoords[0]));
Engine.playerTextureEffect.Texture = decalTexture;
Engine.playerTextureEffect.CurrentTechnique.Passes[0].Apply();
Game1.graphicsDevice.DrawUserPrimitives(PrimitiveType.TriangleList,
mapDecalList, 0, mapDecalList.Count() / 3, VertexPositionColorNormalTexture.VertexDeclaration);
}
public Doodad(Doodad d)
{
srcDoodad = this;
style = d.style;
//unfoldedPosition = new Vertex(d.unfoldedPosition);
position = new Vertex(d.position);
spawnPosition = new Vertex(d.spawnPosition);
active = d.active;
available = d.available;
id = d.id;
idle = d.idle;
targetBehavior = d.targetBehavior;
targetObject = d.targetObject;
expectedBehavior = d.expectedBehavior;
alreadyUsed = d.alreadyUsed;
type = d.type;
behaviors = d.behaviors;
currentBehaviorId = d.currentBehaviorId;
if(d.currentBehavior != null)
currentBehaviorId = d.currentBehavior.id;
orbsRemaining = d.orbsRemaining;
doorDecal = d.doorDecal;
currentTime = d.currentTime;
nextBehavior = d.nextBehavior;
breakTime = d.breakTime;
behaviorStarted = d.behaviorStarted;
toggleOn = d.toggleOn;
abilityType = d.abilityType;
originalAbilityType = d.originalAbilityType;
cooldown = d.cooldown;
activationCost = d.activationCost;
speaker = d.speaker;
targetDoodadId = d.targetDoodadId;
if(d.targetDoodad != null)
targetDoodadId = d.targetDoodad.id;
targetBlockId = d.targetBlockId;
if (d.targetBlock != null)
targetBlockId = d.targetBlock.id;
targetEdgeId = d.targetEdgeId;
if (d.targetEdge != null)
targetEdgeId = d.targetEdge.id;
targetRoomId = d.targetRoomId;
if(d.targetRoom != null)
targetRoomId = d.targetRoom.id;
stateTransition = d.stateTransition;
stateTransitionDir = d.stateTransitionDir;
stateTransitionVelocity = d.stateTransitionVelocity;
_powered = d._powered;
behaviors = new List<Behavior>();
foreach (Behavior b in d.behaviors)
{
behaviors.Add(new Behavior(b));
}
}
public Ed(Edge e)
{
cbi = e.currentBehaviorId;
ct = e.currentTime;
bs = e.behaviorStarted;
vs = new Vertex(e.start);
ve = new Vertex(e.end);
pv = e.properties.primaryValue;
sv = e.properties.secondaryValue;
to = e.toggleOn;
nb = e.nextBehavior;
}
public Projectile(Monster srcMonster, ProjectileType type, Vector3 position, Vector3 velocity, Vector3 normal, Vector3 direction)
{
this.srcMonster = srcMonster;
if (srcMonster == null)
playerProjectile = true;
this.type = type;
this.position = new Vertex(position - Engine.player.platformVelocity, normal, Vector3.Zero, direction);
Vector3 extraVelocity = direction;
extraVelocity.Normalize();
this.position.velocity += extraVelocity * this.initVelocity;
this.position.velocity += Vector3.Dot(velocity, direction) * direction;
this.position.velocity += Engine.player.platformVelocity;
this.referenceFrameSpeed = this.position.velocity.Length();
this.laserDepth = -5f;
}
public Projectile(Projectile p, Room r, Vector3 n, Vector3 u)
{
position = p.position.Unfold(r,n,u);
referenceFrameSpeed = p.referenceFrameSpeed;
srcProjectile = p;
type = p.type;
}
public void AddStripToTriangleListHelper(Vertex start, Vertex end, float depth, EdgeProperties properties, List<VertexPositionColorNormalTexture> triangleList)
{
Vector3 edgeDir = end.position - start.position;
Vector3 edgeNormal = Vector3.Cross(end.position - start.position, start.normal);
edgeNormal.Normalize();
edgeDir.Normalize();
Color baseColor = Color.White;
if(properties.type == VL.EdgeType.Ice)
baseColor = Color.White;
if (properties.type == VL.EdgeType.Magnet)
baseColor = Color.Gray;
if (properties.type == VL.EdgeType.Bounce)
baseColor = Color.Magenta;
if (properties.type == VL.EdgeType.Electric)
{
if (properties.primaryValue == 0)
baseColor = new Color(40, 40, 40);
else
baseColor = Color.Yellow;
}
if (properties.type == VL.EdgeType.ConveyorBelt)
baseColor = Color.DarkGray;
if (properties.type != VL.EdgeType.Spikes)
{
float epsilon = .01f;
//side
triangleList.Add(GenerateTexturedVertex(start.position + epsilon * edgeNormal, blankTexCoords[1], baseColor, start.normal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(start.position - .5f * edgeNormal, blankTexCoords[1], baseColor, start.normal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(end.position + epsilon * edgeNormal, blankTexCoords[1], baseColor, start.normal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(end.position + epsilon * edgeNormal, blankTexCoords[1], baseColor, start.normal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(start.position - .5f * edgeNormal, blankTexCoords[1], baseColor, start.normal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(end.position - .5f * edgeNormal, blankTexCoords[1], baseColor, start.normal, depth + epsilon));
//top
triangleList.Add(GenerateTexturedVertex(start.position + epsilon * edgeNormal, blankTexCoords[1], baseColor, edgeNormal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(start.position + epsilon * edgeNormal, blankTexCoords[1], baseColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(end.position + epsilon * edgeNormal, blankTexCoords[1], baseColor, edgeNormal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(end.position + epsilon * edgeNormal, blankTexCoords[1], baseColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(start.position + epsilon * edgeNormal, blankTexCoords[1], baseColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(end.position + epsilon * edgeNormal, blankTexCoords[1], baseColor, edgeNormal, depth + epsilon));
}
if (properties.type == VL.EdgeType.Spikes)
{
int numSpikes = 2 * (int)(end.position - start.position).Length();
float spikeHeight = .75f;
float spikeWidth = (end.position - start.position).Length() / numSpikes;
Color spikeColor = new Color(180, 180, 180);
for (int i = 0; i < numSpikes; i++)
{
Vector3 spikeStart = start.position + i * spikeWidth * edgeDir;
Vector3 spikeEnd = start.position + (i + 1) * spikeWidth * edgeDir;
Vector3 spikePoint = .5f * (spikeStart + spikeEnd) + spikeHeight * edgeNormal;
Color shadedColor = Color.Blue;
shadedColor = FakeShader.Shade(spikeColor, start.normal);
triangleList.Add(GenerateTexturedVertex(spikeStart, blankTexCoords[1], shadedColor, start.normal, depth));
triangleList.Add(GenerateTexturedVertex(spikeEnd, blankTexCoords[1], shadedColor, start.normal, depth));
triangleList.Add(GenerateTexturedVertex(spikePoint, blankTexCoords[1], shadedColor, edgeNormal, depth / 2));
shadedColor = FakeShader.Shade(spikeColor, -start.normal);
triangleList.Add(GenerateTexturedVertex(spikeStart, blankTexCoords[1], shadedColor, -start.normal, 0));
triangleList.Add(GenerateTexturedVertex(spikeEnd, blankTexCoords[1], shadedColor, -start.normal, 0));
triangleList.Add(GenerateTexturedVertex(spikePoint, blankTexCoords[1], shadedColor, edgeNormal, depth / 2));
shadedColor = FakeShader.Shade(spikeColor, edgeDir);
triangleList.Add(GenerateTexturedVertex(spikeStart, blankTexCoords[1], shadedColor, edgeDir, depth));
triangleList.Add(GenerateTexturedVertex(spikeStart, blankTexCoords[1], shadedColor, edgeDir, 0));
triangleList.Add(GenerateTexturedVertex(spikePoint, blankTexCoords[1], shadedColor, edgeNormal, depth / 2));
shadedColor = FakeShader.Shade(spikeColor, -edgeDir);
triangleList.Add(GenerateTexturedVertex(spikeEnd, blankTexCoords[1], shadedColor, -edgeDir, depth));
triangleList.Add(GenerateTexturedVertex(spikeEnd, blankTexCoords[1], shadedColor, -edgeDir, 0));
triangleList.Add(GenerateTexturedVertex(spikePoint, blankTexCoords[1], shadedColor, edgeNormal, depth / 2));
}
}
if (properties.type == VL.EdgeType.ConveyorBelt)
{
int numSegments = (int)(end.position - start.position).Length();
float segmentWidth = (end.position - start.position).Length() / numSegments;
float arrowWidth = 0;
if (properties.primaryValue > 0)
arrowWidth = -.5f;
if (properties.primaryValue < 0)
arrowWidth = .5f;
for (int i = 1; i < numSegments; i++)
{
triangleList.Add(GenerateTexturedVertex(start.position + i * segmentWidth * edgeDir,blankTexCoords[1], Color.Yellow, start.normal, depth + .002f));
triangleList.Add(GenerateTexturedVertex(start.position + i * segmentWidth * edgeDir - .5f * edgeNormal,blankTexCoords[1], Color.Yellow, start.normal, depth + .002f));
triangleList.Add(GenerateTexturedVertex(start.position + arrowWidth * edgeDir + i * segmentWidth * edgeDir - .25f * edgeNormal,blankTexCoords[1], Color.Yellow, start.normal, depth + .002f));
}
}
}
public Doodad(VL.Doodad xmlDoodad, Vector3 normal)
{
srcDoodad = this;
this.type = xmlDoodad.type;
this.id = xmlDoodad.IDString;
this.targetBehavior = xmlDoodad.targetBehavior;
this.targetObject = xmlDoodad.targetObject;
this.expectedBehavior = xmlDoodad.expectBehavior;
this.activationCost = xmlDoodad.activationCost;
this.abilityType = (AbilityType)xmlDoodad.ability;
this.originalAbilityType = (AbilityType)xmlDoodad.ability;
this.position = new Vertex(xmlDoodad.position, normal, Vector3.Zero, xmlDoodad.up);
this.spawnPosition = new Vertex(xmlDoodad.position, normal, Vector3.Zero, xmlDoodad.up);
behaviors = new List<Behavior>();
currentBehavior = null;
if (isOrb)
active = true;
if (type == VL.DoodadType.BluePowerStation)
orbsRemaining = 1;
if (type == VL.DoodadType.RedPowerStation)
orbsRemaining = 1;
if (type == VL.DoodadType.WallSwitch)
stateTransition = 0;
if (isStation)
stateTransition = 0;
}
public void AddTopStrip(Vertex start, Vertex end, float depth, float epsilon, bool flip, List<Vector2> texCoords, List<VertexPositionColorNormalTexture> triangleList)
{
Color baseColor = Color.White;
if (start.normal == end.normal)
{
Vector3 edgeDir = end.position - start.position;
Vector3 edgeNormal = Vector3.Cross(edgeDir, start.normal);
edgeNormal.Normalize();
edgeDir.Normalize();
if(flip == true)
edgeNormal *= -1;
triangleList.Add(GenerateTexturedVertex(start.position + epsilon * edgeNormal, texCoords[2], baseColor, edgeNormal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(start.position + epsilon * edgeNormal, texCoords[1], baseColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(end.position + epsilon * edgeNormal, texCoords[3], baseColor, edgeNormal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(end.position + epsilon * edgeNormal, texCoords[0], baseColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(start.position + epsilon * edgeNormal, texCoords[1], baseColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(end.position + epsilon * edgeNormal, texCoords[3], baseColor, edgeNormal, depth + epsilon));
}
else
{
Vector3 fullEdge = end.position - start.position;
Vector3 currentComponent = Vector3.Dot(end.normal, fullEdge) * end.normal;
Vector3 nextComponent = Vector3.Dot(start.normal, fullEdge) * start.normal;
Vector3 constantComponent = Vector3.Dot(Vector3.Cross(end.normal, start.normal), fullEdge) * Vector3.Cross(end.normal, start.normal);
float currentPercent = currentComponent.Length() / (currentComponent.Length() + nextComponent.Length());
Vector3 midPoint = start.position + currentComponent + currentPercent * constantComponent;
Vector3 edgeDir = midPoint - start.position;
Vector3 edgeNormal = Vector3.Cross(midPoint - start.position, start.normal);
edgeNormal.Normalize();
edgeDir.Normalize();
if (flip == true)
edgeNormal *= -1;
Vector2 midA = currentPercent * texCoords[3] + (1f-currentPercent) * texCoords[2];
Vector2 midB = currentPercent * texCoords[0] + (1f-currentPercent) * texCoords[1];
triangleList.Add(GenerateTexturedVertex(start.position + epsilon * edgeNormal, texCoords[2], baseColor, edgeNormal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(start.position + epsilon * edgeNormal, texCoords[1], baseColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(midPoint + epsilon * edgeNormal, midA, baseColor, edgeNormal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(midPoint + epsilon * edgeNormal, midB, baseColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(start.position + epsilon * edgeNormal, texCoords[1], baseColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(midPoint + epsilon * edgeNormal, midA, baseColor, edgeNormal, depth + epsilon));
edgeDir = end.position - midPoint;
edgeNormal = Vector3.Cross(end.position - midPoint, end.normal);
edgeNormal.Normalize();
edgeDir.Normalize();
if (flip == true)
edgeNormal *= -1;
triangleList.Add(GenerateTexturedVertex(midPoint + epsilon * edgeNormal, midA, baseColor, edgeNormal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(midPoint + epsilon * edgeNormal, midB, baseColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(end.position + epsilon * edgeNormal, texCoords[3], baseColor, edgeNormal, depth + epsilon));
triangleList.Add(GenerateTexturedVertex(end.position + epsilon * edgeNormal, texCoords[0], baseColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(midPoint + epsilon * edgeNormal, midB, baseColor, edgeNormal, -depth));
triangleList.Add(GenerateTexturedVertex(end.position + epsilon * edgeNormal, texCoords[3], baseColor, edgeNormal, depth + epsilon));
}
}
public void UpdateUnfoldedDoodad(Room r, Vector3 n, Vector3 u)
{
unfoldedPosition = position.Unfold(r, n, u);
}
public void AddBlockSidesToTriangleList(List<Vertex> vList, Color c, float depth, List<Vector2> texCoords, List<VertexPositionColorNormalTexture> triangleList)
{
for (int i = 0; i < 4; i++)
{
Vertex vs = vList[i];
Vertex ve = vList[(i + 1) % 4];
if (vs.normal != ve.normal)
{
Vertex vCorner1 = new Vertex(vs.position + Vector3.Dot(vs.direction, ve.position - vs.position) * vs.direction, vs.normal, vs.velocity, vs.direction);
Vertex vCorner2 = new Vertex(vCorner1.position, ve.normal, ve.velocity, ve.direction);
float halfLength1 = (vCorner1.position - vs.position).Length();
if (halfLength1 < 1.5f)
{
AddSingleBlockSideToTriangleList(vs, vCorner1, c, depth, startTexCoords, triangleList);
}
else
{
Vertex v2 = new Vertex((1.5f * vs.position + (halfLength1 - 1.5f) * vCorner1.position) / halfLength1, vs.normal, Vector3.Zero, vs.direction);
AddSingleBlockSideToTriangleList(vs, v2, c, depth, startTexCoords, triangleList);
AddSingleBlockSideToTriangleList(v2, vCorner1, c, depth, midTexCoords, triangleList);
}
float halfLength2 = (ve.position - vCorner2.position).Length();
if (halfLength2 < 1.5f)
{
AddSingleBlockSideToTriangleList(vCorner2, ve, c, depth, endTexCoords, triangleList);
}
else
{
Vertex v2 = new Vertex((1.5f * vCorner2.position + (halfLength2 - 1.5f) * ve.position) / halfLength2, vs.normal, Vector3.Zero, vs.direction);
AddSingleBlockSideToTriangleList(vCorner2, v2, c, depth, midTexCoords, triangleList);
AddSingleBlockSideToTriangleList(v2, ve, c, depth, endTexCoords, triangleList);
}
}
else if (vs.normal == ve.normal)
{
float fullLength = (vs.position - ve.position).Length();
if (fullLength < 3)
AddSingleBlockSideToTriangleList(vs, ve, c, depth, texCoords, triangleList);
else
{
Vertex v3 = new Vertex((1.5f * vs.position + (fullLength - 1.5f) * ve.position) / fullLength, vs.normal, Vector3.Zero, vs.direction);
Vertex v2 = new Vertex(((fullLength - 1.5f) * vs.position + 1.5f * ve.position) / fullLength, vs.normal, Vector3.Zero, vs.direction);
AddSingleBlockSideToTriangleList(vs, v2, c, depth, startTexCoords, triangleList);
AddSingleBlockSideToTriangleList(v2, v3, c, depth, midTexCoords, triangleList);
AddSingleBlockSideToTriangleList(v3, ve, c, depth, endTexCoords, triangleList);
}
}
}
}
public Doodad(VL.DoodadType type, Vector3 position, Vector3 normal, Vector3 direction)
{
id = "d_"+type.ToString();
srcDoodad = this;
this.type = type;
this.position = new Vertex(position, normal, Vector3.Zero, direction);
this.spawnPosition = new Vertex(position, normal, Vector3.Zero, direction);
behaviors = new List<Behavior>();
currentBehavior = null;
if (type == VL.DoodadType.LeftDoor || type == VL.DoodadType.RightDoor)
stateTransition = 0;
if (isOrb)
active = true;
}
public void AddStripToTriangleList2(Edge e, float depth, List<VertexPositionColorNormalTexture> triangleList)
{
float edgeLength = (e.end.position - e.start.position).Length();
if (e.start.normal != e.end.normal)
{
Vector3 fullEdge = e.end.position - e.start.position;
Vector3 currentComponent = Vector3.Dot(e.end.normal, fullEdge) * e.end.normal;
Vector3 nextComponent = Vector3.Dot(e.start.normal, fullEdge) * e.start.normal;
Vector3 constantComponent = Vector3.Dot(Vector3.Cross(e.end.normal, e.start.normal), fullEdge) * Vector3.Cross(e.end.normal, e.start.normal);
float currentPercent = currentComponent.Length() / (currentComponent.Length() + nextComponent.Length());
Vector3 midPoint = e.start.position + currentComponent + currentPercent * constantComponent;
edgeLength = (e.end.position - midPoint).Length() + (e.start.position - midPoint).Length();
}
int width = (int)(edgeLength+.5f);
float blockWidth = edgeLength / width;
List<Vertex> fullPointList = new List<Vertex>();
for (int i = 0; i < width+1; i++)
{
Vector3 up = Vector3.Cross(e.start.normal, e.start.direction);
fullPointList.Add(new Vertex(e.start, e.start.direction * i + up));
fullPointList.Add(new Vertex(e.start, e.start.direction * i));
}
for (int i = 0; i < (width+1) * 2; i++)
{
fullPointList[i].Update(this, 0);
}
for (int i = 0; i < width; i++)
{
List<Vertex> subList = new List<Vertex>();
List<Vertex> mirrorSubList = new List<Vertex>();
Vector3 up = Vector3.Cross(fullPointList[(i * 2)].direction, fullPointList[i * 2].normal);
mirrorSubList.Add(new Vertex(fullPointList[(i) * 2 + 1], .01f * up));
mirrorSubList.Add(new Vertex(fullPointList[(i + 1) * 2 + 1], .01f * up));
mirrorSubList.Add(fullPointList[(i + 1) * 2]);
mirrorSubList.Add(fullPointList[i * 2]);
subList.Add(new Vertex(fullPointList[(i+1) * 2 + 1], .01f*up));
subList.Add(new Vertex(fullPointList[(i) * 2 + 1], .01f*up));
subList.Add(fullPointList[(i) * 2]);
subList.Add(fullPointList[(i+1) * 2]);
/*foreach (Vertex v in mirrorSubList)
v.Update(this, 0);
foreach (Vertex v in subList)
v.Update(this, 0);*/
if (e.properties.type == VL.EdgeType.Ice)
{
#region ice
if (i == width - 1)
{
AddBlockFrontToTriangleList(mirrorSubList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddTopStrip(fullPointList[(i + 1) * 2 + 1], fullPointList[i * 2 + 1], depth + .01f, .01f, true, edgeTopEndTexCoords, triangleList);
}
else if (i == 0)
{
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddTopStrip(fullPointList[i * 2 + 1], fullPointList[(i + 1) * 2 + 1], depth + .01f, .01f, false, edgeTopEndTexCoords, triangleList);
}
else
{
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideTexCoords, triangleList, true);
AddTopStrip(fullPointList[i * 2 + 1], fullPointList[(i + 1) * 2 + 1], depth + .01f, .01f, false, edgeTopTexCoords, triangleList);
}
#endregion
}
else if (e.properties.type == VL.EdgeType.Bounce)
{
#region bounce
float treadRise = .1f;
float treadFraction = .75f;
if (i == width - 1)
{
Vertex v1t = new Vertex(fullPointList[i * 2 + 1], treadRise * up);
Vertex v3t = fullPointList[(i + 1) * 2 + 1];
Vertex v2t = new Vertex(fullPointList[i * 2 + 1], treadRise * up + treadFraction * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position));
v1t.Update(this, 0);
v2t.Update(this, 0);
v3t.Update(this, 0);
List<Vertex> subListA = new List<Vertex>();
subListA.Add(new Vertex(subList[0], Vector3.Zero)); // Left
subListA.Add(new Vertex(subList[1], treadRise * up + treadFraction * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
subListA.Add(new Vertex(subList[2], treadFraction * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
subListA.Add(new Vertex(subList[3], Vector3.Zero)); // Left
foreach (Vertex v in subListA)
v.Update(this, 0);
List<Vertex> subListB = new List<Vertex>();
subListB.Add(new Vertex(subList[1], treadRise * up + treadFraction * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
subListB.Add(new Vertex(subList[1], treadRise * up));
subListB.Add(new Vertex(subList[2], Vector3.Zero));
subListB.Add(new Vertex(subList[2], treadFraction * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
foreach (Vertex v in subListB)
v.Update(this, 0);
AddTopStrip(v1t, v2t, depth + .011f, .00f, false, edgeTopTexCoords, triangleList);
AddTopStrip(v2t, v3t, depth + .011f, .00f, false, edgeTopTexCoords, triangleList);
AddBlockFrontToTriangleList(mirrorSubList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddBlockFrontToTriangleList(subListA, Color.White, depth + .011f, rubberSideSmallTexCoords, triangleList, true);
AddBlockFrontToTriangleList(subListB, Color.White, depth + .011f, rubberSideSmallTexCoords, triangleList, true);
}
else if (i == 0)
{
Vertex v1 = fullPointList[i * 2 + 1];
Vertex v3 = new Vertex(fullPointList[(i + 1) * 2 + 1], treadRise * up);
Vertex v2 = new Vertex(fullPointList[i * 2 + 1], treadRise * up + (1 - treadFraction) * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position));
v1.Update(this, 0);
v2.Update(this, 0);
v3.Update(this, 0);
List<Vertex> subListA = new List<Vertex>();
subListA.Add(new Vertex(subList[0], treadRise * up)); // Left
subListA.Add(new Vertex(subList[1], treadRise * up + (1 - treadFraction) * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
subListA.Add(new Vertex(subList[2], (1 - treadFraction) * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
subListA.Add(new Vertex(subList[3], Vector3.Zero)); // Left
List<Vertex> subListB = new List<Vertex>();
subListB.Add(new Vertex(subList[1], treadRise * up + (1 - treadFraction) * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
subListB.Add(new Vertex(subList[1], Vector3.Zero));
subListB.Add(new Vertex(subList[2], Vector3.Zero));
subListB.Add(new Vertex(subList[2], (1 - treadFraction) * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddBlockFrontToTriangleList(subListA, Color.White, depth + .011f, rubberSideSmallTexCoords, triangleList, true);
AddBlockFrontToTriangleList(subListB, Color.White, depth + .011f, rubberSideSmallTexCoords, triangleList, true);
AddTopStrip(v1, v2, depth + .011f, .00f, false, edgeTopTexCoords, triangleList);
AddTopStrip(v2, v3, depth + .011f, .00f, false, edgeTopTexCoords, triangleList);
}
else
{
Vertex v1 = new Vertex(fullPointList[i * 2 + 1], treadRise * up);
Vertex v2 = new Vertex(fullPointList[(i + 1) * 2 + 1], treadRise * up);
v1.Update(this, 0);
v2.Update(this, 0);
List<Vertex> subListA = new List<Vertex>();
subListA.Add(new Vertex(subList[0], treadRise * up));
subListA.Add(new Vertex(subList[1], treadRise * up));
subListA.Add(new Vertex(subList[2], Vector3.Zero));
subListA.Add(new Vertex(subList[3], Vector3.Zero));
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideTexCoords, triangleList, true);
AddBlockFrontToTriangleList(subListA, Color.White, depth + .01f, rubberSideSmallTexCoords, triangleList, true);
AddTopStrip(v1, v2, depth + .01f, .00f, false, edgeTopTexCoords, triangleList);
}
#endregion
}
else if (e.properties.type == VL.EdgeType.ConveyorBelt)
{
#region conveyorbelt
float beltOffset = .0000125f * beltAnimation * e.properties.primaryValue;
beltOffset %= .125f;
if (beltOffset < 0)
beltOffset += .125f;
List<Vector2> activeBeltTopTexCoords = new List<Vector2>();
activeBeltTopTexCoords.Add(edgeTopTexCoords[0] + beltOffset * Vector2.UnitX);
activeBeltTopTexCoords.Add(edgeTopTexCoords[1] + beltOffset * Vector2.UnitX);
activeBeltTopTexCoords.Add(edgeTopTexCoords[2] + beltOffset * Vector2.UnitX);
activeBeltTopTexCoords.Add(edgeTopTexCoords[3] + beltOffset * Vector2.UnitX);
List<Vector2> activeBeltSideTexCoords = new List<Vector2>();
activeBeltSideTexCoords.Add(beltSideSmallTexCoords[0] + beltOffset * Vector2.UnitX);
activeBeltSideTexCoords.Add(beltSideSmallTexCoords[1] + beltOffset * Vector2.UnitX);
activeBeltSideTexCoords.Add(beltSideSmallTexCoords[2] + beltOffset * Vector2.UnitX);
activeBeltSideTexCoords.Add(beltSideSmallTexCoords[3] + beltOffset * Vector2.UnitX);
float treadRise = .08f;
float treadFraction = .8f;
if (i == width - 1)
{
Vertex v1t = new Vertex(fullPointList[i * 2 + 1], treadRise * up);
Vertex v3t = fullPointList[(i + 1) * 2 + 1];
Vertex v2t = new Vertex(fullPointList[i * 2 + 1], treadRise * up + treadFraction * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position));
List<Vertex> subListA = new List<Vertex>();
subListA.Add(new Vertex(subList[0], Vector3.Zero)); // Left
subListA.Add(new Vertex(subList[1], treadRise * up + treadFraction * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
subListA.Add(new Vertex(subList[2], treadFraction * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
subListA.Add(new Vertex(subList[3], Vector3.Zero)); // Left
List<Vertex> subListB = new List<Vertex>();
subListB.Add(new Vertex(subList[1], treadRise * up + treadFraction * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
subListB.Add(new Vertex(subList[1], treadRise * up));
subListB.Add(new Vertex(subList[2], Vector3.Zero));
subListB.Add(new Vertex(subList[2], treadFraction * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
AddTopStrip(v1t, v2t, depth + .011f, .00f, false, activeBeltTopTexCoords, triangleList);
AddTopStrip(v2t, v3t, depth + .011f, .00f, false, activeBeltTopTexCoords, triangleList);
AddBlockFrontToTriangleList(mirrorSubList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddBlockFrontToTriangleList(subListA, Color.White, depth + .011f, activeBeltSideTexCoords, triangleList, true);
AddBlockFrontToTriangleList(subListB, Color.White, depth + .011f, activeBeltSideTexCoords, triangleList, true);
}
else if (i == 0)
{
Vertex v1 = fullPointList[i * 2 + 1];
Vertex v3 = new Vertex(fullPointList[(i + 1) * 2 + 1], treadRise * up);
Vertex v2 = new Vertex(fullPointList[i * 2 + 1], treadRise * up + (1-treadFraction) * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position));
v1.Update(this, 0);
v2.Update(this, 0);
v3.Update(this, 0);
List<Vertex> subListA = new List<Vertex>();
subListA.Add(new Vertex(subList[0], treadRise * up)); // Left
subListA.Add(new Vertex(subList[1], treadRise * up+(1 - treadFraction) * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
subListA.Add(new Vertex(subList[2], (1-treadFraction) * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
subListA.Add(new Vertex(subList[3], Vector3.Zero)); // Left
List<Vertex> subListB = new List<Vertex>();
subListB.Add(new Vertex(subList[1], treadRise * up + (1-treadFraction) * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
subListB.Add(new Vertex(subList[1], Vector3.Zero));
subListB.Add(new Vertex(subList[2], Vector3.Zero));
subListB.Add(new Vertex(subList[2], (1 - treadFraction) * (fullPointList[(i + 1) * 2 + 1].position - fullPointList[i * 2 + 1].position)));
AddTopStrip(v1, v2, depth + .011f, .00f, false, activeBeltTopTexCoords, triangleList);
AddTopStrip(v2, v3, depth + .011f, .00f, false, activeBeltTopTexCoords, triangleList);
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddBlockFrontToTriangleList(subListA, Color.White, depth + .011f, activeBeltSideTexCoords, triangleList, true);
AddBlockFrontToTriangleList(subListB, Color.White, depth + .011f, activeBeltSideTexCoords, triangleList, true);
}
else
{
Vertex v1 = new Vertex(fullPointList[i * 2 + 1], treadRise * up);
Vertex v2 = new Vertex(fullPointList[(i + 1) * 2 + 1], treadRise * up);
v1.Update(this, 0);
v2.Update(this, 0);
List<Vertex> subListA = new List<Vertex>();
subListA.Add(new Vertex(subList[0], treadRise * up));
subListA.Add(new Vertex(subList[1], treadRise * up));
subListA.Add(new Vertex(subList[2], Vector3.Zero));
subListA.Add(new Vertex(subList[3], Vector3.Zero));
AddTopStrip(v1, v2, depth + .011f, .00f, false, activeBeltTopTexCoords, triangleList);
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideTexCoords, triangleList, true);
AddBlockFrontToTriangleList(subListA, Color.White, depth + .011f, activeBeltSideTexCoords, triangleList, true);
}
#endregion
}
else if (e.properties.type == VL.EdgeType.Electric && e.properties.primaryValue == 0)
{
#region electric off
if (i == width - 1)
{
AddBlockFrontToTriangleList(mirrorSubList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddTopStrip(fullPointList[(i + 1) * 2 + 1], fullPointList[i * 2 + 1], depth + .01f, .01f, true, edgeTopEndTexCoords, triangleList);
}
else if (i == 0)
{
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddTopStrip(fullPointList[i * 2 + 1], fullPointList[(i + 1) * 2 + 1], depth + .01f, .01f, false, edgeTopEndTexCoords, triangleList);
}
else
{
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideTexCoords, triangleList, true);
AddTopStrip(fullPointList[i * 2 + 1], fullPointList[(i + 1) * 2 + 1], depth + .01f, .01f, false, edgeTopTexCoords, triangleList);
}
#endregion
}
else if (e.properties.type == VL.EdgeType.Electric && e.properties.primaryValue != 0)
{
#region electric on
if (i == width - 1)
{
AddBlockFrontToTriangleList(mirrorSubList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddTopStrip(fullPointList[(i + 1) * 2 + 1], fullPointList[i * 2 + 1], depth + .01f, .01f, true, edgeTopEndTexCoords, triangleList);
}
else if (i == 0)
{
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddTopStrip(fullPointList[i * 2 + 1], fullPointList[(i + 1) * 2 + 1], depth + .01f, .01f, false, edgeTopEndTexCoords, triangleList);
}
else
{
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideTexCoords, triangleList, true);
AddTopStrip(fullPointList[i * 2 + 1], fullPointList[(i + 1) * 2 + 1], depth + .01f, .01f, false, edgeTopTexCoords, triangleList);
}
#endregion
}
else if (e.properties.type == VL.EdgeType.Fire && e.properties.primaryValue == 0)
{
#region lava off
if (i == width - 1)
{
AddBlockFrontToTriangleList(mirrorSubList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddTopStrip(fullPointList[(i + 1) * 2 + 1], fullPointList[i * 2 + 1], depth + .01f, .01f, true, edgeTopEndTexCoords, triangleList);
}
else if (i == 0)
{
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddTopStrip(fullPointList[i * 2 + 1], fullPointList[(i + 1) * 2 + 1], depth + .01f, .01f, false, edgeTopEndTexCoords, triangleList);
}
else
{
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideTexCoords, triangleList, true);
AddTopStrip(fullPointList[i * 2 + 1], fullPointList[(i + 1) * 2 + 1], depth + .01f, .01f, false, edgeTopTexCoords, triangleList);
}
#endregion
}
else if (e.properties.type == VL.EdgeType.Fire && e.properties.primaryValue != 0)
{
#region lava on
if (i == width - 1)
{
AddBlockFrontToTriangleList(mirrorSubList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddTopStrip(fullPointList[(i + 1) * 2 + 1], fullPointList[i * 2 + 1], depth + .01f, .01f, true, edgeTopEndTexCoords, triangleList);
}
else if (i == 0)
{
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
AddTopStrip(fullPointList[i * 2 + 1], fullPointList[(i + 1) * 2 + 1], depth + .01f, .01f, false, edgeTopEndTexCoords, triangleList);
}
else
{
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideTexCoords, triangleList, true);
AddTopStrip(fullPointList[i * 2 + 1], fullPointList[(i + 1) * 2 + 1], depth + .01f, .01f, false, edgeTopTexCoords, triangleList);
}
#endregion
}
else
{
#region magnet
if (i == width - 1)
AddBlockFrontToTriangleList(mirrorSubList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
else if (i == 0)
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideEndTexCoords, triangleList, true);
else
AddBlockFrontToTriangleList(subList, Color.White, depth + .01f, edgeSideTexCoords, triangleList, true);
AddTopStrip(fullPointList[i * 2 + 1], fullPointList[(i + 1) * 2 + 1], depth + .01f, .01f, false, edgeTopTexCoords, triangleList);
#endregion
}
}
}
public void Reset(Monster srcMonster)
{
this.gunLine = srcMonster.position.direction;
this.gunNormal = Vector3.Cross(gunLine, srcMonster.position.normal);
this.position = srcMonster.position;
}