public void ReadData(BinaryReader br, int version)
{
mType = br.ReadByte();
FlagGroup f2 = new FlagGroup(br.ReadByte());
if (f2[1])
{
mVariable = true;
}
if (f2[2])
{
br.ReadInt32();
}
if (f2[3])
{
mCrumble = true;
}
if (f2[4])
{
br.ReadInt32();
}
if (f2[5])
{
br.ReadByte();
}
if (f2[7])
{
br.ReadByte();
}
}
public override void ReadData(BinaryReader br, int version)
{
FlagGroup fA = new FlagGroup(br.ReadByte());
mWidth = br.ReadInt32();
mHeight = br.ReadInt32();
if (fA[1])
{
br.ReadInt16();
}
if (fA[3])
{
br.ReadInt32();
}
if (fA[5])
{
br.ReadInt32();
}
if (fA[4])
{
mEntry = LevelEntryFactory.CreateLevelEntry(br, version);
}
if (fA[2])
{
X = br.ReadSingle();
Y = br.ReadSingle();
}
if (fA[6])
{
br.ReadSingle();
br.ReadSingle();
}
}
public override void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
FlagGroup fB = new FlagGroup();
if (!HasMovementInfo)
fA[4] = true;
//Write data
bw.Write(fA.Int8);
if (version >= 0x23)
bw.Write(fB.Int8);
if (fA[4]) {
bw.Write(X);
bw.Write(Y);
}
bw.Write(mPoints.Count);
foreach (PointF p in mPoints) {
bw.Write(p.X);
bw.Write(p.Y);
}
}
public void CreateFlagGroup(string name, string flags, ISession session)
{
this.logger.DebugFormat("Creating flag group {0} with flags {1}", name, flags);
var rowcount = session.CreateCriteria <FlagGroup>()
.Add(Restrictions.Eq("Name", name))
.SetProjection(Projections.RowCount())
.UniqueResult <int>();
if (rowcount != 0)
{
throw new AclException("This flag group already exists.");
}
var newGroup = new FlagGroup
{
Name = name,
Flags = flags,
Mode = "+",
LastModified = DateTime.Now
};
try
{
session.Save(newGroup);
}
catch (Exception ex)
{
this.logger.ErrorFormat(ex, "Error creating new flag group {0}", name);
throw new AclException("Encountered unknown error while creating flag group.");
}
}
public override void ReadData(BinaryReader br, int version)
{
FlagGroup fA = new FlagGroup(br.ReadByte());
FlagGroup fB = new FlagGroup();
if (version >= 0x23)
fB = new FlagGroup(br.ReadByte());
if (fA[2])
mRotation = br.ReadSingle();
if (fA[3])
br.ReadSingle();
if (fA[5])
mScale = br.ReadSingle();
if (fA[1])
mNormalDir = br.ReadByte();
if (fA[4]) {
X = br.ReadSingle();
Y = br.ReadSingle();
}
int numPoints = br.ReadInt32();
for (int i = 0; i < numPoints; i++) {
mPoints.Add(new PointF(br.ReadSingle(), br.ReadSingle()));
}
if (fB[0])
br.ReadByte();
if (fB[1])
mGrowType = br.ReadInt32();
}
public override void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
if (!HasMovementInfo)
fA[2] = true;
if (mEntry != null)
fA[4] = true;
//Write data
bw.Write(fA.Int8);
bw.Write(mWidth);
bw.Write(mHeight);
if (fA[4]) {
mEntry.Write(bw, version);
}
if (fA[2]) {
bw.Write(X);
bw.Write(Y);
}
if (fA[6]) {
bw.Write(0.0f);
bw.Write(0.0f);
}
}
public override void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
FlagGroup fB = new FlagGroup();
//Make it bouce
fA[0] = true;
if (!HasMovementInfo)
{
fA[1] = true;
}
bw.Write(fA.Int8);
if (version >= 0x52)
{
bw.Write(fB.Int8);
}
if (fA[1])
{
bw.Write(X);
bw.Write(Y);
}
bw.Write(mRadius);
}
public override void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
FlagGroup fB = new FlagGroup();
if (!HasMovementInfo)
{
fA[4] = true;
}
//Write data
bw.Write(fA.Int8);
if (version >= 0x23)
{
bw.Write(fB.Int8);
}
if (fA[4])
{
bw.Write(X);
bw.Write(Y);
}
bw.Write(mPoints.Count);
foreach (PointF p in mPoints)
{
bw.Write(p.X);
bw.Write(p.Y);
}
}
public void WriteData(BinaryWriter bw, int version)
{
bw.Write((byte)1);
FlagGroup f2 = new FlagGroup();
if (mVariable)
f2[1] = true;
if (mCrumble)
f2[3] = true;
bw.Write(f2.Int8);
}
public override void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
bw.Write(fA.Int8);
bw.Write(mPointA.X);
bw.Write(mPointA.Y);
bw.Write(mPointB.X);
bw.Write(mPointB.Y);
}
public override void ReadData(BinaryReader br, int version)
{
FlagGroup fA = new FlagGroup(br.ReadByte());
FlagGroup fB = new FlagGroup();
if (version >= 0x23)
{
fB = new FlagGroup(br.ReadByte());
}
if (fA[2])
{
mRotation = br.ReadSingle();
}
if (fA[3])
{
br.ReadSingle();
}
if (fA[5])
{
mScale = br.ReadSingle();
}
if (fA[1])
{
mNormalDir = br.ReadByte();
}
if (fA[4])
{
X = br.ReadSingle();
Y = br.ReadSingle();
}
int numPoints = br.ReadInt32();
for (int i = 0; i < numPoints; i++)
{
mPoints.Add(new PointF(br.ReadSingle(), br.ReadSingle()));
}
if (fB[0])
{
br.ReadByte();
}
if (fB[1])
{
mGrowType = br.ReadInt32();
}
}
public void WriteData(BinaryWriter bw, int version)
{
bw.Write((byte)1);
FlagGroup f2 = new FlagGroup();
if (mVariable)
{
f2[1] = true;
}
if (mCrumble)
{
f2[3] = true;
}
bw.Write(f2.Int8);
}
public override void ReadData(BinaryReader br, int version)
{
FlagGroup fA = new FlagGroup(br.ReadByte());
if (version >= 0x52) {
FlagGroup fB = new FlagGroup(br.ReadByte());
}
if (fA[1]) {
X = br.ReadSingle();
Y = br.ReadSingle();
}
mRadius = br.ReadSingle();
}
public void GrantFlagGroupGlobally(User user, FlagGroup group, ISession session)
{
this.logger.DebugFormat("Granting group {0} to [{1}, {2}] globally", group, user.Mask, user.Account);
var existing = session.CreateCriteria <FlagGroupUser>()
.Add(Restrictions.Eq("User", user))
.Add(Restrictions.Eq("FlagGroup", group))
.UniqueResult <FlagGroupUser>();
if (existing == null)
{
var fgu = new FlagGroupUser {
User = user, FlagGroup = group, LastModified = DateTime.UtcNow
};
session.Save(fgu);
}
}
public void ReadData(BinaryReader br, int version)
{
mType = br.ReadByte();
FlagGroup f2 = new FlagGroup(br.ReadByte());
if (f2[1])
mVariable = true;
if (f2[2])
br.ReadInt32();
if (f2[3])
mCrumble = true;
if (f2[4])
br.ReadInt32();
if (f2[5])
br.ReadByte();
if (f2[7])
br.ReadByte();
}
public override void ReadData(BinaryReader br, int version)
{
FlagGroup fA = new FlagGroup(br.ReadByte());
mPointA = new PointF(br.ReadSingle(), br.ReadSingle());
mPointB = new PointF(br.ReadSingle(), br.ReadSingle());
if (fA[0])
{
float e = br.ReadSingle();
}
if (fA[1])
{
float f = br.ReadSingle();
}
}
public override void ReadData(BinaryReader br, int version)
{
FlagGroup fA = new FlagGroup(br.ReadByte());
if (version >= 0x52)
{
FlagGroup fB = new FlagGroup(br.ReadByte());
}
if (fA[1])
{
X = br.ReadSingle();
Y = br.ReadSingle();
}
mRadius = br.ReadSingle();
}
public void RevokeFlagGroupGlobally(User user, FlagGroup group, ISession session)
{
this.logger.DebugFormat("Revoking group {0} from [{1}, {2}] globally", group, user.Mask, user.Account);
var existing = session.CreateCriteria <FlagGroupUser>()
.Add(Restrictions.Eq("User", user))
.Add(Restrictions.Eq("FlagGroup", group))
.UniqueResult <FlagGroupUser>();
if (existing != null)
{
session.Delete(existing);
session.Flush();
((AccessControlAuthorisationService)this.authService).Refresh(user);
}
this.CleanUpUserEntries(session);
}
public override void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
if (!HasMovementInfo)
{
fA[2] = true;
}
if (mEntry != null)
{
fA[4] = true;
}
//Write data
bw.Write(fA.Int8);
bw.Write(mWidth);
bw.Write(mHeight);
if (fA[4])
{
mEntry.Write(bw, version);
}
if (fA[2])
{
bw.Write(X);
bw.Write(Y);
}
if (fA[6])
{
bw.Write(0.0f);
bw.Write(0.0f);
}
}
public override void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
FlagGroup fB = new FlagGroup();
//Make it bouce
fA[0] = true;
if (!HasMovementInfo)
fA[1] = true;
bw.Write(fA.Int8);
if (version >= 0x52) {
bw.Write(fB.Int8);
}
if (fA[1]) {
bw.Write(X);
bw.Write(Y);
}
bw.Write(mRadius);
}
public override void ReadData(BinaryReader br, int version)
{
FlagGroup fA = new FlagGroup(br.ReadByte());
mWidth = br.ReadInt32();
mHeight = br.ReadInt32();
if (fA[1])
br.ReadInt16();
if (fA[3])
br.ReadInt32();
if (fA[5])
br.ReadInt32();
if (fA[4]) {
mEntry = LevelEntryFactory.CreateLevelEntry(br, version);
}
if (fA[2]) {
X = br.ReadSingle();
Y = br.ReadSingle();
}
if (fA[6]) {
br.ReadSingle();
br.ReadSingle();
}
}
public override void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
fA[2] = mTransparancy;
fA[4] = mRandomStartPosition;
if (!HasMovementInfo)
fA[5] = true;
fA[6] = mChangeUnknown;
fA[7] = mChangeScale;
fA[8] = mChangeColour;
fA[9] = mChangeOpacity;
fA[10] = mChangeVelocity;
fA[11] = mChangeDirection;
fA[12] = mChangeRotation;
fA[14] = true; //Needed to make it visible?
bw.Write(mMainVar);
bw.Write(fA.Int16);
LevelWriter.WritePopcapString(bw, mImage);
bw.Write(mWidth);
bw.Write(mHeight);
if (mMainVar == 2) {
bw.Write(mMainVar0);
bw.Write(mMainVar1);
LevelWriter.WritePopcapString(bw, mMainVar2);
bw.Write(mMainVar3);
if (fA[13]) {
mUnknown0.WriteData(bw);
mUnknown1.WriteData(bw);
}
}
if (fA[5]) {
bw.Write(X);
bw.Write(Y);
}
LevelWriter.WritePopcapString(bw, mEmitImage);
bw.Write(mUnknownEmitRate);
bw.Write(mUnknown2);
bw.Write(mRotation);
bw.Write(mMaxQuantity);
bw.Write(mTimeBeforeFadeOut);
bw.Write(mFadeInTime);
bw.Write(mLifeDuration);
mEmitRate.WriteData(bw);
mEmitAreaMultiplier.WriteData(bw);
if (fA[12]) {
mInitialRotation.WriteData(bw);
mRotationVelocity.WriteData(bw);
bw.Write(mRotationUnknown);
}
if (fA[7]) {
mMinScale.WriteData(bw);
mScaleVelocity.WriteData(bw);
bw.Write(mMaxRandScale);
}
if (fA[8]) {
mColourRed.WriteData(bw);
mColourGreen.WriteData(bw);
mColourBlue.WriteData(bw);
}
if (fA[9]) {
mOpacity.WriteData(bw);
}
if (fA[10]) {
mMinVelocityX.WriteData(bw);
mMinVelocityY.WriteData(bw);
bw.Write(mMaxVelocityX);
bw.Write(mMaxVelocityY);
bw.Write(mAccelerationX);
bw.Write(mAccelerationY);
}
if (fA[11]) {
bw.Write(mDirectionSpeed);
bw.Write(mDirectionRandomSpeed);
bw.Write(mDirectionAcceleration);
bw.Write(mDirectionAngle);
bw.Write(mDirectionRandomAngle);
}
if (fA[6]) {
bw.Write(mUnknownA);
bw.Write(mUnknownB);
}
}
public override void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
FlagGroup fB = new FlagGroup();
FlagGroup fC = new FlagGroup();
if (!HasMovementInfo)
{
fA[4] = true;
}
if (mCurved)
{
fC[4] = true;
if (mCurvePoints != 4)
{
fC[3] = true;
}
}
else
{
fC[2] = true;
}
fC[7] = true;
if (mTextureFlip)
{
fC[10] = true;
}
//Write data
bw.Write(fA.Int8);
if (version >= 0x23)
{
bw.Write(fB.Int8);
}
if (fA[4])
{
bw.Write(X);
bw.Write(Y);
}
bw.Write(fC.Int16);
if (fC[2])
{
bw.Write((byte)5);
}
if (fC[3])
{
bw.Write((byte)(mCurvePoints + 2));
}
if (fC[4])
{
bw.Write(mSectorAngle);
}
if (fC[7])
{
bw.Write(mWidth);
}
bw.Write(mLength);
bw.Write(mAngle);
bw.Write(new byte[] { 0, 0, 0, 0 });
}
public void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
fA[0] = (mOffset != 0.0f);
fA[1] = (mRadius1 != 0.0f);
fA[2] = (mStartPhase != 0.0f);
fA[3] = (mMoveRotation != 0.0f);
fA[4] = (mRadius2 != 0.0f);
fA[5] = (mPause1 != 0.0f);
fA[6] = (mPause2 != 0.0f);
fA[7] = (mPhase1 != 0.0f);
fA[8] = (mPhase2 != 0.0f);
fA[9] = (mPostDelayPhase != 0.0f);
fA[10] = (mMaxAngle != 0.0f);
fA[11] = (mUnknown8 != 0.0f);
fA[14] = (mRotation != 0.0f);
fA[12] = (mUnknown10 != 0.0f || mUnknown11 != 0.0f);
fA[13] = (mObjectX != 0.0f || mObjectY != 0.0f);
if (mBaseMovement != null)
fA[12] = true;
//Write data
if (mMovementLink == null)
bw.Write(1);
else {
bw.Write(GetMovementLinkIndex(mMovementLink));
return;
}
int type = (int)mType;
if (mReverse)
type = (256 - type);
bw.Write((byte)type);
bw.Write(mAnchorPoint.X);
bw.Write(mAnchorPoint.Y);
bw.Write((short)mTimePeriod);
bw.Write(fA.Int16);
if (fA[0])
bw.Write(mOffset);
if (fA[1])
bw.Write((short)mRadius1);
if (fA[2])
bw.Write(mStartPhase);
if (fA[3])
bw.Write(MathExt.ToRadians(mMoveRotation));
if (fA[4])
bw.Write((short)mRadius2);
if (fA[5])
bw.Write(mPause1);
if (fA[6])
bw.Write(mPause2);
if (fA[7])
bw.Write(mPhase1);
if (fA[8])
bw.Write(mPhase2);
if (fA[9])
bw.Write(mPostDelayPhase);
if (fA[10])
bw.Write(mMaxAngle);
if (fA[11])
bw.Write(mUnknown8);
if (fA[14])
bw.Write(MathExt.ToRadians(mRotation));
if (fA[12]) {
bw.Write(mUnknown10);
bw.Write(mUnknown11);
mBaseMovement.WriteData(bw, version);
}
if (fA[13]) {
bw.Write(mObjectX);
bw.Write(mObjectY);
}
}
public void ReadData(BinaryReader br, int version)
{
int mlink = br.ReadInt32();
if (mlink == 0)
return;
if (mlink != 1) {
if (mLevel == null)
mMovementLinkREQUIRED = mlink;
else
mMovementLink = GetMovementLink(mlink);
return;
}
sbyte movementShape = br.ReadSByte();
mType = (MovementType)Math.Abs(movementShape);
if (movementShape < 0) {
mReverse = true;
}
int type = (int)mType;
if (mReverse)
type = (256 - type);
mAnchorPoint.X = br.ReadSingle();
mAnchorPoint.Y = br.ReadSingle();
mTimePeriod = br.ReadInt16();
FlagGroup fA = new FlagGroup(br.ReadInt16());
if (fA[0])
mOffset = br.ReadInt16();
if (fA[1])
mRadius1 = br.ReadInt16();
if (fA[2])
mStartPhase = br.ReadSingle();
if (fA[3])
mMoveRotation = MathExt.ToDegrees(br.ReadSingle());
if (fA[4])
mRadius2 = br.ReadInt16();
if (fA[5])
mPause1 = br.ReadInt16();
if (fA[6])
mPause2 = br.ReadInt16();
if (fA[7])
mPhase1 = br.ReadByte();
if (fA[8])
mPhase2 = br.ReadByte();
if (fA[9])
mPostDelayPhase = br.ReadSingle();
if (fA[10])
mMaxAngle = br.ReadSingle();
if (fA[11])
mUnknown8 = br.ReadSingle();
if (fA[14])
mRotation = MathExt.ToDegrees(br.ReadSingle());
if (fA[12]) {
mUnknown10 = br.ReadSingle();
mUnknown11 = br.ReadSingle();
//Another movement
mBaseMovement = new Movement(mLevel);
mBaseMovement.ReadData(br, version);
//mBaseMovement = null;
}
if (fA[13]) {
mObjectX = br.ReadSingle();
mObjectY = br.ReadSingle();
}
}
public override void ReadData(BinaryReader br, int version)
{
FlagGroup fA = new FlagGroup(br.ReadByte());
FlagGroup fB = new FlagGroup();
if (version >= 0x23)
{
fB = new FlagGroup(br.ReadByte());
}
if (fA[2])
{
br.ReadSingle();
}
if (fA[3])
{
br.ReadSingle();
}
if (fA[5])
{
br.ReadSingle();
}
if (fA[1])
{
br.ReadByte();
}
if (fA[4])
{
X = br.ReadSingle();
Y = br.ReadSingle();
}
//if arg0 (lots)
if (fB[0])
{
br.ReadByte();
}
if (fB[1])
{
br.ReadInt32();
}
if (fB[2])
{
br.ReadInt16();
}
mCurved = true;
FlagGroup fC = new FlagGroup(br.ReadInt16());
if (fC[8])
{
br.ReadSingle();
}
if (fC[9])
{
br.ReadSingle();
}
if (fC[2])
{
mType = br.ReadByte();
if (mType == 5)
{
mCurved = false;
}
}
if (fC[3])
{
mCurvePoints = br.ReadByte() + 2;
}
if (fC[5])
{
br.ReadSingle(); //Left angle
}
if (fC[6])
{
br.ReadSingle(); //Right angle
}
//if arg0+3 ReadSingle ReadSingle
if (fC[4])
{
mSectorAngle = br.ReadSingle();
}
if (fC[7])
{
mWidth = br.ReadSingle();
}
mTextureFlip = fC[10];
mLength = br.ReadSingle();
mAngle = br.ReadSingle();
byte[] hmm = br.ReadBytes(4);
//for (int i = 0; i < 4; i++)
// br.ReadByte();
}
public override void ReadData(BinaryReader br, int version)
{
FlagGroup fA;
mMainVar = br.ReadInt32();
fA = new FlagGroup(br.ReadInt16());
mTransparancy = fA[2];
mRandomStartPosition = fA[4];
mChangeUnknown = fA[6];
mChangeScale = fA[7];
mChangeOpacity = fA[9];
mChangeVelocity = fA[10];
mChangeDirection = fA[11];
mChangeRotation = fA[12];
mImage = LevelReader.ReadPopcapString(br);
mWidth = br.ReadInt32();
mHeight = br.ReadInt32();
if (mMainVar == 2)
{
mMainVar0 = br.ReadInt32();
mMainVar1 = br.ReadSingle();
mMainVar2 = LevelReader.ReadPopcapString(br);
mMainVar3 = br.ReadByte();
if (fA[13])
{
mUnknown0 = new VariableFloat(br);
mUnknown1 = new VariableFloat(br);
}
}
if (fA[5])
{
X = br.ReadSingle();
Y = br.ReadSingle();
}
mEmitImage = LevelReader.ReadPopcapString(br);
mUnknownEmitRate = br.ReadSingle();
mUnknown2 = br.ReadSingle();
mRotation = br.ReadSingle();
mMaxQuantity = br.ReadInt32();
mTimeBeforeFadeOut = br.ReadSingle();
mFadeInTime = br.ReadSingle();
mLifeDuration = br.ReadSingle();
mEmitRate = new VariableFloat(br);
mEmitAreaMultiplier = new VariableFloat(br);
if (fA[12])
{
mInitialRotation = new VariableFloat(br);
mRotationVelocity = new VariableFloat(br);
mRotationUnknown = br.ReadSingle();
}
if (fA[7])
{
mMinScale = new VariableFloat(br);
mScaleVelocity = new VariableFloat(br);
mMaxRandScale = br.ReadSingle();
}
if (fA[8])
{
mColourRed = new VariableFloat(br);
mColourGreen = new VariableFloat(br);
mColourBlue = new VariableFloat(br);
}
if (fA[9])
{
mOpacity = new VariableFloat(br);
}
if (fA[10])
{
mMinVelocityX = new VariableFloat(br);
mMinVelocityY = new VariableFloat(br);
mMaxVelocityX = br.ReadSingle();
mMaxVelocityY = br.ReadSingle();
mAccelerationX = br.ReadSingle();
mAccelerationY = br.ReadSingle();
}
if (fA[11])
{
mDirectionSpeed = br.ReadSingle();
mDirectionRandomSpeed = br.ReadSingle();
mDirectionAcceleration = br.ReadSingle();
mDirectionAngle = br.ReadSingle();
mDirectionRandomAngle = br.ReadSingle();
}
if (fA[6])
{
mUnknownA = br.ReadSingle();
mUnknownB = br.ReadSingle();
}
}
public override void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
FlagGroup fB = new FlagGroup();
FlagGroup fC = new FlagGroup();
if (!HasMovementInfo)
fA[4] = true;
if (mCurved) {
fC[4] = true;
if (mCurvePoints != 4)
fC[3] = true;
} else {
fC[2] = true;
}
fC[7] = true;
if (mTextureFlip)
fC[10] = true;
//Write data
bw.Write(fA.Int8);
if (version >= 0x23)
bw.Write(fB.Int8);
if (fA[4]) {
bw.Write(X);
bw.Write(Y);
}
bw.Write(fC.Int16);
if (fC[2]) {
bw.Write((byte)5);
}
if (fC[3]) {
bw.Write((byte)(mCurvePoints + 2));
}
if (fC[4])
bw.Write(mSectorAngle);
if (fC[7])
bw.Write(mWidth);
bw.Write(mLength);
bw.Write(mAngle);
bw.Write(new byte[] { 0, 0, 0, 0 });
}
public void WriteGenericData(BinaryWriter bw, int version)
{
//Set flags
FlagGroup f = new FlagGroup();
f[0] = (mRolly != 0.0f);
f[1] = (mBouncy != 0.0f);
f[2] = HasPegInfo;
f[3] = HasMovementInfo;
f[5] = mCollision;
f[6] = mVisible;
f[7] = mCanMove;
f[8] = (mSolidColour != Color.Black);
f[9] = (mOutlineColour != Color.Black);
f[10] = !String.IsNullOrEmpty(mImageFilename);
f[11] = (mImageDX != 0.0f);
f[12] = (mImageDY != 0.0f);
f[13] = (mImageRotation != 0.0f);
f[14] = mBackground;
f[15] = mBaseObject;
f[17] = !String.IsNullOrEmpty(mID);
f[19] = (mSound != 0);
f[20] = mBallStopReset;
f[21] = !String.IsNullOrEmpty(mLogic);
f[22] = mForeground;
f[23] = (mMaxBounceVelocity != 0.0f);
f[24] = mDrawSort;
f[25] = mForeground2;
f[26] = (mSubID != 0);
f[27] = (mFlipperFlags != 0);
f[28] = mDrawFloat;
f[30] = (mShadow && version >= 0x50);
//Write data
bw.Write(f.Int32);
if (f[0])
bw.Write(mRolly);
if (f[1])
bw.Write(mBouncy);
if (f[8])
bw.Write(mSolidColour.ToArgb());
if (f[9])
bw.Write(mOutlineColour.ToArgb());
if (f[10]) {
LevelWriter.WritePopcapString(bw, mImageFilename);
}
if (f[11])
bw.Write(mImageDX);
if (f[12])
bw.Write(mImageDY);
if (f[13])
bw.Write(MathExt.ToRadians(mImageRotation));
if (f[17]) {
LevelWriter.WritePopcapString(bw, mID);
}
if (f[19])
bw.Write(mSolidColour.ToArgb());
if (f[21]) {
LevelWriter.WritePopcapString(bw, mLogic);
}
if (f[23])
bw.Write(mMaxBounceVelocity);
if (f[26])
bw.Write(mSubID);
if (f[27])
bw.Write(mFlipperFlags);
if (f[2])
mPegInfo.WriteData(bw, version);
if (f[3])
mMovement.WriteData(bw, version);
}
public void ReadGenericData(BinaryReader br, int version)
{
FlagGroup f = new FlagGroup(br.ReadInt32());
mCollision = f[5];
mVisible = f[6];
mCanMove = f[7];
mBackground = f[14];
mBaseObject = f[15];
mBallStopReset = f[20];
mForeground = f[22];
mDrawSort = f[24];
mForeground2 = f[25];
mDrawFloat = f[28];
if (f[0])
mRolly = br.ReadSingle();
if (f[1])
mBouncy = br.ReadSingle();
if (f[4])
br.ReadInt32();
if (f[8])
mSolidColour = Color.FromArgb(br.ReadInt32());
if (f[9])
mOutlineColour = Color.FromArgb(br.ReadInt32());
if (f[10]) {
mImageFilename = LevelReader.ReadPopcapString(br);
}
if (f[11])
mImageDX = br.ReadSingle();
if (f[12])
mImageDY = br.ReadSingle();
if (f[13])
mImageRotation = MathExt.ToDegrees(br.ReadSingle());
if (f[16])
br.ReadInt32();
if (f[17])
mID = LevelReader.ReadPopcapString(br);
if (f[18])
br.ReadInt32();
if (f[19])
mSound = br.ReadByte();
if (f[21])
mLogic = LevelReader.ReadPopcapString(br);
if (f[23])
mMaxBounceVelocity = br.ReadSingle();
if (f[26])
mSubID = br.ReadInt32();
if (f[27])
mFlipperFlags = br.ReadByte();
if (f[2]) {
mPegInfo = new PegInfo(this);
mPegInfo.ReadData(br, version);
}
if (f[3]) {
mMovement = new Movement(mLevel);
mMovement.ReadData(br, version);
}
if (f[30] && version >= 0x50)
mShadow = f[30];
}
public void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
fA[0] = (mOffset != 0.0f);
fA[1] = (mRadius1 != 0.0f);
fA[2] = (mStartPhase != 0.0f);
fA[3] = (mMoveRotation != 0.0f);
fA[4] = (mRadius2 != 0.0f);
fA[5] = (mPause1 != 0.0f);
fA[6] = (mPause2 != 0.0f);
fA[7] = (mPhase1 != 0.0f);
fA[8] = (mPhase2 != 0.0f);
fA[9] = (mPostDelayPhase != 0.0f);
fA[10] = (mMaxAngle != 0.0f);
fA[11] = (mUnknown8 != 0.0f);
fA[14] = (mRotation != 0.0f);
fA[12] = (mUnknown10 != 0.0f || mUnknown11 != 0.0f);
fA[13] = (mObjectX != 0.0f || mObjectY != 0.0f);
if (mBaseMovement != null)
{
fA[12] = true;
}
//Write data
if (mMovementLink == null)
{
bw.Write(1);
}
else
{
bw.Write(GetMovementLinkIndex(mMovementLink));
return;
}
int type = (int)mType;
if (mReverse)
{
type = (256 - type);
}
bw.Write((byte)type);
bw.Write(mAnchorPoint.X);
bw.Write(mAnchorPoint.Y);
bw.Write((short)mTimePeriod);
bw.Write(fA.Int16);
if (fA[0])
{
bw.Write(mOffset);
}
if (fA[1])
{
bw.Write((short)mRadius1);
}
if (fA[2])
{
bw.Write(mStartPhase);
}
if (fA[3])
{
bw.Write(MathExt.ToRadians(mMoveRotation));
}
if (fA[4])
{
bw.Write((short)mRadius2);
}
if (fA[5])
{
bw.Write(mPause1);
}
if (fA[6])
{
bw.Write(mPause2);
}
if (fA[7])
{
bw.Write(mPhase1);
}
if (fA[8])
{
bw.Write(mPhase2);
}
if (fA[9])
{
bw.Write(mPostDelayPhase);
}
if (fA[10])
{
bw.Write(mMaxAngle);
}
if (fA[11])
{
bw.Write(mUnknown8);
}
if (fA[14])
{
bw.Write(MathExt.ToRadians(mRotation));
}
if (fA[12])
{
bw.Write(mUnknown10);
bw.Write(mUnknown11);
mBaseMovement.WriteData(bw, version);
}
if (fA[13])
{
bw.Write(mObjectX);
bw.Write(mObjectY);
}
}
public void ReadData(BinaryReader br, int version)
{
int mlink = br.ReadInt32();
if (mlink == 0)
{
return;
}
if (mlink != 1)
{
if (mLevel == null)
{
mMovementLinkREQUIRED = mlink;
}
else
{
mMovementLink = GetMovementLink(mlink);
}
return;
}
sbyte movementShape = br.ReadSByte();
mType = (MovementType)Math.Abs(movementShape);
if (movementShape < 0)
{
mReverse = true;
}
int type = (int)mType;
if (mReverse)
{
type = (256 - type);
}
mAnchorPoint.X = br.ReadSingle();
mAnchorPoint.Y = br.ReadSingle();
mTimePeriod = br.ReadInt16();
FlagGroup fA = new FlagGroup(br.ReadInt16());
if (fA[0])
{
mOffset = br.ReadInt16();
}
if (fA[1])
{
mRadius1 = br.ReadInt16();
}
if (fA[2])
{
mStartPhase = br.ReadSingle();
}
if (fA[3])
{
mMoveRotation = MathExt.ToDegrees(br.ReadSingle());
}
if (fA[4])
{
mRadius2 = br.ReadInt16();
}
if (fA[5])
{
mPause1 = br.ReadInt16();
}
if (fA[6])
{
mPause2 = br.ReadInt16();
}
if (fA[7])
{
mPhase1 = br.ReadByte();
}
if (fA[8])
{
mPhase2 = br.ReadByte();
}
if (fA[9])
{
mPostDelayPhase = br.ReadSingle();
}
if (fA[10])
{
mMaxAngle = br.ReadSingle();
}
if (fA[11])
{
mUnknown8 = br.ReadSingle();
}
if (fA[14])
{
mRotation = MathExt.ToDegrees(br.ReadSingle());
}
if (fA[12])
{
mUnknown10 = br.ReadSingle();
mUnknown11 = br.ReadSingle();
//Another movement
mBaseMovement = new Movement(mLevel);
mBaseMovement.ReadData(br, version);
//mBaseMovement = null;
}
if (fA[13])
{
mObjectX = br.ReadSingle();
mObjectY = br.ReadSingle();
}
}
public void WriteGenericData(BinaryWriter bw, int version)
{
//Set flags
FlagGroup f = new FlagGroup();
f[0] = (mRolly != 0.0f);
f[1] = (mBouncy != 0.0f);
f[2] = HasPegInfo;
f[3] = HasMovementInfo;
f[5] = mCollision;
f[6] = mVisible;
f[7] = mCanMove;
f[8] = (mSolidColour != Color.Black);
f[9] = (mOutlineColour != Color.Black);
f[10] = !String.IsNullOrEmpty(mImageFilename);
f[11] = (mImageDX != 0.0f);
f[12] = (mImageDY != 0.0f);
f[13] = (mImageRotation != 0.0f);
f[14] = mBackground;
f[15] = mBaseObject;
f[17] = !String.IsNullOrEmpty(mID);
f[19] = (mSound != 0);
f[20] = mBallStopReset;
f[21] = !String.IsNullOrEmpty(mLogic);
f[22] = mForeground;
f[23] = (mMaxBounceVelocity != 0.0f);
f[24] = mDrawSort;
f[25] = mForeground2;
f[26] = (mSubID != 0);
f[27] = (mFlipperFlags != 0);
f[28] = mDrawFloat;
f[30] = (mShadow && version >= 0x50);
//Write data
bw.Write(f.Int32);
if (f[0])
{
bw.Write(mRolly);
}
if (f[1])
{
bw.Write(mBouncy);
}
if (f[8])
{
bw.Write(mSolidColour.ToArgb());
}
if (f[9])
{
bw.Write(mOutlineColour.ToArgb());
}
if (f[10])
{
LevelWriter.WritePopcapString(bw, mImageFilename);
}
if (f[11])
{
bw.Write(mImageDX);
}
if (f[12])
{
bw.Write(mImageDY);
}
if (f[13])
{
bw.Write(MathExt.ToRadians(mImageRotation));
}
if (f[17])
{
LevelWriter.WritePopcapString(bw, mID);
}
if (f[19])
{
bw.Write(mSolidColour.ToArgb());
}
if (f[21])
{
LevelWriter.WritePopcapString(bw, mLogic);
}
if (f[23])
{
bw.Write(mMaxBounceVelocity);
}
if (f[26])
{
bw.Write(mSubID);
}
if (f[27])
{
bw.Write(mFlipperFlags);
}
if (f[2])
{
mPegInfo.WriteData(bw, version);
}
if (f[3])
{
mMovement.WriteData(bw, version);
}
}
public override void ReadData(BinaryReader br, int version)
{
FlagGroup fA;
mMainVar = br.ReadInt32();
fA = new FlagGroup(br.ReadInt16());
mTransparancy = fA[2];
mRandomStartPosition = fA[4];
mChangeUnknown = fA[6];
mChangeScale = fA[7];
mChangeOpacity = fA[9];
mChangeVelocity = fA[10];
mChangeDirection = fA[11];
mChangeRotation = fA[12];
mImage = LevelReader.ReadPopcapString(br);
mWidth = br.ReadInt32();
mHeight = br.ReadInt32();
if (mMainVar == 2) {
mMainVar0 = br.ReadInt32();
mMainVar1 = br.ReadSingle();
mMainVar2 = LevelReader.ReadPopcapString(br);
mMainVar3 = br.ReadByte();
if (fA[13]) {
mUnknown0 = new VariableFloat(br);
mUnknown1 = new VariableFloat(br);
}
}
if (fA[5]) {
X = br.ReadSingle();
Y = br.ReadSingle();
}
mEmitImage = LevelReader.ReadPopcapString(br);
mUnknownEmitRate = br.ReadSingle();
mUnknown2 = br.ReadSingle();
mRotation = br.ReadSingle();
mMaxQuantity = br.ReadInt32();
mTimeBeforeFadeOut = br.ReadSingle();
mFadeInTime = br.ReadSingle();
mLifeDuration = br.ReadSingle();
mEmitRate = new VariableFloat(br);
mEmitAreaMultiplier = new VariableFloat(br);
if (fA[12]) {
mInitialRotation = new VariableFloat(br);
mRotationVelocity = new VariableFloat(br);
mRotationUnknown = br.ReadSingle();
}
if (fA[7]) {
mMinScale = new VariableFloat(br);
mScaleVelocity = new VariableFloat(br);
mMaxRandScale = br.ReadSingle();
}
if (fA[8]) {
mColourRed = new VariableFloat(br);
mColourGreen = new VariableFloat(br);
mColourBlue = new VariableFloat(br);
}
if (fA[9]) {
mOpacity = new VariableFloat(br);
}
if (fA[10]) {
mMinVelocityX = new VariableFloat(br);
mMinVelocityY = new VariableFloat(br);
mMaxVelocityX = br.ReadSingle();
mMaxVelocityY = br.ReadSingle();
mAccelerationX = br.ReadSingle();
mAccelerationY = br.ReadSingle();
}
if (fA[11]) {
mDirectionSpeed = br.ReadSingle();
mDirectionRandomSpeed = br.ReadSingle();
mDirectionAcceleration = br.ReadSingle();
mDirectionAngle = br.ReadSingle();
mDirectionRandomAngle = br.ReadSingle();
}
if (fA[6]) {
mUnknownA = br.ReadSingle();
mUnknownB = br.ReadSingle();
}
}
public override void WriteData(BinaryWriter bw, int version)
{
FlagGroup fA = new FlagGroup();
fA[2] = mTransparancy;
fA[4] = mRandomStartPosition;
if (!HasMovementInfo)
{
fA[5] = true;
}
fA[6] = mChangeUnknown;
fA[7] = mChangeScale;
fA[8] = mChangeColour;
fA[9] = mChangeOpacity;
fA[10] = mChangeVelocity;
fA[11] = mChangeDirection;
fA[12] = mChangeRotation;
fA[14] = true; //Needed to make it visible?
bw.Write(mMainVar);
bw.Write(fA.Int16);
LevelWriter.WritePopcapString(bw, mImage);
bw.Write(mWidth);
bw.Write(mHeight);
if (mMainVar == 2)
{
bw.Write(mMainVar0);
bw.Write(mMainVar1);
LevelWriter.WritePopcapString(bw, mMainVar2);
bw.Write(mMainVar3);
if (fA[13])
{
mUnknown0.WriteData(bw);
mUnknown1.WriteData(bw);
}
}
if (fA[5])
{
bw.Write(X);
bw.Write(Y);
}
LevelWriter.WritePopcapString(bw, mEmitImage);
bw.Write(mUnknownEmitRate);
bw.Write(mUnknown2);
bw.Write(mRotation);
bw.Write(mMaxQuantity);
bw.Write(mTimeBeforeFadeOut);
bw.Write(mFadeInTime);
bw.Write(mLifeDuration);
mEmitRate.WriteData(bw);
mEmitAreaMultiplier.WriteData(bw);
if (fA[12])
{
mInitialRotation.WriteData(bw);
mRotationVelocity.WriteData(bw);
bw.Write(mRotationUnknown);
}
if (fA[7])
{
mMinScale.WriteData(bw);
mScaleVelocity.WriteData(bw);
bw.Write(mMaxRandScale);
}
if (fA[8])
{
mColourRed.WriteData(bw);
mColourGreen.WriteData(bw);
mColourBlue.WriteData(bw);
}
if (fA[9])
{
mOpacity.WriteData(bw);
}
if (fA[10])
{
mMinVelocityX.WriteData(bw);
mMinVelocityY.WriteData(bw);
bw.Write(mMaxVelocityX);
bw.Write(mMaxVelocityY);
bw.Write(mAccelerationX);
bw.Write(mAccelerationY);
}
if (fA[11])
{
bw.Write(mDirectionSpeed);
bw.Write(mDirectionRandomSpeed);
bw.Write(mDirectionAcceleration);
bw.Write(mDirectionAngle);
bw.Write(mDirectionRandomAngle);
}
if (fA[6])
{
bw.Write(mUnknownA);
bw.Write(mUnknownB);
}
}
public void ReadGenericData(BinaryReader br, int version)
{
FlagGroup f = new FlagGroup(br.ReadInt32());
mCollision = f[5];
mVisible = f[6];
mCanMove = f[7];
mBackground = f[14];
mBaseObject = f[15];
mBallStopReset = f[20];
mForeground = f[22];
mDrawSort = f[24];
mForeground2 = f[25];
mDrawFloat = f[28];
if (f[0])
{
mRolly = br.ReadSingle();
}
if (f[1])
{
mBouncy = br.ReadSingle();
}
if (f[4])
{
br.ReadInt32();
}
if (f[8])
{
mSolidColour = Color.FromArgb(br.ReadInt32());
}
if (f[9])
{
mOutlineColour = Color.FromArgb(br.ReadInt32());
}
if (f[10])
{
mImageFilename = LevelReader.ReadPopcapString(br);
}
if (f[11])
{
mImageDX = br.ReadSingle();
}
if (f[12])
{
mImageDY = br.ReadSingle();
}
if (f[13])
{
mImageRotation = MathExt.ToDegrees(br.ReadSingle());
}
if (f[16])
{
br.ReadInt32();
}
if (f[17])
{
mID = LevelReader.ReadPopcapString(br);
}
if (f[18])
{
br.ReadInt32();
}
if (f[19])
{
mSound = br.ReadByte();
}
if (f[21])
{
mLogic = LevelReader.ReadPopcapString(br);
}
if (f[23])
{
mMaxBounceVelocity = br.ReadSingle();
}
if (f[26])
{
mSubID = br.ReadInt32();
}
if (f[27])
{
mFlipperFlags = br.ReadByte();
}
if (f[2])
{
mPegInfo = new PegInfo(this);
mPegInfo.ReadData(br, version);
}
if (f[3])
{
mMovement = new Movement(mLevel);
mMovement.ReadData(br, version);
}
if (f[30] && version >= 0x50)
{
mShadow = f[30];
}
}
public override void ReadData(BinaryReader br, int version)
{
FlagGroup fA = new FlagGroup(br.ReadByte());
FlagGroup fB = new FlagGroup();
if (version >= 0x23)
fB = new FlagGroup(br.ReadByte());
if (fA[2])
br.ReadSingle();
if (fA[3])
br.ReadSingle();
if (fA[5])
br.ReadSingle();
if (fA[1])
br.ReadByte();
if (fA[4]) {
X = br.ReadSingle();
Y = br.ReadSingle();
}
//if arg0 (lots)
if (fB[0])
br.ReadByte();
if (fB[1])
br.ReadInt32();
if (fB[2])
br.ReadInt16();
mCurved = true;
FlagGroup fC = new FlagGroup(br.ReadInt16());
if (fC[8])
br.ReadSingle();
if (fC[9])
br.ReadSingle();
if (fC[2]) {
mType = br.ReadByte();
if (mType == 5)
mCurved = false;
}
if (fC[3]) {
mCurvePoints = br.ReadByte() + 2;
}
if (fC[5])
br.ReadSingle(); //Left angle
if (fC[6])
br.ReadSingle(); //Right angle
//if arg0+3 ReadSingle ReadSingle
if (fC[4])
mSectorAngle = br.ReadSingle();
if (fC[7])
mWidth = br.ReadSingle();
mTextureFlip = fC[10];
mLength = br.ReadSingle();
mAngle = br.ReadSingle();
byte[] hmm = br.ReadBytes(4);
//for (int i = 0; i < 4; i++)
// br.ReadByte();
}