public LLConstraint()
{
ConstraintType = EConstraintType.PointConstraint;
//ASCIIEncoding byteconverter;
SourceVolume = "INVALID"; //byteconverter.GetBytes("INVALID");
TargetVolume = "INVALID"; //byteconverter.GetBytes("INVALID");
}
public LLConstraint(byte chainlen, EConstraintType type, string SourceName, string TargetName, Vector3 sourceoff,
Vector3 targetoff, Vector3 targetdir, float easeinstart, float easeinstop,
float easeoutstart, float easeoutstop)
{
ChainLength = chainlen;
ConstraintType = type;
SourceVolume = SourceName;
TargetVolume = TargetName;
SourceOffsetX = sourceoff.X;
SourceOffsetY = sourceoff.Y;
SourceOffsetZ = sourceoff.Z;
TargetOffsetX = targetoff.X;
TargetOffsetY = targetoff.Y;
TargetOffsetZ = targetoff.Z;
TargetDirectionX = targetdir.X;
TargetDirectionY = targetdir.Y;
TargetDirectionZ = targetdir.Z;
EaseInStart = easeinstart;
EaseInStop = easeinstop;
EaseOutStart = easeoutstart;
EaseOutStop = easeoutstop;
}
public ForeignKeyConstraint(
string owner,
string tableName,
string constraintName,
EConstraintType? constraintType,
EConstraintStatus? constraintStatus,
EConstraintDeferrability? deferrableState,
EConstraintDeferredState? deferredState,
EConstraintValidation? validationState,
EConstraintReliability? reliabilityState,
bool? invalid,
string referencedTableOwner,
string referencedConstraintName,
EDeleteRule? deleteRule)
: base(owner, tableName, constraintName, EConstraintType.ForeignKey, constraintStatus,
deferrableState, deferredState, validationState, reliabilityState, invalid)
{
this.deleteRule = deleteRule;
this.referencedTableOwner = referencedTableOwner;
this.referencedConstraintName = referencedConstraintName;
}
public ConstraintBase(
string owner,
string tableName,
string constraintName,
EConstraintType? constraintType,
EConstraintStatus? constraintStatus,
EConstraintDeferrability? deferrableState,
EConstraintDeferredState? deferredState,
EConstraintValidation? validationState,
EConstraintReliability? reliabilityState,
bool? invalid)
{
this.owner = owner;
this.tableName = tableName;
this.tableRef = null;
this.constraintName = constraintName;
this.constraintType = constraintType;
this.deferrableState = deferrableState;
this.deferredState = deferredState;
this.validationState = validationState;
this.reliabilityState = reliabilityState;
this.invalid = invalid;
}
public ColumnBasedConstraint(
string owner,
string tableName,
string constraintName,
EConstraintType? constraintType,
EConstraintStatus? constraintStatus,
EConstraintDeferrability? deferrableState,
EConstraintDeferredState? deferredState,
EConstraintValidation? validationState,
EConstraintReliability? reliabilityState,
bool? invalid)
: base(owner, tableName, constraintName, constraintType, constraintStatus,
deferrableState, deferredState, validationState, reliabilityState, invalid)
{
}
public LLConstraint(byte chainlen, EConstraintType type, string SourceName, string TargetName, Vector3 sourceoff,
Vector3 targetoff, Vector3 targetdir, float easeinstart, float easeinstop,
float easeoutstart, float easeoutstop)
{
ChainLength = chainlen;
ConstraintType = type;
SourceVolume = SourceName;
TargetVolume = TargetName;
SourceOffsetX = sourceoff.X;
SourceOffsetY = sourceoff.Y;
SourceOffsetZ = sourceoff.Z;
TargetOffsetX = targetoff.X;
TargetOffsetY = targetoff.Y;
TargetOffsetZ = targetoff.Z;
TargetDirectionX = targetdir.X;
TargetDirectionY = targetdir.Y;
TargetDirectionZ = targetdir.Z;
EaseInStart = easeinstart;
EaseInStop = easeinstop;
EaseOutStart = easeoutstart;
EaseOutStop = easeoutstop;
}
public LLConstraint()
{
ConstraintType = EConstraintType.PointConstraint;
//ASCIIEncoding byteconverter;
SourceVolume = "INVALID"; //byteconverter.GetBytes("INVALID");
TargetVolume = "INVALID"; //byteconverter.GetBytes("INVALID");
}
