public void Union(IPrimitiveConditionData value) { OnSameObject onObject = value as OnSameObject; if (this.Condition == true || onObject.Condition == true) this.Condition = true; }
public void Union(IPrimitiveConditionData value) { EnclosedArea encArea = value as EnclosedArea; if (this.Min > encArea.Min) this.Min = encArea.Min; if (this.Max < encArea.Max) this.Max = encArea.Max; }
public void Init(IPrimitiveConditionData ruleData) { _data = ruleData as TouchState; foreach (string touchState in _data.States) { requiredTouchStates.Add( new TouchActionResult() { Action = GetTouchActionType(touchState) }); } }
public bool Equals(IPrimitiveConditionData data) { bool result = false; if (data is TouchLimit) { var d1 = data as TouchLimit; if (d1.Type == this.Type && d1.Min == this.Min && d1.Max == this.Max) result = true; } return result; }
public bool Equals(IPrimitiveConditionData rule) { if (!(rule is TouchDirection)) { throw new Exception("Wrong Type Exception"); } if (rule == null) { throw new Exception("Null Input Exception"); } TouchDirection directionRule = rule as TouchDirection; return directionRule.Values.Equals( this.Values ); }
public void Union(IPrimitiveConditionData value) { TouchTime touchTime = value as TouchTime; if (this.Unit == touchTime.Unit) { if (this.Value < touchTime.Value) this.Value = touchTime.Value; } else if (this.Unit == string.Empty && touchTime.Unit != string.Empty) { this.Unit = touchTime.Unit; this.Value = touchTime.Value; } else { if ((this.Unit == "sec" || this.Unit == "secs") && (touchTime.Unit == "msec" || touchTime.Unit == "msecs")) { if ((this.Value * 1000) < touchTime.Value) { this.Value = touchTime.Value / 1000; } } else if ((this.Unit == "msec" || this.Unit == "msecs") && (touchTime.Unit == "sec" || touchTime.Unit == "secs")) { if ((this.Value) < (touchTime.Value * 1000)) { this.Value = touchTime.Value * 1000; } } else if ((this.Unit == "msec" || this.Unit == "msecs") && (touchTime.Unit == "msec" || touchTime.Unit == "msecs")) { if ((this.Value) < (touchTime.Value)) { this.Value = touchTime.Value; } } else { if ((this.Value) < (touchTime.Value)) { this.Value = touchTime.Value; } } } }
public void Union(IPrimitiveConditionData value) { if (value == null) { throw new Exception("Null Value Exception"); } if (!(value is ClosedLoop)) { throw new Exception("Invalid Type Exception"); } ClosedLoop cLoop = value as ClosedLoop; if (this.State == "false" || cLoop.State == "false") this.State = "false"; else this.State = "true"; }
public void Union(IPrimitiveConditionData value) { TouchState touchState = value as TouchState; bool matchFound = false; foreach (string newState in touchState.States) { foreach (string existingState in this.States) { matchFound = string.Equals(newState, existingState); if (matchFound) break; } if (!matchFound) this.States.Add(newState); } }
public bool Equals(IPrimitiveConditionData rule) { DistanceBetweenPoints value = rule as DistanceBetweenPoints; if (value == null) { // Failed to cast to same time return false; } else { if (value.Behaviour == this.Behaviour && value.Max == this.Max && value.Min == this.Min) return true; else return false; } }
public void Union(IPrimitiveConditionData value) { TouchStep touchStep = value as TouchStep; // TouchCount if (this.TouchCount < touchStep.TouchCount) this.TouchCount = touchStep.TouchCount; // TimeLimit if (this.Unit == touchStep.Unit) { if (this.TimeLimit < touchStep.TimeLimit) this.TimeLimit = touchStep.TimeLimit; } else if (this.Unit == string.Empty && touchStep.Unit != string.Empty) { this.Unit = touchStep.Unit; this.TouchCount = touchStep.TouchCount; this.TimeLimit = touchStep.TimeLimit; } else { if (this.Unit == "sec" && touchStep.Unit == "msec") { if ((this.TimeLimit * 1000) < touchStep.TimeLimit) { this.TimeLimit = touchStep.TimeLimit/1000; } } else if (this.Unit == "msec" && touchStep.Unit == "sec") { if ((this.TimeLimit) < (touchStep.TimeLimit*1000)) { this.TimeLimit = touchStep.TimeLimit * 1000; } } } }
public void Union(IPrimitiveConditionData value) { }
public bool Equals(IPrimitiveConditionData data) { return false; }
public void Union(IPrimitiveConditionData value) { TouchLimit touchLimit = value as TouchLimit; if (this.Min > touchLimit.Min) this.Min = touchLimit.Min; if ((this.Max != 0 || touchLimit.Max != 0)) { if (!string.Equals(this.Type, "Range", StringComparison.OrdinalIgnoreCase)) this.Type = "Range"; if (this.Max < touchLimit.Max) this.Max = touchLimit.Max; } }
public void Init(IPrimitiveConditionData ruleData) { _data = ruleData as AngleBetween; }
public void Union(IPrimitiveConditionData value) { throw new NotImplementedException(); }
public void Union(IPrimitiveConditionData value) { if (value == null) { throw new Exception("Null value exception"); } if (!(value is TouchArea)) { throw new Exception("TouchArea union not TouchArea exception"); } TouchArea tArea = value as TouchArea; int height, width; string NewValue = string.Empty; if (this.Height < tArea.Height) height = tArea.Height; else height = this.Height; if (this.Width < tArea.Width) width = tArea.Width; else width = this.Width; if (this.Type == "Ellipse" && tArea.Type == "Ellipse") { NewValue = string.Format("{0}x{1}", height, width); } else if (this.Type == "Rect" && tArea.Type == "Rect") { NewValue = string.Format("{0}x{1}", height, width); } else if (this.Type == "Circle" && tArea.Type == "Circle") { NewValue = string.Format("{0}", height); } else //Different types always union to be a rect { NewValue = string.Format("{0}x{1}", height, width); this.Type = "Rect"; } Value = NewValue; }
public void Union(IPrimitiveConditionData value) { DistanceBetweenPoints distanceBtwPoints = value as DistanceBetweenPoints; if (this.Behaviour != distanceBtwPoints.Behaviour) { if (this.Behaviour == BehaviourTypes.Increasing && distanceBtwPoints.Behaviour == BehaviourTypes.Decreasing) { throw new Exception("Invalid Union Type"); } else if (this.Behaviour == BehaviourTypes.Decreasing && distanceBtwPoints.Behaviour == BehaviourTypes.Increasing) { throw new Exception("Invalid Union Type"); } else if (this.Behaviour == BehaviourTypes.UnChanged && distanceBtwPoints.Behaviour == BehaviourTypes.Increasing) { this.Max = distanceBtwPoints.Max; this.Behaviour = BehaviourTypes.Increasing; } else if (this.Behaviour == BehaviourTypes.UnChanged && distanceBtwPoints.Behaviour == BehaviourTypes.Decreasing) { this.Min = distanceBtwPoints.Min; this.Behaviour = BehaviourTypes.Decreasing; } } else if (this.Behaviour == BehaviourTypes.Increasing && distanceBtwPoints.Behaviour == BehaviourTypes.Increasing) { this.Max = distanceBtwPoints.Max; this.Behaviour = BehaviourTypes.Increasing; } else if (this.Behaviour == BehaviourTypes.Decreasing && distanceBtwPoints.Behaviour == BehaviourTypes.Decreasing) { this.Min = distanceBtwPoints.Min; this.Behaviour = BehaviourTypes.Decreasing; } }
public void Init(IPrimitiveConditionData ruleData) { _data = ruleData as ClosedLoop; }
public void Init(IPrimitiveConditionData ruleData) { _data = ruleData as Tag; }
public void Init(IPrimitiveConditionData ruleData) { _data = ruleData as DistanceBetweenPoints; }
public void Union(IPrimitiveConditionData value) { if (value == null) { throw new Exception("Null Value Exception"); } if (!(value is TouchPathBoundingBox)) { throw new Exception("Wrong Input Type Exception"); } TouchPathBoundingBox touchPBox = value as TouchPathBoundingBox; if (this.MinHeight > touchPBox.MinHeight) this.MinHeight = touchPBox.MinHeight; if (this.MaxHeight < touchPBox.MaxHeight) this.MaxHeight = touchPBox.MaxHeight; if (this.MinWidth > touchPBox.MinWidth) this.MinWidth = touchPBox.MinWidth; if (this.MaxWidth < touchPBox.MaxWidth) this.MaxWidth = touchPBox.MaxWidth; }
public void Init(IPrimitiveConditionData ruleData) { _data = ruleData as TouchPathBoundingBox; }
public bool Equals(IPrimitiveConditionData ruleData) { if (ruleData == null) { throw new Exception("Null value exception"); } if (!(ruleData is TouchArea)) { return false; } var data = ruleData as TouchArea; return (data.Type == this.Type && data.Value == this.Value); }
public void Init(IPrimitiveConditionData ruleData) { }
private static string getPrimitiveName(IPrimitiveConditionData primitive) { string fullname = primitive.ToGDL(); int pos = fullname.LastIndexOf(":"); if (pos == -1) return fullname; else return fullname.Remove(pos); }
public void Init(IPrimitiveConditionData ruleData) { _data = ruleData as EnclosedArea; }
public bool Equals(IPrimitiveConditionData rule) { throw new NotImplementedException(); }
public void Init(IPrimitiveConditionData ruleData) { _data = ruleData as TouchDirection; }
public void Init(IPrimitiveConditionData ruleData) { _data = ruleData as TouchTime; }
public void Init(IPrimitiveConditionData ruleData) { _data = ruleData as TouchRelativePosition; }