Vector3D ParseScale(string scale, ZoneShape shape)
{
string[] values = scale.Split(new char[] { ',' });
if (shape == ZoneShape.Sphere && values.Length > 0)
{
double tempScale = ParseDouble(values[0], 1);
return(new Vector3D(tempScale, tempScale, tempScale) / 1000);
}
else if (shape == ZoneShape.Cylinder && values.Length > 1)
{
double tempScale1 = ParseDouble(values[0], 1);
double tempScale2 = ParseDouble(values[1], 1);
return(new Vector3D(tempScale1, tempScale2, tempScale1) / 1000);
}
else if (values.Length > 2)
{
double tempScale1 = ParseDouble(values[0], 1);
double tempScale2 = ParseDouble(values[1], 1);
double tempScale3 = ParseDouble(values[2], 1);
return(new Vector3D(tempScale1, tempScale3, tempScale2) / 1000);
}
return(new Vector3D(1, 1, 1));
}
public void CreateFromEmdElement(IXEP_EmdElement elem)
{
XEP_BaseEmdFile.CheckName(elem.Name, XEP_EmdNames.s_KeyStirrupZone);
Clear();
foreach (var item in elem.Elements)
{
if (item.Name == XEP_EmdNames.s_KeyStirrup)
{
IXEP_EmdStirrupData stirrupData = XEP_EmdFactrory.CreateEmdStirrupData();
stirrupData.CreateFromEmdElement(item);
Stirrups.Add(stirrupData);
}
else if (item.Name == XEP_EmdNames.s_KeyStirrupZoneShape)
{
ZoneShape.CreateFromEmdElement(item);
}
else
{
throw new InvalidOperationException("Invalid element in stirrup zone, element name: " + item.Name);
}
}
ZoneID = elem.GetAttribute(XEP_EmdNames.s_KeyStirrupZoneID).GetIntValue();
Material = elem.GetAttribute(XEP_EmdFileConstants.s_RefAttributEmdTag + XEP_EmdNames.s_KeyStirrupZoneMaterial).Value;
ZoneBeg = elem.GetAttribute(XEP_EmdNames.s_KeyStirrupZoneZoneBeg).GetDoubleValue();
ZoneEnd = elem.GetAttribute(XEP_EmdNames.s_KeyStirrupZoneZoneEnd).GetDoubleValue();
IsAutoCutsCalc = elem.GetAttribute(XEP_EmdNames.s_KeyStirrupZoneIsAutoCutsCalc).GetIntValue();
NumCutUser = elem.GetAttribute(XEP_EmdNames.s_KeyStirrupZoneNumCutUser).GetIntValue();
Position = elem.GetAttribute(XEP_EmdNames.s_KeyStirrupZonePosition).Value;
Coeff = elem.GetAttribute(XEP_EmdNames.s_KeyStirrupZoneCoef).GetDoubleValue();
}
public void CreateFrom(IXEP_StirrupZoneIO zoneInput, double sectionPos, string matName, double zoneBeg, double zoneEnd, int zoneID)
{
ZoneID = zoneID;
Material = matName;
ZoneBeg = zoneBeg;
ZoneEnd = zoneEnd;
IsAutoCutsCalc = 1;
NumCutUser = zoneInput.NumCut;
Position = XEP_EmdNames.s_Value_ZonePosCurrent;
Coeff = 4.0;
ZoneShape.CreateFrom(zoneInput.Shapes);
CreateStirrups(zoneInput, sectionPos);
}
public IXEP_EmdElement CreateEmdElement()
{
IXEP_EmdElement elem = XEP_EmdFactrory.CreateEmdElement();
elem.Name = XEP_EmdNames.s_KeyStirrupZone;
foreach (var item in Stirrups)
{
elem.Elements.Add(item.CreateEmdElement());
}
elem.Elements.Add(ZoneShape.CreateEmdElement());
elem.AddAttribute(XEP_EmdFactrory.CreateEmdAttribute(XEP_EmdNames.s_KeyStirrupZoneID, ZoneID.ToString()));
elem.AddAttribute(XEP_EmdFactrory.CreateEmdAttribute(XEP_EmdFileConstants.s_RefAttributEmdTag + XEP_EmdNames.s_KeyStirrupZoneMaterial, Material));
elem.AddAttribute(XEP_EmdFactrory.CreateEmdAttribute(XEP_EmdNames.s_KeyStirrupZoneZoneBeg, ZoneBeg.ToString()));
elem.AddAttribute(XEP_EmdFactrory.CreateEmdAttribute(XEP_EmdNames.s_KeyStirrupZoneZoneEnd, ZoneEnd.ToString()));
elem.AddAttribute(XEP_EmdFactrory.CreateEmdAttribute(XEP_EmdNames.s_KeyStirrupZoneIsAutoCutsCalc, IsAutoCutsCalc.ToString()));
elem.AddAttribute(XEP_EmdFactrory.CreateEmdAttribute(XEP_EmdNames.s_KeyStirrupZoneNumCutUser, NumCutUser.ToString()));
elem.AddAttribute(XEP_EmdFactrory.CreateEmdAttribute(XEP_EmdNames.s_KeyStirrupZonePosition, Position));
elem.AddAttribute(XEP_EmdFactrory.CreateEmdAttribute(XEP_EmdNames.s_KeyStirrupZoneCoef, Coeff.ToString()));
return(elem);
}
public IXEP_StirrupZoneIO Create(double sectionPos)
{
IXEP_StirrupZoneIO zoneInput = XEP_EmdFactrory.CreateStirrupZoneIO();
zoneInput.Shapes = ZoneShape.Create();
zoneInput.NumCut = NumCutUser;
IXEP_EmdStirrupData nearestStirrup = FindNearestStirrup(sectionPos);
if (nearestStirrup == null)
{
zoneInput.Spacing = 0.0;
zoneInput.StirrupDiameter = 0.0;
}
else
{
zoneInput.Spacing = nearestStirrup.Dss;
zoneInput.StirrupDiameter = nearestStirrup.D;
}
return(zoneInput);
}
void SetValues(ContentBase content, TableBlock block)
{
string positionString = "0,0,0";
string rotationString = "0,0,0";
string shapeString = "box";
string scaleString = "1,1,1";
//get transformation of content
foreach (EditorINIOption option in block.Block.Options)
{
if (option.Values.Count > 0)
{
switch (option.Name.ToLower())
{
case "pos":
positionString = option.Values[0].Value.ToString();
break;
case "rotate":
rotationString = option.Values[0].Value.ToString();
break;
case "shape":
shapeString = option.Values[0].Value.ToString();
break;
case "size":
scaleString = option.Values[0].Value.ToString();
break;
}
}
}
Vector3D position = ParsePosition(positionString);
Rotation3D rotation;
Vector3D scale;
//set content values
if (block.ObjectType == ContentType.Zone)
{
ZoneShape shape = ParseShape(shapeString);
scale = ParseScale(scaleString, shape);
rotation = ParseRotation(rotationString, shape == ZoneShape.Cylinder);
((Zone)content).Shape = shape;
}
else if (block.ObjectType == ContentType.LightSource)
{
scale = new Vector3D(1, 1, 1);
rotation = ParseRotation(rotationString, false);
}
else
{
scale = new Vector3D(block.Archtype.Radius, block.Archtype.Radius, block.Archtype.Radius) / 1000;
rotation = ParseRotation(rotationString, false);
}
content.SetDisplay(position, rotation, scale);
if (selectedContent == content)
{
//update selection if changed content is selected
SetSelectedContent(content);
}
}
