private bool CheckMemberRestraint(Member MemberToCheck, Beam StartBeam, MEMBERCLASS MemberClass)
{
bool output = false;
// Gather all nodes connected to the beam to check or any beams parallel to it
var nodes = new HashSet <Node>(BeamHelpers.GatherParallelBeams(StartBeam).SelectMany(b => new List <Node>()
{
b.StartNode, b.EndNode
}));
// Check if any of the connected members are class above the current member
var connectedMembers = nodes.SelectMany(n => n.ConnectedMembers).Where(m => m != null && m != MemberToCheck);
if (MemberClass == MEMBERCLASS.PRIMARY)
{
output = connectedMembers.Any(m => this.PrimaryMembers.Contains(m));
}
else if (MemberClass == MEMBERCLASS.SECONDARY)
{
output = connectedMembers.Any(m => this.PrimaryMembers.Contains(m) || this.SecondaryMembers.Contains(m));
}
else if (MemberClass == MEMBERCLASS.TERTIARY)
{
output = connectedMembers.Any(m => this.PrimaryMembers.Contains(m) || this.SecondaryMembers.Contains(m) || this.TertiaryMembers.Contains(m));
}
return(output);
}
private bool CheckMemberRestraint(Member MemberToCheck, Beam StartBeam, MEMBERCLASS MemberClass)
{
bool output;
HashSet<Node> nodes;
// Gather all nodes connected to the beam to check or any beams parallel to it
nodes = new HashSet<Node>(BeamHelpers.GatherParallelBeams(StartBeam).SelectMany(b => new List<Node>() { b.StartNode, b.EndNode}));
// Check if any of the connected members are class above the current member
IEnumerable<Member> connectedMembers = nodes.SelectMany(n => n.ConnectedMembers).Where(m => m != null && m != MemberToCheck);
if (MemberClass == MEMBERCLASS.PRIMARY)
output = connectedMembers.Any(m => this.PrimaryMembers.Contains(m));
else if (MemberClass == MEMBERCLASS.SECONDARY)
output = connectedMembers.Any(m => this.PrimaryMembers.Contains(m) || this.SecondaryMembers.Contains(m));
else if (MemberClass == MEMBERCLASS.TERTIARY)
output = connectedMembers.Any(m => this.PrimaryMembers.Contains(m) || this.SecondaryMembers.Contains(m) || this.TertiaryMembers.Contains(m));
else
output = false;
return output;
}
