solid

attributesmax: The number of attributes owned by this entity. Type: unsigned int.
beamsect_nonstandard: The string name of the beamsection type, or blank if not defined (string).
collector: Pointer to the collector that owns the element. Type: pointer (levels 2, 3 and 4)
config: The value 0 for solid beamsects.; Type: integer
Fillcolor: The color the beamsect uses for display of solid regions. Type: integer
Flags: The optimization flag. Type: integer
id: The ID of the entity. Type: entity
include: The ID of the include file the entity is organized in. Type: entity
includeid: The ID of the include file the entity is organized in. Type: unsigned int.
internalid: The ID of the entity. Type: unsigned int.
Linecolor: The color the beamsect uses for display of lines. Type: integer
name: The name of the entity. Type: string
OrientationOrigin0: The y component of the beamsect origin. Type: double
OrientationOrigin1: The z component of the beamsect origin. Type: double
OrientationVector0: The y component of the beamsect orientation vector. Type: double
OrientationVector1: The z component of the beamsect orientation vector. Type: double
setid: The ID of the beamsectcol owning the entity. Type: integer
solid_NodeCords: Pointer to the uv coordinates of the nodes.; Type: pointer
solid_NodeCount: The number of nodes in the mesh.; Type: integer
solid_Quad4ElementCount: The number of quad4 elements in the mesh.; Type: integer
solid_Quad8ElementCount: The number of quad8 elements in the mesh.; Type: integer
solid_Tria3ElementCount: The number of tria3 elements in the mesh.; Type: integer
solid_Tria6ElementCount: The number of tria6 elements in the mesh.; Type: integer
solid_Quad4Nodes: Pointer to the node indices for the quad4 elements.; Type: pointer; The node coordinates are in the form of an array {y0,z0,y1,z1,y2,z2,y3,z3,...}. The node indices for the elements index into this array, so the Tria3Nodes array would look like {a0,b0,c0,a1,b1,c1,a2,b2,c2,...}, and a tria whose nodes have coordinates {y3,z3}, {y7,z7}, {y1,z1} would appear in the Tria3Nodes array as {...,3,7,1,...}.
solid_Quad8Nodes: Pointer to the node indices for the quad8 elements.; Type: pointer; The node coordinates are in the form of an array {y0,z0,y1,z1,y2,z2,y3,z3,...}. The node indices for the elements index into this array, so the Tria3Nodes array would look like {a0,b0,c0,a1,b1,c1,a2,b2,c2,...}, and a tria whose nodes have coordinates {y3,z3}, {y7,z7}, {y1,z1} would appear in the Tria3Nodes array as {...,3,7,1,...}.
solid_Tria3Nodes: Pointer to the node indices for the tria3 elements.; Type: pointer; The node coordinates are in the form of an array {y0,z0,y1,z1,y2,z2,y3,z3,...}. The node indices for the elements index into this array, so the Tria3Nodes array would look like {a0,b0,c0,a1,b1,c1,a2,b2,c2,...}, and a tria whose nodes have coordinates {y3,z3}, {y7,z7}, {y1,z1} would appear in the Tria3Nodes array as {...,3,7,1,...}.
solid_Tria6Nodes: Pointer to the node indices for the tria6 elements.; Type: pointer; The node coordinates are in the form of an array {y0,z0,y1,z1,y2,z2,y3,z3,...}. The node indices for the elements index into this array, so the Tria3Nodes array would look like {a0,b0,c0,a1,b1,c1,a2,b2,c2,...}, and a tria whose nodes have coordinates {y3,z3}, {y7,z7}, {y1,z1} would appear in the Tria3Nodes array as {...,3,7,1,...}.
TorsionFactor: The torsion factor of the beamsect. Type: double
WarpingFactor: The warping factor of the beamsect. Type: double