writeh3ddata

Syntax

R = writeh3ddata(fid, subcase, simulation, datatype, layer, corners, entities, data[,pool])

Inputs

fid

Integer representing the file ID, returned from createh3dfile().

Type: double | integer

subcase

Subcase name or ID.

Type: char | string or double | integer

simulation

Simulation index (starting from 1). The simulation index can be defined as starting from 1 to length(timestep), not the timestep itself (who can start from 0.0).

Type: double | integer

datatype

Datatype name or ID.

Type: char | string or double | integer

layer

Layer name or ID. Can be zero.

Type: char | string or double | integer

corners

Write corner data (0=no , 1=yes).

Type: double | integer

entities

Matrix with entities IDs.

Type: matrix

data

List of data to be added for each entity. The size of the matrix must be of numberofentities x numberofcomponents.

The number of components is:

• 6 for "3Dtensor" format
• 3 for "2Dtensor" and "vector"
• 1 for "scalar"

Type: integer | matrix | complex

Example

writeh3ddata(idx, 'Subcase 2', 1, 'DT scalar node:nolayer nocorner', 0, 0, nodes, 2*nodes)

Create an H3D file which contains one subcase, with one data type containing two components:

resultFile = 'testfile.h3d';
   % Entities
   nodes = [1:32];
   elems2D = [20 24 27 31 36 39 42 43 47];
   elems3D = [10:18];
   lsnd = [1:length(nodes)]';
   ls2d = [1:length(elems2D)]';
   ls3d = [1:length(elems3D)]';
   tensor2d2d = [ls2d ls2d*2 ls2d*3];
   tensor2d3d = [ls2d ls2d*2 zeros(length(elems2D), 1) ls2d zeros(length(elems2D), 1) zeros(length(elems2D), 1)];
   tensor3d3d = [ls3d ; ls3d*2 ; ls3d*3 ; ls3d ; ls3d*2 ; ls3d*3];

   idx = cw_h3d_createFile(resultFile, 'append')

   lidx1 = cw_h3d_createLayer(idx, 'Layer 1');
   lidx2 = cw_h3d_createLayer(idx, 'Layer 2');

   pidx1 = cw_h3d_createPool(idx, '2D');
   pidx2 = cw_h3d_createPool(idx, '3D');

   tidx1 = cw_h3d_createDatatype(idx, 'Element Stresses', '3Dtensor', 'elem', 'pools', [pidx1 pidx2], 'layers', [lidx1 lidx2]);

   sidx1 = cw_h3d_createSubcase(idx, 'Subcase 2', {'SC2 Iteration 1' 'SC2 Iteration 2'}, [0.0 1.0]);

   cw_h3d_writeData(idx, sidx1, 1, tidx1, 1, 0, elems2D, tensor2d3d, pidx1);
   cw_h3d_writeData(idx, sidx1, 1, tidx1, 2, 0, elems2D, 2*tensor2d3d, pidx1);
   cw_h3d_writeData(idx, sidx1, 1, tidx1, 0, 0, elems3D, tensor3d3d, pidx2);
   cw_h3d_writeData(idx, sidx1, 2, tidx1, 1, 0, elems2D, tensor2d3d, pidx1);
   cw_h3d_writeData(idx, sidx1, 2, tidx1, 2, 0, elems2D, 2*tensor2d3d, pidx1);
   cw_h3d_writeData(idx, sidx1, 2, tidx1, 0, 0, elems3D, tensor3d3d, pidx2);

   % Close file
   cw_h3d_closeH3DFile(idx);

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