- Author:
- Vickie Shim <bshi013@UoA.auckland.ac.nz>
- Date:
- 2022-09-15 17:28:23+12:00
- Desc:
- this is a new scaffold model
- Permanent Source URI:
- https://staging.physiomeproject.org/workspace/6f1/rawfile/220e4149107a4fc89b290b20f5c0ac27df88cad0/SKULL/MUSCLES/DIGASTRIC/DIGASTRIC.IPELEM
CMISS Version 1.21 ipelem File Version 2
Heading:
The number of elements is [1]: 4
Element number [ 1]: 1
The number of geometric Xj-coordinates is [3]: 3
The basis function type for geometric variable 1 is [1]: 1
The basis function type for geometric variable 2 is [1]: 1
The basis function type for geometric variable 3 is [1]: 1
Enter the 8 global numbers for basis 1: 7 9 23 2 16 8 24 13
Element number [ 2]: 2
The number of geometric Xj-coordinates is [3]: 3
The basis function type for geometric variable 1 is [1]: 1
The basis function type for geometric variable 2 is [1]: 1
The basis function type for geometric variable 3 is [1]: 1
Enter the 8 global numbers for basis 1: 16 8 24 13 20 15 1 21
Element number [ 3]: 3
The number of geometric Xj-coordinates is [3]: 3
The basis function type for geometric variable 1 is [1]: 1
The basis function type for geometric variable 2 is [1]: 1
The basis function type for geometric variable 3 is [1]: 1
Enter the 8 global numbers for basis 1: 4 22 17 12 5 14 19 10
Element number [ 4]: 4
The number of geometric Xj-coordinates is [3]: 3
The basis function type for geometric variable 1 is [1]: 1
The basis function type for geometric variable 2 is [1]: 1
The basis function type for geometric variable 3 is [1]: 1
Enter the 8 global numbers for basis 1: 5 14 19 10 3 6 18 11
