Location: MSK Models @ 7a8701a5c304 / UPPER_LIMB / BONES / TRAPEZIUM / TRAPEZIUM.IPELEM

Author:
Vickie Shim <bshi013@UoA.auckland.ac.nz>
Date:
2022-08-24 15:57:50+12:00
Desc:
this is a new scaffold for muscle#
Permanent Source URI:
https://staging.physiomeproject.org/workspace/6f1/rawfile/7a8701a5c3048c853b6f365daf512762c028d0e2/UPPER_LIMB/BONES/TRAPEZIUM/TRAPEZIUM.IPELEM

 CMISS Version 1.21 ipelem File Version 2
 Heading: trapezium

 The number of elements is [1]:    10

 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:  19   27   20   28   14   22   30   26

 Element number [1]:      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:  11   19   13   20   8   14   5   30

 Element number [1]:      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:  8   14   5   30   3   7   2   4

 Element number [1]:      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:  14   22   30   26   7   16   4   17

 Element number [1]:      5
 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:  20   28   12   23   30   26   32   33

 Element number [1]:      6
 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:  13   20   9   12   5   30   31   32

 Element number [1]:      7
 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:  30   26   32   33   4   17   6   10

 Element number [1]:      8
 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   30   31   32   2   4   1   6

 Element number [1]:      9
 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:  25   29   21   24   20   28   12   23

 Element number [1]:      10
 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:  18   25   15   21   13   20   9   12