FrontISTR
5.2.0
Large-scale structural analysis program with finit element method
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Data Types List
Here are the data types with brief descriptions:
[detail level
1
2
3
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►
N
bucket_search
This module provides bucket-search functionality It provides definition of bucket info and its access routines
C
bucketdb
Structure for bucket search
►
N
fstr_matrix_con_contact
This module provides functions of reconstructing
C
fstrst_matrix_contact_lagrange
Structure for Lagrange multiplier-related part of stiffness matrix (Lagrange multiplier-related matrix)
C
noderelated
Structure for defining stiffness matrix structure
►
N
fstr_setup_util
This module contains auxiliary functions in calculation setup
C
fstr_str_arr
Container of character array pointer, because of gfortran's bug
►
N
hecmw_couple_struct_f
Coupling Interface
C
hecmw_couple_value
►
N
hecmw_local_matrix
C
hecmwst_local_matrix
►
N
hecmw_pair_array
C
hecmwst_pair_array
►
N
hecmw_result
I/O and Utility
C
hecmwst_result_data
►
N
hecmw_util
I/O and Utility
C
hecmwst_amplitude
C
hecmwst_contact_pair
C
hecmwst_elem_grp
C
hecmwst_index_value_pair
C
hecmwst_local_mesh
C
hecmwst_material
C
hecmwst_matrix
C
hecmwst_matrix_comm
C
hecmwst_matrix_contact
C
hecmwst_mpc
C
hecmwst_node_grp
C
hecmwst_refine_origin
C
hecmwst_section
C
hecmwst_surf_grp
►
N
m_cclsmatrix
C
ccls_matrix
►
N
m_child_matrix
C
child_matrix
►
N
m_child_matrix_lag
C
child_matrix
►
N
m_common_struct
This modules defines common structures for fem analysis
C
tlocalcoordsys
C
trotcond
C
trotinfo
►
N
m_contact_lib
This module provide functions of contact stiffness calculation
C
tcontactstate
This structure records contact status
►
N
m_crs_matrix
C
crs_matrix
►
N
m_crs_matrix_lag
C
crs_matrix
►
N
m_fstr
This module defined coomon data and basic structures for analysis
C
fstr_couple
Data for coupling analysis
C
fstr_dynamic
Data for DYNAMIC ANSLYSIS (fstrDYNAMIC)
C
fstr_eigen
Package of data used by Lanczos eigenvalue solver
C
fstr_freqanalysis
C
fstr_freqanalysis_data
C
fstr_heat
Data for HEAT ANSLYSIS (fstrHEAT)
C
fstr_param
FSTR INNER CONTROL PARAMETERS (fstrPARAM)
C
fstr_solid
C
fstr_solid_physic_val
Data for STATIC ANSLYSIS (fstrSOLID)
C
tinitialcondition
C
tsection
Data for section control
C
tweldline
Data for weld line
►
N
m_fstr_contact_comm
C
fstrst_contact_comm
►
N
m_fstr_eig_tridiag
This module provides a subroutine to find the eigenvalues and eigenvectors of a symmetric tridiagonal matrix by the ql method
C
fstr_eigen_vec
C
fstr_tri_diag
►
N
m_fstr_setup
This module provides functions to read in data from control file and do neccessary preparation for following calculation
C
fstr_param_pack
Package of all data needs to initilize
►
N
m_irjc_matrix
C
irjc_mn_matrix
C
irjc_square_matrix
►
N
m_irjc_matrix_lag
C
irjc_mn_matrix
C
irjc_square_matrix
►
N
m_irjcmatrix
C
irjc_matrix
►
N
m_matrix_partition_info
C
matrix_partition_info
►
N
m_out
This module manages step infomation
C
output_info
Output information
C
t_output_ctrl
Output control such as output filename, output freqency etc
►
N
m_sparse_matrix
This module provides DOF based sparse matrix data structure (CSR and COO)
C
sparse_matrix
►
N
m_step
This module manages step infomation
C
step_info
Step control such as active boundary condition, convergent condition etc
C
tparamautoinc
►
N
m_table
This module provides data structure table which would be dictionaried afterwards
C
assignment(=)
C
operator(==)
C
ttable
►
N
m_timepoint
This module manages timepoint infomation
C
time_points
Time points storage for output etc
►
N
mcontactdef
This module manage the data structure for contact calculation
C
fstr_info_contactchange
C
tcontact
Structure to includes all info needed by contact calculation
►
N
mmaterial
This module summarizes all infomation of material properties
C
tmaterial
Stucture to management all material relates data
C
tshellmat
►
N
mmechgauss
This modules defines a structure to record history dependent parameter in static analysis
C
telement
All data should be recorded in every elements
C
tgaussstatus
All data should be recorded in every quadrature points
►
N
msurfelement
This module manage surface elements in 3D It provides basic definition of surface elements (trianglar and quadrilateral) and functions for fetch its neighborhood information
C
tsurfelement
Structure to define surface group
►
N
muload
This subroutine read in used-defined loading tangent
C
tuload
Structure for user defines load. User may need to fill in it according to specified loads
►
N
my_hecmw_util_lag
C
hecmwst_matrix
C
_adj_find_struct
C
_boundary_patch_struct
C
_cell_struct
C
_connect_inf
C
_control_para_struct
C
_CS_polygon_struct
C
_cube_polygons_struct
C
_data_structured_vr_struct
C
_fgeom_struct
C
_hash_table_struct
C
_hash_vertex_struct
C
_head_patch_tetra_struct
C
_import_link_struct
C
_isohead_struct
C
_isoline_struct
C
_overlap_struct
C
_patch_tetra_struct
C
_point_struct
C
_point_tetra_struct
C
_polygon_obj_struct
C
_polygon_struct
C
_prism_struct
C
_psf_link_struct
C
_pvr_link_struct
C
_rendering_parameter_struct
C
_result_partition_struct
C
_result_struct
C
_rotation_info_struct
C
_separation_result
C
_surface_module_struct
C
_tetra_struct
C
_tmp_grp_inf
C
_tree_pointer_struct
C
_triangle_struct
C
_vertex_struct
C
_vr_parameter_struct
C
Bin
C
BITMAPFILEHEADER
C
BITMAPINFO
C
BITMAPINFOHEADER
C
boundary_node_info
C
cbitem
C
ccmd_rec
C
cconv_mat
C
CConvMessage
C
CFSTRData
C
CFSTRDataBlock
►
C
CFSTRDB_Boundary
C
CItem
►
C
CFSTRDB_CFlux
C
CItem
►
C
CFSTRDB_CLoad
C
CItem
►
C
CFSTRDB_DFlux
C
CItem
►
C
CFSTRDB_DLoad
C
CItem
C
CFSTRDB_Echo
C
CFSTRDB_Eigen
►
C
CFSTRDB_Film
C
CItem
►
C
CFSTRDB_Fixtemp
C
CItem
C
CFSTRDB_Heat
►
C
CFSTRDB_Radiate
C
CItem
C
CFSTRDB_Reftemp
►
C
CFSTRDB_SFilm
C
CItem
►
C
CFSTRDB_SFlux
C
CItem
C
CFSTRDB_Solution
C
CFSTRDB_Solver
►
C
CFSTRDB_SRadiate
C
CItem
C
CFSTRDB_Static
C
CFSTRDB_Step
►
C
CFSTRDB_Temperature
C
CItem
C
CFSTRDB_Write
C
CHECData
C
CHECDataBlock
►
C
CHECDB_Amplitude
C
CItem
C
CHECDB_EGroup
►
C
CHECDB_Element
C
CElemItem
C
CHECDB_Header
C
checdb_id_class
►
C
CHECDB_Material
►
C
CItem
C
CItemRec
C
CHECDB_NGroup
►
C
CHECDB_Node
C
CNodeItem
C
CHECDB_Section
►
C
CHECDB_SGroup
C
CItem
C
CHECDB_Visual
C
CHECDB_Zero
C
CNFData
C
CNFDataBlock
C
CNFDB_100
C
CNFDB_402
C
CNFDB_403
►
C
CNFDB_404
C
cref_node
C
cref_node_list
C
CNFDB_405
►
C
CNFDB_408
C
clist_rec
C
cplclip_rec
►
C
crule_rec
C
centry_rec
►
C
CNFDB_506
C
cconst_eq
C
cconst_item
C
cnum_co_rec
►
C
CNFDB_507
C
cgeometric_load_rec
C
cstructural_load_rec
C
ctemp_load_rec
►
C
CNFDB_601
►
C
cfunc_rec
C
cdata_pair
C
CNFError
C
CNFMessage
C
CNFWarning
C
cnode_temp
C
conn_conv
C
conn_order
C
cont_data
C
ctrl_entry
C
cube_head_struct
C
cube_pointer_struct
C
CVis_PSR
C
CVis_PVR
C
CVis_ViewParams
C
eg_rec_t
C
endian_check_u
C
equation_block
C
extent_data
C
fortran_remainder
C
fstr_gl_rec
グローバル・ローカルID対応
C
fstr_glt
グローバル・ローカル対応表
C
fstr_res_info
分散で計算された結果を読込み処理するためのユーティリティ
C
graph_type
C
group_info_by_ctrl
C
head_surface_info
C
hecmw_bit_array
C
hecmw_coord
C
hecmw_couple_background_cell
C
hecmw_couple_boundary
C
hecmw_couple_boundary_item
C
hecmw_couple_bounding_box
C
hecmw_couple_box
C
hecmw_couple_comm
C
hecmw_couple_ctrl_boundary_ids
C
hecmw_couple_ctrl_couple_ids
C
hecmw_couple_ctrl_proc
C
hecmw_couple_ctrl_unit_ids
C
hecmw_couple_group
C
hecmw_couple_info
C
hecmw_couple_inter_iftable
C
hecmw_couple_intra_iftable
C
hecmw_couple_mapped_point
C
hecmw_couple_value
C
hecmw_couple_values
C
hecmw_couple_vector
C
hecmw_couple_vertex
C
hecmw_couple_weight
C
hecmw_couple_weight_list
C
hecmw_ctrl_meshfile
C
hecmw_ctrl_meshfiles
C
hecmw_edge_node
C
hecmw_graph
C
hecmw_hash_p
►
C
hecmw_io_amplitude
C
hecmw_io_amplitude_item
C
hecmw_io_contact
C
hecmw_io_egrp
C
hecmw_io_element
C
hecmw_io_header
C
hecmw_io_id
C
hecmw_io_id_array
C
hecmw_io_initial
►
C
hecmw_io_material
►
C
hecmw_io_matitem
C
hecmw_io_matsubitem
►
C
hecmw_io_mpc
C
hecmw_io_mpcitem
C
hecmw_io_ngrp
C
hecmw_io_node
►
C
hecmw_io_section
►
C
hecmw_io_section_item
C
hecmw_io_section_beam
C
hecmw_io_section_interface
C
hecmw_io_section_shell
C
hecmw_io_section_solid
C
hecmw_io_sgrp
C
hecmw_io_zero
C
hecmw_map_int
C
hecmw_map_int_pair
C
hecmw_map_int_value
C
hecmw_mesh_hash_link
C
hecmw_msgent
C
hecmw_part_cont_data
C
hecmw_part_edge_data
C
hecmw_part_node_data
C
hecmw_qsuf_node
C
hecmw_set_int
C
hecmw_system_param
C
hecmw_tsuf_node
C
hecmw_varray_int
C
hecmwST_amplitude
C
hecmwST_contact_pair
C
hecmwST_elem_grp
C
hecmwST_local_mesh
C
hecmwST_material
C
hecmwST_mpc
C
hecmwST_node_grp
C
hecmwST_refine_origin
C
hecmwST_result_data
C
hecmwST_section
C
hecmwST_surf_grp
C
import_info
C
in_surface
C
Integer
C
link_list
C
link_list_i
C
link_list_map
C
link_list_s
C
link_unit
C
List
C
log_ent
C
malloc_info
C
map_info
C
map_info_to_bgcell
C
mapping_info
C
mesh_entry
C
mesh_grp_entry
C
option_rec
Struct of command-line option
C
pvr_data
C
restart_entry
C
restart_list
C
result_entry
C
result_list
C
RGBQUAD
C
st_ctrl_rec
C
ST_FILE_STACK
C
st_fstr_ctrl_data
C
ST_IFF_BULK
C
ST_IFF_BULK_LIST
C
ST_IFF_NODE
C
surface_info_struct
C
surface_module
C
surfacep_info
C
voxel_data
C
voxel_info
C
yy_buffer_state
C
yy_trans_info
C
YYSTYPE
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