EXAMPLEdump/fehm/file_name/[cmo_name]/ [binary |ascii | binaryc| asciic ] // [scalar,vector,both,area_scalar,area_vector,area_both,alternate_scalar] / [delatt,keepatt]
The dump / fehm command will call the dump/coord and dump/zone options first. The main function of the dump / fehm command is to form a sparse coefficient matrix used for solving PDE on a triangular or tetrahedral delaunay grid.Options for the 5th argument are:
The 6th argument is empty.
binary(default) Output sparse matrix in Fortran unformatted format ascii Output sparse matrix as ASCII format binaryc Output sparse matrix as Fortran unformatted format with a compression
algorithm applied to the area coefficients. asciic Output sparse matrix as ASCII format with a compression
algorithm applied to the area coefficients. Options for the 7th argument are:
scalar(default) Area/distance coefficients are output as scalars vector Area/distance coefficients are output as vectors both Area/distance coefficients are output as scalars and vectors area_scalar Area coefficients are output as scalars area_vector Area coefficients are output as vectors area_both Area coefficients are output as scalars and vectors alternate_scalar Area/distance coefficients are output as scalars with compression of coefficients
& applied during calculation of coefficients. Options for the 8th aregument are:
delatt(default) No new node attributes are created. ascii Output sparse matrix as ASCII format keepatt Six node attributes are created (top, bottom, left_w, right_e,back_n, front_s) which
are assigned values according to the direction of the octant of their normal vector.
dump / fehm / file_name / cmo
dump / stor / file_name_as / cmo / asciic / / alternate_scalar
dump / fehm / file_name / cmo / binaryc / / alternate_scalar/ keepatt
dump / stor / file_name_as / cmo / ascii / vector
dump / stor / file_name_as / cmo / ascii / both
dump / stor / file_name_as / cmo / ascii / area_scalar