3.16: TQINLC | ![]() | ![]() | ![]() | ![]() | ![]() | ![]() | ![]() |
TOC | Group 2 | TQSTPC | TQGNLC | Group 3 | A-Z | Group 2 |
Use TQINLC to get the index number of a specified sublattice constituent.
Added for ChemApp version 3.3.1
FORTRAN: CALL TQINLC(NAME,INDEXP,INDEXL,INDEXC,NOERR)
C: tqinlc(name,indexp,indexl,&indexc,&noerr)
;
Pascal: tqinlc(name,indexp,indexl,indexc,noerr)
;
Basic: Call tqinlc(name,indexp,indexl,indexc,noerr)
Name | Type | Value set on call or returned |
NAME | CHARACTER | Set to a sublattice constituent name |
INDEXP | INTEGER | Set to the index number for a phase |
INDEXL | INTEGER | Set to the index number for a sublattice |
INDEXC | INTEGER | Returns the index number of the sublattice constituent |
NOERR | INTEGER | Returns an error number |
The input variable NAME is permitted to have a maximum length of 24 characters. INDEXL has to be set to the index number of the sublattice in the phase INDEXP of which NAME is a constituent. The returned value for INDEXC is normally used as input to other ChemApp subroutines and stays the same throughout an application, or until a different thermochemical data-file is loaded. All solution phases are considered to be modelled with one or several sublattices. For phases with one sublattice, the subroutines TQINLC and TQINPC are equivalent.
TQGNLC, TQNOSL, TQNOLC, TQGTLC
See TQGNLC
ChemApp Programmer's Manual, Edition 3.6 | © GTT-Technologies, 2003 |