3. Summary description of utility routines

ALCHLO	allocate local fields
ALCHML	allocates a result field of type CHAM_ELEM
ALRESL	allocates a result field of type RESUELEM
ALRSLT	allocate global result fields
DCHLMX	makes the max. dimension of a local field
DEBCA1	“prologue” to routine CALCUL
DEBCAL	“prologue” to routine CALCUL
DIGDE2	renders the dimension of a local field
ETENCA	“extends” a CARTE: creating objects CARTE//”. PTMA “and CARTE//”. PTMS “
EXCART	extract a local field from a CARTE
EXCHML	extract a local field from a CHAM_ELEM
EXCHNO	extract a local field from a CHAM_NO
EXISDG	tests the existence of a CMPdans a DESCRIPTEUR_GRANDEUR
EXRESL	extract a local field from a RESUELEM
EXTRAI	extract a local field from a global field
GRDEUR	gives the name of the quantity associated with a parameter
INIGRL	initialize the objects “& INEL. XXX “for a GREL
INPARA	returns the number of a parameter for a given pair (type_element, option)
MAILLA	makes the mesh name associated with a LIGREL
MODATT	makes the local mode expected by a type_element for a given parameter
MONTEE	Copy a local result field into a global field.
NBEC	returns the number of integers encoded for a given quantity
NBELEM	returns the number of elements in a GREL
NBGREL	makes the number GRELd “a LIGREL
NBPARA	returns the number of parameters for a given pair (type_element, option)
NOPARA	returns the name of a parameter for a given pair (type_element, option)
NUCALC	makes the routine number TE000Ipour a given pair (type_element, option)
SCALAI	makes the scalar type: R, I, C,… of a quantity
TE0000	routine “hat” that calls all TE000I
TRIGD	sort the CMPSd of a quantity according to a DESCRIPTEUR_GRANDEUR
TYPELE	makes the element_type associated with a GREL
ZECHLO	set a local field to “zero” between 2 GRELS