VCS_print_new_growth

	Name		: VCS_print_new_growth

	Synopsis	: VCS_print_new_growth ( id, vsmi, tdt, tdtlen )
                          char *id,
			  char *vsmi,
			  char *tdt,
			  int  tdtlen

	Arguments	: id,		Compound identifier
			  vsmi, 	Version smiles normalised by 
					business rules
			  tdt,  	thor datatree
			  tdtlen	Length of thor datatree

	Description	: Print further information to a smiles-rooted
			  tree created with VCS_print_rootstock() and 
			  VCS_print_graft(), which aids in thor page
			  retrieval. Note as this module adds idetifiers
			  it cannot be used on non-smiles rooted trees 
			  as these will not thorload().
			  Three groups are added:-
		             	
	                    (a) As the input is from mol2smi() there are
				MDL data types which should become thor 
				identifiers. These are retrieved from 
				a '|' separated list in the environment 
				variable $VCS_ID_GEN.
				For all the datatags in VCS_ID_GEN an 
				identifier is produced by prepending a '$'
				to the tag. The data content is obtained
				from the thor datatree. The data item in 
				these subtrees is the value of the 
				compound identifier. So e.g.
				.
				.
				$VCS_ID<ab1234>
					.
					.
					CAS<12345-56-9>
					.
				becomes
				.
				.
				$VCS_ID<ab1234>
					.
					.
					CAS<12345-56-9>
                                	.
				$CAS<12345-56-9>
                                	VCS_ID<ab1234>
					.
                            (b) Given the special position of $NAM sub-
				trees rooted in $NAM containing the data
				from a set of tags in $VCS_NAM_GEN are
				generated. So e.g.

                                $VCS_ID<0162>
                                        VCS_SUPP<S999>
                                        .
                                        Compound_Name<S-Sulpho-L-cysteine>
                                        .
                                becomes

				$VCS_ID<0162>
					VCS_SUPP<S999>
					.
					Compound_Name<S-Sulpho-L-cysteine>
					.
				$NAM<S-Sulpho-L-cysteine>
					VCS_ID<0162>
					.
                             (c) Both of the above are optional. To ensure 
				 consistency, $VISM is generated from VISM
				 applying the normalisations. So e.g.
		$VCS_ID<0161>
			VCS_SUPP<S999>
			VISM<[Na+].[Na+].N[C@H](CSS(=O)(=O)[O-])C(=O)[O-]>
			. 
		becomes
		$VCS_ID<0161>
			VCS_SUPP<S999>
			VISM<[Na+].[Na+].N[C@H](CSS(=O)(=O)[O-])C(=O)[O-]>
			.
		$VISM<[Na+].[Na+].N[C@H](CSS(=O)(=O)O)C(=O)O>
			VCS_ID<0161>
		|



	Restriction	:

	Error		:

	Related
	Modules		: VCS_print_rootstock,
			  VCS_print_graft