Cif

TCifLoop is used internally by the TCif object Note that each object of the table should contain a pointer to a unique TCifLoopData object.
Constructor			TCifLoop()
Function	returns	parameters
Clear	void		Clears the content of the loop
Format	void	TEStringList *Data	Parses strings and initialises the table. The strings should represent a valid loop data. If any field of the table is recognised as a valid atom label, that atom is assigned the corresponding data object (TCifLoopData). If labels have changed, call to the UpdateTable to update labels in the table.
GetLoopName	TEString		Returns a string, which is common for all columns. For example for following loop: loop_ _atom_site_label _atom_site_type_symbol, ... the function returns "_atom_site".
SaveToFile	void	TEFile *F	Saves the loop to a file
ShortColumnName	TEString	int ColIndex	Returns the column name minus the the loop name (see above). Thus for "_atom_site_label", the name is "label".
Table	TETable*	void	Returns the table representing the loop data. Use it to make tables or iterate through data.
UpdateTable	void		Updates the content of the table; changes labels of the atoms

TCif - encapsulates a CIF file
Constructor			TCif(TAtomsInfo *AI);
Function	returns	parameters
AddParam	bool	const TEString &Param TCifData *Params	Adds a new parameter to the CIF. The Params is copied to a new object, so it should be deleted within the main body of a program
AddParam	bool	const TEString &Param const TEString &Params bool String	Adds a new parameter to the CIF. If the parameter is a string object, then set the String parameter to true.
Adopt	bool	TXFile *XF	Adopts the content of a file (asymmetric unit, loops, etc) to a specified source file
AddLoop	TCifLoop*	const TEString &Name	Adds a loop to current file
Clear	void		Empties the content of current file
DataName	TEString		Returns the data name of the file (data_XXX, returns XXX in this case)
DataNameUpperCase	bool		Shows if the data name will appear in upper case or in a default case when current object is loaded from a file
DataNameUpperCase	void	bool	Allows changing the case of the data name. The change takes place only when a file is being loaded. Use SetDataName function to change the data name
GetSParam	TEString	const TEString &Param	Returns the first string of the TCifData objects associated with a given parameter. Note that the data is stores in a TEStringList, which may contain more than one string. To get full information, use GetParam function instead.
GetParam	TCifData *Params	const TEString &Param	Returns full value of a parameter
LoadFromFile	bool	const TEString &FileName	Load the object from a file. If the operation is successful, returns true and false otherwise
Loop	TCifLoop *	int index	Returns a loop specified by index
Loop	TCifLoop *	const TEString &L	Returns a loop specified by name
LoopCount	int		Returns the number of loops
LoopName	TEString	int index	Returns the name of a loop specified by the index
ParamExists	bool	const TEString &Param	Returns true if a specified parameter exists
SaveToFile	bool	const TEString &FileName	Saves the data to a file and returns true if successful and false in the case of failure
SetDataName	void	const TEString &D	Set the data name. You should specify only the data name, not data_DATANAME. The function is not affected by DataNameUpperCase function, and, hence, specify the character's case manually, if necessary.
SetParam	bool	const TEString &Param TCifData *Params	Sets a specified parameter to a value of Params
WeightA	TEString		Returns a string representing weighting details of the model
WeightB	TEString		Returns a string representing weighting details of the model

struct TCifData
{
    TEStringList *Data;
    bool String;                //specifies if the data is a string type, e.g. should be in commas
};
struct TCifLoopData
{
    bool String;
    TCAtom *CA;            //contains a pointer to a n atom if the cell is atom label relevant
};
class TLLTBondSort: public TListSort
{
public:
    short SortType;
    TLAtom *Atom;                  // for internal use
    TEStringList *Symmetry;     // for internal use
    int Compare(void *I, void *I1);
};

TLinkedLoopTable, the class for the creation of tables combining bond lengths and angles
Constructor			TLinkedLoopTable(TCif *C)
Finction	returns	parameters
MakeTable	TETable *	const TEString &Atom	Returns a table constructed for Atom. The Atom should represent a valid atom label in Cif->AsymmUnit.
static SymmCodeToSymm	TEString	TCif *Cif const TEString &Code	Transforms a symmetry code written like "22_565" to the symmetry operation corresponding to the code in a SYMM like view "x, 1+y, z"
Properties
BondSort			A class derived from the abstract class TListSort. Use the BondSort property SortType, to change the way the tables produce with a call to MakeTable look like. Possible values are: *slltLength: Length, Mr, Atom Label; slltName: Atom Label, Length; slltMw: Mr, Length, Atom Label default value is slltLength*. The sorting happens according to the sequence shown above.

Cif

TCifLoop is used internally by the TCif object

TCif - encapsulates a CIF file

TLinkedLoopTable, the class for the creation of tables combining bond lengths and angles