Options - Basin Properties

This dialog allows you to select properties for the basin integration process. Initially all properties are selected. For each property you find a checkbox.
Use the "Check All" and/or "Uncheck All" buttons to select all/unselect all properties. "OK " makes your selection valid, "Cancel" returns to previous selection.
For an exact definition of the listed properties certify the AIM2000 user's guide.

Note that the first six density functions cannot be unselected.

Remark: do not expect a large gain in calculation speed by unchecking many properties.

Currently available properties for basin integration:

	RHO	electron density
	L	Laplacian of Rho
	KEG	Lagrangian kinetic energy density
	KEK	Hamiltonian kinetic energy density
	VIR	Virial Field Function
	EOA	Energy of atom
	I	Missing Information Function
	R(-1)	Average value of Rho/r
	R1	Average value of Rho*r
	R2	Average value of Rho*(r^2)
	R4	Average value of Rho*(r^4)
	GR(-1)	Average value of Grad(Rho)*(Vector R)/r
	GR0	Average value of Grad(Rho)*(Vector R)
	GR1	Average value of Grad(Rho)*(Vector R)*r
	GR2	Average value of Grad(Rho)*(Vector R)*(r^2)
	ELX	Electric Dipole (x)
	ELY	Electric Dipole (y)
	ELZ	Electric Dipole (z)
	VNEO	Attraction of density A by nucleus A
	VNEOC	Attraction of density A by nucleus A (corr.)
	VNET	Attraction of density A by all nuclei
	VNETC	Attraction of density A by all nuclei (corr.)
	EHF	Hartree-Fock Energy
	VREPC	Potential energy of repulsion (corr.)
	VTOT	Total potential energy of atom
	QXX	Atomic Quadruple Moment Tensor (xx)
	QXY	Atomic Quadruple Moment Tensor (xy)
	QXZ	Atomic Quadruple Moment Tensor (xz)
	QYY	Atomic Quadruple Moment Tensor (yy)
	QYZ	Atomic Quadruple Moment Tensor (yz)
	QZZ	Atomic Quadruple Moment Tensor (zz)
	FAXA	Force exerted on nucleus A by density of A (x)
	FAYA	Force exerted on nucleus A by density of A (y)
	FAZA	Force exerted on nucleus A by density of A (z)
	FBXA	Force exerted on all nuclei by density of A (x)
	FBYA	Force exerted on all nuclei by density of A (y)
	FBZA	Force exerted on all nuclei by density of A (z)
	RHO*L	Rho * Laplacian
	VOL1	Total integrated volume (0.001 au isosurface)
	VOL2	Total integrated volume (0.002 au isosurface )
	NVOL1	Electron density over integrated volume (0.001 au isosurface)
	NVOL2	Electron density over integrated volume (0.002 au isosurface)
	VIRBAS	Basin Virial
	VIRSURF	Surface Virial
	ERFX	Ehrenfest force (x)
	ERFY	Ehrenfest force (y)
	ERFZ	Ehrenfest force (z)
	OVERLAP	Atomic Overlap Matrix (0.5*n*(n+1) properties, where n is the no. of molecular orbitals)