numconstclass Module Reference

This class defines the maximum size for numerical parameters in the simulation. More...

Variables
integer, parameter	pdim = 6
	phase dimension More...
integer, parameter	nplcmax = 2000000
	maximum # of particles on a single processor. More...
integer, parameter	nblemtmax = 3000
	maximum # of beam line elements More...
integer, parameter	ndriftmax = 1400
	maximum # of drift space More...
integer, parameter	nquadmax = 400
	maximum # of quadrupoles More...
integer, parameter	ncfmax = 100
integer, parameter	ndipolemax = 100
	maximum # of dipoles More...
integer, parameter	ncclmax = 1000
	maximum # of rf gaps More...
integer, parameter	nccdtlmax = 1000
integer, parameter	ndtlmax = 1000
integer, parameter	nscmax = 1000
integer, parameter	nbpmmax = 200
	maximum # of beam position monitors More...
integer, parameter	nslmax = 100
	maximum # of magnetic solenoid More...
integer, parameter	nslrfmax = 100
	maximum # of magnetic solenoid with RF field More...
integer, parameter	maxiifile = 10
	maximum # of field storage array size More...
integer, parameter	nbunchmax = 50
	maximum # of bunches/bins allowed More...
integer, parameter	maxoverlap = 10
	maximum # of field overlap allowed More...
integer, parameter	nxlcmax = 128
	maximum # of grids in x,y,z dimension on a single processor. More...
integer, parameter	nylcmax = 128
	maximum # of grids in x,y,z dimension on a single processor. More...
integer, parameter	nzlcmax = 128
	maximum # of grids in x,y,z dimension on a single processor. More...

Detailed Description

This class defines the maximum size for numerical parameters in the simulation.

Author

Ji Qiang

Variable Documentation

maxiifile

integer, parameter numconstclass::maxiifile = 10

maximum # of field storage array size

maxoverlap

integer, parameter numconstclass::maxoverlap = 10

maximum # of field overlap allowed

nblemtmax

integer, parameter numconstclass::nblemtmax = 3000

maximum # of beam line elements

nbpmmax

integer, parameter numconstclass::nbpmmax = 200

maximum # of beam position monitors

nbunchmax

integer, parameter numconstclass::nbunchmax = 50

maximum # of bunches/bins allowed

nccdtlmax

integer, parameter numconstclass::nccdtlmax = 1000

ncclmax

integer, parameter numconstclass::ncclmax = 1000

maximum # of rf gaps

ncfmax

integer, parameter numconstclass::ncfmax = 100

ndipolemax

integer, parameter numconstclass::ndipolemax = 100

maximum # of dipoles

ndriftmax

integer, parameter numconstclass::ndriftmax = 1400

maximum # of drift space

ndtlmax

integer, parameter numconstclass::ndtlmax = 1000

nplcmax

integer, parameter numconstclass::nplcmax = 2000000

maximum # of particles on a single processor.

nquadmax

integer, parameter numconstclass::nquadmax = 400

maximum # of quadrupoles

nscmax

integer, parameter numconstclass::nscmax = 1000

nslmax

integer, parameter numconstclass::nslmax = 100

maximum # of magnetic solenoid

nslrfmax

integer, parameter numconstclass::nslrfmax = 100

maximum # of magnetic solenoid with RF field

nxlcmax

integer, parameter numconstclass::nxlcmax = 128

maximum # of grids in x,y,z dimension on a single processor.

nylcmax

integer, parameter numconstclass::nylcmax = 128

maximum # of grids in x,y,z dimension on a single processor.

nzlcmax

integer, parameter numconstclass::nzlcmax = 128

maximum # of grids in x,y,z dimension on a single processor.

pdim

integer, parameter numconstclass::pdim = 6

phase dimension