outputclass Module Reference

This class defines functions to print out the charged particle beam information in the accelerator. More...

Functions/Subroutines
subroutine	diagnostic1_output (z, this)
	calculate <x^2>,<xp>,<px^2>,x emittance, <y^2>,<ypy>, <py^2> and y emittance, <z^2>,<zp>,<pz^2>,z emittance. More...
subroutine	diagnostic1avg_output (z, this, Nbunch)
	calculate averaged <x^2>,<xp>,<px^2>,x emittance, <y^2>,<ypy>, <py^2> and y emittance, <z^2>,<zp>,<pz^2>,z emittance from multiple bunch/bin. More...
subroutine	diagnostic1avgb_output (z, this, Nbunch)
	calculate averaged <x^2>,<xp>,<px^2>,x emittance, <y^2>,<ypy>, <py^2> and y emittance, <z^2>,<zp>,<pz^2>,z emittance from multiple bunch/bin. More...
subroutine	diagnostic1avgz_output (z, this, Nbunch)
	calculate averaged <x^2>,<xp>,<px^2>,x emittance, <y^2>,<ypy>, <py^2> and y emittance, <z^2>,<zp>,<pz^2>,z emittance from multiple bunch/bin at fixed z (i.e. bunch center). More...
subroutine	phase_output (nfile, this, samplePeriod)
	the 6D phase space output has (x(m), px/mc, y(m), py/mc, z(m), pz/mc). More...
subroutine	dens2d_output (nstep, nfile, this, totnptcls, xmnin, xmxin,
	output 2D particle number density. More...
subroutine	end_output (time)
subroutine	inpoint_output (nfile, this, z, inb, jstp, nprocrow, nprocco
subroutine	outpoint_output (nfile, this, z, inb, jstp, nprocrow, nprocc
subroutine	sliceprocdep_output (pts, innp, npt, nslice, qchg, pmass, nfil
	This program calculate the current profile, slice emittance and uncorrelated energy spread using linear deposition. More...
subroutine	diagnostic1avgztest_output (z, this, Nbunch)
	for 2 bunch diagnostic, only work on 1 PE. calculate averaged <x^2>,<xp>,<px^2>,x emittance, <y^2>,<ypy>, <py^2> and y emittance, <z^2>,<zp>,<pz^2>,z emittance from multiple bunch/bin at fixed z (i.e. bunch center). More...

Detailed Description

This class defines functions to print out the charged particle beam information in the accelerator.

Author

Ji Qiang

Function/Subroutine Documentation

dens2d_output()

subroutine outputclass::dens2d_output	(	integer, intent(in)	nstep,
		integer, intent(in)	nfile,
		type (beambunch), intent(in)	this,
		integer, intent(in)	totnptcls,
		double precision, intent(in)	xmnin,
		double precision, intent(in)	xmxin
	)

output 2D particle number density.

diagnostic1_output()

subroutine outputclass::diagnostic1_output	(	double precision, intent(in)	z,
		type (beambunch), intent(inout)	this
	)

calculate <x^2>,<xp>,<px^2>,x emittance, <y^2>,<ypy>, <py^2> and y emittance, <z^2>,<zp>,<pz^2>,z emittance.

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diagnostic1avg_output()

subroutine outputclass::diagnostic1avg_output	(	double precision, intent(in)	z,
		type (beambunch), dimension(:), intent(inout)	this,
		integer, intent(in)	Nbunch
	)

calculate averaged <x^2>,<xp>,<px^2>,x emittance, <y^2>,<ypy>, <py^2> and y emittance, <z^2>,<zp>,<pz^2>,z emittance from multiple bunch/bin.

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diagnostic1avgb_output()

subroutine outputclass::diagnostic1avgb_output	(	double precision, intent(in)	z,
		type (beambunch), dimension(:), intent(inout)	this,
		integer, intent(in)	Nbunch
	)

calculate averaged <x^2>,<xp>,<px^2>,x emittance, <y^2>,<ypy>, <py^2> and y emittance, <z^2>,<zp>,<pz^2>,z emittance from multiple bunch/bin.

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diagnostic1avgz_output()

subroutine outputclass::diagnostic1avgz_output	(	double precision, intent(in)	z,
		type (beambunch), dimension(:), intent(inout)	this,
		integer, intent(in)	Nbunch
	)

calculate averaged <x^2>,<xp>,<px^2>,x emittance, <y^2>,<ypy>, <py^2> and y emittance, <z^2>,<zp>,<pz^2>,z emittance from multiple bunch/bin at fixed z (i.e. bunch center).

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diagnostic1avgztest_output()

subroutine outputclass::diagnostic1avgztest_output	(	double precision, intent(in)	z,
		type (beambunch), dimension(:), intent(inout)	this,
		integer, intent(in)	Nbunch
	)

for 2 bunch diagnostic, only work on 1 PE. calculate averaged <x^2>,<xp>,<px^2>,x emittance, <y^2>,<ypy>, <py^2> and y emittance, <z^2>,<zp>,<pz^2>,z emittance from multiple bunch/bin at fixed z (i.e. bunch center).

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end_output()

subroutine outputclass::end_output

(

double precision, intent(inout)

time

)

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inpoint_output()

subroutine outputclass::inpoint_output	(	integer, intent(in)	nfile,
		type (beambunch), intent(inout)	this,
		double precision, intent(inout)	z,
		integer, intent(inout)	inb,
		integer, intent(inout)	jstp,
		integer, intent(in)	nprocrow,
			nprocco
	)

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outpoint_output()

subroutine outputclass::outpoint_output	(	integer, intent(in)	nfile,
		type (beambunch), intent(in)	this,
		double precision, intent(in)	z,
		integer, intent(in)	inb,
		integer, intent(in)	jstp,
		integer, intent(in)	nprocrow,
			nprocc
	)

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phase_output()

subroutine outputclass::phase_output	(	integer, intent(in)	nfile,
		type (beambunch), intent(in)	this,
		integer	samplePeriod
	)

the 6D phase space output has (x(m), px/mc, y(m), py/mc, z(m), pz/mc).

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sliceprocdep_output()

subroutine outputclass::sliceprocdep_output	(	real*8, dimension(:,:), pointer	pts,
		integer	innp,
		integer	npt,
		integer	nslice,
		real*8	qchg,
		real*8	pmass,
			nfil
	)

This program calculate the current profile, slice emittance and uncorrelated energy spread using linear deposition.

Author

Ji Qiang

Date

November 6, 2008

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