cemhydmat Class Reference

#include <cemhydmat.h>

Classes
struct	ants
struct	cluster
struct	percolatedpath
struct	togo
Public Member Functions
void	AnalyticHomogenizationConcrete (double E_paste_inp, double nu_paste_inp, double E_paste, double nu_paste, double E_mortar, double nu_mortar, double &E_concrete, double &nu_concrete)
void	AnalyticHomogenizationPaste (double &E, double &nu, int perc_unperc_flag)
	cemhydmat (cemhydmat *CemP)
	cemhydmat (void)
void	constructor_init (void)
void	CreateHDCSH (void)
double	get_c ()
double	get_k ()
double	get_source (long ipp, long im, long ido)
double	GetCp (void)
int	GetCycNum (void)
double	GetCycTime (void)
double	GetDoHActual (void)
double	GetDoHLastCyc (void)
double	GetHeat (double GiveTemp, double TargTime)
void	GetInitClinkerPhases (double &c3s, double &c2s, double &c3a, double &c4af, double &gypsum, double &hemi, double &anh)
void	GetInputParams (char *my_string)
double	GetTotCemHeat (void)
double	GetTotHeat (void)
double	GetWcr (void)
void	initvalues (long ipp, long im, long ido)
void	matcap (double &cc, long ri, long ci, long ipp)
void	matcond (matrix &d, long ri, long ci, long ipp)
void	matcond1d (matrix &d, long ri, long ci, long ipp)
void	matcond2d (matrix &d, long ri, long ci, long ipp)
void	matcond3d (matrix &d, long ri, long ci, long ipp)
double	MoveCycles (double GiveTemp, int cycles)
int	MoveToDoH (double GiveTemp, double DesiredDoH, int maxcyc)
int	MoveToTime (double GiveTemp, double TargTime)
void	PercolateForOutput (void)
void	print (FILE *out)
void	read (XFILE *in)
void	read (char *inp)
int	readcem (char *inp)
void	updateval (long ipp, long im, long ido)
	~cemhydmat (void)
Public Attributes
int ***	ArrPerc
double	average_temp
double	capacity
double	conductivity
int ***	ConnNumbers
char *	files
FILE *	in
double	init_material_time
int ***	mic_CSH
long	n_ipp
double *	PhaseFrac
int	SYSIZE
int	SYSSIZE
Private Member Functions
void	addagg (void)
void	addrand (int randid, long int nneed)
int	AdjCoord (int coord)
void	alloc_char_3D (char ***(&mic), long SYSIZE)
void	alloc_double_3D (double ***(&mic), long SYSIZE)
void	alloc_int_3D (int ***(&mask), long SYSIZE)
void	alloc_long_3D (long ***(&mic), long SYSIZE)
void	alloc_shortint_3D (short int ***(&mic), long SYSIZE)
int	burn3d (int npix, int d1, int d2, int d3)
void	burn_phases (int d1, int d2, int d3)
int	burnset (int d1, int d2, int d3)
float	Cabs (fcomplex_cem z)
fcomplex_cem	Cadd (fcomplex_cem a, fcomplex_cem b)
fcomplex_cem	Cdiv (fcomplex_cem a, fcomplex_cem b)
int	chckedge (int xck, int yck, int zck)
int	chkfloc (int xin, int yin, int zin, int radd)
int	chksph (int xin, int yin, int zin, int radd, int wflg, int phasein, int phase2)
fcomplex_cem	Cmul (fcomplex_cem a, fcomplex_cem b)
fcomplex_cem	Complex (float re, float im)
fcomplex_cem	Conjg (fcomplex_cem z)
void	connect (void)
float **	convert_matrix (float *a, int nrl, int nrh, int ncl, int nch)
int	countbox (int boxsize, int qx, int qy, int qz)
int	countboxc (int boxsize, int qx, int qy, int qz)
int	countem (int xp, int yp, int zp, int phin)
void	CountPercolation (int &tot_perc, int &tot_unperc)
int	create (void)
void	CSHbox (unsigned int *CSH_vicinity)
fcomplex_cem	Csqrt (fcomplex_cem z)
fcomplex_cem	Csub (fcomplex_cem a, fcomplex_cem b)
long	cx (int x, int y, int z, int a, int b, int c)
long	cy (int x, int y, int z, int a, int b, int c)
long	cz (int x, int y, int z, int a, int b, int c)
void	dealloc_char_3D (char ***(&mic), long SYSIZE)
void	dealloc_double_3D (double ***(&mic), long SYSIZE)
void	dealloc_int_3D (int ***(&mask), long SYSIZE)
void	dealloc_long_3D (long ***(&mic), long SYSIZE)
void	dealloc_shortint_3D (short int ***(&mic), long SYSIZE)
void	disrealnew (double GiveTemp, double TargTime, int flag)
void	disrealnew_init (void)
void	dissolve (int cycle)
void	distrib3d (void)
double **	dmatrix (int nrl, int nrh, int ncl, int nch)
void	drawfloc (int xin, int yin, int zin, int radd, int phasein, int phase2)
double *	dvector (int nl, int nh)
int	edgecnt (int xck, int yck, int zck, int ph1, int ph2, int ph3)
void	extafm (int xpres, int ypres, int zpres)
void	extc3ah6 (int xpres, int ypres, int zpres)
void	extch (void)
void	extcsh (void)
int	extettr (int xpres, int ypres, int zpres, int etype)
void	extfh3 (int xpres, int ypres, int zpres)
int	extfreidel (int xpres, int ypres, int zpres)
void	extgyps (int xpres, int ypres, int zpres)
void	extpozz (int xpres, int ypres, int zpres)
void	extslagcsh (int xpres, int ypres, int zpres)
int	extstrat (int xpres, int ypres, int zpres)
void	free_convert_matrix (float **b, int nrl)
void	free_dmatrix (double **m, int nrl, int nrh, int ncl)
void	free_dvector (double *v, int nl)
void	free_imatrix (int **m, int nrl, int nrh, int ncl)
void	free_ivector (int *v, int nl)
void	free_matrix (float **m, int nrl, int nrh, int ncl)
void	free_submatrix (float *b, int nrl)
void	free_vector (float *v, int nl)
void	GenerateConnNumbers (void)
int	genpartnew (void)
int	gsphere (int numgen, long int numeach, int sizeeach, int *pheach)
void	hydrate (int fincyc, int stepmax, float chpar1, float chpar2, float hgpar1, float hgpar2, float fhpar1, float fhpar2, float gypar1, float gypar2)
int **	imatrix (int nrl, int nrh, int ncl, int nch)
void	init (void)
int	IsConnected (int cx, int cy, int cz, int dx, int dy, int dz)
int	IsSolidPhase (int phase)
int *	ivector (int nl, int nh)
void	laguer (fcomplex_cem a[], int m, fcomplex_cem *x, float eps, int polish)
int	loccsh (int xcur, int ycur, int zcur, int extent)
void	makefloc (void)
void	makeinert (long int ndesire)
int	maketemp (int size)
float **	matrix_cem (int nrl, int nrh, int ncl, int nch)
void	measagg (void)
void	measure (void)
void	measuresurf (void)
int	moveanh (int xcur, int ycur, int zcur, int finalstep, float nucprgyp)
int	moveas (int xcur, int ycur, int zcur, int finalstep)
int	movec3a (int xcur, int ycur, int zcur, int finalstep, float nucprob)
int	movec4a (int xcur, int ycur, int zcur, int finalstep, float nucprob)
int	movecacl2 (int xcur, int ycur, int zcur, int finalstep)
int	movecaco3 (int xcur, int ycur, int zcur, int finalstep)
int	movecas2 (int xcur, int ycur, int zcur, int finalstep)
int	movech (int xcur, int ycur, int zcur, int finalstep, float nucprob)
int	movecsh (int xcur, int ycur, int zcur, int finalstep, int cycorig)
int	moveettr (int xcur, int ycur, int zcur, int finalstep)
int	movefh3 (int xcur, int ycur, int zcur, int finalstep, float nucprob)
int	movegyp (int xcur, int ycur, int zcur, int finalstep)
int	movehem (int xcur, int ycur, int zcur, int finalstep, float nucprgyp)
int	moveone (int xloc, int yloc, int zloc, int act, int sumold)
int	movepix (int ntomove, int ph1, int ph2)
void	nrerror (const char *error_text)
int	NumSol (int cx, int cy, int cz)
void	outmic (void)
void	outputImageFilePerc (void)
void	outputUnpercImageFile (void)
void	parthyd (void)
void	passone (int low, int high, int cycid, int cshexflag)
void	phcount (void)
void	pHpred (void)
int	procair (int nsearch)
int	procsol (int nsearch)
double	ran1 (int *idum)
void	rand3d (int phasein, int phaseout, float xpt)
fcomplex_cem	RCmul (float x, fcomplex_cem a)
void	readhydrparam (void)
void	resaturate (void)
float	rhcalc (int phin)
void	sinter3d (int ph1id, int ph2id, float rhtarget)
void	stat3d (void)
float **	submatrix (float **a, int oldrl, int oldrh, int oldcl, int oldch, int newrl, int newcl)
int	surfpix (int xin, int yin, int zin)
void	sysinit (int ph1, int ph2)
void	sysscan (int ph1, int ph2)
float *	vector (int nl, int nh)
void	WriteUnsortedList (int px, int py, int pz)
void	zroots (fcomplex_cem a[], int m, fcomplex_cem roots[], int polish)
Private Attributes
double	A0_CHSOL
double	A1_CHSOL
int	ABSGYP
double	aCa
double	activeA0
double	activeB0
long int	adiabatic_curing
FILE *	adiafile
int	adiaflag
char	adianame [80]
int	AFM
int	AFMC
int	AGG
int	aggsize
double	AGRATE
double	aK
double	alpha
double	alpha_cur
float	alpha_fa_cur
double	alpha_last
double	AM
double	aNa
long int	anhinit
int	ANHYDRITE
double	aOH
int	ASG
double	aSO4
double	beta
double	BK
double	BNa
int	BoxSize
double	BprimeK
double	BprimeNa
int	burnfreq
int	BURNT
long	BURNTG
int	C2S
int	C2SID
long int	c2sinit
int	C3A
double	C3AETTR
double	C3AGYP
int	C3AH6
double	C3AH6_SCALE
double	C3AH6CRIT
double	C3AH6GROW
long int	c3ainit
int	C3S
long int	c3sinit
int	C4AF
long int	c4afinit
float	ca_acc
int	CACL2
int	CACO3
long int	Calculate_elastic_homogenization
int	CAS2
int	CEM
double	cem_m3
long int ***	cement
int	CEMID
double	cemmass
double	cemmasswgyp
long int ***	cemreal
int	CH
double	CH_mass
double	CHCRIT
int	chflag
long int	chgone
double	CHGROW
double	CHGROWAGG
long int	chnew
long int	chold
double	chs_new
FILE *	chsfile
char	chshrname [80]
int	clusleft
struct cluster **	clust
double	cm2perL2m
char	cmdnew [120]
double	conccaplus
double	concsulfate
long int *	count
long int	countkeep
long int	countpore
double	Cp_agg
double	Cp_bh2o
double	Cp_cement
double	Cp_CH
double	Cp_h2o
double	Cp_now
double	Cp_pozz
int *	creates
float	cs_acc
int	CSH
int	csh2flag
unsigned int *	CSH_vicinity
short int ***	cshage
int	cshboxsize
FILE *	CSHfile
int	cshgeom
double	CSHSCALE
int	CUBEMAX
int	CUBEMIN
int	cubesize
struct percolatedpath *	current
int ***	curvature
int	cyccnt
int	cycflag
double	DCACL2MAX
double	DCACO3MAX
double	DCAS2MAX
double	DETTRMAX
double	DGYPMAX
int	DIFFANH
int	DIFFAS
int	DIFFC3A
int	DIFFC4A
int	DIFFCACL2
int	DIFFCACO3
int	DIFFCAS2
int	DIFFCH
long int	DIFFCHdeficit
int	DIFFCSH
int	DIFFETTR
int	DIFFFH3
int	DIFFGYP
int	DIFFHEM
float *	disbase
double	DISBIAS
long int *	discount
double	DISMIN
double	DISMIN2
float	dismin_c3a
double	DISMIN_C3A_0
float	dismin_c4af
double	DISMIN_C4AF_0
double	DISMINASG
double	DISMINCAS2
double	DISMINSLAG
int	dispdist
float *	disprob
FILE *	disprobfile
	double
double	E_act
double	E_act_pozz
double	E_act_slag
FILE *	elasfile
int	EMPTYP
double	EPSP
double	EPSS
int	ETTR
int	ETTRC4AF
double	ETTRGROW
cmlfile *	F
short int ***	faces
int	FH3
FILE *	fileperc
char	fileroot [80]
int	FLYASH
float	flyashmass
float	fractwithfill
int	FREIDEL
double	GCa
double	GK
double	GNa
double	GOH
double	Grain_average_CA
double	Grain_average_FA
double	GSO4
float	gsratio2
float	gypabsprob
int	GYPID
long int	gypready
int	GYPSUM
int	GYPSUMS
int	HDCSH
struct ants *	headant
double	heat_cf
double	heat_new
double	heat_old
float *	heatf
FILE *	heatfile
char	heatname [80]
float	heatsum
int	HEMIHYD
int	HEMIHYDRATE
long int	heminit
long	IA
int	icyc
long	IM
int	ImgOut
double	ind_time
int	INERT
int	INERTAGG
int	INERTID
double	InitTime
long	IQ
int	IR
int	iseed
double	ITZ_thickness
double	ITZ_Young_red
int *	iv
int	iy
double	KperSyn
double	kpozz
float	krate
double	kslag
double	KspCH25C
double	KspGypsum
double	KspSyngenite
double	lambdaCa_0
double	lambdaK_0
double	lambdaNa_0
double	lambdaOH_0
double	lambdaSO4_0
struct percolatedpath *	last
double *	last_values
double	LastCallTime
long int	LastCycCnt
double	LastCycHeat
double	LastHydrTime
double	LastTotHeat
int ***	mask
double	mass_agg
double	mass_cem_now
double	mass_cement
double	mass_CH
double	mass_cur
double	mass_fill
double	mass_fill_pozz
double	mass_water
double	MASSFACTOR
long int	MAXCYC_SEAL
double	MAXIT
int	MAXM
long	MAXSPH
long	MAXTRIES
char ***	mic
FILE *	micfile
char	micname [80]
char ***	micorig
long int ***	micpart
double	MMK
double	MMK2O
double	MMNa
double	MMNa2O
float *	molarv
float *	molarvcsh
double	moles_syn_precip
float	molesh2o
FILE *	movfile
long int	n_anhydrite
long int	n_hemi
long int	n_sulfate
long int	n_total
long int	nair [1500]
long int	nasr
long int	nch_slag
long int	ncsbar
long int	ncshplategrow
long int	ncshplateinit
int	ncyc
double	NDIV
int	NEIGHBORS
long int	netbar
long int	nfill
long int	ngoing
long int	nmade
int	npart
long	NPARTC
long int	npr
int	nseed
long int	nslagr
long int	nsolid [1500]
int	nsph
int	NTAB
int	ntimes
int	nummovsl
int	NUMSIZES
int	OFFSET
float	onepixelbias
int	outfreq
float	p1slag
float	p2slag
float	p3slag
float	p4slag
float	p5slag
double	PCSH2CSH
FILE *	perc_phases
FILE *	percfile
float	pfract
float	pfractw05
double	pH_cur
int	pHactive
long int *	phase
FILE *	phasfile
char	phasname [80]
float *	pHeffect
float	pHfactor
FILE *	pHfile
char	pHname [80]
char	phrname [80]
int	phydfreq
double	PI
double	pnucch
double	pnucfh3
double	pnucgyp
double	pnuchg
double	Poisson_CA
double	Poisson_FA
double	Poisson_inert
double	Poisson_SCM
long int	pore_off
int	porefl1
int	porefl2
int	porefl3
long int	poregone
long int	poretodo
long int	porinit
int	POROSITY
int	POZZ
int	POZZCSH
int	POZZID
float	ppozz
double	PPOZZ
char	ppsname [80]
double	PrevCycHeat
double	PrevHydrTime
int	primevalues [6]
double	probanh
double	probgyp
double	probhem
double	pscalech
double	pscalefh3
double	pscalegyp
double	pscalehg
FILE *	ptmpfile
char	ptsaname [80]
int	resatcyc
double	RNMX
double	rspotassium
double	rssodium
float	s_to_c
float	saturation
long int	scntcement
long int	scnttotal
int	sealed
int *	seed
int	setflag
int	setfreq
int	sf1
int	sf2
int	sf3
double	siperslag
long	SIZE2D
long	SIZESET
int	SLAG
double	slagc3a
double	slagcasi
int	SLAGCSH
long int	slagcum
long int	slagemptyp
float	slagh2osi
double	slaghydcasi
int	SLAGID
long int	slaginit
double	slagreact
double	SOLIDC3AGYP
double	SOLIDC4AFGYP
int	SolidLimit
int *	soluble
float *	specgrav
double	SpecgravSyngenite
int	STRAT
float	sulf_conc
long int	sulf_cur
long int	sulf_solid
long int	surface [50]
float	surffract
long	SYSIZE_POW3
long	SYSIZEM1
float	T_ambient
struct ants *	tailant
double	TargDoHelas
long int	target_anhydrite
long int	target_hemi
long int	target_sulfate
long int	target_total
double	TargTime_glob
double	temp_0
double	temp_cur
float	tfractw04
float	tfractw05
FILE *	thfile
float	thtemphi
float	thtemplo
float	thtimehi
float	thtimelo
double	time_cur
double	time_step
float	totfract
double	totpotassium
double	totsodium
float	U_coeff
double	Vol_CA
double	Vol_cement_clinker_gypsum
double	Vol_cement_SCM
double	Vol_entrained_entrapped_air
double	Vol_FA
double	Vol_inert_filler
double	Vol_water
double	VOLFACTOR
long int	volpart [47]
long int	volume [50]
float	w_to_c
long int	water_left
long int	water_off
float *	waterc
float *	watercsh
double	WCHSH
double	WN
int	xoff [27]
int *	xsph
int	yoff [27]
double	Young_CA
double	Young_FA
double	Young_inert
double	Young_SCM
int *	ysph
double	zCa
double	zK
double	zNa
int	zoff [27]
double	zOH
double	zSO4
int *	zsph

Detailed Description

Definition at line 22 of file cemhydmat.h.

Constructor & Destructor Documentation

cemhydmat ( void )

Definition at line 46 of file cemhydmat.cpp.

References constructor_init().

cemhydmat ( cemhydmat * CemP )

Definition at line 64 of file cemhydmat.cpp.

References average_temp, beta, burnfreq, cem_m3, chflag, constructor_init(), Cp_agg, Cp_cement, csh2flag, cshgeom, E_act, E_act_pozz, E_act_slag, ind_time, init_material_time, iseed, mass_agg, mic, micorig, micpart, n_ipp, nseed, ntimes, outfreq, pHactive, phydfreq, pnucch, pnucfh3, pnucgyp, pnuchg, pscalech, pscalefh3, pscalegyp, pscalehg, resatcyc, sealed, seed, setfreq, SYSIZE, and U_coeff.

~cemhydmat ( void )

Definition at line 125 of file cemhydmat.cpp.

References adiafile, ArrPerc, ConnNumbers, count, creates, CSH_vicinity, cshage, CSHfile, dealloc_char_3D(), dealloc_int_3D(), dealloc_long_3D(), dealloc_shortint_3D(), disbase, discount, disprob, disprobfile, elasfile, F, faces, fileperc, headant, heatf, heatfile, iv, last_values, mask, mic, mic_CSH, micorig, micpart, molarv, molarvcsh, ants::nextant, perc_phases, percfile, phase, PhaseFrac, phasfile, pHeffect, pHfile, soluble, specgrav, SYSIZE, tailant, waterc, watercsh, xsph, ysph, and zsph.

Member Function Documentation

void addagg ( void ) [private]

Definition at line 1058 of file cemhydmat.cpp.

References AGG, aggsize, cement, cemreal, F, iy, and SYSSIZE.

Referenced by genpartnew().

void addrand	(	int	randid,
		long int	nneed
	)			`[private]`

Definition at line 5204 of file cemhydmat.cpp.

References CACO3, countboxc(), INERT, iy, mic, micorig, POROSITY, ran1(), seed, and SYSIZE.

Referenced by readhydrparam().

int AdjCoord ( int coord ) [inline, private]

Definition at line 11587 of file cemhydmat.cpp.

References SYSIZE.

Referenced by GenerateConnNumbers(), IsConnected(), and NumSol().

void alloc_char_3D	(	char ***&	mic,
		long	SYSIZE
	)			`[private]`

Definition at line 703 of file cemhydmat.cpp.

References mic.

Referenced by burn_phases(), burnset(), and readcem().

void alloc_double_3D	(	double ***&	mic,
		long	SYSIZE
	)			`[private]`

Definition at line 809 of file cemhydmat.cpp.

References mic.

Referenced by rand3d().

void alloc_int_3D	(	int ***&	mask,
		long	SYSIZE
	)			`[private]`

Definition at line 755 of file cemhydmat.cpp.

References mic.

Referenced by distrib3d(), and readcem().

void alloc_long_3D	(	long ***&	mic,
		long	SYSIZE
	)			`[private]`

Definition at line 728 of file cemhydmat.cpp.

References mic.

Referenced by genpartnew(), and readcem().

void alloc_shortint_3D	(	short int ***&	mic,
		long	SYSIZE
	)			`[private]`

Definition at line 782 of file cemhydmat.cpp.

References mic.

Referenced by readcem().

void AnalyticHomogenizationConcrete	(	double	E_paste_inp,
		double	nu_paste_inp,
		double *	E_paste,
		double *	nu_paste,
		double *	E_mortar,
		double *	nu_mortar,
		double &	E_concrete,
		double &	nu_concrete
	)

Definition at line 12112 of file cemhydmat.cpp.

References HomogData::E_hmg, Grain_average_CA, Grain_average_FA, HomogData::HerveZaoui(), ITZ_thickness, ITZ_Young_red, HomogData::MT_mtrx(), HomogData::nu_hmg, PI, Poisson_CA, Poisson_FA, Poisson_inert, Poisson_SCM, Vol_CA, Vol_cement_clinker_gypsum, Vol_cement_SCM, Vol_entrained_entrapped_air, Vol_FA, Vol_inert_filler, Vol_water, Young_CA, Young_FA, Young_inert, and Young_SCM.

Referenced by disrealnew(), and updateval().

void AnalyticHomogenizationPaste	(	double &	E,
		double &	nu,
		int	perc_unperc_flag
	)

Definition at line 11982 of file cemhydmat.cpp.

References count, CSH, DIFFCSH, HomogData::E_hmg, EMPTYP, HDCSH, HomogData::MT_mtrx(), HomogData::nu_hmg, phase, PhaseFrac, HomogData::SCS(), and SYSIZE_POW3.

Referenced by disrealnew(), and updateval().

int burn3d	(	int	npix,
		int	d1,
		int	d2,
		int	d3
	)			`[private]`

Definition at line 6351 of file cemhydmat.cpp.

References BURNT, C2S, C3A, C3S, C4AF, cemmass, count, cx(), cy(), cyccnt, cz(), fileperc, mic, SIZE2D, specgrav, and SYSIZE.

Referenced by disrealnew().

void burn_phases	(	int	d1,
		int	d2,
		int	d3
	)			`[private]`

Definition at line 10861 of file cemhydmat.cpp.

References ABSGYP, alloc_char_3D(), ArrPerc, BURNT, C2S, C3A, C3S, C4AF, count, CSH, current, cx(), cy(), cyccnt, cz(), dealloc_char_3D(), DIFFCSH, EMPTYP, HDCSH, IsSolidPhase(), last, mic_CSH, micpart, outputImageFilePerc(), perc_phases, percfile, phase, percolatedpath::prev, SIZESET, SYSIZE, WriteUnsortedList(), percolatedpath::x, percolatedpath::y, and percolatedpath::z.

Referenced by PercolateForOutput().

int burnset	(	int	d1,
		int	d2,
		int	d3
	)			`[private]`

Definition at line 6544 of file cemhydmat.cpp.

References alloc_char_3D(), ASG, beta, BURNT, C2S, C3A, C3AH6, C3S, C4AF, CAS2, cemmass, count, CSH, cx(), cy(), cyccnt, cz(), dealloc_char_3D(), ETTR, ETTRC4AF, krate, mic, micpart, percfile, POZZ, SIZESET, SLAG, specgrav, SYSIZE, and time_cur.

Referenced by disrealnew().

float Cabs ( fcomplex_cem z ) [private]

Definition at line 11891 of file cemhydmat.cpp.

References FCOMPLEX::i, and FCOMPLEX::r.

Referenced by laguer().

fcomplex_cem Cadd	(	fcomplex_cem	a,
		fcomplex_cem	b
	)			`[private]`

Definition at line 11839 of file cemhydmat.cpp.

References FCOMPLEX::i, and FCOMPLEX::r.

Referenced by laguer(), and zroots().

fcomplex_cem Cdiv	(	fcomplex_cem	a,
		fcomplex_cem	b
	)			`[private]`

Definition at line 11874 of file cemhydmat.cpp.

References FCOMPLEX::i, and FCOMPLEX::r.

Referenced by laguer().

int chckedge	(	int	xck,
		int	yck,
		int	zck
	)			`[private]`

Definition at line 3570 of file cemhydmat.cpp.

References mic, NEIGHBORS, POROSITY, SYSIZE, SYSIZEM1, xoff, yoff, and zoff.

Referenced by passone().

int chkfloc	(	int	xin,
		int	yin,
		int	zin,
		int	radd
	)			`[private]`

Definition at line 1451 of file cemhydmat.cpp.

References AGG, aggsize, cement, dist(), POROSITY, and SYSSIZE.

Referenced by makefloc().

int chksph	(	int	xin,
		int	yin,
		int	zin,
		int	radd,
		int	wflg,
		int	phasein,
		int	phase2
	)			`[private]`

Definition at line 1100 of file cemhydmat.cpp.

References aggsize, cement, cemreal, dist(), POROSITY, and SYSSIZE.

Referenced by gsphere().

fcomplex_cem Cmul	(	fcomplex_cem	a,
		fcomplex_cem	b
	)			`[private]`

Definition at line 11853 of file cemhydmat.cpp.

References FCOMPLEX::i, and FCOMPLEX::r.

Referenced by laguer(), and zroots().

fcomplex_cem Complex	(	float	re,
		float	im
	)			`[private]`

Definition at line 11860 of file cemhydmat.cpp.

References FCOMPLEX::i, and FCOMPLEX::r.

Referenced by laguer(), pHpred(), and zroots().

fcomplex_cem Conjg ( fcomplex_cem z ) [private]

Definition at line 11867 of file cemhydmat.cpp.

References FCOMPLEX::i, and FCOMPLEX::r.

void connect ( void ) [private]

Definition at line 1772 of file cemhydmat.cpp.

References BURNTG, CEM, cement, F, and SYSSIZE.

Referenced by genpartnew().

void constructor_init ( void )

Definition at line 200 of file cemhydmat.cpp.

References A0_CHSOL, A1_CHSOL, ABSGYP, aCa, activeA0, activeB0, AFM, AFMC, AGG, AGRATE, aK, alpha_cur, alpha_last, aNa, ANHYDRITE, aOH, ASG, aSO4, BK, BNa, BoxSize, BprimeK, BprimeNa, BURNT, C2S, C2SID, C3A, C3AETTR, C3AGYP, C3AH6, C3AH6GROW, C3S, C4AF, CACL2, CACO3, CAS2, CEM, CEMID, CH, CHGROW, CHGROWAGG, cm2perL2m, count, Cp_bh2o, Cp_CH, Cp_h2o, Cp_pozz, creates, CSH, CSH_vicinity, CUBEMIN, DIFFANH, DIFFAS, DIFFC3A, DIFFC4A, DIFFCACL2, DIFFCACO3, DIFFCAS2, DIFFCH, DIFFCSH, DIFFETTR, DIFFFH3, DIFFGYP, DIFFHEM, disbase, DISBIAS, discount, DISMIN, DISMIN2, DISMIN_C3A_0, DISMIN_C4AF_0, DISMINASG, DISMINCAS2, DISMINSLAG, disprob, EMPTYP, EPS, EPSP, EPSS, ETTR, ETTRC4AF, ETTRGROW, FH3, FLYASH, FREIDEL, GCa, GK, GNa, GOH, GSO4, GYPID, GYPSUM, GYPSUMS, HDCSH, headant, heat_cf, heat_new, heatf, HEMIHYD, HEMIHYDRATE, IA, icyc, IM, INERT, INERTAGG, INERTID, IQ, IR, iv, iy, KperSyn, KspCH25C, KspGypsum, KspSyngenite, lambdaCa_0, lambdaK_0, lambdaNa_0, lambdaOH_0, lambdaSO4_0, last_values, LastCallTime, MASSFACTOR, MAXCYC_SEAL, MAXIT, MAXM, MAXSPH, MAXTRIES, MMK, MMK2O, MMNa, MMNa2O, molarv, molarvcsh, NEIGHBORS, NTAB, NUMSIZES, OFFSET, PCSH2CSH, phase, PhaseFrac, pHeffect, PI, POROSITY, POZZ, POZZCSH, POZZID, PPOZZ, SIZE2D, SIZESET, SLAG, SLAGCSH, SLAGID, SOLIDC3AGYP, SOLIDC4AFGYP, SolidLimit, soluble, specgrav, SpecgravSyngenite, STRAT, tailant, TargDoHelas, TargTime_glob, time_cur, VOLFACTOR, waterc, watercsh, WCHSH, WN, xoff, xsph, yoff, ysph, zCa, zK, zNa, zoff, zOH, zSO4, and zsph.

Referenced by cemhydmat().

float ** convert_matrix	(	float *	a,
		int	nrl,
		int	nrh,
		int	ncl,
		int	nch
	)			`[private]`

Definition at line 11822 of file cemhydmat.cpp.

References nrerror().

int countbox	(	int	boxsize,
		int	qx,
		int	qy,
		int	qz
	)			`[private]`

Definition at line 3726 of file cemhydmat.cpp.

References ABSGYP, C3S, iy, mic, and SYSIZE.

Referenced by dissolve(), and makeinert().

int countboxc	(	int	boxsize,
		int	qx,
		int	qy,
		int	qz
	)			`[private]`

Definition at line 3768 of file cemhydmat.cpp.

References C3S, iy, mic, POZZ, and SYSIZE.

Referenced by addrand().

int countem	(	int	xp,
		int	yp,
		int	zp,
		int	phin
	)			`[private]`

Definition at line 2260 of file cemhydmat.cpp.

References mask, nsph, SYSSIZE, xsph, ysph, and zsph.

Referenced by sysinit().

void CountPercolation	(	int &	tot_perc,
		int &	tot_unperc
	)			`[private]`

int create ( void ) [private]

Definition at line 1276 of file cemhydmat.cpp.

References ANHYDRITE, C2SID, CACO3, CEMID, dispdist, F, FLYASH, gsphere(), GYPID, HEMIHYDRATE, INERTID, NUMSIZES, POZZID, probanh, probgyp, probhem, SLAGID, SYSSIZE, target_anhydrite, target_hemi, target_sulfate, target_total, and volpart.

Referenced by genpartnew().

void CreateHDCSH ( void )

Definition at line 11946 of file cemhydmat.cpp.

References CSH_vicinity, and CSHbox().

Referenced by disrealnew(), and updateval().

void CSHbox ( unsigned int * CSH_vicinity ) [private]

Definition at line 11646 of file cemhydmat.cpp.

References BoxSize, count, CSH, cx(), cy(), cz(), HDCSH, mic, mic_CSH, NumSol(), and SYSIZE.

Referenced by CreateHDCSH(), and dissolve().

fcomplex_cem Csqrt ( fcomplex_cem z ) [private]

Definition at line 11909 of file cemhydmat.cpp.

References FCOMPLEX::i, and FCOMPLEX::r.

Referenced by laguer().

fcomplex_cem Csub	(	fcomplex_cem	a,
		fcomplex_cem	b
	)			`[private]`

Definition at line 11846 of file cemhydmat.cpp.

References FCOMPLEX::i, and FCOMPLEX::r.

Referenced by laguer().

long cx	(	int	x,
		int	y,
		int	z,
		int	a,
		int	b,
		int	c
	)			`[private]`

Definition at line 11968 of file cemhydmat.cpp.

Referenced by burn3d(), burn_phases(), burnset(), CSHbox(), and GenerateConnNumbers().

long cy	(	int	x,
		int	y,
		int	z,
		int	a,
		int	b,
		int	c
	)			`[private]`

Definition at line 11973 of file cemhydmat.cpp.

Referenced by burn3d(), burn_phases(), burnset(), CSHbox(), and GenerateConnNumbers().

long cz	(	int	x,
		int	y,
		int	z,
		int	a,
		int	b,
		int	c
	)			`[private]`

Definition at line 11977 of file cemhydmat.cpp.

Referenced by burn3d(), burn_phases(), burnset(), CSHbox(), and GenerateConnNumbers().

void dealloc_char_3D	(	char ***&	mic,
		long	SYSIZE
	)			`[private]`

Definition at line 716 of file cemhydmat.cpp.

References mic.

Referenced by burn_phases(), burnset(), and ~cemhydmat().

void dealloc_double_3D	(	double ***&	mic,
		long	SYSIZE
	)			`[private]`

Definition at line 824 of file cemhydmat.cpp.

References mic.

Referenced by rand3d().

void dealloc_int_3D	(	int ***&	mask,
		long	SYSIZE
	)			`[private]`

Definition at line 770 of file cemhydmat.cpp.

References mic.

Referenced by distrib3d(), and ~cemhydmat().

void dealloc_long_3D	(	long ***&	mic,
		long	SYSIZE
	)			`[private]`

Definition at line 743 of file cemhydmat.cpp.

References mic.

Referenced by distrib3d(), genpartnew(), and ~cemhydmat().

void dealloc_shortint_3D	(	short int ***&	mic,
		long	SYSIZE
	)			`[private]`

Definition at line 797 of file cemhydmat.cpp.

References mic.

Referenced by ~cemhydmat().

void disrealnew	(	double	GiveTemp,
		double	TargTime,
		int	flag
	)			`[private]`

Definition at line 5939 of file cemhydmat.cpp.

References ABSGYP, adiabatic_curing, adiafile, AFM, AFMC, alpha, alpha_cur, alpha_last, AnalyticHomogenizationConcrete(), AnalyticHomogenizationPaste(), ASG, beta, burn3d(), burnfreq, burnset(), C3AH6, CAS2, CH, count, countkeep, Cp_agg, Cp_bh2o, Cp_cement, Cp_CH, Cp_h2o, Cp_now, Cp_pozz, CreateHDCSH(), CSH, CSHfile, cyccnt, cycflag, disbase, disprob, disrealnew_init(), dissolve(), double, E_act, E_act_pozz, E_act_slag, elasfile, EMPTYP, ETTR, ETTRC4AF, FH3, FREIDEL, gsratio2, HDCSH, heat_cf, heat_new, heat_old, heatfile, hydrate(), icyc, InitTime, kpozz, krate, kslag, last_values, mass_agg, mass_cem_now, mass_cement, mass_CH, mass_cur, mass_fill, mass_fill_pozz, mass_water, molarv, molarvcsh, ntimes, PercolateForOutput(), phydfreq, pnucch, pnucfh3, pnucgyp, pnuchg, pore_off, porefl1, porefl2, porefl3, POROSITY, POZZCSH, PPOZZ, ppozz, PrevCycHeat, PrevHydrTime, pscalech, pscalefh3, pscalegyp, pscalehg, resatcyc, resaturate(), sealed, setflag, setfreq, sf1, sf2, sf3, SLAG, SLAGCSH, slagreact, STRAT, TargDoHelas, temp_0, temp_cur, time_cur, time_step, w_to_c, water_left, water_off, waterc, watercsh, WCHSH, and WN.

Referenced by GetHeat(), and MoveCycles().

void disrealnew_init ( void ) [private]

Definition at line 5789 of file cemhydmat.cpp.

References adiafile, adianame, anhinit, ASG, c2sinit, c3ainit, c3sinit, c4afinit, ca_acc, CAS2, chgone, chnew, chold, chshrname, conccaplus, concsulfate, countpore, cs_acc, CSH, CSHfile, CUBEMAX, cubesize, ants::cycbirth, cyccnt, cycflag, DIFFCHdeficit, disbase, dismin_c3a, DISMIN_C3A_0, dismin_c4af, DISMIN_C4AF_0, disprob, disprobfile, E_act, E_act_pozz, E_act_slag, elasfile, fileperc, fractwithfill, gsratio2, headant, heat_new, heat_old, heatfile, heatname, heminit, ants::id, init(), iseed, kpozz, krate, kslag, LastCycCnt, LastCycHeat, LastHydrTime, LastTotHeat, measuresurf(), molarv, molarvcsh, moles_syn_precip, nasr, nch_slag, ncsbar, ncshplategrow, ncshplateinit, netbar, ants::nextant, nfill, ngoing, npr, nseed, nslagr, onepixelbias, perc_phases, percfile, pfractw05, phasfile, phasname, pHfactor, pHfile, pHname, phrname, pore_off, porefl1, porefl2, porefl3, poregone, poretodo, porinit, PPOZZ, ppozz, ppsname, ants::prevant, PrevCycHeat, PrevHydrTime, primevalues, saturation, scntcement, scnttotal, seed, setflag, SLAG, slagcum, slagemptyp, slaginit, slagreact, sulf_cur, surffract, tailant, temp_cur, tfractw04, tfractw05, time_step, totfract, w_to_c, water_off, waterc, watercsh, ants::x, ants::y, and ants::z.

Referenced by disrealnew().

void dissolve ( int cycle ) [private]

Definition at line 4008 of file cemhydmat.cpp.

References A0_CHSOL, A1_CHSOL, ABSGYP, AFM, alpha, alpha_cur, alpha_fa_cur, anhinit, ANHYDRITE, ASG, C2S, c2sinit, C3A, C3AH6, C3AH6CRIT, c3ainit, C3S, c3sinit, C4AF, c4afinit, ca_acc, CACL2, CACO3, CAS2, cemmass, cemmasswgyp, CH, CH_mass, CHCRIT, chgone, chnew, chold, chs_new, concsulfate, count, countbox(), countkeep, countpore, creates, cs_acc, CSH, csh2flag, CSH_vicinity, cshage, CSHbox(), cshboxsize, CSHSCALE, ants::cycbirth, cyccnt, DCACL2MAX, DCACO3MAX, DCAS2MAX, DETTRMAX, DGYPMAX, DIFFANH, DIFFAS, DIFFC3A, DIFFC4A, DIFFCACL2, DIFFCACO3, DIFFCAS2, DIFFCH, DIFFCHdeficit, DIFFCSH, DIFFETTR, DIFFFH3, DIFFGYP, DIFFHEM, disbase, discount, DISMIN, DISMIN2, dismin_c3a, DISMIN_C3A_0, dismin_c4af, DISMIN_C4AF_0, DISMINASG, DISMINCAS2, DISMINSLAG, disprob, disprobfile, double, EMPTYP, ETTR, ETTRC4AF, extslagcsh(), faces, FH3, flyashmass, fractwithfill, gypready, GYPSUM, GYPSUMS, HDCSH, heat_cf, heat_new, heat_old, heatf, heatfile, heatsum, HEMIHYD, heminit, ants::id, INERT, INERTAGG, loccsh(), makeinert(), mass_agg, mass_CH, mass_fill, mass_fill_pozz, mass_water, mic, micpart, molarv, molarvcsh, molesh2o, nasr, ncsbar, NEIGHBORS, netbar, ants::nextant, nfill, ngoing, nmade, npr, nslagr, OFFSET, onepixelbias, p1slag, p3slag, p4slag, p5slag, passone(), PCSH2CSH, perc_phases, pfract, pfractw05, pH_cur, pHactive, phasfile, pHeffect, pHfactor, pore_off, poregone, poretodo, porinit, POROSITY, POZZ, POZZCSH, PPOZZ, ppozz, ants::prevant, ran1(), s_to_c, saturation, sealed, seed, SLAG, SLAGCSH, slagcum, slagemptyp, slagreact, soluble, specgrav, sulf_conc, sulf_cur, sulf_solid, surffract, SYSIZE, SYSIZE_POW3, SYSIZEM1, tailant, temp_cur, tfractw04, tfractw05, time_cur, totfract, w_to_c, water_left, water_off, waterc, watercsh, ants::x, xoff, ants::y, yoff, ants::z, and zoff.

Referenced by disrealnew().

void distrib3d ( void ) [private]

Definition at line 2935 of file cemhydmat.cpp.

References alloc_int_3D(), cemreal, curvature, dealloc_int_3D(), dealloc_long_3D(), F, iseed, mask, mic, micorig, micpart, nseed, rand3d(), seed, stat3d(), surface, SYSIZE, and volume.

Referenced by readcem().

double ** dmatrix	(	int	nrl,
		int	nrh,
		int	ncl,
		int	nch
	)			`[private]`

Definition at line 11735 of file cemhydmat.cpp.

References nrerror().

void drawfloc	(	int	xin,
		int	yin,
		int	zin,
		int	radd,
		int	phasein,
		int	phase2
	)			`[private]`

Definition at line 1406 of file cemhydmat.cpp.

References cement, cemreal, dist(), and SYSSIZE.

Referenced by makefloc().

double * dvector	(	int	nl,
		int	nh
	)			`[private]`

Definition at line 11707 of file cemhydmat.cpp.

References nrerror().

int edgecnt	(	int	xck,
		int	yck,
		int	zck,
		int	ph1,
		int	ph2,
		int	ph3
	)			`[private]`

Definition at line 6939 of file cemhydmat.cpp.

References mic, SYSIZE, and SYSIZEM1.

Referenced by extafm(), extc3ah6(), extch(), extcsh(), extettr(), extfh3(), extfreidel(), extgyps(), extpozz(), extslagcsh(), and extstrat().

void extafm	(	int	xpres,
		int	ypres,
		int	zpres
	)			`[private]`

Definition at line 8958 of file cemhydmat.cpp.

References AFM, C3A, C4AF, count, edgecnt(), mic, moveone(), POROSITY, ran1(), seed, and SYSIZE.

Referenced by movec3a(), movec4a(), and moveettr().

void extc3ah6	(	int	xpres,
		int	ypres,
		int	zpres
	)			`[private]`

Definition at line 9391 of file cemhydmat.cpp.

References C3A, C3AH6, count, edgecnt(), mic, moveone(), POROSITY, ran1(), seed, and SYSIZE.

Referenced by movec3a(), and movec4a().

void extch ( void ) [private]

Definition at line 7337 of file cemhydmat.cpp.

References CH, count, DIFFCH, edgecnt(), mic, POROSITY, ran1(), seed, and SYSIZE.

Referenced by moveanh(), movecacl2(), movecas2(), moveettr(), movegyp(), and movehem().

void extcsh ( void ) [private]

Definition at line 6978 of file cemhydmat.cpp.

References C2S, C3S, count, CSH, cshage, cshgeom, cyccnt, edgecnt(), faces, mic, ncshplateinit, POROSITY, ran1(), seed, and SYSIZE.

Referenced by movecsh().

int extettr	(	int	xpres,
		int	ypres,
		int	zpres,
		int	etype
	)			`[private]`

Definition at line 7221 of file cemhydmat.cpp.

References C2S, C3A, C3S, C4AF, count, edgecnt(), ETTR, ETTRC4AF, mic, moveone(), POROSITY, ran1(), seed, and SYSIZE.

Referenced by moveanh(), movec3a(), movec4a(), movecaco3(), movegyp(), and movehem().

void extfh3	(	int	xpres,
		int	ypres,
		int	zpres
	)			`[private]`

Definition at line 7150 of file cemhydmat.cpp.

References count, DIFFFH3, edgecnt(), FH3, mic, moveone(), POROSITY, ran1(), seed, and SYSIZE.

Referenced by moveanh(), movecacl2(), movecas2(), moveettr(), movegyp(), and movehem().

int extfreidel	(	int	xpres,
		int	ypres,
		int	zpres
	)			`[private]`

Definition at line 7937 of file cemhydmat.cpp.

References count, DIFFCACL2, edgecnt(), FREIDEL, mic, moveone(), POROSITY, ran1(), seed, and SYSIZE.

Referenced by movec3a(), movec4a(), and movecacl2().

void extgyps	(	int	xpres,
		int	ypres,
		int	zpres
	)			`[private]`

Definition at line 7375 of file cemhydmat.cpp.

References ANHYDRITE, count, edgecnt(), GYPSUMS, HEMIHYD, mic, moveone(), POROSITY, ran1(), seed, and SYSIZE.

Referenced by moveanh(), and movehem().

void extpozz	(	int	xpres,
		int	ypres,
		int	zpres
	)			`[private]`

Definition at line 9162 of file cemhydmat.cpp.

References count, CSH, edgecnt(), mic, moveone(), POROSITY, POZZ, POZZCSH, ran1(), seed, and SYSIZE.

Referenced by movech().

void extslagcsh	(	int	xpres,
		int	ypres,
		int	zpres
	)			`[private]`

Definition at line 3928 of file cemhydmat.cpp.

References count, CSH, edgecnt(), faces, mic, moveone(), POROSITY, ran1(), seed, SLAG, SLAGCSH, and SYSIZE.

Referenced by dissolve().

int extstrat	(	int	xpres,
		int	ypres,
		int	zpres
	)			`[private]`

Definition at line 8007 of file cemhydmat.cpp.

References count, DIFFAS, DIFFCAS2, edgecnt(), mic, moveone(), POROSITY, ran1(), seed, STRAT, and SYSIZE.

Referenced by moveas(), movec3a(), movec4a(), movecas2(), and movech().

void free_convert_matrix	(	float **	b,
		int	nrl
	)			`[private]`

void free_dmatrix	(	double **	m,
		int	nrl,
		int	nrh,
		int	ncl
	)			`[private]`

void free_dvector	(	double *	v,
		int	nl
	)			`[private]`

void free_imatrix	(	int **	m,
		int	nrl,
		int	nrh,
		int	ncl
	)			`[private]`

void free_ivector	(	int *	v,
		int	nl
	)			`[private]`

void free_matrix	(	float **	m,
		int	nrl,
		int	nrh,
		int	ncl
	)			`[private]`

void free_submatrix	(	float *	b,
		int	nrl
	)			`[private]`

void free_vector	(	float *	v,
		int	nl
	)			`[private]`

void GenerateConnNumbers ( void ) [private]

Definition at line 11278 of file cemhydmat.cpp.

References AdjCoord(), ArrPerc, ConnNumbers, cx(), cy(), cz(), IsConnected(), IsSolidPhase(), and SYSIZE.

int genpartnew ( void ) [private]

Definition at line 1962 of file cemhydmat.cpp.

References addagg(), aggsize, alloc_long_3D(), cement, cemreal, clusleft, clust, connect(), create(), dealloc_long_3D(), F, iseed, makefloc(), measagg(), measure(), micpart, n_anhydrite, n_hemi, n_sulfate, n_total, npart, NPARTC, nseed, outmic(), POROSITY, seed, SYSIZE, SYSSIZE, target_anhydrite, target_hemi, target_sulfate, target_total, and volpart.

Referenced by readcem().

double get_c ( )

function creates specific heat of the isotropic material

Return values:

c

- specific heat of the isotropic material

Definition at line 618 of file cemhydmat.cpp.

References capacity.

Referenced by matcap().

double get_k ( )

function creates conductivity coefficient of the isotropic material

Return values:

k

- heat conductivity matrix of the isotropic material

Definition at line 608 of file cemhydmat.cpp.

References conductivity.

Referenced by matcond1d(), matcond2d(), and matcond3d().

double get_source	(	long	ipp,
		long	im,
		long	ido
	)

Definition at line 695 of file cemhydmat.cpp.

References intpointst::eqother, transmat::ip, and Tm.

Referenced by sourcet::giveval().

double GetCp ( void )

Definition at line 6309 of file cemhydmat.cpp.

References Cp_now.

int GetCycNum ( void )

Definition at line 6333 of file cemhydmat.cpp.

References icyc.

double GetCycTime ( void )

Definition at line 6339 of file cemhydmat.cpp.

References time_cur.

double GetDoHActual ( void )

Definition at line 6321 of file cemhydmat.cpp.

References alpha_cur, alpha_last, icyc, PrevHydrTime, TargTime_glob, and time_cur.

Referenced by updateval().

double GetDoHLastCyc ( void )

Definition at line 6315 of file cemhydmat.cpp.

References alpha_cur.

double GetHeat	(	double	GiveTemp,
		double	TargTime
	)

Definition at line 6173 of file cemhydmat.cpp.

References cem_m3, disrealnew(), double, heat_cf, heat_new, icyc, LastCallTime, LastCycCnt, LastCycHeat, LastHydrTime, LastTotHeat, PrevCycHeat, PrevHydrTime, TargTime_glob, and time_cur.

Referenced by MoveToTime(), and updateval().

void GetInitClinkerPhases	(	double &	c3s,
		double &	c2s,
		double &	c3a,
		double &	c4af,
		double &	gypsum,
		double &	hemi,
		double &	anh
	)

Definition at line 12155 of file cemhydmat.cpp.

References anhinit, c2sinit, c3ainit, c3sinit, c4afinit, double, heminit, icyc, and ncsbar.

void GetInputParams ( char * my_string )

Definition at line 11964 of file cemhydmat.cpp.

References iseed.

double GetTotCemHeat ( void )

Definition at line 6297 of file cemhydmat.cpp.

References LastTotHeat.

double GetTotHeat ( void )

Definition at line 6303 of file cemhydmat.cpp.

References cem_m3, and LastTotHeat.

double GetWcr ( void )

Definition at line 11956 of file cemhydmat.cpp.

References w_to_c.

int gsphere	(	int	numgen,
		long int *	numeach,
		int *	sizeeach,
		int *	pheach
	)			`[private]`

Definition at line 1164 of file cemhydmat.cpp.

References ANHYDRITE, CEM, CEMID, chksph(), clusleft, clust, cluster::clustid, count, dispdist, GYPID, HEMIHYDRATE, MAXTRIES, n_anhydrite, n_hemi, n_sulfate, n_total, cluster::nextpart, npart, NPARTC, cluster::partid, cluster::partphase, probanh, probgyp, probhem, cluster::r, radius(), ran1(), seed, SYSSIZE, target_anhydrite, target_hemi, target_sulfate, target_total, volpart, cluster::x, cluster::y, and cluster::z.

Referenced by create().

void hydrate	(	int	fincyc,
		int	stepmax,
		float	chpar1,
		float	chpar2,
		float	hgpar1,
		float	hgpar2,
		float	fhpar1,
		float	fhpar2,
		float	gypar1,
		float	gypar2
	)			`[private]`