name=			; string
version=		; integer
maxdt=0 sec             ; maximum allowed time step
mindt=0 sec             ; minimum allowed time step
endTime=0 sec           ; time at which simulation ends
startTemp=0 K           ; temperature at start of simulation
tempRate=0 K/sec        ; rate of temperature change
endTemp=0 K             ; temperature at which temperature ceases to change
reportTime=0 sec        ; time between reports (0=none)
reportIter=0		; iterations between reports (0=none) (interger)
dendriteBreakdown=0 sec ; time of dendritic breakdown

[Solute]
id= 			; integer greater than zero (required always)
name= 			; string
MW=0 g/mol		; molecular weight
dHf=0 J/mol		; latent heat of fusion (negative)
FP=0 K			; freezing temperature of pure solute
Tn=0 K			; homogenius nucleation temperature
D=0 cm2/sec		; diffusion coefficient
a=0 K*ml/mol		; phase diagram coefficient
b=0 K*ml2/mol2		; phase diagram coefficient
aMV=0 ml/mol		; molecular volume of aqueous state
aCp=0 J/K/mol		; heat capacity of aqueous state
aTC=0 J*cm/cm2/K/sec	; thermal conductivity aqueous of state
sMV=0 ml/mol		; molecular volume of solid state
sCp=0 J/K/mol		; heat capacity of solid state
sTC=0 J*cm/cm2/K/sec	; thermal conductivity of solid state
lMV=0 ml/mol		; molecular volume of liquid state
lCp=0 J/K/mol		; heat capacity of liquid state
lTC=0 J*cm/cm2/K/sec	; thermal conductivity of liquid state
gMV=0 ml/mol		; molecular volume of gas state
gCp=0 J/K/mol		; heat capacity of gas state
gTC=0 J*cm/cm2/K/sec	; thermal conductivity of gas state
vMV=0 ml/mol		; molecular volume of virtrified state
vCp=0 J/K/mol		; heat capacity of virtrified state
vTC=0 J*cm/cm2/K/sec	; thermal conductivity of virtrified state

aqueous=0 mol,		; amount of aqueous, other allowed units [ml,g]
solid=0 mol,		; amount of solid, other allowed units [ml,g]
liquid=0 mol,		; amount of liquid, other allowed units [ml,g]

[Solution]
name=			; string
T=295 K,		; temperature of solution
F=,			; freezing tempearture (K)
Vs=,			; volume of solution (ml)
ms=,			; mass of solution (g)

[Compartment]
nCompartments=1		; integer
width=0	cm		; width of compartment
SA=0 cm2		; surface area of outside boundary
pos=0			; position in parent (fraction of width)

[JWCompartment]
lambda=0 J/cm2/K/sec	; negative implies infinite
Lpg=0 cm3/cm2/atm/sec,	;
LpgTg=0	K		;
LpgEa=0	J/mol,		;
Psg=0 cm/sec,		;
PsgTg=0	K		;
PsgEa=0	J/mol,   	;
sigma=0,		; usually in [0,1]
Verror=0 /sec		; error due to water movement (fraction/sec)
Serror=0 /sec		; error due to permeant movement (fraction/sec)
Herror=0 /sec		; error due to heat movement (fraction/sec)
isSphere=0		; boolean
permeantId=0		; integer
impermeantId=0 		; integer
dVdt=,			; water flux (ml/sec)
dSdt=,			; permeant flux (mol/sec)

[DCompartment]
isSphere=0		; boolean
nSubInts=0		; integer
Herror=0 /sec		; error due to heat movement (fraction/sec)
Serror=0 /sec		; error due to solute movement (fraction/sec)
dXmax=0			; error due to phase boundary movement 
			;   (fraction of width/iteration)
initialConditions=0	; 1 for all solid in first subcompartment
X=,			; first phase boundary position (cm)

