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Global contents
What is
mc_fit
?
Don’t like reading? A quick start guide
Do’s and don’ts
Introduction
Inverse problems
Inversion strategy
I/O file details and format
Misfit and Bayes score
mc_fit_plot
Examples
mc_fit
options
mc_fit_plot
options
Appendix A: Program comparison
Appendix B: Bulk composition?
Appendix C: Chemical potential and fugacity
Appendix D: Ferric/ferrous iron content
Glossary
References
Index
Index of labels
Navigation
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mc_fit_Documentation 7.2.6 documentation
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Symbols
|
A
|
B
|
C
|
D
|
E
|
F
|
G
|
I
|
L
|
M
|
N
|
O
|
P
|
Q
|
R
|
S
|
T
|
U
Symbols
``FRENDLY``
use of
A
aleatoric uncertainty
B
Bayes score
best central model
,
[1]
best fit model
best overall model
bulk composition
issues
,
[1]
specification of
C
central model
central model analysis
classical thermobarometry
component transformation
composant
,
[1]
compositional variable
conversion
oxygen fugacity
coupled limits
unmeasured components
CTRANSF
use of
D
data uncertainty
definition
excess oxygen
ds5/ds6
E
evaluations
oxygen buffers
examples
my_project.dat
my_project.fit
my_project.imc
,
[1]
my_project.out
my_project_central.pts
my_project_perturbed.pts
excess oxygen
definition
F
fit-all-data criterion
forward problem
G
generic fluid solution model
GFSM
I
imprecision interval
input files
mc_fit_option.dat
my_project.dat
my_project.imc
Perple_X option file
solution model file
thermodynamic data file
inverse problem
inversion parameters
inversion_weight
specification of
Issues
saturation constraints
issues
bulk composition
,
[1]
modal data
phase compositions
L
likelihood function
LOI
loss on ignition
loss on ignition
LOI
M
mc_fit_option.dat
input files
misfit function
,
[1]
misfit imprecision
modal data
issues
specification of
modern thermobarometry
Monte Carlo sampling
MPP
,
[1]
my_project.dat
examples
input files
my_project.fit
examples
my_project.imc
examples
,
[1]
input files
my_project.out
examples
output files
my_project_central.pts
examples
my_project_perturbed.pts
examples
N
null phase
O
observed phases
specification of
observed-phase simplex
output files
my_project.out
oxygen buffers
evaluations
oxygen fugacity
conversion
P
Perple_X option file
input files
perturbation analysis
perturbed model
phase compositions
issues
phase simplex
potential variable
predicted-phase simplex
prior probability
pure phases
specification of
Q
quadrature sum
R
rootname
S
saturation constraints
Issues
simple limits
unmeasured components
solution model file
input files
solution phases
specification of
specification of
bulk composition
inversion_weight
modal data
observed phases
pure phases
solution phases
unmeasured components
T
thermobarometry
thermodynamic data file
input files
total uncertainty
,
[1]
try
,
[1]
U
uncertainty
uncertainty ellipse
uncertainty interval
unmeasured components
coupled limits
simple limits
specification of
Quick search
Global contents
What is
mc_fit
?
Don’t like reading? A quick start guide
Do’s and don’ts
Introduction
Inverse problems
Inversion strategy
I/O file details and format
Misfit and Bayes score
mc_fit_plot
Examples
mc_fit
options
mc_fit_plot
options
Appendix A: Program comparison
Appendix B: Bulk composition?
Appendix C: Chemical potential and fugacity
Appendix D: Ferric/ferrous iron content
Glossary
References
Index
Index of labels
Navigation
index
Python
»
mc_fit_Documentation 7.2.6 documentation
»
Index
|
Theme
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Light
Dark
|