Contents
List of Tables
Data flow
0
Overview
1
Creation of the Executables
2
Creation of Atomic Data Files
2.1
Level Names (
TMAP
Code)
2.2
List of Keywords for the Atomic Data File
2.3
Description of the Keywords
2.4
TMAD
2.5
ATOMS2
2.6
TIRO
2.7
Auxiliary Programs
3
Creation of Frequency Grids
4
Start Models
4.1
PRO2 and LINE1 Models
4.2
“LTE” Models
4.3
Calculation of a LTE2 Model
5
NLTE Models: PRO2
5.1
The Method
5.2
The PARAMETERs
5.3
Input and Output Files
5.4
Input Options
5.5
Output Options
6
Adjust the log m Intervals of Existing Models: CUTM and NDSCALE
6.1
Adjust log
m
Intervals of Models
7
Interpolate between Existing Models: INTER
7.1
Interpolate between Existing Models
8
NLTE Line Formation and Models: LINE1
8.1
Input Files
8.2
Output Files
8.3
Options
9
Synthetic Spectra: LINE1_PROF
10
Clean Up
10.1
Delete TMAP Working Directories
10.2
Kill TMAP Jobs
11
Auxiliaries
11.1
PLADD
11.2
PROF1
11.3
PLXY
11.4
RTFZ
11.5
TEUV
11.6
WRPLOT
A
Formula Collection
A.1
CBB
Transitions
A.2
CBF
Transitions
A.3
RBB
Transitions
A.4
RBF
Transitions
A.5
RFF
Transitions
B
Fundamental Constants
C
Solar Abundances
D
How to calculate a NLTE model with
TMAP
D.1
Basics
D.2
Creation of atomic data files with
ATOMS2
D.3
Creation of a frequency grid with
SETF2
D.4
Adaption of the Parameter files
D.5
Calculation of a start model with
LTE2
D.6
Calculation of a NLTE model with
PRO2
D.7
Strategy to calculate a NLTE model with
PRO2
D.8
Example: A model with hydrogen and helium
D.9
Naming the
TMAP
models
E
Colors
F
References