Classes
class	tkdatabase
	Interface to the sqlite database. More...

class	tkdataset
	Stores information on a specific dataset. More...

class	tkdataset_builder
	Decoding of the ENSDF datasets properties. More...

class	tkdb_builder
	Mother class used to fill the sqlite database. More...

class	tkdb_column
	Simple structure to store a table column. More...

class	tkdb_table
	Representaiton of a sqlite data table. More...

class	tkdecay
	Stores information on a nuclear decay. More...

class	tkdecay_builder
	Filling of the ENSDF decay properties. More...

class	tkelement_builder
	Decoding of the element properties. More...

class	tkensdf_builder
	Main class dedicated to the ENSDF records decoding. More...

class	tkensdf_gamma_rec
	Decodding of the ENSDF gamma properties. More...

class	tkensdf_ident_rec
	Decodding of the ENSDF identification record properties. More...

class	tkensdf_level_rec
	Decodding of the ENSDF level properties. More...

class	tkensdf_reader
	Main class dedicated to ENSDF ascii files reading. More...

class	tkensdf_record
	Decodding of the ENSDF records. More...

class	tkgammadecay
	Stores information on a gamma-ray decay. More...

class	tkisotope_builder
	Decoding of the NUDAT isotope properties. More...

class	tklevel
	Stores information on a nuclear level. More...

class	tklevel_builder
	Filling of the ENSDF level properties. More...

class	tklevel_scheme
	Collection of levels and decay. More...

class	tklog
	Classe used to print debugs, infos, warnings and errors into the terminal. More...

class	tkmanager
	Manages the database loading and provides access to the physics properties. More...

class	tkmeasure
	Stores information on an experimental measure. More...

class	tknuclear_chart
	nuclear chart plot with ROOT More...

class	tknucleus
	A nucleus made of Z protons and N neutrons. More...

class	tkparity
	Nuclear excited state parity. More...

class	tkproperty
	Any property (data) with flags. More...

class	tkproperty_list
	Contains list of properties. More...

class	tkspin
	Nuclear excited state spin. More...

class	tkspin_parity
	Nuclear excited state spin-parity. More...

class	tkstring
	std::string with usefull tricks from TString (ROOT) and KVString (KaliVeda) and more... More...

class	tksystem
	Interface to the system (tested on linux and mac os) More...

class	tkunit
	A measured value associated to its unit. More...

class	tkunit_manager
	Manages the different units. More...

Typedefs
typedef std::map< tkstring, pair< tkstring, tkstring > >	properties

typedef std::map< tkstring, tkdb_column >	row

Enumerations
enum	ensdf_data_type { kensdf , kxundl }

Functions
tkstring &	append (const tkstring &_st)

tklog &	black (tklog &log)

tklog &	black_bg (tklog &log)

tklog &	blink (tklog &log)

tklog &	blue (tklog &log)

tklog &	blue_bg (tklog &log)

tklog &	bold (tklog &log)

tklog &	comment (tklog &log)

tklog &	cyan (tklog &log)

tklog &	cyan_bg (tklog &log)

tklog &	debug (tklog &log)

tklog &	do_endl (tklog &log)

tklog &	do_header (tklog &log)

tklog &	do_log (tklog &log)

tklog &	error (tklog &log)

tklog &	error_o (tklog &log)

tklog &	error_v (tklog &log)

tklog &	error_vo (tklog &log)

tklog &	green (tklog &log)

tklog &	green_bg (tklog &log)

tklog &	high_intensity (tklog &log)
	Colors. More...

tklog &	info (tklog &log)

tklog &	info_o (tklog &log)

tklog &	info_v (tklog &log)

tklog &	info_vo (tklog &log)

tklog &	italic (tklog &log)

tkstring &	preprend (const tkstring &_st)

tklog &	purple (tklog &log)

tklog &	purple_bg (tklog &log)

tklog &	red (tklog &log)

tklog &	red_bg (tklog &log)

tklog &	regular (tklog &log)
	Types. More...

tklog &	reset (tklog &log)

tklog &	skip_line (tklog &log)
	Predefined macros. More...

tklog &	underline (tklog &log)

tklog &	warning (tklog &log)

tklog &	warning_o (tklog &log)

tklog &	warning_v (tklog &log)

tklog &	warning_vo (tklog &log)

tklog &	white (tklog &log)

tklog &	white_bg (tklog &log)

tklog &	yellow (tklog &log)

tklog &	yellow_bg (tklog &log)

Detailed Description

ensdf_gamma_record.h class that defines the properties of a nuclear level properties are extracted in string to be added into the sqlite database: Level properties:

E : Energy in keV
DE : Standard uncertainty on energy
RI : Relative photon intensity
DRI : Standard uncertainty in RI
M : Multipolarity of transitio
MR : Mixing ratio, ␎. (Sign must be shown explicitly if known. If no sign is given it will be assumed to be unknown)
DMR : Standard uncertainty in MR
CC : Total conversion coefficient
DCC : Standard uncertainty in CC
TI : Relative total transition intensity (The intensity units are dened by the NORMALIZATION record)
DTI : Standard uncertainty in TI
C : Comment FLAG used to refer to a particular comment record. The symbol ‘*’ denotes a multiply-placed ray. The symbol ‘&’ denotes a multiply-placed transition with intensity not divided. The symbol ‘’ denotes a multiply-placed transition with intensity suitably divided. The symbol ‘%’ denotes that the intensity given as RI is the % branching in the Super Deformed Band.
COIN : Letter ‘C’ denotes placement conrmed by coincidence. Symbol ‘?’ denotes questionable coincidence
Q : The character ‘?’ denotes an uncertain placement of the transition in the level scheme. Letter ‘S’ denotes an expected, but as yet unobserved, transition

Continuation records:

BE1, BE2,... : Reduced electric transition probability (downward) given in units of e^2x(barns)^L, where L = 1, 2,...
BE1W, BE2W,... : Reduced electric transition probability (downward) given in single-particle (Weisskopf) units
BM1,BM2,... : Reduced magnetic transition probability (downward) given in units of ␖mu_N2x(barns)^(L-1), where L = 1, 2,...
BM1W,BM2W,... : Reduced magnetic transition probability (downward) given in single-particle (Weisskopf) unit
CE : Total conversion electron intensity
CEK,CEL : Conversion-electron (ce) intensity for K, L...
CEL1... : L1,... conversion
ECC : Measured total conversion coe␎cient
EKC, ELC, EL1... : Measured K-, L-, L1-,... conversion coe␎cient
FL : Final level energy. It must be either identical to a level energy in the data set optionally followed by a ‘?’ (latter expresses uncertain placement) or a ‘?’ (if the nal level is not known)
FLAG : Additional footnote symbol
KC,LC,L1C... : Theoretical K-, L-, L1-,... conversion coefficient
K:L,M:L,L1:L2,... : Conversion-electron intensity ratios
K:T,L:T,... : Ratio of K, L,... ce-intensity to total (gamma + ce) intensity

ensdf_ident_record.h class that defines the identification record of ensdf

it contains the following information:

NUCID : nucleide identification
DSID : data set identification
DSREF : references to main supporting publications and analyses
PUB : publication informations
DATE : the date (year/mounth) when the data set was placed in ENSDF

ensdf_level_record.h class that defines the properties of a nuclear level properties are extracted in string to be added into the sqlite database: Level properties:

E : Energy in keV
DE : Standard uncertainty on energy
J : Spin and parity
T : Half-life of the level; units must be given. Mean-life expressed as the width of a level, in units of energy, may also be used
DT : Standard uncertainty in T
L : Angular momentum transfer in the reaction determining the data set. (Whether it is Ln, Lp, ␁L, etc., is determined from the DSID field of the IDENTIFICATION record.)
S : Spectroscopic strength for this level as determined from the reaction in the IDENTIFICATION record. (Spectroscopic factor for particle-exchange reactions; beta for inelastic scattering.) Note: If a quantity other than spectroscopic factor is given in this field, a footnote relabelling the field is required.
DS : Standard uncertainty in S
FLAG : Footnote comment, Comment FLAG used to refer to a particular comment record
MS : Metastable state is denoted by ‘M ’ or ‘M1’ for the first (lowest energy) isomer; ‘M2’, for the second isomer, etc. For Ionized Atom Decay field gives the atomic electron shell or subshell in which particle is capture
Q : The character ‘?’ denotes an uncertain or questionable level Letter ‘S’ denotes neutron, proton, alpha separation energy or a level expected but not observed
CONF : Nuclear conguration of the level
BE1 : Reduced electric transition probability (upward) given in units e2 (barns)L, where L = 1, 2,... for the transition from the ground state to this level BE2
B2,B3 : 2^L pole (L=2,3,.. ) nuclear deformation parameter
G : G g-factor of the level
Com : Specific comments on the level

Skiped properties

EC,B+,EC+B+,B-,IT,SF : Percent decay of the level by EC, Beta-,EC+,BEta+, isomeric transition, spontaneous fission, proton, or neutron decay
A,P,N : Alpha, proton, or neutron decay
B-N; B-XN ... : Percent delayed decay through n, xn emission. Similarly, for other particle emissions, e.g.,p, xp, alpha, xalpha, etc., following Beta-, Beta+, or EC␏ decays.
ION : Ionization State (used in Ionized Atom Decay)
ISPIN : Isobaric spin
ISPINZ : Z-component of Isobaric spin
MOME1, MOME2,... : Electric moments: dipole, quadrupole,...
MOMM1, MOMM2,... : Magnetic moments: dipole, quadrupole,...
WIDTH* : Level widths
XREF : Cross-reference to other data sets for that nuclide, this is generally given only in the adopted set.

ensdf_record.h class that defines a standard ensdf record

An ensdf record is an ascii line composed of 80 characters The ensdf files are composed of successive records a record can be either:

Identification : data set information required for all data sets, must precede all other records
History : indicates evrey time changes are made to the data set
Q-value : Contains Q-value, n/p seperation energies
X-Ref : croxx references to other data sets
Comment : can be either :
- a general comment on the data set (before the first level record)
- a footnot comment valuable for various records (before the first level record)
- a specific comment to a record (just after the record)
Parent : information on parent nucleus in radioactove decay data sets (more than 1 parent is allowed in a data set)
Normalisation : required if an absolute normalization is possible. Used mainly with decay and (n,γ) reaction data sets.
Production Norm: must follow a Normalization record, if present. should be given when gamma records with intensities are present
Level : properties of a nuclear level
Beta- : beta- decay, must follow the level record for the level which is fed by the B- decay
EC (B+) : beta+ decay, must follow the level record for the level being populated in the deday
Alpha : alpha decay, must follow the level record for the level being populated in the deday
Delayed : delayed particle, must follow the level record for the level which is fed by the decay : Records for particles which are unassigned in a level scheme should precede the first level of the data set.
Gamma : gamma-ray decay, must follow the level record for the level which the gamma ray decay : Records for particles which are unassigned in a level scheme should precede the first level of the data set.
Ref : reference record (not found any one in the database...)

Typedef Documentation

◆ properties

typedef std::map<tkstring,pair<tkstring,tkstring> > properties

Definition at line 57 of file tkmeasure.h.

◆ row

typedef std::map<tkstring,tkdb_column> row

Definition at line 49 of file tkdb_table.h.

Enumeration Type Documentation

◆ ensdf_data_type

enum ensdf_data_type

Enumerator
kensdf
kxundl

Definition at line 48 of file tkensdf_reader.h.

Function Documentation

◆ append()

tkstring & append ( const tkstring & _st )

◆ black()

tklog & black ( tklog & log )

inline

Definition at line 258 of file tklog.h.

◆ black_bg()

tklog & black_bg ( tklog & log )

inline

Definition at line 283 of file tklog.h.

◆ blink()

tklog & blink ( tklog & log )

inline

Definition at line 321 of file tklog.h.

◆ blue()

tklog & blue ( tklog & log )

inline

Definition at line 270 of file tklog.h.

◆ blue_bg()

tklog & blue_bg ( tklog & log )

inline

Definition at line 295 of file tklog.h.

◆ bold()

tklog & bold ( tklog & log )

inline

Definition at line 312 of file tklog.h.

◆ comment()

tklog & comment ( tklog & log )

inline

Definition at line 342 of file tklog.h.

◆ cyan()

tklog & cyan ( tklog & log )

inline

Definition at line 276 of file tklog.h.

◆ cyan_bg()

tklog & cyan_bg ( tklog & log )

inline

Definition at line 301 of file tklog.h.

◆ debug()

tklog & debug ( tklog & log )

inline

Definition at line 373 of file tklog.h.

◆ do_endl()

tklog & do_endl ( tklog & log )

inline

Definition at line 235 of file tklog.h.

◆ do_header()

tklog & do_header ( tklog & log )

inline

Definition at line 212 of file tklog.h.

◆ do_log()

tklog & do_log ( tklog & log )

inline

Definition at line 222 of file tklog.h.

◆ error()

tklog & error ( tklog & log )

inline

Definition at line 367 of file tklog.h.

◆ error_o()

tklog & error_o ( tklog & log )

inline

Definition at line 361 of file tklog.h.

◆ error_v()

tklog & error_v ( tklog & log )

inline

Definition at line 430 of file tklog.h.

◆ error_vo()

tklog & error_vo ( tklog & log )

inline

Definition at line 420 of file tklog.h.

◆ green()

tklog & green ( tklog & log )

inline

Definition at line 264 of file tklog.h.

◆ green_bg()

tklog & green_bg ( tklog & log )

inline

Definition at line 289 of file tklog.h.

◆ high_intensity()

tklog & high_intensity ( tklog & log )

inline

Colors.

Definition at line 255 of file tklog.h.

◆ info()

tklog & info ( tklog & log )

inline

Definition at line 336 of file tklog.h.

◆ info_o()

tklog & info_o ( tklog & log )

inline

Definition at line 331 of file tklog.h.

◆ info_v()

tklog & info_v ( tklog & log )

inline

Definition at line 388 of file tklog.h.

◆ info_vo()

tklog & info_vo ( tklog & log )

inline

Definition at line 378 of file tklog.h.

◆ italic()

tklog & italic ( tklog & log )

inline

Definition at line 315 of file tklog.h.

◆ preprend()

tkstring & preprend ( const tkstring & _st )

◆ purple()

tklog & purple ( tklog & log )

inline

Definition at line 273 of file tklog.h.

◆ purple_bg()

tklog & purple_bg ( tklog & log )

inline

Definition at line 298 of file tklog.h.

◆ red()

tklog & red ( tklog & log )

inline

Definition at line 261 of file tklog.h.

◆ red_bg()

tklog & red_bg ( tklog & log )

inline

Definition at line 286 of file tklog.h.

◆ regular()

tklog & regular ( tklog & log )

inline

Types.

Attributes.

Definition at line 309 of file tklog.h.

◆ reset()

tklog & reset ( tklog & log )

inline

Definition at line 249 of file tklog.h.

◆ skip_line()

tklog & skip_line ( tklog & log )

inline

Predefined macros.

Reset the log style.

Predefined macros

Definition at line 326 of file tklog.h.

◆ underline()

tklog & underline ( tklog & log )

inline

Definition at line 318 of file tklog.h.

◆ warning()

tklog & warning ( tklog & log )

inline

Definition at line 354 of file tklog.h.

◆ warning_o()

tklog & warning_o ( tklog & log )

inline

Definition at line 348 of file tklog.h.

◆ warning_v()

tklog & warning_v ( tklog & log )

inline

Definition at line 409 of file tklog.h.

◆ warning_vo()

tklog & warning_vo ( tklog & log )

inline

Definition at line 398 of file tklog.h.

◆ white()

tklog & white ( tklog & log )

inline

Definition at line 279 of file tklog.h.

◆ white_bg()

tklog & white_bg ( tklog & log )

inline

Definition at line 304 of file tklog.h.

◆ yellow()

tklog & yellow ( tklog & log )

inline

Definition at line 267 of file tklog.h.

◆ yellow_bg()

tklog & yellow_bg ( tklog & log )

inline

Definition at line 292 of file tklog.h.

Classes

Typedefs

Enumerations

Functions

Detailed Description

Typedef Documentation

◆ properties

◆ row

Enumeration Type Documentation

◆ ensdf_data_type

Function Documentation

◆ append()

◆ black()

◆ black_bg()

◆ blink()

◆ blue()

◆ blue_bg()

◆ bold()

◆ comment()

◆ cyan()

◆ cyan_bg()

◆ debug()

◆ do_endl()

◆ do_header()

◆ do_log()

◆ error()

◆ error_o()

◆ error_v()

◆ error_vo()

◆ green()

◆ green_bg()

◆ high_intensity()

◆ info()

◆ info_o()

◆ info_v()

◆ info_vo()

◆ italic()

◆ preprend()

◆ purple()

◆ purple_bg()

◆ red()

◆ red_bg()

◆ regular()

◆ reset()

◆ skip_line()

◆ underline()

◆ warning()

◆ warning_o()

◆ warning_v()

◆ warning_vo()

◆ white()

◆ white_bg()

◆ yellow()

◆ yellow_bg()