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NuclideClassesMin.pas
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NuclideClassesMin.pas
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unit NuclideClassesMin;
{$IFDEF FPC}
{$MODE Delphi}
{$ENDIF}
interface
uses
{$IFnDEF FPC}
Windows,
{$ELSE}
LCLIntf, LCLType, // LMessages,
{$ENDIF}
Classes, Graphics, Forms, ComCtrls, EuLibMin;
type
// TChainOption = DWORD;
// TNuclideType = (ntStable, ntWithMetastableState, ntPrimordial, ntUnstable, ntUnknown);
TNuclideGraphicType = (ngtMeta, ngtBitmap);
TDecayType = (dtNone, dtA, dtBM, dtEC, dtIT, dtN, dtP, dtSF, dtQ);
TNuclideTransition = (ntCapture, ntFission, ntDecay, ntThreshold);
TNuclideTransitions = set of TNuclideTransition;
const
AllNuclideTransitions: TNuclideTransitions = [ntCapture, ntDecay, ntFission, ntThreshold];
intMaxNuclideN = 177;
intMaxNuclideZ = 119;
type
TDecayTypes = set of TDecayType;
TDecay = record
DecayType: TDecayType;
Branching: double;
end;
PDecay = ^TDecay;
TSubBranching = record
DecayType: TDecayType;
BranchingToG: double;
BranchingToM1: double;
BranchingToM2: double;
end;
PSubBranching = ^TSubBranching;
// add
TSubBranchingList = class;
TSubBranchingRecordList = class;
TSubBranchingRecord = record
ThZpA_s: integer;
DecayType: TDecayType;
BranchingToG: double;
BranchingToM1: double;
BranchingToM2: double;
end;
PSubBranchingRecord = ^TSubBranchingRecord; // ????? ?? ?????? ? ???? ?? ????????
{ TSubBranchingRecordList }
TSubBranchingRecordList = class(TList)
protected
function GetSubBranchingRecord(Index: integer): TSubBranchingRecord;
procedure SetSubBranchingRecord(Index: integer; aSubBranchingRecord: TSubBranchingRecord);
public
function LoadFromDB(DataModule: TObject; ProgressBar: TProgressBar = nil): boolean;
function ReadSubBranchingList(const ThZpA_s: integer; var aSubBranchingList: TSubBranchingList): boolean;
procedure Add(aSubBranchingRecord: TSubBranchingRecord);
destructor Destroy; override;
constructor Create;
property SubBranchingRecords[Index: integer]: TSubBranchingRecord read GetSubBranchingRecord write SetSubBranchingRecord; default;
end;
// add end
TGamma = record
MeV: double;
Probability: double;
end;
PGamma = ^TGamma;
TAlpha = record
MeV: double;
Probability: double;
end;
PAlpha = ^TAlpha;
TBeta = record
MeV: double;
MaxMeV: double;
Probability: double;
end;
PBeta = ^TBeta;
TPositron = record
MeV: double;
MaxMeV: double;
Probability: double;
end;
PPositron = ^TPositron;
TElectron = record
MeV: double;
Probability: double;
end;
PElectron = ^TElectron;
TCapture = record
ToState: integer; // 9 - to unknown state
Sigma: double; // barns
end;
PCapture = ^TCapture;
TRI = record
ToState: integer; // 9 - to unknown state
Value: double; // barns
end;
PRI = ^TRI;
TYield = record
ParentThZpA: integer;
CumYieldT: double;
IndYieldT: double;
CumYieldF: double;
IndYieldF: double;
end;
PYield = ^TYield;
TNuclideState = class;
TKarteInfo = class;
{ TDecayList }
TDecayList = class(TList)
protected
State: TNuclideState;
function GetDecay(Index: integer): TDecay;
procedure SetDecay(Index: integer; aDecay: TDecay);
public
procedure Add(aDecay: TDecay);
destructor Destroy; override;
procedure Normalize;
constructor Create(aState: TNuclideState);
property Decays[Index: integer]: TDecay read GetDecay write SetDecay; default;
end;
TFindChain = function(const TheDataModule: TObject; const ThZpA_sStart, ThZpA_sFinish: integer; var MaxStepNo: longint;
Transitions: TNuclideTransitions; Answer: TLongIntList; ChainFinderMaxTime: DWORD = 30000; const ThermalMult: double = 1E-20;
const ResonanceMult: double = 1E-20; const FastMult: double = 1E-20; FirstStep: boolean = True): boolean of object;
{ TSubBranchingList }
TSubBranchingList = class(TList)
protected
State: TNuclideState;
function GetSubBranching(Index: integer): TSubBranching;
procedure SetSubBranching(Index: integer; aSubBranching: TSubBranching);
public
procedure Add(aSubBranching: TSubBranching);
destructor Destroy; override;
procedure Normalize;
constructor Create(aState: TNuclideState);
property SubBranchings[Index: integer]: TSubBranching read GetSubBranching write SetSubBranching; default;
end;
{ TGammaList }
TGammaList = class(TList)
protected
State: TNuclideState;
function GetGamma(Index: integer): TGamma;
function GetKgamma: double;
procedure SetGamma(Index: integer; aGamma: TGamma);
procedure Insert(Index: integer; aGamma: TGamma);
public
procedure Add(aGamma: TGamma);
destructor Destroy; override;
constructor Create(aState: TNuclideState);
property Kgamma: double read GetKgamma;
property Gammas[Index: integer]: TGamma read GetGamma write SetGamma; default;
end;
{ TElectronList }
TElectronList = class(TList)
protected
State: TNuclideState;
function GetElectron(Index: integer): TElectron;
procedure SetElectron(Index: integer; aElectron: TElectron);
procedure Insert(Index: integer; aElectron: TElectron);
public
procedure Add(aElectron: TElectron);
destructor Destroy; override;
constructor Create(aState: TNuclideState);
property Electrons[Index: integer]: TElectron read GetElectron write SetElectron; default;
end;
{ TAlphaList }
TAlphaList = class(TList)
protected
State: TNuclideState;
function GetAlpha(Index: integer): TAlpha;
procedure SetAlpha(Index: integer; aAlpha: TAlpha);
procedure Insert(Index: integer; aAlpha: TAlpha);
public
procedure Add(aAlpha: TAlpha);
destructor Destroy; override;
constructor Create(aState: TNuclideState);
property Alphas[Index: integer]: TAlpha read GetAlpha write SetAlpha; default;
end;
{ TBetaList }
TBetaList = class(TList)
protected
State: TNuclideState;
function GetBeta(Index: integer): TBeta;
procedure SetBeta(Index: integer; aBeta: TBeta);
procedure Insert(Index: integer; aBeta: TBeta);
public
procedure Add(aBeta: TBeta);
destructor Destroy; override;
constructor Create(aState: TNuclideState);
property Betas[Index: integer]: TBeta read GetBeta write SetBeta; default;
end;
{ TPositronList }
TPositronList = class(TList)
protected
State: TNuclideState;
function GetPositron(Index: integer): TPositron;
procedure SetPositron(Index: integer; aPositron: TPositron);
procedure Insert(Index: integer; aPositron: TPositron);
public
procedure Add(aPositron: TPositron);
destructor Destroy; override;
constructor Create(aState: TNuclideState);
property Positrons[Index: integer]: TPositron read GetPositron write SetPositron; default;
end;
{ TYieldList }
TYieldList = class(TList)
protected
State: TNuclideState;
function GetYield(Index: integer): TYield;
procedure SetYield(Index: integer; aYield: TYield);
procedure Insert(Index: integer; aYield: TYield);
public
procedure Add(aYield: TYield);
destructor Destroy; override;
constructor Create(aState: TNuclideState);
property Yields[Index: integer]: TYield read GetYield write SetYield; default;
end;
{ TCaptureList }
TCaptureList = class(TList)
protected
State: TNuclideState;
function GetCapture(Index: integer): TCapture;
procedure SetCapture(Index: integer; aCapture: TCapture);
public
G_factor: double;
procedure Insert(Index: integer; aCapture: TCapture);
procedure SetCaptureToState(ToAstate: integer; aCapture: TCapture);
function GetCaptureToState(ToAstate: integer): double;
procedure Add(aCapture: TCapture);
destructor Destroy; override;
constructor Create(aState: TNuclideState);
property Captures[Index: integer]: TCapture read GetCapture write SetCapture; default;
end;
{ TRIList }
TRIList = class(TList)
protected
State: TNuclideState;
function GetRI(Index: integer): TRI;
procedure SetRI(Index: integer; aRI: TRI);
public
procedure Add(aRI: TRI);
procedure Insert(Index: integer; aRI: TRI);
destructor Destroy; override;
constructor Create(aState: TNuclideState);
property RIs[Index: integer]: TRI read GetRI write SetRI; default;
end;
{ TStateList }
TNuclide = class;
TStateList = class(TList)
protected
Nuclide: TNuclide;
function GetNuclideState(Index: integer): TNuclideState;
procedure SetNuclideState(Index: integer; aNuclideState: TNuclideState);
public
procedure Add(aNuclideState: TNuclideState);
destructor Destroy; override;
constructor Create(aNuclide: TNuclide);
property NuclideStates[Index: integer]: TNuclideState read GetNuclideState write SetNuclideState; default;
end;
{ TElement }
TElement = class
Symbol: string[2];
AmassMean: double;
AmassMin: integer;
SigmaA: double;
Ro: double; // Ro_g/cm^3
ksi: double;
SigmaS: double;
RI: double;
Znum: integer;
constructor Create;
destructor Destroy; override;
function FillElementBitmap(var inBitmap: TBitmap; KarteInfo: TKarteInfo): boolean;
end;
{ TElementList }
TElementList = class(TList)
function GetElement(Index: integer): TElement;
procedure SetElement(Index: integer; aElement: TElement);
procedure Add(aElement: TElement);
destructor Destroy; override;
constructor Create;
function LoadFromDB(const DataModule: TObject; ProgressBar: TProgressBar = nil): boolean;
function FindInList(const Znum: integer): integer;
property Elements[Index: integer]: TElement read GetElement write SetElement; default;
end;
{ TNuclide }
TNuclide = class
protected
fNuclideTag: DWORD;
function GetModified: boolean;
procedure SetModified(aModified: boolean);
function GetNuclideType: integer;
public
Amass: integer;
Znum: integer;
Symbol: string[2];
Abundance: double;
StateList: TStateList;
constructor Create(ThZpA: integer);
destructor Destroy; override;
function FillNuclideBitmap(var inBitmap: TBitmap; KarteInfo: TKarteInfo; const ShowText: boolean = True): boolean;
procedure Assign(Source: TNuclide);
procedure AssignStates(Source: TNuclide);
procedure OrderStates;
function LoadFromDB(DataModule: TObject; const Options: DWORD = 1): boolean;
function SaveToDB(DataModule: TObject; Options: DWORD = 3; ProgressBar: TProgressBar = nil; IsDebug: boolean = False): boolean;
function GetCaptureProductStateInfo(DataModule: TObject; var Count, Max, Min: integer): boolean;
property Modified: boolean read GetModified write SetModified;
property NuclideType: integer read GetNuclideType;
property NuclideTag: DWORD read fNuclideTag write fNuclideTag;
end;
{ TNuclideState }
TNuclideState = class
protected
function GetLambda: double;
function GetTotalSigmaC: double;
function GetTotalRI: double;
function GetTotalSigmaFast: double;
function GetThZpA_s: integer;
public
Nuclide: TNuclide;
State: integer;
T1_2: double;
SigmaF: double;
SigmaNP: double;
SigmaNA: double; // (n,alpha)
SigmaN2N: double;
SigmaNN: double; // (n,n')
SigmaNG: double; // (n,gamma)-fast
// g_factor: double;
RIf: double;
Captures: TCaptureList;
RIs: TRIList;
Decays: TDecayList;
Alphas: TAlphaList;
Betas: TBetaList;
Gammas: TGammaList;
Positrons: TPositronList;
Yields: TYieldList;
Electrons: TElectronList;
function GetStateName: string; virtual;
procedure OrderDecays;
procedure OrderAlphas;
procedure OrderBetas;
procedure OrderGammas;
procedure OrderElectrons;
procedure OrderPositrons;
procedure OrderYields;
procedure OrderCaptures;
procedure OrderRIs;
function IsStable: boolean;
procedure Assign(Source: TNuclideState);
constructor Create(aNuclide: TNuclide);
destructor Destroy; override;
property Name: string read GetStateName;
property TotalSigmaC: double read GetTotalSigmaC;
property TotalRI: double read GetTotalRI;
property TotalSigmaFast: double read GetTotalSigmaFast;
property Lambda: double read GetLambda;
property ThZpA_s: integer read GetThZpA_s;
end;
{ TNuclideList }
TNuclideList = class(TList)
private
fAbortChainFinder: boolean;
fChainFinderTimeAborted: boolean;
FFindChain: array [0 .. 1] of TFindChain;
function GetFindChain(Index: integer): TFindChain;
function FindChain1(const TheDataModule: TObject; const ThZpA_sStart, ThZpA_sFinish: integer; var MaxStepNo: longint;
Transitions: TNuclideTransitions; Answer: TLongIntList; ChainFinderMaxTime: DWORD = 30000; const ThermalMult: double = 1E-20;
const ResonanceMult: double = 1E-20; const FastMult: double = 1E-20; FirstStep: boolean = True): boolean;
function FindChain2(const TheDataModule: TObject; const ThZpA_sStart, ThZpA_sFinish: integer; var MaxStepNo: longint;
Transitions: TNuclideTransitions; Answer: TLongIntList; ChainFinderMaxTime: DWORD = 30000; const ThermalMult: double = 1E-20;
const ResonanceMult: double = 1E-20; const FastMult: double = 1E-20; FirstStep: boolean = True): boolean;
protected
function GetNuclide(Index: integer): TNuclide;
procedure SetNuclide(Index: integer; aNuclide: TNuclide);
public
// I_Debug: integer;
function FindChainTest(const TheDataModule: TDataModule; const ThZpA_sStart, ThZpA_sFinish: integer;
var MaxStepNo: longint; Transitions: TNuclideTransitions; Answer: TLongIntList; ChainFinderMaxTime: DWORD = 30000;
const ThermalMult: double = 1E-20; const ResonanceMult: double = 1E-20; const FastMult: double = 1E-20; FirstStep: boolean = True): boolean;
procedure Add(aNuclide: TNuclide);
destructor Destroy; override;
constructor Create;
function LoadFromDB(DataModule: TObject; ProgressBar: TProgressBar = nil): boolean;
function FindInList(const Znum, Amass: integer): integer;
function FindThZpA_s(const ThZpA_s: integer; var NuclideNo, StateNo: integer): boolean;
function FindChilds(const TheDataModule: TObject; const ThZpA_s: integer; Transitions: TNuclideTransitions;
ChildList: TLongIntList; VelocityList: TFloatList = nil; const ThermalMult: double = 1E-20;
const ResonanceMult: double = 1E-20; const FastMult: double = 1E-20): boolean;
function GetLink(const ThZpA_sStart, ThZpA_sFinish: integer; var Answers: TStringList;
Transitions: TNuclideTransitions = [ntCapture, ntFission, ntDecay, ntThreshold]; aDataModule: TObject = nil;
LoadWithCumYield: boolean = True): DWORD; // DataModuleOOB - for SubBranchings
property Nuclides[Index: integer]: TNuclide read GetNuclide write SetNuclide; default;
property FindChain[Index: integer]: TFindChain read GetFindChain;
property AbortChainFinder: boolean read fAbortChainFinder write fAbortChainFinder;
property ChainFinderTimeAborted: boolean read fChainFinderTimeAborted;
function FindThZpA_sState(const ThZpA_s: integer): TNuclideState;
function FindChildsViaSubBranchingRecordList(SubBranchingRecordList: TSubBranchingRecordList; const ThZpA_s: integer;
const Transitions: TNuclideTransitions; ChildList: TLongIntList; VelocityList: TFloatList = nil;
const ThermalMult: double = 1E-20; const ResonanceMult: double = 1E-20; const FastMult: double = 1E-20): boolean;
(* function RemoveNullsFromBrunchings: Boolean; *)
end;
// Classes To draw NUKLIDKARTE
{ TKarteinfo }
TKarteInfo = class
// kiRect: TRect;
SpecialFont: boolean;
FontSymbol, FontT1_2, FontLast: TFont;
StableColor, ITcolor, ECcolor, BMcolor, Acolor, SFcolor, Pcolor, NColor: TColor;
QColor: TColor; // Question color
procedure SetDefaultColor;
constructor Create;
destructor Destroy; override;
procedure Assign(Source: TKarteInfo);
end;
// LIB
function StrToDecayType(const DecayMode: shortstring): TDecayType;
function CanvasRectToBitMap(SourceCanvasHDC: HDC; SourceRect: TRect; BitMap: TBitmap): boolean;
function IsStableT1_2(T1_2: double): boolean;
function DecaySymbol(DecayType: TDecayType): string;
function DecaySpecialSymbol(DecayType: TDecayType): string;
function RussionDecaySymbol(DecayType: TDecayType): string;
function DecayStr(DecayType: TDecayType): string;
function LambdaToStr(const Lambda: double; Width: integer = 3): string;
function T1_2ToStr(T1_2: double; Width: integer = 3): string;
function T1_2ToStrSpecialFont(T1_2: double; Width: integer = 3): string;
function TextT1_2ToNum(const Text: string; var aFloat: double): boolean;
function Color4DecayType(DecayType: TDecayType; KarteInfo: TKarteInfo): TColor;
function FontColor(BrushColor: TColor): TColor;
function IntStateToStr(State: integer): string;
function ValT1_2(FloatText, UnitsText: string; var aFloat: double): boolean;
function ZnumToSymbol(const Znum: integer; var Symbol: string): boolean;
function SymbolToZnum(const Symbol: string; var Znum: integer): boolean;
function ThZpAtoNuclideName(const aThZpA: integer): string;
function NKstr(const InStr: string; const IsSpecialFont: boolean = False; const Font: TFont = nil; StrWidth: integer = 0): string;
function NKstrSymbol(const SymbolStr, AmassStr: string): string;
function DecayProductThZpA(const ParentThZpA: integer; const DecayType: TDecayType): integer;
function ThresholdProductThZpA(const ParentThZpA: integer; const ReactionName: string): integer;
function Bateman(const N0s, Lambdas, ts: array of double; var Ni_t: array of double): boolean;
function StrToThZpA_s(const Str: string): integer;
function ThZpA_sToStr(const ThZpA_s: integer): string;
function AmassFromStateName(const Str: string): integer;
function ElementNameFromStateName(const Str: string): string;
procedure StrToStateNamesList(const InputStr: string; var Lines: TStringList); // it undestands phrases like Co-58..62
function IsStableState(aState: TNuclideState): boolean;
function GetAllDPR(const MamaThZpA_s: integer; // fromMagnolia UnitCalc
const NuclideList: TNuclideList; const SubBranchingRecordList: TSubBranchingRecordList; var Childs: TLongIntList): integer;
type
TypeGasFuelProductZnum = set of 1 .. 100;
const
// Symbols
N_Av = 6.02E23;
BqPerCi = 3.7E10;
MaxSymbolNo = 123;
ConstSymbols: array [1 .. MaxSymbolNo] of string[2] =
('H', 'He', 'Li', 'Be', 'B', 'C', 'N', 'O', 'F', 'Ne', 'Na', 'Mg', 'Al', 'Si', 'P', 'S', 'Cl', 'Ar', 'K', 'Ca',
'Sc', 'Ti', 'V', 'Cr', 'Mn', 'Fe', 'Co', 'Ni', 'Cu', 'Zn', 'Ga', 'Ge', 'As', 'Se', 'Br', 'Kr', 'Rb', 'Sr', 'Y',
'Zr', 'Nb', 'Mo', 'Tc', 'Ru', 'Rh', 'Pd', 'Ag', 'Cd', 'In', 'Sn', 'Sb', 'Te', 'I', 'Xe', 'Cs', 'Ba', 'La', 'Ce',
'Pr', 'Nd', 'Pm', 'Sm', 'Eu', 'Gd', 'Tb', 'Dy', 'Ho', 'Er', 'Tm', 'Yb', 'Lu', 'Hf', 'Ta', 'W', 'Re', 'Os', 'Ir',
'Pt', 'Au', 'Hg', 'Tl', 'Pb', 'Bi', 'Po', 'At', 'Rn', 'Fr', 'Ra', 'Ac', 'Th', 'Pa', 'U', 'Np', 'Pu', 'Am', 'Cm',
'Bk', 'Cf', 'Es', 'Fm', 'Md', 'No', 'Lr', 'Rf', 'Ha', 'Sg', 'Ns', 'Hs', 'Mt', '10', '11', '12', '13', '14', '15',
'16', '17', '18', '19', '20', '21', '22', '23');
// ConstGasFuelProductZnum: TypeGasFuelProductZnum = [1,2,6,7,8,9,10];
ConstGasFuelProductZnum: TypeGasFuelProductZnum = [1 .. 110];
MinFissionableZnum = 90;
// TimeInterval
ti_ps: double = 1.0E-12;
ti_ns: double = 1.0E-9;
ti_mks: double = 1.0E-6;
ti_ms: double = 1.0E-3;
ti_sec: double = 1.0;
ti_min: double = 60.0;
ti_hou: double = 3600.0;
ti_day: double = 24 * 3600.0;
// ti_yea: double=365.25*24*3600.0;
ti_yea: double = 31556925.2; // sidereal year
ZiroCaptureToG: TCapture = (ToState: 0; Sigma: 0);
ZiroCaptureToM1: TCapture = (ToState: 1; Sigma: 0);
ZiroCaptureToM2: TCapture = (ToState: 2; Sigma: 0);
ZiroRIToG: TRI = (ToState: 0; Value: 0);
ZiroRIToM1: TRI = (ToState: 1; Value: 0);
ZiroRIToM2: TRI = (ToState: 2; Value: 0);
// Nuclide Load Options
nloBasic: DWORD = $0001;
nloRI: DWORD = $0002;
nloGamma: DWORD = $0004;
nloAlpha: DWORD = $0008;
nloBeta: DWORD = $0010;
nloFission: DWORD = $0020;
nloSigmaThreshold: DWORD = $0040;
nloYield: DWORD = $0080;
nloElectron: DWORD = $01000;
nloPositron: DWORD = $0200;
// NuclideTagBits
ntbModified: DWORD = $0100;
// State Link Types
sltNone: DWORD = $0001;
sltDecay: DWORD = $0002;
sltThermal: DWORD = $0004;
sltResonance: DWORD = $0008;
sltFast: DWORD = $0010;
var
WasProductThZpA: integer;
Symbols: array [1 .. MaxSymbolNo] of string[2];
// Vars for ChainFinder
ChainFinderInitTime: DWORD;
ChainFinderConsided: TLongIntList;
ChainFinderHavePath: TLongIntList;
implementation
uses
Math, SysUtils, Dialogs, UnitDM_OOB;//, Messages;
const
// Mu - for air Mashkovich p.167
MuAirNo = 33;
MuAirE0: array [1 .. MuAirNo] of double = (0.0, 0.01, 0.015, 0.02, 0.03, 0.04, 0.05, 0.06, 0.08, 0.1, 0.145, 0.15,
0.2, 0.279, 0.3, 0.4, 0.412, 0.5, 0.6, 0.662, 0.8, 1, 1.25, 1.5, 2, 2.75, 3, 4, 5, 6, 8, 10, 1E30);
MuAirMu: array [1 .. MuAirNo] of double = (0.0, 4.65, 1.3, 0.527, 0.15, 0.0671, 0.0404, 0.0301, 0.0239, 0.0232,
0.0247, 0.0249, 0.0267, 0.0284, 0.0287, 0.0295, 0.0295, 0.0297, 0.0295, 0.0294, 0.0288, 0.0279, 0.0266, 0.0254,
0.0234, 0.0212, 0.0206, 0.0187, 0.0174, 0.0165, 0.0152, 0.0144, 0.0);
var
IIIIII: integer;
function InternalTextFormat(const aFloat: double): string;
begin
// Result:= Trim(Format('%-17.15g', [aFloat]));
Result := Trim(Format('%-7.5g', [aFloat]));
end;
{ TSubBranchingRecordList }
constructor TSubBranchingRecordList.Create;
begin
inherited Create;
end;
function TSubBranchingRecordList.GetSubBranchingRecord(Index: integer): TSubBranchingRecord;
begin
Result := TSubBranchingRecord(Items[Index]^);
end;
procedure TSubBranchingRecordList.SetSubBranchingRecord(Index: integer; aSubBranchingRecord: TSubBranchingRecord);
begin
TSubBranchingRecord(Items[Index]^).ThZpA_s := aSubBranchingRecord.ThZpA_s;
TSubBranchingRecord(Items[Index]^).DecayType := aSubBranchingRecord.DecayType;
TSubBranchingRecord(Items[Index]^).BranchingToG := aSubBranchingRecord.BranchingToG;
TSubBranchingRecord(Items[Index]^).BranchingToM1 := aSubBranchingRecord.BranchingToM1;
TSubBranchingRecord(Items[Index]^).BranchingToM2 := aSubBranchingRecord.BranchingToM2;
end;
procedure TSubBranchingRecordList.Add(aSubBranchingRecord: TSubBranchingRecord);
var
NewSubBranchingRecord: PSubBranchingRecord;
begin
New(NewSubBranchingRecord);
with NewSubBranchingRecord^ do
begin
ThZpA_s := aSubBranchingRecord.ThZpA_s;
DecayType := aSubBranchingRecord.DecayType;
BranchingToG := aSubBranchingRecord.BranchingToG;
BranchingToM1 := aSubBranchingRecord.BranchingToM1;
BranchingToM2 := aSubBranchingRecord.BranchingToM2;
end;
inherited Add(NewSubBranchingRecord);
end;
destructor TSubBranchingRecordList.Destroy;
var
I: integer;
begin
for I := 0 to Count - 1 do
if (Items[I] <> nil) then
Dispose(PSubBranchingRecord(Items[I]));
inherited Destroy;
end;
function TSubBranchingRecordList.ReadSubBranchingList(const ThZpA_s: integer; var aSubBranchingList: TSubBranchingList): boolean;
var
I: integer;
aSubBranching: TSubBranching;
begin
try
aSubBranchingList.Clear;
for I := 0 to Self.Count - 1 do
if (Self[I].ThZpA_s = ThZpA_s) then
begin
aSubBranching.DecayType := Self[I].DecayType;
aSubBranching.BranchingToG := Self[I].BranchingToG;
aSubBranching.BranchingToM1 := Self[I].BranchingToM1;
aSubBranching.BranchingToM2 := Self[I].BranchingToM2;
aSubBranchingList.Add(aSubBranching);
end;
Result := True;
except
Result := False;
end;
end;
function TSubBranchingRecordList.LoadFromDB(DataModule: TObject; ProgressBar: TProgressBar): boolean;
begin
ShowMessage('TODO TSubBranchingRecordList.LoadFromDB(DataModule: TObject;');
// if (DataModule is TDataModuleMagnoliaEu) then
// if (DataModule is T_DataModuleOOB) then
// Result:= T_DataModuleOOB(DataModule).ReadSubBranchingRecordList(Self)
// else
// Result:= False;
end;
{ TElement }
constructor TElement.Create;
begin
inherited Create;
Symbol := '';
Ro := 0;
AmassMean := 0;
AmassMin := 0;
SigmaA := 0;
Ro := 0;
ksi := 0;
SigmaS := 0;
RI := 0;
end;
destructor TElement.Destroy;
begin
inherited Destroy;
end;
function TElement.FillElementBitmap(var inBitmap: TBitmap; KarteInfo: TKarteInfo): boolean;
var
ElementCanvas: TCanvas; // before Linux was ElementCanvas: TMetafileCanvas;
TmpBitmap: TBitmap;
aRect: TRect;
begin
TmpBitmap := inBitmap; // 48x48 DefaultRowHeight x DefaultColWidth
aRect.Left := 0;
aRect.Right := inBitmap.Width;
aRect.Top := 0;
aRect.Bottom := inBitmap.Height;
ElementCanvas := TmpBitmap.Canvas; // before Linux was TMetafileCanvas.Create(TmpBitmap, 0);
try
try
with ElementCanvas, KarteInfo do
begin
Brush.Color := clWhite;
FillRect(aRect);
Pen.Width := 2;
Rectangle(aRect.Left, aRect.Top, aRect.Right, aRect.Bottom);
with Font do
begin
Assign(FontSymbol);
Color := clBlack;
Size := 2 * FontSymbol.Size * inBitmap.Width div 48;
end;
TextOut(aRect.Left + 13, aRect.Top + 3, Symbol);
if AmassMean > 0 then
begin
with Font do
begin
Assign(FontT1_2);
Size := 2 * FontT1_2.Size * inBitmap.Width div 48;
Color := clBlack;
end;
TextOut(aRect.Left + 4, aRect.Top + 19 * inBitmap.Width div 48, Trim(Format('%-7.5g', [AmassMean])));
end;
if (SigmaA > 0) then
begin
with Font do
begin
Assign(FontLast);
Color := clBlack;
Size := 2 * FontLast.Size * inBitmap.Width div 48;
end;
if SpecialFont then
TextOut(aRect.Left + 3, aRect.Bottom - 16, #93 + ' ' + Format('%-7.5g', [SigmaA]))
else
TextOut(aRect.Left + 3, aRect.Bottom - 16 * inBitmap.Width div 48, 's ' + Format('%-7.5g', [SigmaA]));
end;
end;
Result := True;
finally
// if (Self.Znum = 1) then
// TmpBitmap.SaveToFile('tstHelement.bmp');
end; // try .. finally
except
Result := False;
end; // try..except
end; { TElement.GetElementBitmap }
{ TNuclide }
function TNuclide.GetModified: boolean;
begin
Result := ((NuclideTag and ntbModified) > 0);
end;
procedure TNuclide.SetModified(aModified: boolean);
begin
if aModified then
NuclideTag := NuclideTag or ntbModified
else
NuclideTag := NuclideTag and not (ntbModified);
end;
function TNuclide.GetCaptureProductStateInfo(DataModule: TObject; var Count, Max, Min: integer): boolean;
begin
if (DataModule is T_DataModuleOOB) then
begin
try
// function ReadCaptureProductStateInfo(const Nuclide: TNuclide; var CountFounded, Max, Min: integer): Boolean;
Result := T_DataModuleOOB(DataModule).ReadCaptureProductStateInfo(Self, Count, Max, Min);
except
Result := False;
end;
end
else if (DataModule is T_DataModuleOOB) then
begin
try
Result := T_DataModuleOOB(DataModule).ReadCaptureProductStateInfo(Self, Count, Max, Min);
except
Result := False;
end;
end
else
Result := False;
end;
function TNuclide.LoadFromDB(DataModule: TObject; const Options: DWORD = 1): boolean;
begin
if (DataModule is T_DataModuleOOB) then
begin
try
Result := T_DataModuleOOB(DataModule).ReadNuclide(Self, Options);
except
Result := False;
end;
end
else if (DataModule is T_DataModuleOOB) then
begin
try
Result := T_DataModuleOOB(DataModule).ReadNuclide(Self, Options);
except
Result := False;
end;
end
else
Result := False;
end;
function TNuclide.SaveToDB(DataModule: TObject; Options: DWORD = 3; ProgressBar: TProgressBar = nil; IsDebug: boolean = False): boolean;
begin
if (DataModule is T_DataModuleOOB) then
begin
try
Result := T_DataModuleOOB(DataModule).WriteNuclide(Self, Options, ProgressBar, IsDebug);
except
Result := False;
end;
end
else if (DataModule is T_DataModuleOOB) then
begin
try
Result := T_DataModuleOOB(DataModule).WriteNuclide(Self, Options, ProgressBar, IsDebug);
except
Result := False;
end;
end
else
Result := False;
end;
procedure TNuclide.AssignStates(Source: TNuclide);
var
I: integer;
State: TNuclideState;
begin
if (Self = Source) then
Exit;
StateList.Clear;
for I := 0 to (Source.StateList.Count - 1) do
begin
State := TNuclideState.Create(Self);
State.Assign(Source.StateList[I]);
State.Nuclide := Self;
StateList.Add(State);
end;
end;
procedure TNuclide.Assign(Source: TNuclide);
begin
if (Self = Source) then
Exit;
AssignStates(Source);
Amass := Source.Amass;
Znum := Source.Znum;
Symbol := Source.Symbol;
NuclideTag := Source.NuclideTag;
Abundance := Source.Abundance;
Modified := Source.Modified;
AssignStates(Source);
end;
constructor TNuclide.Create(ThZpA: integer);
begin
inherited Create;
Amass := ThZpA mod 1000;
Znum := ThZpA div 1000;
StateList := TStateList.Create(Self);
Modified := False;
end;
destructor TNuclide.Destroy;
begin
// StateList.Destroy;
StateList.Free;
inherited Destroy;
end;
procedure TNuclide.OrderStates;
var
I, J: integer;
aState: TNuclideState;
begin
for I := 0 to (StateList.Count - 1) do
begin
StateList[I].OrderDecays;
StateList[I].OrderCaptures;
StateList[I].OrderRIs;
StateList[I].OrderAlphas;
StateList[I].OrderBetas;
StateList[I].OrderGammas;
StateList[I].OrderElectrons;
StateList[I].OrderPositrons;
end;
if (StateList.Count > 1) then
begin
// Order
for J := 1 to (StateList.Count - 1) do
begin
I := J;
while (StateList[I].State < StateList[I - 1].State) do
begin
StateList.Exchange(I, I - 1);
if I = 1 then
break;
Dec(I);
end;
end;
for J := 0 to (StateList.Count - 1) do
if ((StateList[J].State > 2) or (StateList[J].State < 0)) then
begin
MessageDlg('Unknown nuclide state was found' + Symbol + '-' + IntToStr(Amass) + ' not (G,M1,M2)' + #13 +
#10 + 'Call the author.', mtWarning, [mbOK], 0);
Exit;
end;
// InsertMissing
if StateList.Count > 0 then
begin
while (StateList.Count - 1) < StateList[StateList.Count - 1].State do
begin
if (StateList[0].State <> 0) then
begin
aState := TNuclideState.Create(Self);
aState.State := 0;
StateList.Insert(0, aState);
end;
if (StateList[1].State <> 1) then
begin
aState := TNuclideState.Create(Self);
aState.State := 1;
StateList.Insert(1, aState);
end;
end;
end;
end;
end;
function TNuclide.GetNuclideType: integer;
var
HasStable, HasUnStable: boolean;
// HasDecays: Boolean;
I: integer;
begin
// Result := 0; //UnKnown
if StateList.Count < 1 then
begin
Result := 0;
Exit;
end;
HasStable := False;
HasUnStable := False;
// HasDecays := False;
for I := 0 to (StateList.Count - 1) do
begin
// if StateList[I].Decays.Count > 0
// then HasDecays := True;
// if (IsStable(StateList[I].T1_2)) then HasStable := True
if StateList[I].IsStable then
HasStable := True
else
HasUnStable := True;
end;
if ((StateList.Count = 1) and (HasStable)) then
begin
Result := 1; // Stable
end
else if ((HasStable) and (HasUnStable)) then
begin
Result := 2; // StableWithMetastableState
end
else if (not (HasStable) and (Abundance > 0)) then
begin
Result := 3; // Primordial
end
else if (not (HasStable)) then
begin
Result := 4; // UnStable
end
else
Result := 0;
end;
function TNuclide.FillNuclideBitmap(var inBitmap: TBitmap; KarteInfo: TKarteInfo; const ShowText: boolean = True): boolean;
procedure OutSigmas(Canvas: TCanvas; inosRect: TRect; NuclideState: TNuclideState);
var
I: integer;
TheSigma2GPresent, TheSigma2M1Present, TheSigma2M2Present: boolean;
TheSigma, TheSigma2G, TheSigma2M1, TheSigma2M2: double;
FirstChar: string[2];
begin
Result:= False;
if ((NuclideState = nil) or (Canvas = nil) or (inosRect.Bottom - inosRect.Top = 0) or (inosRect.Right - inosRect.Left = 0)) then
Exit;
if (NuclideState.Captures.Count < 1) then
Exit;
with Canvas do
begin
if (NuclideState.Captures.Count = 1) then
begin