OfficeXml/autounit/SharedML.tsf

8995 lines
263 KiB
Plaintext

unit SharedML;
interface
uses TSSafeUnitConverter, DrawingML, DocxML;
type MathPr = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: MathPr);override;
function Clone(): MathPr;override;
function ConvertToPoint();override;
public
// simple_type property
property DispDef read ReadXmlChildDispDef write WriteXmlChildDispDef;
function ReadXmlChildDispDef(): OpenXmlSimpleType;
function WriteXmlChildDispDef(_value: nil_or_OpenXmlSimpleType);
// normal property
property MathFont read ReadXmlChildMathFont write WriteXmlChildMathFont;
property BrkBin read ReadXmlChildBrkBin write WriteXmlChildBrkBin;
property BrkBinSub read ReadXmlChildBrkBinSub write WriteXmlChildBrkBinSub;
property SmallFrac read ReadXmlChildSmallFrac write WriteXmlChildSmallFrac;
property LMargin read ReadXmlChildLMargin write WriteXmlChildLMargin;
property RMargin read ReadXmlChildRMargin write WriteXmlChildRMargin;
property DefJc read ReadXmlChildDefJc write WriteXmlChildDefJc;
property WrapIndent read ReadXmlChildWrapIndent write WriteXmlChildWrapIndent;
property IntLim read ReadXmlChildIntLim write WriteXmlChildIntLim;
property NaryLim read ReadXmlChildNaryLim write WriteXmlChildNaryLim;
function ReadXmlChildMathFont(): PureMVal;
function WriteXmlChildMathFont(_p1: any; _p2: any);
function ReadXmlChildBrkBin(): PureMVal;
function WriteXmlChildBrkBin(_p1: any; _p2: any);
function ReadXmlChildBrkBinSub(): PureMVal;
function WriteXmlChildBrkBinSub(_p1: any; _p2: any);
function ReadXmlChildSmallFrac(): PureMVal;
function WriteXmlChildSmallFrac(_p1: any; _p2: any);
function ReadXmlChildLMargin(): PureMVal;
function WriteXmlChildLMargin(_p1: any; _p2: any);
function ReadXmlChildRMargin(): PureMVal;
function WriteXmlChildRMargin(_p1: any; _p2: any);
function ReadXmlChildDefJc(): PureMVal;
function WriteXmlChildDefJc(_p1: any; _p2: any);
function ReadXmlChildWrapIndent(): PureMVal;
function WriteXmlChildWrapIndent(_p1: any; _p2: any);
function ReadXmlChildIntLim(): PureMVal;
function WriteXmlChildIntLim(_p1: any; _p2: any);
function ReadXmlChildNaryLim(): PureMVal;
function WriteXmlChildNaryLim(_p1: any; _p2: any);
public
// Children
XmlChildMathFont: PureMVal;
XmlChildBrkBin: PureMVal;
XmlChildBrkBinSub: PureMVal;
XmlChildSmallFrac: PureMVal;
XmlChildDispDef: OpenXmlSimpleType;
XmlChildLMargin: PureMVal;
XmlChildRMargin: PureMVal;
XmlChildDefJc: PureMVal;
XmlChildWrapIndent: PureMVal;
XmlChildIntLim: PureMVal;
XmlChildNaryLim: PureMVal;
end;
type OMathPara = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: OMathPara);override;
function Clone(): OMathPara;override;
function ConvertToPoint();override;
public
// normal property
property OMathParaPr read ReadXmlChildOMathParaPr write WriteXmlChildOMathParaPr;
property OMath read ReadXmlChildOMath write WriteXmlChildOMath;
function ReadXmlChildOMathParaPr(): OMathParaPr;
function WriteXmlChildOMathParaPr(_p1: any; _p2: any);
function ReadXmlChildOMath(): OMath;
function WriteXmlChildOMath(_p1: any; _p2: any);
public
// Children
XmlChildOMathParaPr: OMathParaPr;
XmlChildOMath: OMath;
end;
type OMathParaPr = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: OMathParaPr);override;
function Clone(): OMathParaPr;override;
function ConvertToPoint();override;
public
// normal property
property Jc read ReadXmlChildJc write WriteXmlChildJc;
function ReadXmlChildJc(): PureMVal;
function WriteXmlChildJc(_p1: any; _p2: any);
public
// Children
XmlChildJc: PureMVal;
end;
type PureMVal = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: PureMVal);override;
function Clone(): PureMVal;override;
function ConvertToPoint();override;
public
// attributes property
property Val read ReadXmlAttrVal write WriteXmlAttrVal;
function ReadXmlAttrVal();
function WriteXmlAttrVal(_value: any);
public
// Attributes
XmlAttrVal: OpenXmlAttribute;
end;
type OMath = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: OMath);override;
function Clone(): OMath;override;
function ConvertToPoint();override;
public
// multi property
property Rs read ReadRs write WriteRs;
property Ds read ReadDs write WriteDs;
property Fs read ReadFs write WriteFs;
property Rads read ReadRads write WriteRads;
property SSubs read ReadSSubs write WriteSSubs;
property SSups read ReadSSups write WriteSSups;
property Naries read ReadNaries write WriteNaries;
property Funcs read ReadFuncs write WriteFuncs;
function ReadRs(_index: integer);
function WriteRs(_index: integer; _value: nil__R);
function ReadDs(_index: integer);
function WriteDs(_index: integer; _value: nil__D);
function ReadFs(_index: integer);
function WriteFs(_index: integer; _value: nil__F);
function ReadRads(_index: integer);
function WriteRads(_index: integer; _value: nil__Rad);
function ReadSSubs(_index: integer);
function WriteSSubs(_index: integer; _value: nil__SSub);
function ReadSSups(_index: integer);
function WriteSSups(_index: integer; _value: nil__SSup);
function ReadNaries(_index: integer);
function WriteNaries(_index: integer; _value: nil__Nary);
function ReadFuncs(_index: integer);
function WriteFuncs(_index: integer; _value: nil__Func);
function AddR(): R;
function AddD(): D;
function AddF(): F;
function AddRad(): Rad;
function AddSSub(): SSub;
function AddSSup(): SSup;
function AddNary(): Nary;
function AddFunc(): Func;
function AppendR(): R;
function AppendD(): D;
function AppendF(): F;
function AppendRad(): Rad;
function AppendSSub(): SSub;
function AppendSSup(): SSup;
function AppendNary(): Nary;
function AppendFunc(): Func;
public
// Children
end;
type R = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: R);override;
function Clone(): R;override;
function ConvertToPoint();override;
public
// normal property
property RPr read ReadXmlChildRPr write WriteXmlChildRPr;
property ARPr read ReadXmlChildARPr write WriteXmlChildARPr;
property WRPr read ReadXmlChildWRPr write WriteXmlChildWRPr;
property T read ReadXmlChildT write WriteXmlChildT;
function ReadXmlChildRPr(_ns: string): RPr;
function WriteXmlChildRPr(_p1: any; _p2: any);
function ReadXmlChildARPr(): RPr;
function WriteXmlChildARPr(_p1: any; _p2: any);
function ReadXmlChildWRPr(): RPr;
function WriteXmlChildWRPr(_p1: any; _p2: any);
function ReadXmlChildT(): T;
function WriteXmlChildT(_p1: any; _p2: any);
public
// Children
XmlChildRPr: RPr;
XmlChildARPr: RPr;
XmlChildWRPr: RPr;
XmlChildT: T;
end;
type RPr = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: RPr);override;
function Clone(): RPr;override;
function ConvertToPoint();override;
public
// normal property
property Sty read ReadXmlChildSty write WriteXmlChildSty;
function ReadXmlChildSty(): PureMVal;
function WriteXmlChildSty(_p1: any; _p2: any);
public
// Children
XmlChildSty: PureMVal;
end;
type T = class(OpenXmlTextElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: T);override;
function Clone(): T;override;
function ConvertToPoint();override;
public
// attributes property
property Space read ReadXmlAttrSpace write WriteXmlAttrSpace;
function ReadXmlAttrSpace();
function WriteXmlAttrSpace(_value: any);
public
// Attributes
XmlAttrSpace: OpenXmlAttribute;
end;
type D = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: D);override;
function Clone(): D;override;
function ConvertToPoint();override;
public
// normal property
property DPr read ReadXmlChildDPr write WriteXmlChildDPr;
property E read ReadXmlChildE write WriteXmlChildE;
function ReadXmlChildDPr(): DPr;
function WriteXmlChildDPr(_p1: any; _p2: any);
function ReadXmlChildE(): E;
function WriteXmlChildE(_p1: any; _p2: any);
public
// Children
XmlChildDPr: DPr;
XmlChildE: E;
end;
type DPr = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: DPr);override;
function Clone(): DPr;override;
function ConvertToPoint();override;
public
// normal property
property BegChr read ReadXmlChildBegChr write WriteXmlChildBegChr;
property EndChr read ReadXmlChildEndChr write WriteXmlChildEndChr;
property SepChr read ReadXmlChildSepChr write WriteXmlChildSepChr;
property Shp read ReadXmlChildShp write WriteXmlChildShp;
property Grow read ReadXmlChildGrow write WriteXmlChildGrow;
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
property RPr read ReadXmlChildRPr write WriteXmlChildRPr;
function ReadXmlChildBegChr(): PureMVal;
function WriteXmlChildBegChr(_p1: any; _p2: any);
function ReadXmlChildEndChr(): PureMVal;
function WriteXmlChildEndChr(_p1: any; _p2: any);
function ReadXmlChildSepChr(): PureMVal;
function WriteXmlChildSepChr(_p1: any; _p2: any);
function ReadXmlChildShp(): PureMVal;
function WriteXmlChildShp(_p1: any; _p2: any);
function ReadXmlChildGrow(): PureMVal;
function WriteXmlChildGrow(_p1: any; _p2: any);
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
function ReadXmlChildRPr(): RPr;
function WriteXmlChildRPr(_p1: any; _p2: any);
public
// Children
XmlChildBegChr: PureMVal;
XmlChildEndChr: PureMVal;
XmlChildSepChr: PureMVal;
XmlChildShp: PureMVal;
XmlChildGrow: PureMVal;
XmlChildCtrlPr: CtrlPr;
XmlChildRPr: RPr;
end;
type CtrlPr = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: CtrlPr);override;
function Clone(): CtrlPr;override;
function ConvertToPoint();override;
public
// normal property
property RPr read ReadXmlChildRPr write WriteXmlChildRPr;
property Del read ReadXmlChildDel write WriteXmlChildDel;
function ReadXmlChildRPr(): RPr;
function WriteXmlChildRPr(_p1: any; _p2: any);
function ReadXmlChildDel(): Del;
function WriteXmlChildDel(_p1: any; _p2: any);
public
// Children
XmlChildRPr: RPr;
XmlChildDel: Del;
end;
type SSup = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: SSup);override;
function Clone(): SSup;override;
function ConvertToPoint();override;
public
// normal property
property SSupPr read ReadXmlChildSSupPr write WriteXmlChildSSupPr;
property E read ReadXmlChildE write WriteXmlChildE;
property Sup read ReadXmlChildSup write WriteXmlChildSup;
function ReadXmlChildSSupPr(): SSupPr;
function WriteXmlChildSSupPr(_p1: any; _p2: any);
function ReadXmlChildE(): E;
function WriteXmlChildE(_p1: any; _p2: any);
function ReadXmlChildSup(): Sup;
function WriteXmlChildSup(_p1: any; _p2: any);
public
// Children
XmlChildSSupPr: SSupPr;
XmlChildE: E;
XmlChildSup: Sup;
end;
type SSupPr = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: SSupPr);override;
function Clone(): SSupPr;override;
function ConvertToPoint();override;
public
// normal property
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
public
// Children
XmlChildCtrlPr: CtrlPr;
end;
type F = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: F);override;
function Clone(): F;override;
function ConvertToPoint();override;
public
// normal property
property FPr read ReadXmlChildFPr write WriteXmlChildFPr;
property Num read ReadXmlChildNum write WriteXmlChildNum;
property Den read ReadXmlChildDen write WriteXmlChildDen;
function ReadXmlChildFPr(): FPr;
function WriteXmlChildFPr(_p1: any; _p2: any);
function ReadXmlChildNum(): Num;
function WriteXmlChildNum(_p1: any; _p2: any);
function ReadXmlChildDen(): Den;
function WriteXmlChildDen(_p1: any; _p2: any);
public
// Children
XmlChildFPr: FPr;
XmlChildNum: Num;
XmlChildDen: Den;
end;
type FPr = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: FPr);override;
function Clone(): FPr;override;
function ConvertToPoint();override;
public
// normal property
property Type read ReadXmlChildType write WriteXmlChildType;
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
function ReadXmlChildType(): PureMVal;
function WriteXmlChildType(_p1: any; _p2: any);
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
public
// Children
XmlChildType: PureMVal;
XmlChildCtrlPr: CtrlPr;
end;
type Rad = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Rad);override;
function Clone(): Rad;override;
function ConvertToPoint();override;
public
// normal property
property RadPr read ReadXmlChildRadPr write WriteXmlChildRadPr;
property Deg read ReadXmlChildDeg write WriteXmlChildDeg;
property E read ReadXmlChildE write WriteXmlChildE;
function ReadXmlChildRadPr(): RadPr;
function WriteXmlChildRadPr(_p1: any; _p2: any);
function ReadXmlChildDeg(): Deg;
function WriteXmlChildDeg(_p1: any; _p2: any);
function ReadXmlChildE(): E;
function WriteXmlChildE(_p1: any; _p2: any);
public
// Children
XmlChildRadPr: RadPr;
XmlChildDeg: Deg;
XmlChildE: E;
end;
type RadPr = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: RadPr);override;
function Clone(): RadPr;override;
function ConvertToPoint();override;
public
// normal property
property DegHide read ReadXmlChildDegHide write WriteXmlChildDegHide;
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
function ReadXmlChildDegHide(): PureMVal;
function WriteXmlChildDegHide(_p1: any; _p2: any);
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
public
// Children
XmlChildDegHide: PureMVal;
XmlChildCtrlPr: CtrlPr;
end;
type SSub = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: SSub);override;
function Clone(): SSub;override;
function ConvertToPoint();override;
public
// normal property
property SSubPr read ReadXmlChildSSubPr write WriteXmlChildSSubPr;
property E read ReadXmlChildE write WriteXmlChildE;
property Sub read ReadXmlChildSub write WriteXmlChildSub;
function ReadXmlChildSSubPr(): SSubPr;
function WriteXmlChildSSubPr(_p1: any; _p2: any);
function ReadXmlChildE(): E;
function WriteXmlChildE(_p1: any; _p2: any);
function ReadXmlChildSub(): Sub;
function WriteXmlChildSub(_p1: any; _p2: any);
public
// Children
XmlChildSSubPr: SSubPr;
XmlChildE: E;
XmlChildSub: Sub;
end;
type SSubPr = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: SSubPr);override;
function Clone(): SSubPr;override;
function ConvertToPoint();override;
public
// normal property
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
public
// Children
XmlChildCtrlPr: CtrlPr;
end;
type Nary = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Nary);override;
function Clone(): Nary;override;
function ConvertToPoint();override;
public
// normal property
property NaryPr read ReadXmlChildNaryPr write WriteXmlChildNaryPr;
property Sub read ReadXmlChildSub write WriteXmlChildSub;
property Sup read ReadXmlChildSup write WriteXmlChildSup;
property E read ReadXmlChildE write WriteXmlChildE;
function ReadXmlChildNaryPr(): NaryPr;
function WriteXmlChildNaryPr(_p1: any; _p2: any);
function ReadXmlChildSub(): Sub;
function WriteXmlChildSub(_p1: any; _p2: any);
function ReadXmlChildSup(): Sup;
function WriteXmlChildSup(_p1: any; _p2: any);
function ReadXmlChildE(): E;
function WriteXmlChildE(_p1: any; _p2: any);
public
// Children
XmlChildNaryPr: NaryPr;
XmlChildSub: Sub;
XmlChildSup: Sup;
XmlChildE: E;
end;
type NaryPr = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: NaryPr);override;
function Clone(): NaryPr;override;
function ConvertToPoint();override;
public
// normal property
property Chr read ReadXmlChildChr write WriteXmlChildChr;
property Grow read ReadXmlChildGrow write WriteXmlChildGrow;
property SubHide read ReadXmlChildSubHide write WriteXmlChildSubHide;
property SupHide read ReadXmlChildSupHide write WriteXmlChildSupHide;
property LimLoc read ReadXmlChildLimLoc write WriteXmlChildLimLoc;
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
function ReadXmlChildChr(): PureMVal;
function WriteXmlChildChr(_p1: any; _p2: any);
function ReadXmlChildGrow(): PureMVal;
function WriteXmlChildGrow(_p1: any; _p2: any);
function ReadXmlChildSubHide(): PureMVal;
function WriteXmlChildSubHide(_p1: any; _p2: any);
function ReadXmlChildSupHide(): PureMVal;
function WriteXmlChildSupHide(_p1: any; _p2: any);
function ReadXmlChildLimLoc(): PureMVal;
function WriteXmlChildLimLoc(_p1: any; _p2: any);
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
public
// Children
XmlChildChr: PureMVal;
XmlChildGrow: PureMVal;
XmlChildSubHide: PureMVal;
XmlChildSupHide: PureMVal;
XmlChildLimLoc: PureMVal;
XmlChildCtrlPr: CtrlPr;
end;
type Func = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Func);override;
function Clone(): Func;override;
function ConvertToPoint();override;
public
// normal property
property FuncPr read ReadXmlChildFuncPr write WriteXmlChildFuncPr;
property FName read ReadXmlChildFName write WriteXmlChildFName;
property E read ReadXmlChildE write WriteXmlChildE;
function ReadXmlChildFuncPr(): FuncPr;
function WriteXmlChildFuncPr(_p1: any; _p2: any);
function ReadXmlChildFName(): FName;
function WriteXmlChildFName(_p1: any; _p2: any);
function ReadXmlChildE(): E;
function WriteXmlChildE(_p1: any; _p2: any);
public
// Children
XmlChildFuncPr: FuncPr;
XmlChildFName: FName;
XmlChildE: E;
end;
type FName = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: FName);override;
function Clone(): FName;override;
function ConvertToPoint();override;
public
// multi property
property Rs read ReadRs write WriteRs;
function ReadRs(_index: integer);
function WriteRs(_index: integer; _value: nil__R);
function AddR(): R;
function AppendR(): R;
public
// Children
end;
type FuncPr = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: FuncPr);override;
function Clone(): FuncPr;override;
function ConvertToPoint();override;
public
// normal property
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
public
// Children
XmlChildCtrlPr: CtrlPr;
end;
type CoreProperties = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: CoreProperties);override;
function Clone(): CoreProperties;override;
function ConvertToPoint();override;
public
// pcdata property
property Title read ReadXmlChildTitle write WriteXmlChildTitle;
property Subject read ReadXmlChildSubject write WriteXmlChildSubject;
property Creator read ReadXmlChildCreator write WriteXmlChildCreator;
property Keywords read ReadXmlChildKeywords write WriteXmlChildKeywords;
property Description read ReadXmlChildDescription write WriteXmlChildDescription;
property LastModifiedBy read ReadXmlChildLastModifiedBy write WriteXmlChildLastModifiedBy;
property Revision read ReadXmlChildRevision write WriteXmlChildRevision;
property LastPrinted read ReadXmlChildLastPrinted write WriteXmlChildLastPrinted;
property Created read ReadXmlChildCreated write WriteXmlChildCreated;
property Modified read ReadXmlChildModified write WriteXmlChildModified;
function ReadXmlChildTitle();
function WriteXmlChildTitle(_value: nil_or_OpenXmlTextElement);
function ReadXmlChildSubject();
function WriteXmlChildSubject(_value: nil_or_OpenXmlTextElement);
function ReadXmlChildCreator();
function WriteXmlChildCreator(_value: nil_or_OpenXmlTextElement);
function ReadXmlChildKeywords();
function WriteXmlChildKeywords(_value: nil_or_OpenXmlTextElement);
function ReadXmlChildDescription();
function WriteXmlChildDescription(_value: nil_or_OpenXmlTextElement);
function ReadXmlChildLastModifiedBy();
function WriteXmlChildLastModifiedBy(_value: nil_or_OpenXmlTextElement);
function ReadXmlChildRevision();
function WriteXmlChildRevision(_value: nil_or_OpenXmlTextElement);
function ReadXmlChildLastPrinted();
function WriteXmlChildLastPrinted(_value: nil_or_OpenXmlTextElement);
function ReadXmlChildCreated();
function WriteXmlChildCreated(_value: nil_or_Created);
function ReadXmlChildModified();
function WriteXmlChildModified(_value: nil_or_Modified);
public
// Children
XmlChildTitle: OpenXmlTextElement;
XmlChildSubject: OpenXmlTextElement;
XmlChildCreator: OpenXmlTextElement;
XmlChildKeywords: OpenXmlTextElement;
XmlChildDescription: OpenXmlTextElement;
XmlChildLastModifiedBy: OpenXmlTextElement;
XmlChildRevision: OpenXmlTextElement;
XmlChildLastPrinted: OpenXmlTextElement;
XmlChildCreated: Created;
XmlChildModified: Modified;
end;
type Created = class(OpenXmlTextElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Created);override;
function Clone(): Created;override;
function ConvertToPoint();override;
public
// attributes property
property Type read ReadXmlAttrType write WriteXmlAttrType;
function ReadXmlAttrType();
function WriteXmlAttrType(_value: any);
public
// Attributes
XmlAttrType: OpenXmlAttribute;
end;
type Modified = class(OpenXmlTextElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Modified);override;
function Clone(): Modified;override;
function ConvertToPoint();override;
public
// attributes property
property Type read ReadXmlAttrType write WriteXmlAttrType;
function ReadXmlAttrType();
function WriteXmlAttrType(_value: any);
public
// Attributes
XmlAttrType: OpenXmlAttribute;
end;
type Relationships = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Relationships);override;
function Clone(): Relationships;override;
function ConvertToPoint();override;
public
// multi property
property Relationships read ReadRelationships write WriteRelationships;
function ReadRelationships(_index: integer);
function WriteRelationships(_index: integer; _value: nil__Relationship);
function AddRelationship(): Relationship;
function AppendRelationship(): Relationship;
public
// Children
end;
type Relationship = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Relationship);override;
function Clone(): Relationship;override;
function ConvertToPoint();override;
public
// attributes property
property Id read ReadXmlAttrId write WriteXmlAttrId;
property Type read ReadXmlAttrType write WriteXmlAttrType;
property Target read ReadXmlAttrTarget write WriteXmlAttrTarget;
function ReadXmlAttrId();
function WriteXmlAttrId(_value: any);
function ReadXmlAttrType();
function WriteXmlAttrType(_value: any);
function ReadXmlAttrTarget();
function WriteXmlAttrTarget(_value: any);
public
// Attributes
XmlAttrId: OpenXmlAttribute;
XmlAttrType: OpenXmlAttribute;
XmlAttrTarget: OpenXmlAttribute;
end;
type Types = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Types);override;
function Clone(): Types;override;
function ConvertToPoint();override;
public
// multi property
property Defaults read ReadDefaults write WriteDefaults;
property Overrides read ReadOverrides write WriteOverrides;
function ReadDefaults(_index: integer);
function WriteDefaults(_index: integer; _value: nil__Default);
function ReadOverrides(_index: integer);
function WriteOverrides(_index: integer; _value: nil___Override);
function AddDefault(): Default;
function Add_Override(): _Override;
function AppendDefault(): Default;
function Append_Override(): _Override;
public
// Children
end;
type Default = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Default);override;
function Clone(): Default;override;
function ConvertToPoint();override;
public
// attributes property
property Extension read ReadXmlAttrExtension write WriteXmlAttrExtension;
property ContentType read ReadXmlAttrContentType write WriteXmlAttrContentType;
function ReadXmlAttrExtension();
function WriteXmlAttrExtension(_value: any);
function ReadXmlAttrContentType();
function WriteXmlAttrContentType(_value: any);
public
// Attributes
XmlAttrExtension: OpenXmlAttribute;
XmlAttrContentType: OpenXmlAttribute;
end;
type _Override = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: _Override);override;
function Clone(): _Override;override;
function ConvertToPoint();override;
public
// attributes property
property PartName read ReadXmlAttrPartName write WriteXmlAttrPartName;
property ContentType read ReadXmlAttrContentType write WriteXmlAttrContentType;
function ReadXmlAttrPartName();
function WriteXmlAttrPartName(_value: any);
function ReadXmlAttrContentType();
function WriteXmlAttrContentType(_value: any);
public
// Attributes
XmlAttrPartName: OpenXmlAttribute;
XmlAttrContentType: OpenXmlAttribute;
end;
type Num = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Num);override;
function Clone(): Num;override;
function ConvertToPoint();override;
public
// normal property
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
// multi property
property Rs read ReadRs write WriteRs;
property Ds read ReadDs write WriteDs;
property Fs read ReadFs write WriteFs;
property Rads read ReadRads write WriteRads;
property SSubs read ReadSSubs write WriteSSubs;
property SSups read ReadSSups write WriteSSups;
property Naries read ReadNaries write WriteNaries;
property Funcs read ReadFuncs write WriteFuncs;
function ReadRs(_index: integer);
function WriteRs(_index: integer; _value: nil__R);
function ReadDs(_index: integer);
function WriteDs(_index: integer; _value: nil__D);
function ReadFs(_index: integer);
function WriteFs(_index: integer; _value: nil__F);
function ReadRads(_index: integer);
function WriteRads(_index: integer; _value: nil__Rad);
function ReadSSubs(_index: integer);
function WriteSSubs(_index: integer; _value: nil__SSub);
function ReadSSups(_index: integer);
function WriteSSups(_index: integer; _value: nil__SSup);
function ReadNaries(_index: integer);
function WriteNaries(_index: integer; _value: nil__Nary);
function ReadFuncs(_index: integer);
function WriteFuncs(_index: integer; _value: nil__Func);
function AddR(): R;
function AddD(): D;
function AddF(): F;
function AddRad(): Rad;
function AddSSub(): SSub;
function AddSSup(): SSup;
function AddNary(): Nary;
function AddFunc(): Func;
function AppendR(): R;
function AppendD(): D;
function AppendF(): F;
function AppendRad(): Rad;
function AppendSSub(): SSub;
function AppendSSup(): SSup;
function AppendNary(): Nary;
function AppendFunc(): Func;
public
// Children
XmlChildCtrlPr: CtrlPr;
end;
type Deg = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Deg);override;
function Clone(): Deg;override;
function ConvertToPoint();override;
public
// normal property
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
// multi property
property Rs read ReadRs write WriteRs;
property Ds read ReadDs write WriteDs;
property Fs read ReadFs write WriteFs;
property Rads read ReadRads write WriteRads;
property SSubs read ReadSSubs write WriteSSubs;
property SSups read ReadSSups write WriteSSups;
property Naries read ReadNaries write WriteNaries;
property Funcs read ReadFuncs write WriteFuncs;
function ReadRs(_index: integer);
function WriteRs(_index: integer; _value: nil__R);
function ReadDs(_index: integer);
function WriteDs(_index: integer; _value: nil__D);
function ReadFs(_index: integer);
function WriteFs(_index: integer; _value: nil__F);
function ReadRads(_index: integer);
function WriteRads(_index: integer; _value: nil__Rad);
function ReadSSubs(_index: integer);
function WriteSSubs(_index: integer; _value: nil__SSub);
function ReadSSups(_index: integer);
function WriteSSups(_index: integer; _value: nil__SSup);
function ReadNaries(_index: integer);
function WriteNaries(_index: integer; _value: nil__Nary);
function ReadFuncs(_index: integer);
function WriteFuncs(_index: integer; _value: nil__Func);
function AddR(): R;
function AddD(): D;
function AddF(): F;
function AddRad(): Rad;
function AddSSub(): SSub;
function AddSSup(): SSup;
function AddNary(): Nary;
function AddFunc(): Func;
function AppendR(): R;
function AppendD(): D;
function AppendF(): F;
function AppendRad(): Rad;
function AppendSSub(): SSub;
function AppendSSup(): SSup;
function AppendNary(): Nary;
function AppendFunc(): Func;
public
// Children
XmlChildCtrlPr: CtrlPr;
end;
type E = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: E);override;
function Clone(): E;override;
function ConvertToPoint();override;
public
// normal property
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
// multi property
property Rs read ReadRs write WriteRs;
property Ds read ReadDs write WriteDs;
property Fs read ReadFs write WriteFs;
property Rads read ReadRads write WriteRads;
property SSubs read ReadSSubs write WriteSSubs;
property SSups read ReadSSups write WriteSSups;
property Naries read ReadNaries write WriteNaries;
property Funcs read ReadFuncs write WriteFuncs;
function ReadRs(_index: integer);
function WriteRs(_index: integer; _value: nil__R);
function ReadDs(_index: integer);
function WriteDs(_index: integer; _value: nil__D);
function ReadFs(_index: integer);
function WriteFs(_index: integer; _value: nil__F);
function ReadRads(_index: integer);
function WriteRads(_index: integer; _value: nil__Rad);
function ReadSSubs(_index: integer);
function WriteSSubs(_index: integer; _value: nil__SSub);
function ReadSSups(_index: integer);
function WriteSSups(_index: integer; _value: nil__SSup);
function ReadNaries(_index: integer);
function WriteNaries(_index: integer; _value: nil__Nary);
function ReadFuncs(_index: integer);
function WriteFuncs(_index: integer; _value: nil__Func);
function AddR(): R;
function AddD(): D;
function AddF(): F;
function AddRad(): Rad;
function AddSSub(): SSub;
function AddSSup(): SSup;
function AddNary(): Nary;
function AddFunc(): Func;
function AppendR(): R;
function AppendD(): D;
function AppendF(): F;
function AppendRad(): Rad;
function AppendSSub(): SSub;
function AppendSSup(): SSup;
function AppendNary(): Nary;
function AppendFunc(): Func;
public
// Children
XmlChildCtrlPr: CtrlPr;
end;
type Sup = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Sup);override;
function Clone(): Sup;override;
function ConvertToPoint();override;
public
// normal property
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
// multi property
property Rs read ReadRs write WriteRs;
property Ds read ReadDs write WriteDs;
property Fs read ReadFs write WriteFs;
property Rads read ReadRads write WriteRads;
property SSubs read ReadSSubs write WriteSSubs;
property SSups read ReadSSups write WriteSSups;
property Naries read ReadNaries write WriteNaries;
property Funcs read ReadFuncs write WriteFuncs;
function ReadRs(_index: integer);
function WriteRs(_index: integer; _value: nil__R);
function ReadDs(_index: integer);
function WriteDs(_index: integer; _value: nil__D);
function ReadFs(_index: integer);
function WriteFs(_index: integer; _value: nil__F);
function ReadRads(_index: integer);
function WriteRads(_index: integer; _value: nil__Rad);
function ReadSSubs(_index: integer);
function WriteSSubs(_index: integer; _value: nil__SSub);
function ReadSSups(_index: integer);
function WriteSSups(_index: integer; _value: nil__SSup);
function ReadNaries(_index: integer);
function WriteNaries(_index: integer; _value: nil__Nary);
function ReadFuncs(_index: integer);
function WriteFuncs(_index: integer; _value: nil__Func);
function AddR(): R;
function AddD(): D;
function AddF(): F;
function AddRad(): Rad;
function AddSSub(): SSub;
function AddSSup(): SSup;
function AddNary(): Nary;
function AddFunc(): Func;
function AppendR(): R;
function AppendD(): D;
function AppendF(): F;
function AppendRad(): Rad;
function AppendSSub(): SSub;
function AppendSSup(): SSup;
function AppendNary(): Nary;
function AppendFunc(): Func;
public
// Children
XmlChildCtrlPr: CtrlPr;
end;
type Den = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Den);override;
function Clone(): Den;override;
function ConvertToPoint();override;
public
// normal property
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
// multi property
property Rs read ReadRs write WriteRs;
property Ds read ReadDs write WriteDs;
property Fs read ReadFs write WriteFs;
property Rads read ReadRads write WriteRads;
property SSubs read ReadSSubs write WriteSSubs;
property SSups read ReadSSups write WriteSSups;
property Naries read ReadNaries write WriteNaries;
property Funcs read ReadFuncs write WriteFuncs;
function ReadRs(_index: integer);
function WriteRs(_index: integer; _value: nil__R);
function ReadDs(_index: integer);
function WriteDs(_index: integer; _value: nil__D);
function ReadFs(_index: integer);
function WriteFs(_index: integer; _value: nil__F);
function ReadRads(_index: integer);
function WriteRads(_index: integer; _value: nil__Rad);
function ReadSSubs(_index: integer);
function WriteSSubs(_index: integer; _value: nil__SSub);
function ReadSSups(_index: integer);
function WriteSSups(_index: integer; _value: nil__SSup);
function ReadNaries(_index: integer);
function WriteNaries(_index: integer; _value: nil__Nary);
function ReadFuncs(_index: integer);
function WriteFuncs(_index: integer; _value: nil__Func);
function AddR(): R;
function AddD(): D;
function AddF(): F;
function AddRad(): Rad;
function AddSSub(): SSub;
function AddSSup(): SSup;
function AddNary(): Nary;
function AddFunc(): Func;
function AppendR(): R;
function AppendD(): D;
function AppendF(): F;
function AppendRad(): Rad;
function AppendSSub(): SSub;
function AppendSSup(): SSup;
function AppendNary(): Nary;
function AppendFunc(): Func;
public
// Children
XmlChildCtrlPr: CtrlPr;
end;
type Sub = class(OpenXmlCompositeElement)
public
function create();overload;
function create(_node: XmlNode);overload;
function create(_parent: tslobj; _prefix: string; _local_name: string);overload;
function Init();override;
function Copy(_obj: Sub);override;
function Clone(): Sub;override;
function ConvertToPoint();override;
public
// normal property
property CtrlPr read ReadXmlChildCtrlPr write WriteXmlChildCtrlPr;
function ReadXmlChildCtrlPr(): CtrlPr;
function WriteXmlChildCtrlPr(_p1: any; _p2: any);
// multi property
property Rs read ReadRs write WriteRs;
property Ds read ReadDs write WriteDs;
property Fs read ReadFs write WriteFs;
property Rads read ReadRads write WriteRads;
property SSubs read ReadSSubs write WriteSSubs;
property SSups read ReadSSups write WriteSSups;
property Naries read ReadNaries write WriteNaries;
property Funcs read ReadFuncs write WriteFuncs;
function ReadRs(_index: integer);
function WriteRs(_index: integer; _value: nil__R);
function ReadDs(_index: integer);
function WriteDs(_index: integer; _value: nil__D);
function ReadFs(_index: integer);
function WriteFs(_index: integer; _value: nil__F);
function ReadRads(_index: integer);
function WriteRads(_index: integer; _value: nil__Rad);
function ReadSSubs(_index: integer);
function WriteSSubs(_index: integer; _value: nil__SSub);
function ReadSSups(_index: integer);
function WriteSSups(_index: integer; _value: nil__SSup);
function ReadNaries(_index: integer);
function WriteNaries(_index: integer; _value: nil__Nary);
function ReadFuncs(_index: integer);
function WriteFuncs(_index: integer; _value: nil__Func);
function AddR(): R;
function AddD(): D;
function AddF(): F;
function AddRad(): Rad;
function AddSSub(): SSub;
function AddSSup(): SSup;
function AddNary(): Nary;
function AddFunc(): Func;
function AppendR(): R;
function AppendD(): D;
function AppendF(): F;
function AppendRad(): Rad;
function AppendSSub(): SSub;
function AppendSSup(): SSup;
function AppendNary(): Nary;
function AppendFunc(): Func;
public
// Children
XmlChildCtrlPr: CtrlPr;
end;
implementation
function MathPr.create();overload;
begin
{self.}create(nil, "m", "mathPr");
end;
function MathPr.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function MathPr.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function MathPr.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "mathFont": array(0, makeweakref(thisFunction(ReadXmlChildMathFont))),
pre + "brkBin": array(1, makeweakref(thisFunction(ReadXmlChildBrkBin))),
pre + "brkBinSub": array(2, makeweakref(thisFunction(ReadXmlChildBrkBinSub))),
pre + "smallFrac": array(3, makeweakref(thisFunction(ReadXmlChildSmallFrac))),
pre + "dispDef": array(4, makeweakref(thisFunction(ReadXmlChildDispDef))),
pre + "lMargin": array(5, makeweakref(thisFunction(ReadXmlChildLMargin))),
pre + "rMargin": array(6, makeweakref(thisFunction(ReadXmlChildRMargin))),
pre + "defJc": array(7, makeweakref(thisFunction(ReadXmlChildDefJc))),
pre + "wrapIndent": array(8, makeweakref(thisFunction(ReadXmlChildWrapIndent))),
pre + "intLim": array(9, makeweakref(thisFunction(ReadXmlChildIntLim))),
pre + "naryLim": array(10, makeweakref(thisFunction(ReadXmlChildNaryLim))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function MathPr.Copy(_obj: MathPr);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildMathFont) then
{self.}MathFont.Copy(_obj.XmlChildMathFont);
if not ifnil(_obj.XmlChildBrkBin) then
{self.}BrkBin.Copy(_obj.XmlChildBrkBin);
if not ifnil(_obj.XmlChildBrkBinSub) then
{self.}BrkBinSub.Copy(_obj.XmlChildBrkBinSub);
if not ifnil(_obj.XmlChildSmallFrac) then
{self.}SmallFrac.Copy(_obj.XmlChildSmallFrac);
if not ifnil(_obj.XmlChildDispDef) then
ifnil({self.}XmlChildDispDef) ? {self.}DispDef.Copy(_obj.XmlChildDispDef) : {self.}XmlChildDispDef.Copy(_obj.XmlChildDispDef);
if not ifnil(_obj.XmlChildLMargin) then
{self.}LMargin.Copy(_obj.XmlChildLMargin);
if not ifnil(_obj.XmlChildRMargin) then
{self.}RMargin.Copy(_obj.XmlChildRMargin);
if not ifnil(_obj.XmlChildDefJc) then
{self.}DefJc.Copy(_obj.XmlChildDefJc);
if not ifnil(_obj.XmlChildWrapIndent) then
{self.}WrapIndent.Copy(_obj.XmlChildWrapIndent);
if not ifnil(_obj.XmlChildIntLim) then
{self.}IntLim.Copy(_obj.XmlChildIntLim);
if not ifnil(_obj.XmlChildNaryLim) then
{self.}NaryLim.Copy(_obj.XmlChildNaryLim);
tslassigning := tslassigning_backup;
end;
function MathPr.Clone(): MathPr;override;
begin
obj := new MathPr(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "mathFont": obj.MathFont := element.Clone();
pre + "brkBin": obj.BrkBin := element.Clone();
pre + "brkBinSub": obj.BrkBinSub := element.Clone();
pre + "smallFrac": obj.SmallFrac := element.Clone();
pre + "dispDef": obj.DispDef := element.Clone();
pre + "lMargin": obj.LMargin := element.Clone();
pre + "rMargin": obj.RMargin := element.Clone();
pre + "defJc": obj.DefJc := element.Clone();
pre + "wrapIndent": obj.WrapIndent := element.Clone();
pre + "intLim": obj.IntLim := element.Clone();
pre + "naryLim": obj.NaryLim := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function MathPr.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildMathFont) then
{self.}XmlChildMathFont.ConvertToPoint();
if not ifnil({self.}XmlChildBrkBin) then
{self.}XmlChildBrkBin.ConvertToPoint();
if not ifnil({self.}XmlChildBrkBinSub) then
{self.}XmlChildBrkBinSub.ConvertToPoint();
if not ifnil({self.}XmlChildSmallFrac) then
{self.}XmlChildSmallFrac.ConvertToPoint();
if not ifnil({self.}XmlChildLMargin) then
{self.}XmlChildLMargin.ConvertToPoint();
if not ifnil({self.}XmlChildRMargin) then
{self.}XmlChildRMargin.ConvertToPoint();
if not ifnil({self.}XmlChildDefJc) then
{self.}XmlChildDefJc.ConvertToPoint();
if not ifnil({self.}XmlChildWrapIndent) then
{self.}XmlChildWrapIndent.ConvertToPoint();
if not ifnil({self.}XmlChildIntLim) then
{self.}XmlChildIntLim.ConvertToPoint();
if not ifnil({self.}XmlChildNaryLim) then
{self.}XmlChildNaryLim.ConvertToPoint();
end;
function MathPr.ReadXmlChildDispDef();
begin
if tslassigning and (ifnil({self.}XmlChildDispDef) or {self.}XmlChildDispDef.Removed) then
begin
{self.}XmlChildDispDef := new OpenXmlSimpleType(self, {self.}Prefix, "dispDef");
container_.Set({self.}XmlChildDispDef);
end
return {self.}XmlChildDispDef and not {self.}XmlChildDispDef.Removed ? {self.}XmlChildDispDef : fallback_.DispDef;
end;
function MathPr.WriteXmlChildDispDef(_value: nil_or_OpenXmlSimpleType);
begin
if ifnil(_value) then
begin
if ifObj({self.}XmlChildDispDef) then
{self.}RemoveChild({self.}XmlChildDispDef);
end
else if _value is class(OpenXmlSimpleType) then
begin
_value.Parent := self;
{self.}XmlChildDispDef := _value;
container_.Set({self.}XmlChildDispDef);
end
else begin
raise "Invalid assignment: DispDef expects nil or OpenXmlSimpleType";
end
end;
function MathPr.ReadXmlChildMathFont(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildMathFont) or {self.}XmlChildMathFont.Removed) then
begin
{self.}XmlChildMathFont := new PureMVal(self, {self.}Prefix, "mathFont");
container_.Set({self.}XmlChildMathFont);
end
return {self.}XmlChildMathFont and not {self.}XmlChildMathFont.Removed ? {self.}XmlChildMathFont : fallback_.MathFont;
end;
function MathPr.WriteXmlChildMathFont(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildMathFont) then
{self.}RemoveChild({self.}XmlChildMathFont);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildMathFont := v;
container_.Set({self.}XmlChildMathFont);
end
else begin
raise "Invalid assignment: MathFont expects PureMVal or nil";
end
end;
function MathPr.ReadXmlChildBrkBin(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildBrkBin) or {self.}XmlChildBrkBin.Removed) then
begin
{self.}XmlChildBrkBin := new PureMVal(self, {self.}Prefix, "brkBin");
container_.Set({self.}XmlChildBrkBin);
end
return {self.}XmlChildBrkBin and not {self.}XmlChildBrkBin.Removed ? {self.}XmlChildBrkBin : fallback_.BrkBin;
end;
function MathPr.WriteXmlChildBrkBin(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildBrkBin) then
{self.}RemoveChild({self.}XmlChildBrkBin);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildBrkBin := v;
container_.Set({self.}XmlChildBrkBin);
end
else begin
raise "Invalid assignment: BrkBin expects PureMVal or nil";
end
end;
function MathPr.ReadXmlChildBrkBinSub(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildBrkBinSub) or {self.}XmlChildBrkBinSub.Removed) then
begin
{self.}XmlChildBrkBinSub := new PureMVal(self, {self.}Prefix, "brkBinSub");
container_.Set({self.}XmlChildBrkBinSub);
end
return {self.}XmlChildBrkBinSub and not {self.}XmlChildBrkBinSub.Removed ? {self.}XmlChildBrkBinSub : fallback_.BrkBinSub;
end;
function MathPr.WriteXmlChildBrkBinSub(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildBrkBinSub) then
{self.}RemoveChild({self.}XmlChildBrkBinSub);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildBrkBinSub := v;
container_.Set({self.}XmlChildBrkBinSub);
end
else begin
raise "Invalid assignment: BrkBinSub expects PureMVal or nil";
end
end;
function MathPr.ReadXmlChildSmallFrac(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildSmallFrac) or {self.}XmlChildSmallFrac.Removed) then
begin
{self.}XmlChildSmallFrac := new PureMVal(self, {self.}Prefix, "smallFrac");
container_.Set({self.}XmlChildSmallFrac);
end
return {self.}XmlChildSmallFrac and not {self.}XmlChildSmallFrac.Removed ? {self.}XmlChildSmallFrac : fallback_.SmallFrac;
end;
function MathPr.WriteXmlChildSmallFrac(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildSmallFrac) then
{self.}RemoveChild({self.}XmlChildSmallFrac);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildSmallFrac := v;
container_.Set({self.}XmlChildSmallFrac);
end
else begin
raise "Invalid assignment: SmallFrac expects PureMVal or nil";
end
end;
function MathPr.ReadXmlChildLMargin(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildLMargin) or {self.}XmlChildLMargin.Removed) then
begin
{self.}XmlChildLMargin := new PureMVal(self, {self.}Prefix, "lMargin");
container_.Set({self.}XmlChildLMargin);
end
return {self.}XmlChildLMargin and not {self.}XmlChildLMargin.Removed ? {self.}XmlChildLMargin : fallback_.LMargin;
end;
function MathPr.WriteXmlChildLMargin(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildLMargin) then
{self.}RemoveChild({self.}XmlChildLMargin);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildLMargin := v;
container_.Set({self.}XmlChildLMargin);
end
else begin
raise "Invalid assignment: LMargin expects PureMVal or nil";
end
end;
function MathPr.ReadXmlChildRMargin(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildRMargin) or {self.}XmlChildRMargin.Removed) then
begin
{self.}XmlChildRMargin := new PureMVal(self, {self.}Prefix, "rMargin");
container_.Set({self.}XmlChildRMargin);
end
return {self.}XmlChildRMargin and not {self.}XmlChildRMargin.Removed ? {self.}XmlChildRMargin : fallback_.RMargin;
end;
function MathPr.WriteXmlChildRMargin(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildRMargin) then
{self.}RemoveChild({self.}XmlChildRMargin);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildRMargin := v;
container_.Set({self.}XmlChildRMargin);
end
else begin
raise "Invalid assignment: RMargin expects PureMVal or nil";
end
end;
function MathPr.ReadXmlChildDefJc(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildDefJc) or {self.}XmlChildDefJc.Removed) then
begin
{self.}XmlChildDefJc := new PureMVal(self, {self.}Prefix, "defJc");
container_.Set({self.}XmlChildDefJc);
end
return {self.}XmlChildDefJc and not {self.}XmlChildDefJc.Removed ? {self.}XmlChildDefJc : fallback_.DefJc;
end;
function MathPr.WriteXmlChildDefJc(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildDefJc) then
{self.}RemoveChild({self.}XmlChildDefJc);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildDefJc := v;
container_.Set({self.}XmlChildDefJc);
end
else begin
raise "Invalid assignment: DefJc expects PureMVal or nil";
end
end;
function MathPr.ReadXmlChildWrapIndent(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildWrapIndent) or {self.}XmlChildWrapIndent.Removed) then
begin
{self.}XmlChildWrapIndent := new PureMVal(self, {self.}Prefix, "wrapIndent");
container_.Set({self.}XmlChildWrapIndent);
end
return {self.}XmlChildWrapIndent and not {self.}XmlChildWrapIndent.Removed ? {self.}XmlChildWrapIndent : fallback_.WrapIndent;
end;
function MathPr.WriteXmlChildWrapIndent(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildWrapIndent) then
{self.}RemoveChild({self.}XmlChildWrapIndent);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildWrapIndent := v;
container_.Set({self.}XmlChildWrapIndent);
end
else begin
raise "Invalid assignment: WrapIndent expects PureMVal or nil";
end
end;
function MathPr.ReadXmlChildIntLim(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildIntLim) or {self.}XmlChildIntLim.Removed) then
begin
{self.}XmlChildIntLim := new PureMVal(self, {self.}Prefix, "intLim");
container_.Set({self.}XmlChildIntLim);
end
return {self.}XmlChildIntLim and not {self.}XmlChildIntLim.Removed ? {self.}XmlChildIntLim : fallback_.IntLim;
end;
function MathPr.WriteXmlChildIntLim(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildIntLim) then
{self.}RemoveChild({self.}XmlChildIntLim);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildIntLim := v;
container_.Set({self.}XmlChildIntLim);
end
else begin
raise "Invalid assignment: IntLim expects PureMVal or nil";
end
end;
function MathPr.ReadXmlChildNaryLim(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildNaryLim) or {self.}XmlChildNaryLim.Removed) then
begin
{self.}XmlChildNaryLim := new PureMVal(self, {self.}Prefix, "naryLim");
container_.Set({self.}XmlChildNaryLim);
end
return {self.}XmlChildNaryLim and not {self.}XmlChildNaryLim.Removed ? {self.}XmlChildNaryLim : fallback_.NaryLim;
end;
function MathPr.WriteXmlChildNaryLim(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildNaryLim) then
{self.}RemoveChild({self.}XmlChildNaryLim);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildNaryLim := v;
container_.Set({self.}XmlChildNaryLim);
end
else begin
raise "Invalid assignment: NaryLim expects PureMVal or nil";
end
end;
function OMathPara.create();overload;
begin
{self.}create(nil, "m", "oMathPara");
end;
function OMathPara.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function OMathPara.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function OMathPara.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "oMathParaPr": array(0, makeweakref(thisFunction(ReadXmlChildOMathParaPr))),
pre + "oMath": array(1, makeweakref(thisFunction(ReadXmlChildOMath))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function OMathPara.Copy(_obj: OMathPara);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildOMathParaPr) then
{self.}OMathParaPr.Copy(_obj.XmlChildOMathParaPr);
if not ifnil(_obj.XmlChildOMath) then
{self.}OMath.Copy(_obj.XmlChildOMath);
tslassigning := tslassigning_backup;
end;
function OMathPara.Clone(): OMathPara;override;
begin
obj := new OMathPara(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "oMathParaPr": obj.OMathParaPr := element.Clone();
pre + "oMath": obj.OMath := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function OMathPara.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildOMathParaPr) then
{self.}XmlChildOMathParaPr.ConvertToPoint();
if not ifnil({self.}XmlChildOMath) then
{self.}XmlChildOMath.ConvertToPoint();
end;
function OMathPara.ReadXmlChildOMathParaPr(): OMathParaPr;
begin
if tslassigning and (ifnil({self.}XmlChildOMathParaPr) or {self.}XmlChildOMathParaPr.Removed) then
begin
{self.}XmlChildOMathParaPr := new OMathParaPr(self, {self.}Prefix, "oMathParaPr");
container_.Set({self.}XmlChildOMathParaPr);
end
return {self.}XmlChildOMathParaPr and not {self.}XmlChildOMathParaPr.Removed ? {self.}XmlChildOMathParaPr : fallback_.OMathParaPr;
end;
function OMathPara.WriteXmlChildOMathParaPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildOMathParaPr) then
{self.}RemoveChild({self.}XmlChildOMathParaPr);
end
else if v is class(OMathParaPr) then
begin
v.Parent := self;
{self.}XmlChildOMathParaPr := v;
container_.Set({self.}XmlChildOMathParaPr);
end
else begin
raise "Invalid assignment: OMathParaPr expects OMathParaPr or nil";
end
end;
function OMathPara.ReadXmlChildOMath(): OMath;
begin
if tslassigning and (ifnil({self.}XmlChildOMath) or {self.}XmlChildOMath.Removed) then
begin
{self.}XmlChildOMath := new OMath(self, {self.}Prefix, "oMath");
container_.Set({self.}XmlChildOMath);
end
return {self.}XmlChildOMath and not {self.}XmlChildOMath.Removed ? {self.}XmlChildOMath : fallback_.OMath;
end;
function OMathPara.WriteXmlChildOMath(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildOMath) then
{self.}RemoveChild({self.}XmlChildOMath);
end
else if v is class(OMath) then
begin
v.Parent := self;
{self.}XmlChildOMath := v;
container_.Set({self.}XmlChildOMath);
end
else begin
raise "Invalid assignment: OMath expects OMath or nil";
end
end;
function OMathParaPr.create();overload;
begin
{self.}create(nil, "m", "oMathParaPr");
end;
function OMathParaPr.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function OMathParaPr.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function OMathParaPr.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "jc": array(0, makeweakref(thisFunction(ReadXmlChildJc))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function OMathParaPr.Copy(_obj: OMathParaPr);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildJc) then
{self.}Jc.Copy(_obj.XmlChildJc);
tslassigning := tslassigning_backup;
end;
function OMathParaPr.Clone(): OMathParaPr;override;
begin
obj := new OMathParaPr(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "jc": obj.Jc := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function OMathParaPr.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildJc) then
{self.}XmlChildJc.ConvertToPoint();
end;
function OMathParaPr.ReadXmlChildJc(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildJc) or {self.}XmlChildJc.Removed) then
begin
{self.}XmlChildJc := new PureMVal(self, {self.}Prefix, "jc");
container_.Set({self.}XmlChildJc);
end
return {self.}XmlChildJc and not {self.}XmlChildJc.Removed ? {self.}XmlChildJc : fallback_.Jc;
end;
function OMathParaPr.WriteXmlChildJc(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildJc) then
{self.}RemoveChild({self.}XmlChildJc);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildJc := v;
container_.Set({self.}XmlChildJc);
end
else begin
raise "Invalid assignment: Jc expects PureMVal or nil";
end
end;
function PureMVal.create();overload;
begin
{self.}create(nil, "m", "");
end;
function PureMVal.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function PureMVal.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function PureMVal.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
pre + "val": makeweakref(thisFunction(WriteXmlAttrVal)),
);
sorted_child_ := array(
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function PureMVal.Copy(_obj: PureMVal);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.Val) then
{self.}Val := _obj.Val;
tslassigning := tslassigning_backup;
end;
function PureMVal.Clone(): PureMVal;override;
begin
obj := new PureMVal(nil, {self.}Prefix, {self.}LocalName);
if not ifnil({self.}Val) then
obj.Val := {self.}Val;
return obj;
end;
function PureMVal.ConvertToPoint();override;
begin
end;
function PureMVal.ReadXmlAttrVal();
begin
return ifnil({self.}XmlAttrVal.Value) ? fallback_.XmlAttrVal.Value : {self.}XmlAttrVal.Value;
end;
function PureMVal.WriteXmlAttrVal(_value: any);
begin
if ifnil({self.}XmlAttrVal) then
begin
{self.}XmlAttrVal := new OpenXmlAttribute({self.}Prefix, "val", nil);
attributes_[{self.}Prefix ? {self.}Prefix + ":" + "val" : "val"] := {self.}XmlAttrVal;
end
{self.}XmlAttrVal.Value := _value;
end;
function OMath.create();overload;
begin
{self.}create(nil, "m", "oMath");
end;
function OMath.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function OMath.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function OMath.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "r": array(0, makeweakref(thisFunction(AppendR))),
pre + "d": array(1, makeweakref(thisFunction(AppendD))),
pre + "f": array(2, makeweakref(thisFunction(AppendF))),
pre + "rad": array(3, makeweakref(thisFunction(AppendRad))),
pre + "sSub": array(4, makeweakref(thisFunction(AppendSSub))),
pre + "sSup": array(5, makeweakref(thisFunction(AppendSSup))),
pre + "nary": array(6, makeweakref(thisFunction(AppendNary))),
pre + "func": array(7, makeweakref(thisFunction(AppendFunc))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function OMath.Copy(_obj: OMath);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
tslassigning := tslassigning_backup;
end;
function OMath.Clone(): OMath;override;
begin
obj := new OMath(nil, {self.}Prefix, {self.}LocalName);
elements := {self.}Elements();
for _,element in elements do
obj.AppendChild(element.Clone());
return obj;
end;
function OMath.ConvertToPoint();override;
begin
elems := {self.}Rs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Ds();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Fs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Rads();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSubs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSups();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Naries();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Funcs();
for _,elem in elems do
elem.ConvertToPoint();
end;
function OMath.ReadRs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "r", ind);
end;
function OMath.WriteRs(_index: integer; _value: nil__R);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "r", ind, _value) then
raise format("Index out of range: Rs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rs expects nil or R";
end
end;
function OMath.ReadDs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "d", ind);
end;
function OMath.WriteDs(_index: integer; _value: nil__D);
begin
if ifnil(_value) then
begin
obj := {self.}ReadDs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "d", ind, _value) then
raise format("Index out of range: Ds[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Ds expects nil or D";
end
end;
function OMath.ReadFs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "f", ind);
end;
function OMath.WriteFs(_index: integer; _value: nil__F);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "f", ind, _value) then
raise format("Index out of range: Fs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Fs expects nil or F";
end
end;
function OMath.ReadRads(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "rad", ind);
end;
function OMath.WriteRads(_index: integer; _value: nil__Rad);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRads(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "rad", ind, _value) then
raise format("Index out of range: Rads[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rads expects nil or Rad";
end
end;
function OMath.ReadSSubs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSub", ind);
end;
function OMath.WriteSSubs(_index: integer; _value: nil__SSub);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSubs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSub", ind, _value) then
raise format("Index out of range: SSubs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSubs expects nil or SSub";
end
end;
function OMath.ReadSSups(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSup", ind);
end;
function OMath.WriteSSups(_index: integer; _value: nil__SSup);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSups(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSup", ind, _value) then
raise format("Index out of range: SSups[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSups expects nil or SSup";
end
end;
function OMath.ReadNaries(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "nary", ind);
end;
function OMath.WriteNaries(_index: integer; _value: nil__Nary);
begin
if ifnil(_value) then
begin
obj := {self.}ReadNaries(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "nary", ind, _value) then
raise format("Index out of range: Naries[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Naries expects nil or Nary";
end
end;
function OMath.ReadFuncs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "func", ind);
end;
function OMath.WriteFuncs(_index: integer; _value: nil__Func);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFuncs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "func", ind, _value) then
raise format("Index out of range: Funcs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Funcs expects nil or Func";
end
end;
function OMath.AddR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function OMath.AddD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function OMath.AddF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function OMath.AddRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function OMath.AddSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function OMath.AddSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function OMath.AddNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function OMath.AddFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function OMath.AppendR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function OMath.AppendD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function OMath.AppendF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function OMath.AppendRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function OMath.AppendSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function OMath.AppendSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function OMath.AppendNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function OMath.AppendFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function R.create();overload;
begin
{self.}create(nil, "m", "r");
end;
function R.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function R.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function R.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "rPr": array(0, makeweakref(thisFunction(ReadXmlChildRPr))),
"a:rPr": array(1, makeweakref(thisFunction(ReadXmlChildARPr))),
"w:rPr": array(2, makeweakref(thisFunction(ReadXmlChildWRPr))),
pre + "t": array(3, makeweakref(thisFunction(ReadXmlChildT))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function R.Copy(_obj: R);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildRPr) then
{self.}RPr.Copy(_obj.XmlChildRPr);
if not ifnil(_obj.XmlChildARPr) then
{self.}ARPr.Copy(_obj.XmlChildARPr);
if not ifnil(_obj.XmlChildWRPr) then
{self.}WRPr.Copy(_obj.XmlChildWRPr);
if not ifnil(_obj.XmlChildT) then
{self.}T.Copy(_obj.XmlChildT);
tslassigning := tslassigning_backup;
end;
function R.Clone(): R;override;
begin
obj := new R(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "rPr": obj.RPr := element.Clone();
"a:rPr": obj.ARPr := element.Clone();
"w:rPr": obj.WRPr := element.Clone();
pre + "t": obj.T := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function R.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildRPr) then
{self.}XmlChildRPr.ConvertToPoint();
if not ifnil({self.}XmlChildARPr) then
{self.}XmlChildARPr.ConvertToPoint();
if not ifnil({self.}XmlChildWRPr) then
{self.}XmlChildWRPr.ConvertToPoint();
if not ifnil({self.}XmlChildT) then
{self.}XmlChildT.ConvertToPoint();
end;
function R.ReadXmlChildRPr(_ns: string): RPr;
begin
if _ns = "a" then
return {self.}ReadXmlChildARPr();
if _ns = "w" then
return {self.}ReadXmlChildWRPr();
if tslassigning and (ifnil({self.}XmlChildRPr) or {self.}XmlChildRPr.Removed) then
begin
{self.}XmlChildRPr := new RPr(self, {self.}Prefix, "rPr");
container_.Set({self.}XmlChildRPr);
end
return {self.}XmlChildRPr and not {self.}XmlChildRPr.Removed ? {self.}XmlChildRPr : fallback_.RPr;
end;
function R.WriteXmlChildRPr(_p1: any; _p2: any);
begin
if realparamcount = 2 then
begin
if _p1 = "a" then
return {self.}WriteXmlChildARPr(_p2);
if _p1 = "w" then
return {self.}WriteXmlChildWRPr(_p2);
end
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildRPr) then
{self.}RemoveChild({self.}XmlChildRPr);
end
else if v is class(RPr) then
begin
v.Parent := self;
{self.}XmlChildRPr := v;
container_.Set({self.}XmlChildRPr);
end
else begin
raise "Invalid assignment: RPr expects RPr or nil";
end
end;
function R.ReadXmlChildARPr(): RPr;
begin
if tslassigning and (ifnil({self.}XmlChildARPr) or {self.}XmlChildARPr.Removed) then
begin
{self.}XmlChildARPr := new DrawingML.RPr(self, "a", "rPr");
container_.Set({self.}XmlChildARPr);
end
return {self.}XmlChildARPr and not {self.}XmlChildARPr.Removed ? {self.}XmlChildARPr : fallback_.ARPr;
end;
function R.WriteXmlChildARPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildARPr) then
{self.}RemoveChild({self.}XmlChildARPr);
end
else if v is class(RPr) then
begin
v.Parent := self;
{self.}XmlChildARPr := v;
container_.Set({self.}XmlChildARPr);
end
else begin
raise "Invalid assignment: RPr expects RPr or nil";
end
end;
function R.ReadXmlChildWRPr(): RPr;
begin
if tslassigning and (ifnil({self.}XmlChildWRPr) or {self.}XmlChildWRPr.Removed) then
begin
{self.}XmlChildWRPr := new DocxML.RPr(self, "w", "rPr");
container_.Set({self.}XmlChildWRPr);
end
return {self.}XmlChildWRPr and not {self.}XmlChildWRPr.Removed ? {self.}XmlChildWRPr : fallback_.WRPr;
end;
function R.WriteXmlChildWRPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildWRPr) then
{self.}RemoveChild({self.}XmlChildWRPr);
end
else if v is class(RPr) then
begin
v.Parent := self;
{self.}XmlChildWRPr := v;
container_.Set({self.}XmlChildWRPr);
end
else begin
raise "Invalid assignment: RPr expects RPr or nil";
end
end;
function R.ReadXmlChildT(): T;
begin
if tslassigning and (ifnil({self.}XmlChildT) or {self.}XmlChildT.Removed) then
begin
{self.}XmlChildT := new T(self, {self.}Prefix, "t");
container_.Set({self.}XmlChildT);
end
return {self.}XmlChildT and not {self.}XmlChildT.Removed ? {self.}XmlChildT : fallback_.T;
end;
function R.WriteXmlChildT(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildT) then
{self.}RemoveChild({self.}XmlChildT);
end
else if v is class(T) then
begin
v.Parent := self;
{self.}XmlChildT := v;
container_.Set({self.}XmlChildT);
end
else begin
raise "Invalid assignment: T expects T or nil";
end
end;
function RPr.create();overload;
begin
{self.}create(nil, "m", "rPr");
end;
function RPr.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function RPr.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function RPr.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "sty": array(0, makeweakref(thisFunction(ReadXmlChildSty))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function RPr.Copy(_obj: RPr);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildSty) then
{self.}Sty.Copy(_obj.XmlChildSty);
tslassigning := tslassigning_backup;
end;
function RPr.Clone(): RPr;override;
begin
obj := new RPr(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "sty": obj.Sty := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function RPr.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildSty) then
{self.}XmlChildSty.ConvertToPoint();
end;
function RPr.ReadXmlChildSty(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildSty) or {self.}XmlChildSty.Removed) then
begin
{self.}XmlChildSty := new PureMVal(self, {self.}Prefix, "sty");
container_.Set({self.}XmlChildSty);
end
return {self.}XmlChildSty and not {self.}XmlChildSty.Removed ? {self.}XmlChildSty : fallback_.Sty;
end;
function RPr.WriteXmlChildSty(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildSty) then
{self.}RemoveChild({self.}XmlChildSty);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildSty := v;
container_.Set({self.}XmlChildSty);
end
else begin
raise "Invalid assignment: Sty expects PureMVal or nil";
end
end;
function T.create();overload;
begin
{self.}create(nil, "w", "t");
end;
function T.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function T.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function T.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
"xml:space": makeweakref(thisFunction(WriteXmlAttrSpace)),
);
end;
function T.Copy(_obj: T);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.Space) then
{self.}Space := _obj.Space;
tslassigning := tslassigning_backup;
end;
function T.Clone(): T;override;
begin
obj := new T(nil, {self.}Prefix, {self.}LocalName);
if not ifnil({self.}Text) then
obj.Text := {self.}Text;
if not ifnil({self.}Space) then
obj.Space := {self.}Space;
return obj;
end;
function T.ConvertToPoint();override;
begin
end;
function T.ReadXmlAttrSpace();
begin
return ifnil({self.}XmlAttrSpace.Value) ? fallback_.XmlAttrSpace.Value : {self.}XmlAttrSpace.Value;
end;
function T.WriteXmlAttrSpace(_value: any);
begin
if ifnil({self.}XmlAttrSpace) then
begin
{self.}XmlAttrSpace := new OpenXmlAttribute("xml", "space", nil);
attributes_["xml:space"] := {self.}XmlAttrSpace;
end
{self.}XmlAttrSpace.Value := _value;
end;
function D.create();overload;
begin
{self.}create(nil, "m", "d");
end;
function D.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function D.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function D.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "dPr": array(0, makeweakref(thisFunction(ReadXmlChildDPr))),
pre + "e": array(1, makeweakref(thisFunction(ReadXmlChildE))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function D.Copy(_obj: D);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildDPr) then
{self.}DPr.Copy(_obj.XmlChildDPr);
if not ifnil(_obj.XmlChildE) then
{self.}E.Copy(_obj.XmlChildE);
tslassigning := tslassigning_backup;
end;
function D.Clone(): D;override;
begin
obj := new D(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "dPr": obj.DPr := element.Clone();
pre + "e": obj.E := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function D.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildDPr) then
{self.}XmlChildDPr.ConvertToPoint();
if not ifnil({self.}XmlChildE) then
{self.}XmlChildE.ConvertToPoint();
end;
function D.ReadXmlChildDPr(): DPr;
begin
if tslassigning and (ifnil({self.}XmlChildDPr) or {self.}XmlChildDPr.Removed) then
begin
{self.}XmlChildDPr := new DPr(self, {self.}Prefix, "dPr");
container_.Set({self.}XmlChildDPr);
end
return {self.}XmlChildDPr and not {self.}XmlChildDPr.Removed ? {self.}XmlChildDPr : fallback_.DPr;
end;
function D.WriteXmlChildDPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildDPr) then
{self.}RemoveChild({self.}XmlChildDPr);
end
else if v is class(DPr) then
begin
v.Parent := self;
{self.}XmlChildDPr := v;
container_.Set({self.}XmlChildDPr);
end
else begin
raise "Invalid assignment: DPr expects DPr or nil";
end
end;
function D.ReadXmlChildE(): E;
begin
if tslassigning and (ifnil({self.}XmlChildE) or {self.}XmlChildE.Removed) then
begin
{self.}XmlChildE := new E(self, {self.}Prefix, "e");
container_.Set({self.}XmlChildE);
end
return {self.}XmlChildE and not {self.}XmlChildE.Removed ? {self.}XmlChildE : fallback_.E;
end;
function D.WriteXmlChildE(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildE) then
{self.}RemoveChild({self.}XmlChildE);
end
else if v is class(E) then
begin
v.Parent := self;
{self.}XmlChildE := v;
container_.Set({self.}XmlChildE);
end
else begin
raise "Invalid assignment: E expects E or nil";
end
end;
function DPr.create();overload;
begin
{self.}create(nil, "m", "dPr");
end;
function DPr.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function DPr.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function DPr.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "begChr": array(0, makeweakref(thisFunction(ReadXmlChildBegChr))),
pre + "endChr": array(1, makeweakref(thisFunction(ReadXmlChildEndChr))),
pre + "sepChr": array(2, makeweakref(thisFunction(ReadXmlChildSepChr))),
pre + "shp": array(3, makeweakref(thisFunction(ReadXmlChildShp))),
pre + "grow": array(4, makeweakref(thisFunction(ReadXmlChildGrow))),
pre + "ctrlPr": array(5, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
"w:rPr": array(6, makeweakref(thisFunction(ReadXmlChildRPr))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function DPr.Copy(_obj: DPr);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildBegChr) then
{self.}BegChr.Copy(_obj.XmlChildBegChr);
if not ifnil(_obj.XmlChildEndChr) then
{self.}EndChr.Copy(_obj.XmlChildEndChr);
if not ifnil(_obj.XmlChildSepChr) then
{self.}SepChr.Copy(_obj.XmlChildSepChr);
if not ifnil(_obj.XmlChildShp) then
{self.}Shp.Copy(_obj.XmlChildShp);
if not ifnil(_obj.XmlChildGrow) then
{self.}Grow.Copy(_obj.XmlChildGrow);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
if not ifnil(_obj.XmlChildRPr) then
{self.}RPr.Copy(_obj.XmlChildRPr);
tslassigning := tslassigning_backup;
end;
function DPr.Clone(): DPr;override;
begin
obj := new DPr(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "begChr": obj.BegChr := element.Clone();
pre + "endChr": obj.EndChr := element.Clone();
pre + "sepChr": obj.SepChr := element.Clone();
pre + "shp": obj.Shp := element.Clone();
pre + "grow": obj.Grow := element.Clone();
pre + "ctrlPr": obj.CtrlPr := element.Clone();
"w:rPr": obj.RPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function DPr.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildBegChr) then
{self.}XmlChildBegChr.ConvertToPoint();
if not ifnil({self.}XmlChildEndChr) then
{self.}XmlChildEndChr.ConvertToPoint();
if not ifnil({self.}XmlChildSepChr) then
{self.}XmlChildSepChr.ConvertToPoint();
if not ifnil({self.}XmlChildShp) then
{self.}XmlChildShp.ConvertToPoint();
if not ifnil({self.}XmlChildGrow) then
{self.}XmlChildGrow.ConvertToPoint();
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
if not ifnil({self.}XmlChildRPr) then
{self.}XmlChildRPr.ConvertToPoint();
end;
function DPr.ReadXmlChildBegChr(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildBegChr) or {self.}XmlChildBegChr.Removed) then
begin
{self.}XmlChildBegChr := new PureMVal(self, {self.}Prefix, "begChr");
container_.Set({self.}XmlChildBegChr);
end
return {self.}XmlChildBegChr and not {self.}XmlChildBegChr.Removed ? {self.}XmlChildBegChr : fallback_.BegChr;
end;
function DPr.WriteXmlChildBegChr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildBegChr) then
{self.}RemoveChild({self.}XmlChildBegChr);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildBegChr := v;
container_.Set({self.}XmlChildBegChr);
end
else begin
raise "Invalid assignment: BegChr expects PureMVal or nil";
end
end;
function DPr.ReadXmlChildEndChr(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildEndChr) or {self.}XmlChildEndChr.Removed) then
begin
{self.}XmlChildEndChr := new PureMVal(self, {self.}Prefix, "endChr");
container_.Set({self.}XmlChildEndChr);
end
return {self.}XmlChildEndChr and not {self.}XmlChildEndChr.Removed ? {self.}XmlChildEndChr : fallback_.EndChr;
end;
function DPr.WriteXmlChildEndChr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildEndChr) then
{self.}RemoveChild({self.}XmlChildEndChr);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildEndChr := v;
container_.Set({self.}XmlChildEndChr);
end
else begin
raise "Invalid assignment: EndChr expects PureMVal or nil";
end
end;
function DPr.ReadXmlChildSepChr(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildSepChr) or {self.}XmlChildSepChr.Removed) then
begin
{self.}XmlChildSepChr := new PureMVal(self, {self.}Prefix, "sepChr");
container_.Set({self.}XmlChildSepChr);
end
return {self.}XmlChildSepChr and not {self.}XmlChildSepChr.Removed ? {self.}XmlChildSepChr : fallback_.SepChr;
end;
function DPr.WriteXmlChildSepChr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildSepChr) then
{self.}RemoveChild({self.}XmlChildSepChr);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildSepChr := v;
container_.Set({self.}XmlChildSepChr);
end
else begin
raise "Invalid assignment: SepChr expects PureMVal or nil";
end
end;
function DPr.ReadXmlChildShp(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildShp) or {self.}XmlChildShp.Removed) then
begin
{self.}XmlChildShp := new PureMVal(self, {self.}Prefix, "shp");
container_.Set({self.}XmlChildShp);
end
return {self.}XmlChildShp and not {self.}XmlChildShp.Removed ? {self.}XmlChildShp : fallback_.Shp;
end;
function DPr.WriteXmlChildShp(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildShp) then
{self.}RemoveChild({self.}XmlChildShp);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildShp := v;
container_.Set({self.}XmlChildShp);
end
else begin
raise "Invalid assignment: Shp expects PureMVal or nil";
end
end;
function DPr.ReadXmlChildGrow(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildGrow) or {self.}XmlChildGrow.Removed) then
begin
{self.}XmlChildGrow := new PureMVal(self, {self.}Prefix, "grow");
container_.Set({self.}XmlChildGrow);
end
return {self.}XmlChildGrow and not {self.}XmlChildGrow.Removed ? {self.}XmlChildGrow : fallback_.Grow;
end;
function DPr.WriteXmlChildGrow(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildGrow) then
{self.}RemoveChild({self.}XmlChildGrow);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildGrow := v;
container_.Set({self.}XmlChildGrow);
end
else begin
raise "Invalid assignment: Grow expects PureMVal or nil";
end
end;
function DPr.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function DPr.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function DPr.ReadXmlChildRPr(): RPr;
begin
if tslassigning and (ifnil({self.}XmlChildRPr) or {self.}XmlChildRPr.Removed) then
begin
{self.}XmlChildRPr := new DocxML.RPr(self, "w", "rPr");
container_.Set({self.}XmlChildRPr);
end
return {self.}XmlChildRPr and not {self.}XmlChildRPr.Removed ? {self.}XmlChildRPr : fallback_.RPr;
end;
function DPr.WriteXmlChildRPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildRPr) then
{self.}RemoveChild({self.}XmlChildRPr);
end
else if v is class(RPr) then
begin
v.Parent := self;
{self.}XmlChildRPr := v;
container_.Set({self.}XmlChildRPr);
end
else begin
raise "Invalid assignment: RPr expects RPr or nil";
end
end;
function CtrlPr.create();overload;
begin
{self.}create(nil, "m", "ctrlPr");
end;
function CtrlPr.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function CtrlPr.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function CtrlPr.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "rPr": array(0, makeweakref(thisFunction(ReadXmlChildRPr))),
pre + "del": array(1, makeweakref(thisFunction(ReadXmlChildDel))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function CtrlPr.Copy(_obj: CtrlPr);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildRPr) then
{self.}RPr.Copy(_obj.XmlChildRPr);
if not ifnil(_obj.XmlChildDel) then
{self.}Del.Copy(_obj.XmlChildDel);
tslassigning := tslassigning_backup;
end;
function CtrlPr.Clone(): CtrlPr;override;
begin
obj := new CtrlPr(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "rPr": obj.RPr := element.Clone();
pre + "del": obj.Del := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function CtrlPr.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildRPr) then
{self.}XmlChildRPr.ConvertToPoint();
if not ifnil({self.}XmlChildDel) then
{self.}XmlChildDel.ConvertToPoint();
end;
function CtrlPr.ReadXmlChildRPr(): RPr;
begin
if tslassigning and (ifnil({self.}XmlChildRPr) or {self.}XmlChildRPr.Removed) then
begin
{self.}XmlChildRPr := new DrawingML.RPr(self, {self.}Prefix, "rPr");
container_.Set({self.}XmlChildRPr);
end
return {self.}XmlChildRPr and not {self.}XmlChildRPr.Removed ? {self.}XmlChildRPr : fallback_.RPr;
end;
function CtrlPr.WriteXmlChildRPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildRPr) then
{self.}RemoveChild({self.}XmlChildRPr);
end
else if v is class(RPr) then
begin
v.Parent := self;
{self.}XmlChildRPr := v;
container_.Set({self.}XmlChildRPr);
end
else begin
raise "Invalid assignment: RPr expects RPr or nil";
end
end;
function CtrlPr.ReadXmlChildDel(): Del;
begin
if tslassigning and (ifnil({self.}XmlChildDel) or {self.}XmlChildDel.Removed) then
begin
{self.}XmlChildDel := new Del(self, {self.}Prefix, "del");
container_.Set({self.}XmlChildDel);
end
return {self.}XmlChildDel and not {self.}XmlChildDel.Removed ? {self.}XmlChildDel : fallback_.Del;
end;
function CtrlPr.WriteXmlChildDel(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildDel) then
{self.}RemoveChild({self.}XmlChildDel);
end
else if v is class(Del) then
begin
v.Parent := self;
{self.}XmlChildDel := v;
container_.Set({self.}XmlChildDel);
end
else begin
raise "Invalid assignment: Del expects Del or nil";
end
end;
function SSup.create();overload;
begin
{self.}create(nil, "m", "sSup");
end;
function SSup.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function SSup.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function SSup.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "sSupPr": array(0, makeweakref(thisFunction(ReadXmlChildSSupPr))),
pre + "e": array(1, makeweakref(thisFunction(ReadXmlChildE))),
pre + "sup": array(2, makeweakref(thisFunction(ReadXmlChildSup))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function SSup.Copy(_obj: SSup);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildSSupPr) then
{self.}SSupPr.Copy(_obj.XmlChildSSupPr);
if not ifnil(_obj.XmlChildE) then
{self.}E.Copy(_obj.XmlChildE);
if not ifnil(_obj.XmlChildSup) then
{self.}Sup.Copy(_obj.XmlChildSup);
tslassigning := tslassigning_backup;
end;
function SSup.Clone(): SSup;override;
begin
obj := new SSup(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "sSupPr": obj.SSupPr := element.Clone();
pre + "e": obj.E := element.Clone();
pre + "sup": obj.Sup := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function SSup.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildSSupPr) then
{self.}XmlChildSSupPr.ConvertToPoint();
if not ifnil({self.}XmlChildE) then
{self.}XmlChildE.ConvertToPoint();
if not ifnil({self.}XmlChildSup) then
{self.}XmlChildSup.ConvertToPoint();
end;
function SSup.ReadXmlChildSSupPr(): SSupPr;
begin
if tslassigning and (ifnil({self.}XmlChildSSupPr) or {self.}XmlChildSSupPr.Removed) then
begin
{self.}XmlChildSSupPr := new SSupPr(self, {self.}Prefix, "sSupPr");
container_.Set({self.}XmlChildSSupPr);
end
return {self.}XmlChildSSupPr and not {self.}XmlChildSSupPr.Removed ? {self.}XmlChildSSupPr : fallback_.SSupPr;
end;
function SSup.WriteXmlChildSSupPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildSSupPr) then
{self.}RemoveChild({self.}XmlChildSSupPr);
end
else if v is class(SSupPr) then
begin
v.Parent := self;
{self.}XmlChildSSupPr := v;
container_.Set({self.}XmlChildSSupPr);
end
else begin
raise "Invalid assignment: SSupPr expects SSupPr or nil";
end
end;
function SSup.ReadXmlChildE(): E;
begin
if tslassigning and (ifnil({self.}XmlChildE) or {self.}XmlChildE.Removed) then
begin
{self.}XmlChildE := new E(self, {self.}Prefix, "e");
container_.Set({self.}XmlChildE);
end
return {self.}XmlChildE and not {self.}XmlChildE.Removed ? {self.}XmlChildE : fallback_.E;
end;
function SSup.WriteXmlChildE(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildE) then
{self.}RemoveChild({self.}XmlChildE);
end
else if v is class(E) then
begin
v.Parent := self;
{self.}XmlChildE := v;
container_.Set({self.}XmlChildE);
end
else begin
raise "Invalid assignment: E expects E or nil";
end
end;
function SSup.ReadXmlChildSup(): Sup;
begin
if tslassigning and (ifnil({self.}XmlChildSup) or {self.}XmlChildSup.Removed) then
begin
{self.}XmlChildSup := new Sup(self, {self.}Prefix, "sup");
container_.Set({self.}XmlChildSup);
end
return {self.}XmlChildSup and not {self.}XmlChildSup.Removed ? {self.}XmlChildSup : fallback_.Sup;
end;
function SSup.WriteXmlChildSup(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildSup) then
{self.}RemoveChild({self.}XmlChildSup);
end
else if v is class(Sup) then
begin
v.Parent := self;
{self.}XmlChildSup := v;
container_.Set({self.}XmlChildSup);
end
else begin
raise "Invalid assignment: Sup expects Sup or nil";
end
end;
function SSupPr.create();overload;
begin
{self.}create(nil, "m", "sSupPr");
end;
function SSupPr.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function SSupPr.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function SSupPr.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "ctrlPr": array(0, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function SSupPr.Copy(_obj: SSupPr);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
tslassigning := tslassigning_backup;
end;
function SSupPr.Clone(): SSupPr;override;
begin
obj := new SSupPr(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "ctrlPr": obj.CtrlPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function SSupPr.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
end;
function SSupPr.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function SSupPr.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function F.create();overload;
begin
{self.}create(nil, "m", "f");
end;
function F.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function F.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function F.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "fPr": array(0, makeweakref(thisFunction(ReadXmlChildFPr))),
pre + "num": array(1, makeweakref(thisFunction(ReadXmlChildNum))),
pre + "den": array(2, makeweakref(thisFunction(ReadXmlChildDen))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function F.Copy(_obj: F);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildFPr) then
{self.}FPr.Copy(_obj.XmlChildFPr);
if not ifnil(_obj.XmlChildNum) then
{self.}Num.Copy(_obj.XmlChildNum);
if not ifnil(_obj.XmlChildDen) then
{self.}Den.Copy(_obj.XmlChildDen);
tslassigning := tslassigning_backup;
end;
function F.Clone(): F;override;
begin
obj := new F(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "fPr": obj.FPr := element.Clone();
pre + "num": obj.Num := element.Clone();
pre + "den": obj.Den := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function F.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildFPr) then
{self.}XmlChildFPr.ConvertToPoint();
if not ifnil({self.}XmlChildNum) then
{self.}XmlChildNum.ConvertToPoint();
if not ifnil({self.}XmlChildDen) then
{self.}XmlChildDen.ConvertToPoint();
end;
function F.ReadXmlChildFPr(): FPr;
begin
if tslassigning and (ifnil({self.}XmlChildFPr) or {self.}XmlChildFPr.Removed) then
begin
{self.}XmlChildFPr := new FPr(self, {self.}Prefix, "fPr");
container_.Set({self.}XmlChildFPr);
end
return {self.}XmlChildFPr and not {self.}XmlChildFPr.Removed ? {self.}XmlChildFPr : fallback_.FPr;
end;
function F.WriteXmlChildFPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildFPr) then
{self.}RemoveChild({self.}XmlChildFPr);
end
else if v is class(FPr) then
begin
v.Parent := self;
{self.}XmlChildFPr := v;
container_.Set({self.}XmlChildFPr);
end
else begin
raise "Invalid assignment: FPr expects FPr or nil";
end
end;
function F.ReadXmlChildNum(): Num;
begin
if tslassigning and (ifnil({self.}XmlChildNum) or {self.}XmlChildNum.Removed) then
begin
{self.}XmlChildNum := new Num(self, {self.}Prefix, "num");
container_.Set({self.}XmlChildNum);
end
return {self.}XmlChildNum and not {self.}XmlChildNum.Removed ? {self.}XmlChildNum : fallback_.Num;
end;
function F.WriteXmlChildNum(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildNum) then
{self.}RemoveChild({self.}XmlChildNum);
end
else if v is class(Num) then
begin
v.Parent := self;
{self.}XmlChildNum := v;
container_.Set({self.}XmlChildNum);
end
else begin
raise "Invalid assignment: Num expects Num or nil";
end
end;
function F.ReadXmlChildDen(): Den;
begin
if tslassigning and (ifnil({self.}XmlChildDen) or {self.}XmlChildDen.Removed) then
begin
{self.}XmlChildDen := new Den(self, {self.}Prefix, "den");
container_.Set({self.}XmlChildDen);
end
return {self.}XmlChildDen and not {self.}XmlChildDen.Removed ? {self.}XmlChildDen : fallback_.Den;
end;
function F.WriteXmlChildDen(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildDen) then
{self.}RemoveChild({self.}XmlChildDen);
end
else if v is class(Den) then
begin
v.Parent := self;
{self.}XmlChildDen := v;
container_.Set({self.}XmlChildDen);
end
else begin
raise "Invalid assignment: Den expects Den or nil";
end
end;
function FPr.create();overload;
begin
{self.}create(nil, "m", "fPr");
end;
function FPr.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function FPr.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function FPr.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "type": array(0, makeweakref(thisFunction(ReadXmlChildType))),
pre + "ctrlPr": array(1, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function FPr.Copy(_obj: FPr);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildType) then
{self.}Type.Copy(_obj.XmlChildType);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
tslassigning := tslassigning_backup;
end;
function FPr.Clone(): FPr;override;
begin
obj := new FPr(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "type": obj.Type := element.Clone();
pre + "ctrlPr": obj.CtrlPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function FPr.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildType) then
{self.}XmlChildType.ConvertToPoint();
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
end;
function FPr.ReadXmlChildType(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildType) or {self.}XmlChildType.Removed) then
begin
{self.}XmlChildType := new PureMVal(self, {self.}Prefix, "type");
container_.Set({self.}XmlChildType);
end
return {self.}XmlChildType and not {self.}XmlChildType.Removed ? {self.}XmlChildType : fallback_.Type;
end;
function FPr.WriteXmlChildType(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildType) then
{self.}RemoveChild({self.}XmlChildType);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildType := v;
container_.Set({self.}XmlChildType);
end
else begin
raise "Invalid assignment: Type expects PureMVal or nil";
end
end;
function FPr.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function FPr.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function Rad.create();overload;
begin
{self.}create(nil, "m", "rad");
end;
function Rad.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Rad.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Rad.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "radPr": array(0, makeweakref(thisFunction(ReadXmlChildRadPr))),
pre + "deg": array(1, makeweakref(thisFunction(ReadXmlChildDeg))),
pre + "e": array(2, makeweakref(thisFunction(ReadXmlChildE))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function Rad.Copy(_obj: Rad);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildRadPr) then
{self.}RadPr.Copy(_obj.XmlChildRadPr);
if not ifnil(_obj.XmlChildDeg) then
{self.}Deg.Copy(_obj.XmlChildDeg);
if not ifnil(_obj.XmlChildE) then
{self.}E.Copy(_obj.XmlChildE);
tslassigning := tslassigning_backup;
end;
function Rad.Clone(): Rad;override;
begin
obj := new Rad(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "radPr": obj.RadPr := element.Clone();
pre + "deg": obj.Deg := element.Clone();
pre + "e": obj.E := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function Rad.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildRadPr) then
{self.}XmlChildRadPr.ConvertToPoint();
if not ifnil({self.}XmlChildDeg) then
{self.}XmlChildDeg.ConvertToPoint();
if not ifnil({self.}XmlChildE) then
{self.}XmlChildE.ConvertToPoint();
end;
function Rad.ReadXmlChildRadPr(): RadPr;
begin
if tslassigning and (ifnil({self.}XmlChildRadPr) or {self.}XmlChildRadPr.Removed) then
begin
{self.}XmlChildRadPr := new RadPr(self, {self.}Prefix, "radPr");
container_.Set({self.}XmlChildRadPr);
end
return {self.}XmlChildRadPr and not {self.}XmlChildRadPr.Removed ? {self.}XmlChildRadPr : fallback_.RadPr;
end;
function Rad.WriteXmlChildRadPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildRadPr) then
{self.}RemoveChild({self.}XmlChildRadPr);
end
else if v is class(RadPr) then
begin
v.Parent := self;
{self.}XmlChildRadPr := v;
container_.Set({self.}XmlChildRadPr);
end
else begin
raise "Invalid assignment: RadPr expects RadPr or nil";
end
end;
function Rad.ReadXmlChildDeg(): Deg;
begin
if tslassigning and (ifnil({self.}XmlChildDeg) or {self.}XmlChildDeg.Removed) then
begin
{self.}XmlChildDeg := new Deg(self, {self.}Prefix, "deg");
container_.Set({self.}XmlChildDeg);
end
return {self.}XmlChildDeg and not {self.}XmlChildDeg.Removed ? {self.}XmlChildDeg : fallback_.Deg;
end;
function Rad.WriteXmlChildDeg(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildDeg) then
{self.}RemoveChild({self.}XmlChildDeg);
end
else if v is class(Deg) then
begin
v.Parent := self;
{self.}XmlChildDeg := v;
container_.Set({self.}XmlChildDeg);
end
else begin
raise "Invalid assignment: Deg expects Deg or nil";
end
end;
function Rad.ReadXmlChildE(): E;
begin
if tslassigning and (ifnil({self.}XmlChildE) or {self.}XmlChildE.Removed) then
begin
{self.}XmlChildE := new E(self, {self.}Prefix, "e");
container_.Set({self.}XmlChildE);
end
return {self.}XmlChildE and not {self.}XmlChildE.Removed ? {self.}XmlChildE : fallback_.E;
end;
function Rad.WriteXmlChildE(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildE) then
{self.}RemoveChild({self.}XmlChildE);
end
else if v is class(E) then
begin
v.Parent := self;
{self.}XmlChildE := v;
container_.Set({self.}XmlChildE);
end
else begin
raise "Invalid assignment: E expects E or nil";
end
end;
function RadPr.create();overload;
begin
{self.}create(nil, "m", "radPr");
end;
function RadPr.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function RadPr.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function RadPr.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "degHide": array(0, makeweakref(thisFunction(ReadXmlChildDegHide))),
pre + "ctrlPr": array(1, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function RadPr.Copy(_obj: RadPr);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildDegHide) then
{self.}DegHide.Copy(_obj.XmlChildDegHide);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
tslassigning := tslassigning_backup;
end;
function RadPr.Clone(): RadPr;override;
begin
obj := new RadPr(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "degHide": obj.DegHide := element.Clone();
pre + "ctrlPr": obj.CtrlPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function RadPr.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildDegHide) then
{self.}XmlChildDegHide.ConvertToPoint();
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
end;
function RadPr.ReadXmlChildDegHide(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildDegHide) or {self.}XmlChildDegHide.Removed) then
begin
{self.}XmlChildDegHide := new PureMVal(self, {self.}Prefix, "degHide");
container_.Set({self.}XmlChildDegHide);
end
return {self.}XmlChildDegHide and not {self.}XmlChildDegHide.Removed ? {self.}XmlChildDegHide : fallback_.DegHide;
end;
function RadPr.WriteXmlChildDegHide(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildDegHide) then
{self.}RemoveChild({self.}XmlChildDegHide);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildDegHide := v;
container_.Set({self.}XmlChildDegHide);
end
else begin
raise "Invalid assignment: DegHide expects PureMVal or nil";
end
end;
function RadPr.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function RadPr.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function SSub.create();overload;
begin
{self.}create(nil, "m", "sSub");
end;
function SSub.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function SSub.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function SSub.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "sSubPr": array(0, makeweakref(thisFunction(ReadXmlChildSSubPr))),
pre + "e": array(1, makeweakref(thisFunction(ReadXmlChildE))),
pre + "sub": array(2, makeweakref(thisFunction(ReadXmlChildSub))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function SSub.Copy(_obj: SSub);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildSSubPr) then
{self.}SSubPr.Copy(_obj.XmlChildSSubPr);
if not ifnil(_obj.XmlChildE) then
{self.}E.Copy(_obj.XmlChildE);
if not ifnil(_obj.XmlChildSub) then
{self.}Sub.Copy(_obj.XmlChildSub);
tslassigning := tslassigning_backup;
end;
function SSub.Clone(): SSub;override;
begin
obj := new SSub(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "sSubPr": obj.SSubPr := element.Clone();
pre + "e": obj.E := element.Clone();
pre + "sub": obj.Sub := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function SSub.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildSSubPr) then
{self.}XmlChildSSubPr.ConvertToPoint();
if not ifnil({self.}XmlChildE) then
{self.}XmlChildE.ConvertToPoint();
if not ifnil({self.}XmlChildSub) then
{self.}XmlChildSub.ConvertToPoint();
end;
function SSub.ReadXmlChildSSubPr(): SSubPr;
begin
if tslassigning and (ifnil({self.}XmlChildSSubPr) or {self.}XmlChildSSubPr.Removed) then
begin
{self.}XmlChildSSubPr := new SSubPr(self, {self.}Prefix, "sSubPr");
container_.Set({self.}XmlChildSSubPr);
end
return {self.}XmlChildSSubPr and not {self.}XmlChildSSubPr.Removed ? {self.}XmlChildSSubPr : fallback_.SSubPr;
end;
function SSub.WriteXmlChildSSubPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildSSubPr) then
{self.}RemoveChild({self.}XmlChildSSubPr);
end
else if v is class(SSubPr) then
begin
v.Parent := self;
{self.}XmlChildSSubPr := v;
container_.Set({self.}XmlChildSSubPr);
end
else begin
raise "Invalid assignment: SSubPr expects SSubPr or nil";
end
end;
function SSub.ReadXmlChildE(): E;
begin
if tslassigning and (ifnil({self.}XmlChildE) or {self.}XmlChildE.Removed) then
begin
{self.}XmlChildE := new E(self, {self.}Prefix, "e");
container_.Set({self.}XmlChildE);
end
return {self.}XmlChildE and not {self.}XmlChildE.Removed ? {self.}XmlChildE : fallback_.E;
end;
function SSub.WriteXmlChildE(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildE) then
{self.}RemoveChild({self.}XmlChildE);
end
else if v is class(E) then
begin
v.Parent := self;
{self.}XmlChildE := v;
container_.Set({self.}XmlChildE);
end
else begin
raise "Invalid assignment: E expects E or nil";
end
end;
function SSub.ReadXmlChildSub(): Sub;
begin
if tslassigning and (ifnil({self.}XmlChildSub) or {self.}XmlChildSub.Removed) then
begin
{self.}XmlChildSub := new Sub(self, {self.}Prefix, "sub");
container_.Set({self.}XmlChildSub);
end
return {self.}XmlChildSub and not {self.}XmlChildSub.Removed ? {self.}XmlChildSub : fallback_.Sub;
end;
function SSub.WriteXmlChildSub(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildSub) then
{self.}RemoveChild({self.}XmlChildSub);
end
else if v is class(Sub) then
begin
v.Parent := self;
{self.}XmlChildSub := v;
container_.Set({self.}XmlChildSub);
end
else begin
raise "Invalid assignment: Sub expects Sub or nil";
end
end;
function SSubPr.create();overload;
begin
{self.}create(nil, "m", "sSubPr");
end;
function SSubPr.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function SSubPr.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function SSubPr.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "ctrlPr": array(0, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function SSubPr.Copy(_obj: SSubPr);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
tslassigning := tslassigning_backup;
end;
function SSubPr.Clone(): SSubPr;override;
begin
obj := new SSubPr(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "ctrlPr": obj.CtrlPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function SSubPr.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
end;
function SSubPr.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function SSubPr.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function Nary.create();overload;
begin
{self.}create(nil, "m", "nary");
end;
function Nary.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Nary.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Nary.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "naryPr": array(0, makeweakref(thisFunction(ReadXmlChildNaryPr))),
pre + "sub": array(1, makeweakref(thisFunction(ReadXmlChildSub))),
pre + "sup": array(2, makeweakref(thisFunction(ReadXmlChildSup))),
pre + "e": array(3, makeweakref(thisFunction(ReadXmlChildE))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function Nary.Copy(_obj: Nary);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildNaryPr) then
{self.}NaryPr.Copy(_obj.XmlChildNaryPr);
if not ifnil(_obj.XmlChildSub) then
{self.}Sub.Copy(_obj.XmlChildSub);
if not ifnil(_obj.XmlChildSup) then
{self.}Sup.Copy(_obj.XmlChildSup);
if not ifnil(_obj.XmlChildE) then
{self.}E.Copy(_obj.XmlChildE);
tslassigning := tslassigning_backup;
end;
function Nary.Clone(): Nary;override;
begin
obj := new Nary(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "naryPr": obj.NaryPr := element.Clone();
pre + "sub": obj.Sub := element.Clone();
pre + "sup": obj.Sup := element.Clone();
pre + "e": obj.E := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function Nary.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildNaryPr) then
{self.}XmlChildNaryPr.ConvertToPoint();
if not ifnil({self.}XmlChildSub) then
{self.}XmlChildSub.ConvertToPoint();
if not ifnil({self.}XmlChildSup) then
{self.}XmlChildSup.ConvertToPoint();
if not ifnil({self.}XmlChildE) then
{self.}XmlChildE.ConvertToPoint();
end;
function Nary.ReadXmlChildNaryPr(): NaryPr;
begin
if tslassigning and (ifnil({self.}XmlChildNaryPr) or {self.}XmlChildNaryPr.Removed) then
begin
{self.}XmlChildNaryPr := new NaryPr(self, {self.}Prefix, "naryPr");
container_.Set({self.}XmlChildNaryPr);
end
return {self.}XmlChildNaryPr and not {self.}XmlChildNaryPr.Removed ? {self.}XmlChildNaryPr : fallback_.NaryPr;
end;
function Nary.WriteXmlChildNaryPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildNaryPr) then
{self.}RemoveChild({self.}XmlChildNaryPr);
end
else if v is class(NaryPr) then
begin
v.Parent := self;
{self.}XmlChildNaryPr := v;
container_.Set({self.}XmlChildNaryPr);
end
else begin
raise "Invalid assignment: NaryPr expects NaryPr or nil";
end
end;
function Nary.ReadXmlChildSub(): Sub;
begin
if tslassigning and (ifnil({self.}XmlChildSub) or {self.}XmlChildSub.Removed) then
begin
{self.}XmlChildSub := new Sub(self, {self.}Prefix, "sub");
container_.Set({self.}XmlChildSub);
end
return {self.}XmlChildSub and not {self.}XmlChildSub.Removed ? {self.}XmlChildSub : fallback_.Sub;
end;
function Nary.WriteXmlChildSub(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildSub) then
{self.}RemoveChild({self.}XmlChildSub);
end
else if v is class(Sub) then
begin
v.Parent := self;
{self.}XmlChildSub := v;
container_.Set({self.}XmlChildSub);
end
else begin
raise "Invalid assignment: Sub expects Sub or nil";
end
end;
function Nary.ReadXmlChildSup(): Sup;
begin
if tslassigning and (ifnil({self.}XmlChildSup) or {self.}XmlChildSup.Removed) then
begin
{self.}XmlChildSup := new Sup(self, {self.}Prefix, "sup");
container_.Set({self.}XmlChildSup);
end
return {self.}XmlChildSup and not {self.}XmlChildSup.Removed ? {self.}XmlChildSup : fallback_.Sup;
end;
function Nary.WriteXmlChildSup(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildSup) then
{self.}RemoveChild({self.}XmlChildSup);
end
else if v is class(Sup) then
begin
v.Parent := self;
{self.}XmlChildSup := v;
container_.Set({self.}XmlChildSup);
end
else begin
raise "Invalid assignment: Sup expects Sup or nil";
end
end;
function Nary.ReadXmlChildE(): E;
begin
if tslassigning and (ifnil({self.}XmlChildE) or {self.}XmlChildE.Removed) then
begin
{self.}XmlChildE := new E(self, {self.}Prefix, "e");
container_.Set({self.}XmlChildE);
end
return {self.}XmlChildE and not {self.}XmlChildE.Removed ? {self.}XmlChildE : fallback_.E;
end;
function Nary.WriteXmlChildE(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildE) then
{self.}RemoveChild({self.}XmlChildE);
end
else if v is class(E) then
begin
v.Parent := self;
{self.}XmlChildE := v;
container_.Set({self.}XmlChildE);
end
else begin
raise "Invalid assignment: E expects E or nil";
end
end;
function NaryPr.create();overload;
begin
{self.}create(nil, "m", "naryPr");
end;
function NaryPr.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function NaryPr.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function NaryPr.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "chr": array(0, makeweakref(thisFunction(ReadXmlChildChr))),
pre + "grow": array(1, makeweakref(thisFunction(ReadXmlChildGrow))),
pre + "subHide": array(2, makeweakref(thisFunction(ReadXmlChildSubHide))),
pre + "supHide": array(3, makeweakref(thisFunction(ReadXmlChildSupHide))),
pre + "limLoc": array(4, makeweakref(thisFunction(ReadXmlChildLimLoc))),
pre + "ctrlPr": array(5, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function NaryPr.Copy(_obj: NaryPr);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildChr) then
{self.}Chr.Copy(_obj.XmlChildChr);
if not ifnil(_obj.XmlChildGrow) then
{self.}Grow.Copy(_obj.XmlChildGrow);
if not ifnil(_obj.XmlChildSubHide) then
{self.}SubHide.Copy(_obj.XmlChildSubHide);
if not ifnil(_obj.XmlChildSupHide) then
{self.}SupHide.Copy(_obj.XmlChildSupHide);
if not ifnil(_obj.XmlChildLimLoc) then
{self.}LimLoc.Copy(_obj.XmlChildLimLoc);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
tslassigning := tslassigning_backup;
end;
function NaryPr.Clone(): NaryPr;override;
begin
obj := new NaryPr(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "chr": obj.Chr := element.Clone();
pre + "grow": obj.Grow := element.Clone();
pre + "subHide": obj.SubHide := element.Clone();
pre + "supHide": obj.SupHide := element.Clone();
pre + "limLoc": obj.LimLoc := element.Clone();
pre + "ctrlPr": obj.CtrlPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function NaryPr.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildChr) then
{self.}XmlChildChr.ConvertToPoint();
if not ifnil({self.}XmlChildGrow) then
{self.}XmlChildGrow.ConvertToPoint();
if not ifnil({self.}XmlChildSubHide) then
{self.}XmlChildSubHide.ConvertToPoint();
if not ifnil({self.}XmlChildSupHide) then
{self.}XmlChildSupHide.ConvertToPoint();
if not ifnil({self.}XmlChildLimLoc) then
{self.}XmlChildLimLoc.ConvertToPoint();
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
end;
function NaryPr.ReadXmlChildChr(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildChr) or {self.}XmlChildChr.Removed) then
begin
{self.}XmlChildChr := new PureMVal(self, {self.}Prefix, "chr");
container_.Set({self.}XmlChildChr);
end
return {self.}XmlChildChr and not {self.}XmlChildChr.Removed ? {self.}XmlChildChr : fallback_.Chr;
end;
function NaryPr.WriteXmlChildChr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildChr) then
{self.}RemoveChild({self.}XmlChildChr);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildChr := v;
container_.Set({self.}XmlChildChr);
end
else begin
raise "Invalid assignment: Chr expects PureMVal or nil";
end
end;
function NaryPr.ReadXmlChildGrow(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildGrow) or {self.}XmlChildGrow.Removed) then
begin
{self.}XmlChildGrow := new PureMVal(self, {self.}Prefix, "grow");
container_.Set({self.}XmlChildGrow);
end
return {self.}XmlChildGrow and not {self.}XmlChildGrow.Removed ? {self.}XmlChildGrow : fallback_.Grow;
end;
function NaryPr.WriteXmlChildGrow(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildGrow) then
{self.}RemoveChild({self.}XmlChildGrow);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildGrow := v;
container_.Set({self.}XmlChildGrow);
end
else begin
raise "Invalid assignment: Grow expects PureMVal or nil";
end
end;
function NaryPr.ReadXmlChildSubHide(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildSubHide) or {self.}XmlChildSubHide.Removed) then
begin
{self.}XmlChildSubHide := new PureMVal(self, {self.}Prefix, "subHide");
container_.Set({self.}XmlChildSubHide);
end
return {self.}XmlChildSubHide and not {self.}XmlChildSubHide.Removed ? {self.}XmlChildSubHide : fallback_.SubHide;
end;
function NaryPr.WriteXmlChildSubHide(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildSubHide) then
{self.}RemoveChild({self.}XmlChildSubHide);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildSubHide := v;
container_.Set({self.}XmlChildSubHide);
end
else begin
raise "Invalid assignment: SubHide expects PureMVal or nil";
end
end;
function NaryPr.ReadXmlChildSupHide(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildSupHide) or {self.}XmlChildSupHide.Removed) then
begin
{self.}XmlChildSupHide := new PureMVal(self, {self.}Prefix, "supHide");
container_.Set({self.}XmlChildSupHide);
end
return {self.}XmlChildSupHide and not {self.}XmlChildSupHide.Removed ? {self.}XmlChildSupHide : fallback_.SupHide;
end;
function NaryPr.WriteXmlChildSupHide(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildSupHide) then
{self.}RemoveChild({self.}XmlChildSupHide);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildSupHide := v;
container_.Set({self.}XmlChildSupHide);
end
else begin
raise "Invalid assignment: SupHide expects PureMVal or nil";
end
end;
function NaryPr.ReadXmlChildLimLoc(): PureMVal;
begin
if tslassigning and (ifnil({self.}XmlChildLimLoc) or {self.}XmlChildLimLoc.Removed) then
begin
{self.}XmlChildLimLoc := new PureMVal(self, {self.}Prefix, "limLoc");
container_.Set({self.}XmlChildLimLoc);
end
return {self.}XmlChildLimLoc and not {self.}XmlChildLimLoc.Removed ? {self.}XmlChildLimLoc : fallback_.LimLoc;
end;
function NaryPr.WriteXmlChildLimLoc(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildLimLoc) then
{self.}RemoveChild({self.}XmlChildLimLoc);
end
else if v is class(PureMVal) then
begin
v.Parent := self;
{self.}XmlChildLimLoc := v;
container_.Set({self.}XmlChildLimLoc);
end
else begin
raise "Invalid assignment: LimLoc expects PureMVal or nil";
end
end;
function NaryPr.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function NaryPr.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function Func.create();overload;
begin
{self.}create(nil, "m", "func");
end;
function Func.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Func.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Func.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "funcPr": array(0, makeweakref(thisFunction(ReadXmlChildFuncPr))),
pre + "fName": array(1, makeweakref(thisFunction(ReadXmlChildFName))),
pre + "e": array(2, makeweakref(thisFunction(ReadXmlChildE))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function Func.Copy(_obj: Func);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildFuncPr) then
{self.}FuncPr.Copy(_obj.XmlChildFuncPr);
if not ifnil(_obj.XmlChildFName) then
{self.}FName.Copy(_obj.XmlChildFName);
if not ifnil(_obj.XmlChildE) then
{self.}E.Copy(_obj.XmlChildE);
tslassigning := tslassigning_backup;
end;
function Func.Clone(): Func;override;
begin
obj := new Func(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "funcPr": obj.FuncPr := element.Clone();
pre + "fName": obj.FName := element.Clone();
pre + "e": obj.E := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function Func.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildFuncPr) then
{self.}XmlChildFuncPr.ConvertToPoint();
if not ifnil({self.}XmlChildFName) then
{self.}XmlChildFName.ConvertToPoint();
if not ifnil({self.}XmlChildE) then
{self.}XmlChildE.ConvertToPoint();
end;
function Func.ReadXmlChildFuncPr(): FuncPr;
begin
if tslassigning and (ifnil({self.}XmlChildFuncPr) or {self.}XmlChildFuncPr.Removed) then
begin
{self.}XmlChildFuncPr := new FuncPr(self, {self.}Prefix, "funcPr");
container_.Set({self.}XmlChildFuncPr);
end
return {self.}XmlChildFuncPr and not {self.}XmlChildFuncPr.Removed ? {self.}XmlChildFuncPr : fallback_.FuncPr;
end;
function Func.WriteXmlChildFuncPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildFuncPr) then
{self.}RemoveChild({self.}XmlChildFuncPr);
end
else if v is class(FuncPr) then
begin
v.Parent := self;
{self.}XmlChildFuncPr := v;
container_.Set({self.}XmlChildFuncPr);
end
else begin
raise "Invalid assignment: FuncPr expects FuncPr or nil";
end
end;
function Func.ReadXmlChildFName(): FName;
begin
if tslassigning and (ifnil({self.}XmlChildFName) or {self.}XmlChildFName.Removed) then
begin
{self.}XmlChildFName := new FName(self, {self.}Prefix, "fName");
container_.Set({self.}XmlChildFName);
end
return {self.}XmlChildFName and not {self.}XmlChildFName.Removed ? {self.}XmlChildFName : fallback_.FName;
end;
function Func.WriteXmlChildFName(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildFName) then
{self.}RemoveChild({self.}XmlChildFName);
end
else if v is class(FName) then
begin
v.Parent := self;
{self.}XmlChildFName := v;
container_.Set({self.}XmlChildFName);
end
else begin
raise "Invalid assignment: FName expects FName or nil";
end
end;
function Func.ReadXmlChildE(): E;
begin
if tslassigning and (ifnil({self.}XmlChildE) or {self.}XmlChildE.Removed) then
begin
{self.}XmlChildE := new E(self, {self.}Prefix, "e");
container_.Set({self.}XmlChildE);
end
return {self.}XmlChildE and not {self.}XmlChildE.Removed ? {self.}XmlChildE : fallback_.E;
end;
function Func.WriteXmlChildE(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildE) then
{self.}RemoveChild({self.}XmlChildE);
end
else if v is class(E) then
begin
v.Parent := self;
{self.}XmlChildE := v;
container_.Set({self.}XmlChildE);
end
else begin
raise "Invalid assignment: E expects E or nil";
end
end;
function FName.create();overload;
begin
{self.}create(nil, "m", "fname");
end;
function FName.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function FName.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function FName.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "r": array(0, makeweakref(thisFunction(AppendR))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function FName.Copy(_obj: FName);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
tslassigning := tslassigning_backup;
end;
function FName.Clone(): FName;override;
begin
obj := new FName(nil, {self.}Prefix, {self.}LocalName);
elements := {self.}Elements();
for _,element in elements do
obj.AppendChild(element.Clone());
return obj;
end;
function FName.ConvertToPoint();override;
begin
elems := {self.}Rs();
for _,elem in elems do
elem.ConvertToPoint();
end;
function FName.ReadRs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "r", ind);
end;
function FName.WriteRs(_index: integer; _value: nil__R);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "r", ind, _value) then
raise format("Index out of range: Rs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rs expects nil or R";
end
end;
function FName.AddR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function FName.AppendR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function FuncPr.create();overload;
begin
{self.}create(nil, "m", "funcPr");
end;
function FuncPr.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function FuncPr.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function FuncPr.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "ctrlPr": array(0, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function FuncPr.Copy(_obj: FuncPr);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
tslassigning := tslassigning_backup;
end;
function FuncPr.Clone(): FuncPr;override;
begin
obj := new FuncPr(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "ctrlPr": obj.CtrlPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function FuncPr.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
end;
function FuncPr.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function FuncPr.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function CoreProperties.create();overload;
begin
{self.}create(nil, "cp", "coreProperties");
end;
function CoreProperties.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function CoreProperties.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function CoreProperties.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
"dc:title": array(0, makeweakref(thisFunction(ReadXmlChildTitle))),
"dc:subject": array(1, makeweakref(thisFunction(ReadXmlChildSubject))),
"dc:creator": array(2, makeweakref(thisFunction(ReadXmlChildCreator))),
"cp:keywords": array(3, makeweakref(thisFunction(ReadXmlChildKeywords))),
"cp:description": array(4, makeweakref(thisFunction(ReadXmlChildDescription))),
"cp:lastModifiedBy": array(5, makeweakref(thisFunction(ReadXmlChildLastModifiedBy))),
"cp:revision": array(6, makeweakref(thisFunction(ReadXmlChildRevision))),
"cp:lastPrinted": array(7, makeweakref(thisFunction(ReadXmlChildLastPrinted))),
"dcterms:created": array(8, makeweakref(thisFunction(ReadXmlChildCreated))),
"dcterms:modified": array(9, makeweakref(thisFunction(ReadXmlChildModified))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function CoreProperties.Copy(_obj: CoreProperties);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildTitle) then
{self.}Title.Copy(_obj.XmlChildTitle);
if not ifnil(_obj.XmlChildSubject) then
{self.}Subject.Copy(_obj.XmlChildSubject);
if not ifnil(_obj.XmlChildCreator) then
{self.}Creator.Copy(_obj.XmlChildCreator);
if not ifnil(_obj.XmlChildKeywords) then
{self.}Keywords.Copy(_obj.XmlChildKeywords);
if not ifnil(_obj.XmlChildDescription) then
{self.}Description.Copy(_obj.XmlChildDescription);
if not ifnil(_obj.XmlChildLastModifiedBy) then
{self.}LastModifiedBy.Copy(_obj.XmlChildLastModifiedBy);
if not ifnil(_obj.XmlChildRevision) then
{self.}Revision.Copy(_obj.XmlChildRevision);
if not ifnil(_obj.XmlChildLastPrinted) then
{self.}LastPrinted.Copy(_obj.XmlChildLastPrinted);
if not ifnil(_obj.XmlChildCreated) then
{self.}Created.Copy(_obj.XmlChildCreated);
if not ifnil(_obj.XmlChildModified) then
{self.}Modified.Copy(_obj.XmlChildModified);
tslassigning := tslassigning_backup;
end;
function CoreProperties.Clone(): CoreProperties;override;
begin
obj := new CoreProperties(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
"dc:title": obj.Title := element.Clone();
"dc:subject": obj.Subject := element.Clone();
"dc:creator": obj.Creator := element.Clone();
"cp:keywords": obj.Keywords := element.Clone();
"cp:description": obj.Description := element.Clone();
"cp:lastModifiedBy": obj.LastModifiedBy := element.Clone();
"cp:revision": obj.Revision := element.Clone();
"cp:lastPrinted": obj.LastPrinted := element.Clone();
"dcterms:created": obj.Created := element.Clone();
"dcterms:modified": obj.Modified := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function CoreProperties.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildCreated) then
{self.}XmlChildCreated.ConvertToPoint();
if not ifnil({self.}XmlChildModified) then
{self.}XmlChildModified.ConvertToPoint();
end;
function CoreProperties.ReadXmlChildTitle();
begin
if tslassigning and (ifnil({self.}XmlChildTitle) or {self.}XmlChildTitle.Removed) then
begin
{self.}XmlChildTitle := new OpenXmlTextElement(self, "dc", "title");
container_.Set({self.}XmlChildTitle);
end
return {self.}XmlChildTitle and not {self.}XmlChildTitle.Removed ? {self.}XmlChildTitle : fallback_.Title;
end;
function CoreProperties.WriteXmlChildTitle(_value: nil_or_OpenXmlTextElement);
begin
if ifnil(_value) then
begin
if ifObj({self.}XmlChildTitle) then
{self.}RemoveChild({self.}XmlChildTitle);
end
else if _value is class(OpenXmlTextElement) then
begin
_value.Parent := self;
{self.}XmlChildTitle := _value;
container_.Set({self.}XmlChildTitle);
end
else begin
raise "Invalid assignment: Title expects nil or OpenXmlTextElement";
end
end;
function CoreProperties.ReadXmlChildSubject();
begin
if tslassigning and (ifnil({self.}XmlChildSubject) or {self.}XmlChildSubject.Removed) then
begin
{self.}XmlChildSubject := new OpenXmlTextElement(self, "dc", "subject");
container_.Set({self.}XmlChildSubject);
end
return {self.}XmlChildSubject and not {self.}XmlChildSubject.Removed ? {self.}XmlChildSubject : fallback_.Subject;
end;
function CoreProperties.WriteXmlChildSubject(_value: nil_or_OpenXmlTextElement);
begin
if ifnil(_value) then
begin
if ifObj({self.}XmlChildSubject) then
{self.}RemoveChild({self.}XmlChildSubject);
end
else if _value is class(OpenXmlTextElement) then
begin
_value.Parent := self;
{self.}XmlChildSubject := _value;
container_.Set({self.}XmlChildSubject);
end
else begin
raise "Invalid assignment: Subject expects nil or OpenXmlTextElement";
end
end;
function CoreProperties.ReadXmlChildCreator();
begin
if tslassigning and (ifnil({self.}XmlChildCreator) or {self.}XmlChildCreator.Removed) then
begin
{self.}XmlChildCreator := new OpenXmlTextElement(self, "dc", "creator");
container_.Set({self.}XmlChildCreator);
end
return {self.}XmlChildCreator and not {self.}XmlChildCreator.Removed ? {self.}XmlChildCreator : fallback_.Creator;
end;
function CoreProperties.WriteXmlChildCreator(_value: nil_or_OpenXmlTextElement);
begin
if ifnil(_value) then
begin
if ifObj({self.}XmlChildCreator) then
{self.}RemoveChild({self.}XmlChildCreator);
end
else if _value is class(OpenXmlTextElement) then
begin
_value.Parent := self;
{self.}XmlChildCreator := _value;
container_.Set({self.}XmlChildCreator);
end
else begin
raise "Invalid assignment: Creator expects nil or OpenXmlTextElement";
end
end;
function CoreProperties.ReadXmlChildKeywords();
begin
if tslassigning and (ifnil({self.}XmlChildKeywords) or {self.}XmlChildKeywords.Removed) then
begin
{self.}XmlChildKeywords := new OpenXmlTextElement(self, "cp", "keywords");
container_.Set({self.}XmlChildKeywords);
end
return {self.}XmlChildKeywords and not {self.}XmlChildKeywords.Removed ? {self.}XmlChildKeywords : fallback_.Keywords;
end;
function CoreProperties.WriteXmlChildKeywords(_value: nil_or_OpenXmlTextElement);
begin
if ifnil(_value) then
begin
if ifObj({self.}XmlChildKeywords) then
{self.}RemoveChild({self.}XmlChildKeywords);
end
else if _value is class(OpenXmlTextElement) then
begin
_value.Parent := self;
{self.}XmlChildKeywords := _value;
container_.Set({self.}XmlChildKeywords);
end
else begin
raise "Invalid assignment: Keywords expects nil or OpenXmlTextElement";
end
end;
function CoreProperties.ReadXmlChildDescription();
begin
if tslassigning and (ifnil({self.}XmlChildDescription) or {self.}XmlChildDescription.Removed) then
begin
{self.}XmlChildDescription := new OpenXmlTextElement(self, "cp", "description");
container_.Set({self.}XmlChildDescription);
end
return {self.}XmlChildDescription and not {self.}XmlChildDescription.Removed ? {self.}XmlChildDescription : fallback_.Description;
end;
function CoreProperties.WriteXmlChildDescription(_value: nil_or_OpenXmlTextElement);
begin
if ifnil(_value) then
begin
if ifObj({self.}XmlChildDescription) then
{self.}RemoveChild({self.}XmlChildDescription);
end
else if _value is class(OpenXmlTextElement) then
begin
_value.Parent := self;
{self.}XmlChildDescription := _value;
container_.Set({self.}XmlChildDescription);
end
else begin
raise "Invalid assignment: Description expects nil or OpenXmlTextElement";
end
end;
function CoreProperties.ReadXmlChildLastModifiedBy();
begin
if tslassigning and (ifnil({self.}XmlChildLastModifiedBy) or {self.}XmlChildLastModifiedBy.Removed) then
begin
{self.}XmlChildLastModifiedBy := new OpenXmlTextElement(self, "cp", "lastModifiedBy");
container_.Set({self.}XmlChildLastModifiedBy);
end
return {self.}XmlChildLastModifiedBy and not {self.}XmlChildLastModifiedBy.Removed ? {self.}XmlChildLastModifiedBy : fallback_.LastModifiedBy;
end;
function CoreProperties.WriteXmlChildLastModifiedBy(_value: nil_or_OpenXmlTextElement);
begin
if ifnil(_value) then
begin
if ifObj({self.}XmlChildLastModifiedBy) then
{self.}RemoveChild({self.}XmlChildLastModifiedBy);
end
else if _value is class(OpenXmlTextElement) then
begin
_value.Parent := self;
{self.}XmlChildLastModifiedBy := _value;
container_.Set({self.}XmlChildLastModifiedBy);
end
else begin
raise "Invalid assignment: LastModifiedBy expects nil or OpenXmlTextElement";
end
end;
function CoreProperties.ReadXmlChildRevision();
begin
if tslassigning and (ifnil({self.}XmlChildRevision) or {self.}XmlChildRevision.Removed) then
begin
{self.}XmlChildRevision := new OpenXmlTextElement(self, "cp", "revision");
container_.Set({self.}XmlChildRevision);
end
return {self.}XmlChildRevision and not {self.}XmlChildRevision.Removed ? {self.}XmlChildRevision : fallback_.Revision;
end;
function CoreProperties.WriteXmlChildRevision(_value: nil_or_OpenXmlTextElement);
begin
if ifnil(_value) then
begin
if ifObj({self.}XmlChildRevision) then
{self.}RemoveChild({self.}XmlChildRevision);
end
else if _value is class(OpenXmlTextElement) then
begin
_value.Parent := self;
{self.}XmlChildRevision := _value;
container_.Set({self.}XmlChildRevision);
end
else begin
raise "Invalid assignment: Revision expects nil or OpenXmlTextElement";
end
end;
function CoreProperties.ReadXmlChildLastPrinted();
begin
if tslassigning and (ifnil({self.}XmlChildLastPrinted) or {self.}XmlChildLastPrinted.Removed) then
begin
{self.}XmlChildLastPrinted := new OpenXmlTextElement(self, "cp", "lastPrinted");
container_.Set({self.}XmlChildLastPrinted);
end
return {self.}XmlChildLastPrinted and not {self.}XmlChildLastPrinted.Removed ? {self.}XmlChildLastPrinted : fallback_.LastPrinted;
end;
function CoreProperties.WriteXmlChildLastPrinted(_value: nil_or_OpenXmlTextElement);
begin
if ifnil(_value) then
begin
if ifObj({self.}XmlChildLastPrinted) then
{self.}RemoveChild({self.}XmlChildLastPrinted);
end
else if _value is class(OpenXmlTextElement) then
begin
_value.Parent := self;
{self.}XmlChildLastPrinted := _value;
container_.Set({self.}XmlChildLastPrinted);
end
else begin
raise "Invalid assignment: LastPrinted expects nil or OpenXmlTextElement";
end
end;
function CoreProperties.ReadXmlChildCreated();
begin
if tslassigning and (ifnil({self.}XmlChildCreated) or {self.}XmlChildCreated.Removed) then
begin
{self.}XmlChildCreated := new Created(self, "dcterms", "created");
container_.Set({self.}XmlChildCreated);
end
return {self.}XmlChildCreated and not {self.}XmlChildCreated.Removed ? {self.}XmlChildCreated : fallback_.Created;
end;
function CoreProperties.WriteXmlChildCreated(_value: nil_or_OpenXmlTextElement);
begin
if ifnil(_value) then
begin
if ifObj({self.}XmlChildCreated) then
{self.}RemoveChild({self.}XmlChildCreated);
end
else if _value is class(OpenXmlTextElement) then
begin
_value.Parent := self;
{self.}XmlChildCreated := _value;
container_.Set({self.}XmlChildCreated);
end
else begin
raise "Invalid assignment: Created expects nil or OpenXmlTextElement";
end
end;
function CoreProperties.ReadXmlChildModified();
begin
if tslassigning and (ifnil({self.}XmlChildModified) or {self.}XmlChildModified.Removed) then
begin
{self.}XmlChildModified := new Modified(self, "dcterms", "modified");
container_.Set({self.}XmlChildModified);
end
return {self.}XmlChildModified and not {self.}XmlChildModified.Removed ? {self.}XmlChildModified : fallback_.Modified;
end;
function CoreProperties.WriteXmlChildModified(_value: nil_or_OpenXmlTextElement);
begin
if ifnil(_value) then
begin
if ifObj({self.}XmlChildModified) then
{self.}RemoveChild({self.}XmlChildModified);
end
else if _value is class(OpenXmlTextElement) then
begin
_value.Parent := self;
{self.}XmlChildModified := _value;
container_.Set({self.}XmlChildModified);
end
else begin
raise "Invalid assignment: Modified expects nil or OpenXmlTextElement";
end
end;
function Created.create();overload;
begin
{self.}create(nil, "dcterms", "created");
end;
function Created.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Created.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Created.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
"xsi:type": makeweakref(thisFunction(WriteXmlAttrType)),
);
end;
function Created.Copy(_obj: Created);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.Type) then
{self.}Type := _obj.Type;
tslassigning := tslassigning_backup;
end;
function Created.Clone(): Created;override;
begin
obj := new Created(nil, {self.}Prefix, {self.}LocalName);
if not ifnil({self.}Text) then
obj.Text := {self.}Text;
if not ifnil({self.}Type) then
obj.Type := {self.}Type;
return obj;
end;
function Created.ConvertToPoint();override;
begin
end;
function Created.ReadXmlAttrType();
begin
return ifnil({self.}XmlAttrType.Value) ? fallback_.XmlAttrType.Value : {self.}XmlAttrType.Value;
end;
function Created.WriteXmlAttrType(_value: any);
begin
if ifnil({self.}XmlAttrType) then
begin
{self.}XmlAttrType := new OpenXmlAttribute("xsi", "type", nil);
attributes_["xsi:type"] := {self.}XmlAttrType;
end
{self.}XmlAttrType.Value := _value;
end;
function Modified.create();overload;
begin
{self.}create(nil, "dcterms", "modified");
end;
function Modified.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Modified.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Modified.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
"xsi:type": makeweakref(thisFunction(WriteXmlAttrType)),
);
end;
function Modified.Copy(_obj: Modified);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.Type) then
{self.}Type := _obj.Type;
tslassigning := tslassigning_backup;
end;
function Modified.Clone(): Modified;override;
begin
obj := new Modified(nil, {self.}Prefix, {self.}LocalName);
if not ifnil({self.}Text) then
obj.Text := {self.}Text;
if not ifnil({self.}Type) then
obj.Type := {self.}Type;
return obj;
end;
function Modified.ConvertToPoint();override;
begin
end;
function Modified.ReadXmlAttrType();
begin
return ifnil({self.}XmlAttrType.Value) ? fallback_.XmlAttrType.Value : {self.}XmlAttrType.Value;
end;
function Modified.WriteXmlAttrType(_value: any);
begin
if ifnil({self.}XmlAttrType) then
begin
{self.}XmlAttrType := new OpenXmlAttribute("xsi", "type", nil);
attributes_["xsi:type"] := {self.}XmlAttrType;
end
{self.}XmlAttrType.Value := _value;
end;
function Relationships.create();overload;
begin
{self.}create(nil, "", "Relationships");
end;
function Relationships.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Relationships.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Relationships.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
"Relationship": array(0, makeweakref(thisFunction(AppendRelationship))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function Relationships.Copy(_obj: Relationships);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
tslassigning := tslassigning_backup;
end;
function Relationships.Clone(): Relationships;override;
begin
obj := new Relationships(nil, {self.}Prefix, {self.}LocalName);
elements := {self.}Elements();
for _,element in elements do
obj.AppendChild(element.Clone());
return obj;
end;
function Relationships.ConvertToPoint();override;
begin
elems := {self.}Relationships();
for _,elem in elems do
elem.ConvertToPoint();
end;
function Relationships.ReadRelationships(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get("Relationship", ind);
end;
function Relationships.WriteRelationships(_index: integer; _value: nil__Relationship);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRelationships(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "Relationship", ind, _value) then
raise format("Index out of range: Relationships[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Relationships expects nil or Relationship";
end
end;
function Relationships.AddRelationship(): Relationship;
begin
obj := new Relationship(self, "", "Relationship");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Relationships.AppendRelationship(): Relationship;
begin
obj := new Relationship(self, "", "Relationship");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Relationship.create();overload;
begin
{self.}create(nil, "", "Relationship");
end;
function Relationship.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Relationship.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Relationship.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
"Id": makeweakref(thisFunction(WriteXmlAttrId)),
"Type": makeweakref(thisFunction(WriteXmlAttrType)),
"Target": makeweakref(thisFunction(WriteXmlAttrTarget)),
);
sorted_child_ := array(
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function Relationship.Copy(_obj: Relationship);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.Id) then
{self.}Id := _obj.Id;
if not ifnil(_obj.Type) then
{self.}Type := _obj.Type;
if not ifnil(_obj.Target) then
{self.}Target := _obj.Target;
tslassigning := tslassigning_backup;
end;
function Relationship.Clone(): Relationship;override;
begin
obj := new Relationship(nil, {self.}Prefix, {self.}LocalName);
if not ifnil({self.}Id) then
obj.Id := {self.}Id;
if not ifnil({self.}Type) then
obj.Type := {self.}Type;
if not ifnil({self.}Target) then
obj.Target := {self.}Target;
return obj;
end;
function Relationship.ConvertToPoint();override;
begin
end;
function Relationship.ReadXmlAttrId();
begin
return ifnil({self.}XmlAttrId.Value) ? fallback_.XmlAttrId.Value : {self.}XmlAttrId.Value;
end;
function Relationship.WriteXmlAttrId(_value: any);
begin
if ifnil({self.}XmlAttrId) then
begin
{self.}XmlAttrId := new OpenXmlAttribute("", "Id", nil);
attributes_["Id"] := {self.}XmlAttrId;
end
{self.}XmlAttrId.Value := _value;
end;
function Relationship.ReadXmlAttrType();
begin
return ifnil({self.}XmlAttrType.Value) ? fallback_.XmlAttrType.Value : {self.}XmlAttrType.Value;
end;
function Relationship.WriteXmlAttrType(_value: any);
begin
if ifnil({self.}XmlAttrType) then
begin
{self.}XmlAttrType := new OpenXmlAttribute("", "Type", nil);
attributes_["Type"] := {self.}XmlAttrType;
end
{self.}XmlAttrType.Value := _value;
end;
function Relationship.ReadXmlAttrTarget();
begin
return ifnil({self.}XmlAttrTarget.Value) ? fallback_.XmlAttrTarget.Value : {self.}XmlAttrTarget.Value;
end;
function Relationship.WriteXmlAttrTarget(_value: any);
begin
if ifnil({self.}XmlAttrTarget) then
begin
{self.}XmlAttrTarget := new OpenXmlAttribute("", "Target", nil);
attributes_["Target"] := {self.}XmlAttrTarget;
end
{self.}XmlAttrTarget.Value := _value;
end;
function Types.create();overload;
begin
{self.}create(nil, "", "Types");
end;
function Types.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Types.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Types.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
"Default": array(0, makeweakref(thisFunction(AppendDefault))),
"Override": array(1, makeweakref(thisFunction(Append_Override))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function Types.Copy(_obj: Types);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
tslassigning := tslassigning_backup;
end;
function Types.Clone(): Types;override;
begin
obj := new Types(nil, {self.}Prefix, {self.}LocalName);
elements := {self.}Elements();
for _,element in elements do
obj.AppendChild(element.Clone());
return obj;
end;
function Types.ConvertToPoint();override;
begin
elems := {self.}Defaults();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Overrides();
for _,elem in elems do
elem.ConvertToPoint();
end;
function Types.ReadDefaults(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get("Default", ind);
end;
function Types.WriteDefaults(_index: integer; _value: nil__Default);
begin
if ifnil(_value) then
begin
obj := {self.}ReadDefaults(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "Default", ind, _value) then
raise format("Index out of range: Defaults[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Defaults expects nil or Default";
end
end;
function Types.ReadOverrides(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get("Override", ind);
end;
function Types.WriteOverrides(_index: integer; _value: nil___Override);
begin
if ifnil(_value) then
begin
obj := {self.}ReadOverrides(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "Override", ind, _value) then
raise format("Index out of range: Overrides[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Overrides expects nil or _Override";
end
end;
function Types.AddDefault(): Default;
begin
obj := new Default(self, "", "Default");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Types.Add_Override(): _Override;
begin
obj := new _Override(self, "", "Override");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Types.AppendDefault(): Default;
begin
obj := new Default(self, "", "Default");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Types.Append_Override(): _Override;
begin
obj := new _Override(self, "", "Override");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Default.create();overload;
begin
{self.}create(nil, "", "Default");
end;
function Default.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Default.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Default.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
"Extension": makeweakref(thisFunction(WriteXmlAttrExtension)),
"ContentType": makeweakref(thisFunction(WriteXmlAttrContentType)),
);
sorted_child_ := array(
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function Default.Copy(_obj: Default);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.Extension) then
{self.}Extension := _obj.Extension;
if not ifnil(_obj.ContentType) then
{self.}ContentType := _obj.ContentType;
tslassigning := tslassigning_backup;
end;
function Default.Clone(): Default;override;
begin
obj := new Default(nil, {self.}Prefix, {self.}LocalName);
if not ifnil({self.}Extension) then
obj.Extension := {self.}Extension;
if not ifnil({self.}ContentType) then
obj.ContentType := {self.}ContentType;
return obj;
end;
function Default.ConvertToPoint();override;
begin
end;
function Default.ReadXmlAttrExtension();
begin
return ifnil({self.}XmlAttrExtension.Value) ? fallback_.XmlAttrExtension.Value : {self.}XmlAttrExtension.Value;
end;
function Default.WriteXmlAttrExtension(_value: any);
begin
if ifnil({self.}XmlAttrExtension) then
begin
{self.}XmlAttrExtension := new OpenXmlAttribute("", "Extension", nil);
attributes_["Extension"] := {self.}XmlAttrExtension;
end
{self.}XmlAttrExtension.Value := _value;
end;
function Default.ReadXmlAttrContentType();
begin
return ifnil({self.}XmlAttrContentType.Value) ? fallback_.XmlAttrContentType.Value : {self.}XmlAttrContentType.Value;
end;
function Default.WriteXmlAttrContentType(_value: any);
begin
if ifnil({self.}XmlAttrContentType) then
begin
{self.}XmlAttrContentType := new OpenXmlAttribute("", "ContentType", nil);
attributes_["ContentType"] := {self.}XmlAttrContentType;
end
{self.}XmlAttrContentType.Value := _value;
end;
function _Override.create();overload;
begin
{self.}create(nil, "", "Override");
end;
function _Override.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function _Override.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function _Override.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
"PartName": makeweakref(thisFunction(WriteXmlAttrPartName)),
"ContentType": makeweakref(thisFunction(WriteXmlAttrContentType)),
);
sorted_child_ := array(
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function _Override.Copy(_obj: _Override);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.PartName) then
{self.}PartName := _obj.PartName;
if not ifnil(_obj.ContentType) then
{self.}ContentType := _obj.ContentType;
tslassigning := tslassigning_backup;
end;
function _Override.Clone(): _Override;override;
begin
obj := new _Override(nil, {self.}Prefix, {self.}LocalName);
if not ifnil({self.}PartName) then
obj.PartName := {self.}PartName;
if not ifnil({self.}ContentType) then
obj.ContentType := {self.}ContentType;
return obj;
end;
function _Override.ConvertToPoint();override;
begin
end;
function _Override.ReadXmlAttrPartName();
begin
return ifnil({self.}XmlAttrPartName.Value) ? fallback_.XmlAttrPartName.Value : {self.}XmlAttrPartName.Value;
end;
function _Override.WriteXmlAttrPartName(_value: any);
begin
if ifnil({self.}XmlAttrPartName) then
begin
{self.}XmlAttrPartName := new OpenXmlAttribute("", "PartName", nil);
attributes_["PartName"] := {self.}XmlAttrPartName;
end
{self.}XmlAttrPartName.Value := _value;
end;
function _Override.ReadXmlAttrContentType();
begin
return ifnil({self.}XmlAttrContentType.Value) ? fallback_.XmlAttrContentType.Value : {self.}XmlAttrContentType.Value;
end;
function _Override.WriteXmlAttrContentType(_value: any);
begin
if ifnil({self.}XmlAttrContentType) then
begin
{self.}XmlAttrContentType := new OpenXmlAttribute("", "ContentType", nil);
attributes_["ContentType"] := {self.}XmlAttrContentType;
end
{self.}XmlAttrContentType.Value := _value;
end;
function Num.create();overload;
begin
{self.}create(nil, "m", "num");
end;
function Num.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Num.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Num.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "ctrlPr": array(0, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
pre + "r": array(1, makeweakref(thisFunction(AppendR))),
pre + "d": array(2, makeweakref(thisFunction(AppendD))),
pre + "f": array(3, makeweakref(thisFunction(AppendF))),
pre + "rad": array(4, makeweakref(thisFunction(AppendRad))),
pre + "sSub": array(5, makeweakref(thisFunction(AppendSSub))),
pre + "sSup": array(6, makeweakref(thisFunction(AppendSSup))),
pre + "nary": array(7, makeweakref(thisFunction(AppendNary))),
pre + "func": array(8, makeweakref(thisFunction(AppendFunc))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function Num.Copy(_obj: Num);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
tslassigning := tslassigning_backup;
end;
function Num.Clone(): Num;override;
begin
obj := new Num(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "ctrlPr": obj.CtrlPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function Num.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
elems := {self.}Rs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Ds();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Fs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Rads();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSubs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSups();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Naries();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Funcs();
for _,elem in elems do
elem.ConvertToPoint();
end;
function Num.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function Num.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function Num.ReadRs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "r", ind);
end;
function Num.WriteRs(_index: integer; _value: nil__R);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "r", ind, _value) then
raise format("Index out of range: Rs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rs expects nil or R";
end
end;
function Num.ReadDs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "d", ind);
end;
function Num.WriteDs(_index: integer; _value: nil__D);
begin
if ifnil(_value) then
begin
obj := {self.}ReadDs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "d", ind, _value) then
raise format("Index out of range: Ds[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Ds expects nil or D";
end
end;
function Num.ReadFs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "f", ind);
end;
function Num.WriteFs(_index: integer; _value: nil__F);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "f", ind, _value) then
raise format("Index out of range: Fs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Fs expects nil or F";
end
end;
function Num.ReadRads(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "rad", ind);
end;
function Num.WriteRads(_index: integer; _value: nil__Rad);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRads(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "rad", ind, _value) then
raise format("Index out of range: Rads[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rads expects nil or Rad";
end
end;
function Num.ReadSSubs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSub", ind);
end;
function Num.WriteSSubs(_index: integer; _value: nil__SSub);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSubs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSub", ind, _value) then
raise format("Index out of range: SSubs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSubs expects nil or SSub";
end
end;
function Num.ReadSSups(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSup", ind);
end;
function Num.WriteSSups(_index: integer; _value: nil__SSup);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSups(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSup", ind, _value) then
raise format("Index out of range: SSups[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSups expects nil or SSup";
end
end;
function Num.ReadNaries(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "nary", ind);
end;
function Num.WriteNaries(_index: integer; _value: nil__Nary);
begin
if ifnil(_value) then
begin
obj := {self.}ReadNaries(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "nary", ind, _value) then
raise format("Index out of range: Naries[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Naries expects nil or Nary";
end
end;
function Num.ReadFuncs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "func", ind);
end;
function Num.WriteFuncs(_index: integer; _value: nil__Func);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFuncs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "func", ind, _value) then
raise format("Index out of range: Funcs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Funcs expects nil or Func";
end
end;
function Num.AddR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Num.AddD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Num.AddF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Num.AddRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Num.AddSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Num.AddSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Num.AddNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Num.AddFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Num.AppendR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Num.AppendD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Num.AppendF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Num.AppendRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Num.AppendSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Num.AppendSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Num.AppendNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Num.AppendFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Deg.create();overload;
begin
{self.}create(nil, "m", "deg");
end;
function Deg.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Deg.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Deg.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "ctrlPr": array(0, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
pre + "r": array(1, makeweakref(thisFunction(AppendR))),
pre + "d": array(2, makeweakref(thisFunction(AppendD))),
pre + "f": array(3, makeweakref(thisFunction(AppendF))),
pre + "rad": array(4, makeweakref(thisFunction(AppendRad))),
pre + "sSub": array(5, makeweakref(thisFunction(AppendSSub))),
pre + "sSup": array(6, makeweakref(thisFunction(AppendSSup))),
pre + "nary": array(7, makeweakref(thisFunction(AppendNary))),
pre + "func": array(8, makeweakref(thisFunction(AppendFunc))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function Deg.Copy(_obj: Deg);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
tslassigning := tslassigning_backup;
end;
function Deg.Clone(): Deg;override;
begin
obj := new Deg(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "ctrlPr": obj.CtrlPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function Deg.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
elems := {self.}Rs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Ds();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Fs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Rads();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSubs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSups();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Naries();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Funcs();
for _,elem in elems do
elem.ConvertToPoint();
end;
function Deg.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function Deg.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function Deg.ReadRs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "r", ind);
end;
function Deg.WriteRs(_index: integer; _value: nil__R);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "r", ind, _value) then
raise format("Index out of range: Rs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rs expects nil or R";
end
end;
function Deg.ReadDs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "d", ind);
end;
function Deg.WriteDs(_index: integer; _value: nil__D);
begin
if ifnil(_value) then
begin
obj := {self.}ReadDs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "d", ind, _value) then
raise format("Index out of range: Ds[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Ds expects nil or D";
end
end;
function Deg.ReadFs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "f", ind);
end;
function Deg.WriteFs(_index: integer; _value: nil__F);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "f", ind, _value) then
raise format("Index out of range: Fs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Fs expects nil or F";
end
end;
function Deg.ReadRads(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "rad", ind);
end;
function Deg.WriteRads(_index: integer; _value: nil__Rad);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRads(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "rad", ind, _value) then
raise format("Index out of range: Rads[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rads expects nil or Rad";
end
end;
function Deg.ReadSSubs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSub", ind);
end;
function Deg.WriteSSubs(_index: integer; _value: nil__SSub);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSubs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSub", ind, _value) then
raise format("Index out of range: SSubs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSubs expects nil or SSub";
end
end;
function Deg.ReadSSups(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSup", ind);
end;
function Deg.WriteSSups(_index: integer; _value: nil__SSup);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSups(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSup", ind, _value) then
raise format("Index out of range: SSups[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSups expects nil or SSup";
end
end;
function Deg.ReadNaries(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "nary", ind);
end;
function Deg.WriteNaries(_index: integer; _value: nil__Nary);
begin
if ifnil(_value) then
begin
obj := {self.}ReadNaries(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "nary", ind, _value) then
raise format("Index out of range: Naries[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Naries expects nil or Nary";
end
end;
function Deg.ReadFuncs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "func", ind);
end;
function Deg.WriteFuncs(_index: integer; _value: nil__Func);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFuncs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "func", ind, _value) then
raise format("Index out of range: Funcs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Funcs expects nil or Func";
end
end;
function Deg.AddR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Deg.AddD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Deg.AddF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Deg.AddRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Deg.AddSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Deg.AddSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Deg.AddNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Deg.AddFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Deg.AppendR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Deg.AppendD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Deg.AppendF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Deg.AppendRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Deg.AppendSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Deg.AppendSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Deg.AppendNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Deg.AppendFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function E.create();overload;
begin
{self.}create(nil, "m", "e");
end;
function E.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function E.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function E.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "ctrlPr": array(0, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
pre + "r": array(1, makeweakref(thisFunction(AppendR))),
pre + "d": array(2, makeweakref(thisFunction(AppendD))),
pre + "f": array(3, makeweakref(thisFunction(AppendF))),
pre + "rad": array(4, makeweakref(thisFunction(AppendRad))),
pre + "sSub": array(5, makeweakref(thisFunction(AppendSSub))),
pre + "sSup": array(6, makeweakref(thisFunction(AppendSSup))),
pre + "nary": array(7, makeweakref(thisFunction(AppendNary))),
pre + "func": array(8, makeweakref(thisFunction(AppendFunc))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function E.Copy(_obj: E);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
tslassigning := tslassigning_backup;
end;
function E.Clone(): E;override;
begin
obj := new E(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "ctrlPr": obj.CtrlPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function E.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
elems := {self.}Rs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Ds();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Fs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Rads();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSubs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSups();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Naries();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Funcs();
for _,elem in elems do
elem.ConvertToPoint();
end;
function E.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function E.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function E.ReadRs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "r", ind);
end;
function E.WriteRs(_index: integer; _value: nil__R);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "r", ind, _value) then
raise format("Index out of range: Rs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rs expects nil or R";
end
end;
function E.ReadDs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "d", ind);
end;
function E.WriteDs(_index: integer; _value: nil__D);
begin
if ifnil(_value) then
begin
obj := {self.}ReadDs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "d", ind, _value) then
raise format("Index out of range: Ds[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Ds expects nil or D";
end
end;
function E.ReadFs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "f", ind);
end;
function E.WriteFs(_index: integer; _value: nil__F);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "f", ind, _value) then
raise format("Index out of range: Fs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Fs expects nil or F";
end
end;
function E.ReadRads(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "rad", ind);
end;
function E.WriteRads(_index: integer; _value: nil__Rad);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRads(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "rad", ind, _value) then
raise format("Index out of range: Rads[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rads expects nil or Rad";
end
end;
function E.ReadSSubs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSub", ind);
end;
function E.WriteSSubs(_index: integer; _value: nil__SSub);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSubs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSub", ind, _value) then
raise format("Index out of range: SSubs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSubs expects nil or SSub";
end
end;
function E.ReadSSups(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSup", ind);
end;
function E.WriteSSups(_index: integer; _value: nil__SSup);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSups(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSup", ind, _value) then
raise format("Index out of range: SSups[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSups expects nil or SSup";
end
end;
function E.ReadNaries(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "nary", ind);
end;
function E.WriteNaries(_index: integer; _value: nil__Nary);
begin
if ifnil(_value) then
begin
obj := {self.}ReadNaries(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "nary", ind, _value) then
raise format("Index out of range: Naries[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Naries expects nil or Nary";
end
end;
function E.ReadFuncs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "func", ind);
end;
function E.WriteFuncs(_index: integer; _value: nil__Func);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFuncs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "func", ind, _value) then
raise format("Index out of range: Funcs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Funcs expects nil or Func";
end
end;
function E.AddR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function E.AddD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function E.AddF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function E.AddRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function E.AddSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function E.AddSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function E.AddNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function E.AddFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function E.AppendR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function E.AppendD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function E.AppendF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function E.AppendRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function E.AppendSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function E.AppendSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function E.AppendNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function E.AppendFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sup.create();overload;
begin
{self.}create(nil, "m", "sup");
end;
function Sup.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Sup.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Sup.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "ctrlPr": array(0, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
pre + "r": array(1, makeweakref(thisFunction(AppendR))),
pre + "d": array(2, makeweakref(thisFunction(AppendD))),
pre + "f": array(3, makeweakref(thisFunction(AppendF))),
pre + "rad": array(4, makeweakref(thisFunction(AppendRad))),
pre + "sSub": array(5, makeweakref(thisFunction(AppendSSub))),
pre + "sSup": array(6, makeweakref(thisFunction(AppendSSup))),
pre + "nary": array(7, makeweakref(thisFunction(AppendNary))),
pre + "func": array(8, makeweakref(thisFunction(AppendFunc))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function Sup.Copy(_obj: Sup);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
tslassigning := tslassigning_backup;
end;
function Sup.Clone(): Sup;override;
begin
obj := new Sup(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "ctrlPr": obj.CtrlPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function Sup.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
elems := {self.}Rs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Ds();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Fs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Rads();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSubs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSups();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Naries();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Funcs();
for _,elem in elems do
elem.ConvertToPoint();
end;
function Sup.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function Sup.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function Sup.ReadRs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "r", ind);
end;
function Sup.WriteRs(_index: integer; _value: nil__R);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "r", ind, _value) then
raise format("Index out of range: Rs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rs expects nil or R";
end
end;
function Sup.ReadDs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "d", ind);
end;
function Sup.WriteDs(_index: integer; _value: nil__D);
begin
if ifnil(_value) then
begin
obj := {self.}ReadDs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "d", ind, _value) then
raise format("Index out of range: Ds[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Ds expects nil or D";
end
end;
function Sup.ReadFs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "f", ind);
end;
function Sup.WriteFs(_index: integer; _value: nil__F);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "f", ind, _value) then
raise format("Index out of range: Fs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Fs expects nil or F";
end
end;
function Sup.ReadRads(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "rad", ind);
end;
function Sup.WriteRads(_index: integer; _value: nil__Rad);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRads(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "rad", ind, _value) then
raise format("Index out of range: Rads[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rads expects nil or Rad";
end
end;
function Sup.ReadSSubs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSub", ind);
end;
function Sup.WriteSSubs(_index: integer; _value: nil__SSub);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSubs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSub", ind, _value) then
raise format("Index out of range: SSubs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSubs expects nil or SSub";
end
end;
function Sup.ReadSSups(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSup", ind);
end;
function Sup.WriteSSups(_index: integer; _value: nil__SSup);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSups(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSup", ind, _value) then
raise format("Index out of range: SSups[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSups expects nil or SSup";
end
end;
function Sup.ReadNaries(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "nary", ind);
end;
function Sup.WriteNaries(_index: integer; _value: nil__Nary);
begin
if ifnil(_value) then
begin
obj := {self.}ReadNaries(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "nary", ind, _value) then
raise format("Index out of range: Naries[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Naries expects nil or Nary";
end
end;
function Sup.ReadFuncs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "func", ind);
end;
function Sup.WriteFuncs(_index: integer; _value: nil__Func);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFuncs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "func", ind, _value) then
raise format("Index out of range: Funcs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Funcs expects nil or Func";
end
end;
function Sup.AddR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sup.AddD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sup.AddF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sup.AddRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sup.AddSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sup.AddSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sup.AddNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sup.AddFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sup.AppendR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sup.AppendD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sup.AppendF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sup.AppendRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sup.AppendSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sup.AppendSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sup.AppendNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sup.AppendFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Den.create();overload;
begin
{self.}create(nil, "m", "den");
end;
function Den.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Den.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Den.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "ctrlPr": array(0, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
pre + "r": array(1, makeweakref(thisFunction(AppendR))),
pre + "d": array(2, makeweakref(thisFunction(AppendD))),
pre + "f": array(3, makeweakref(thisFunction(AppendF))),
pre + "rad": array(4, makeweakref(thisFunction(AppendRad))),
pre + "sSub": array(5, makeweakref(thisFunction(AppendSSub))),
pre + "sSup": array(6, makeweakref(thisFunction(AppendSSup))),
pre + "nary": array(7, makeweakref(thisFunction(AppendNary))),
pre + "func": array(8, makeweakref(thisFunction(AppendFunc))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function Den.Copy(_obj: Den);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
tslassigning := tslassigning_backup;
end;
function Den.Clone(): Den;override;
begin
obj := new Den(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "ctrlPr": obj.CtrlPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function Den.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
elems := {self.}Rs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Ds();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Fs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Rads();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSubs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSups();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Naries();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Funcs();
for _,elem in elems do
elem.ConvertToPoint();
end;
function Den.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function Den.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function Den.ReadRs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "r", ind);
end;
function Den.WriteRs(_index: integer; _value: nil__R);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "r", ind, _value) then
raise format("Index out of range: Rs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rs expects nil or R";
end
end;
function Den.ReadDs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "d", ind);
end;
function Den.WriteDs(_index: integer; _value: nil__D);
begin
if ifnil(_value) then
begin
obj := {self.}ReadDs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "d", ind, _value) then
raise format("Index out of range: Ds[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Ds expects nil or D";
end
end;
function Den.ReadFs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "f", ind);
end;
function Den.WriteFs(_index: integer; _value: nil__F);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "f", ind, _value) then
raise format("Index out of range: Fs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Fs expects nil or F";
end
end;
function Den.ReadRads(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "rad", ind);
end;
function Den.WriteRads(_index: integer; _value: nil__Rad);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRads(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "rad", ind, _value) then
raise format("Index out of range: Rads[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rads expects nil or Rad";
end
end;
function Den.ReadSSubs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSub", ind);
end;
function Den.WriteSSubs(_index: integer; _value: nil__SSub);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSubs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSub", ind, _value) then
raise format("Index out of range: SSubs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSubs expects nil or SSub";
end
end;
function Den.ReadSSups(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSup", ind);
end;
function Den.WriteSSups(_index: integer; _value: nil__SSup);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSups(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSup", ind, _value) then
raise format("Index out of range: SSups[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSups expects nil or SSup";
end
end;
function Den.ReadNaries(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "nary", ind);
end;
function Den.WriteNaries(_index: integer; _value: nil__Nary);
begin
if ifnil(_value) then
begin
obj := {self.}ReadNaries(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "nary", ind, _value) then
raise format("Index out of range: Naries[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Naries expects nil or Nary";
end
end;
function Den.ReadFuncs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "func", ind);
end;
function Den.WriteFuncs(_index: integer; _value: nil__Func);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFuncs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "func", ind, _value) then
raise format("Index out of range: Funcs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Funcs expects nil or Func";
end
end;
function Den.AddR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Den.AddD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Den.AddF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Den.AddRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Den.AddSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Den.AddSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Den.AddNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Den.AddFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Den.AppendR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Den.AppendD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Den.AppendF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Den.AppendRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Den.AppendSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Den.AppendSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Den.AppendNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Den.AppendFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sub.create();overload;
begin
{self.}create(nil, "m", "sub");
end;
function Sub.create(_node: XmlNode);overload;
begin
inherited create(_node);
end;
function Sub.create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
setsysparam(pn_calcctrlword(), getsysparam(pn_calcctrlword()) .| 0x200);
inherited create(_parent, _prefix, _local_name);
end;
function Sub.Init();override;
begin
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
attributes_ := array();
attributes_pf_ := array(
);
sorted_child_ := array(
pre + "ctrlPr": array(0, makeweakref(thisFunction(ReadXmlChildCtrlPr))),
pre + "r": array(1, makeweakref(thisFunction(AppendR))),
pre + "d": array(2, makeweakref(thisFunction(AppendD))),
pre + "f": array(3, makeweakref(thisFunction(AppendF))),
pre + "rad": array(4, makeweakref(thisFunction(AppendRad))),
pre + "sSub": array(5, makeweakref(thisFunction(AppendSSub))),
pre + "sSup": array(6, makeweakref(thisFunction(AppendSSup))),
pre + "nary": array(7, makeweakref(thisFunction(AppendNary))),
pre + "func": array(8, makeweakref(thisFunction(AppendFunc))),
);
container_ := new TSOfficeContainer(sorted_child_);
end;
function Sub.Copy(_obj: Sub);override;
begin
tslassigning_backup := tslassigning;
tslassigning := 1;
inherited Copy(_obj);
if not ifnil(_obj.XmlChildCtrlPr) then
{self.}CtrlPr.Copy(_obj.XmlChildCtrlPr);
tslassigning := tslassigning_backup;
end;
function Sub.Clone(): Sub;override;
begin
obj := new Sub(nil, {self.}Prefix, {self.}LocalName);
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
elements := {self.}Elements();
for _,element in elements do
begin
case element.ElementName of
pre + "ctrlPr": obj.CtrlPr := element.Clone();
else obj.AppendChild(element.Clone());
end
end
return obj;
end;
function Sub.ConvertToPoint();override;
begin
if not ifnil({self.}XmlChildCtrlPr) then
{self.}XmlChildCtrlPr.ConvertToPoint();
elems := {self.}Rs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Ds();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Fs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Rads();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSubs();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}SSups();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Naries();
for _,elem in elems do
elem.ConvertToPoint();
elems := {self.}Funcs();
for _,elem in elems do
elem.ConvertToPoint();
end;
function Sub.ReadXmlChildCtrlPr(): CtrlPr;
begin
if tslassigning and (ifnil({self.}XmlChildCtrlPr) or {self.}XmlChildCtrlPr.Removed) then
begin
{self.}XmlChildCtrlPr := new CtrlPr(self, {self.}Prefix, "ctrlPr");
container_.Set({self.}XmlChildCtrlPr);
end
return {self.}XmlChildCtrlPr and not {self.}XmlChildCtrlPr.Removed ? {self.}XmlChildCtrlPr : fallback_.CtrlPr;
end;
function Sub.WriteXmlChildCtrlPr(_p1: any; _p2: any);
begin
v := realparamcount = 1 ? _p1 : _p2;
if ifnil(v) then
begin
if ifObj({self.}XmlChildCtrlPr) then
{self.}RemoveChild({self.}XmlChildCtrlPr);
end
else if v is class(CtrlPr) then
begin
v.Parent := self;
{self.}XmlChildCtrlPr := v;
container_.Set({self.}XmlChildCtrlPr);
end
else begin
raise "Invalid assignment: CtrlPr expects CtrlPr or nil";
end
end;
function Sub.ReadRs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "r", ind);
end;
function Sub.WriteRs(_index: integer; _value: nil__R);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "r", ind, _value) then
raise format("Index out of range: Rs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rs expects nil or R";
end
end;
function Sub.ReadDs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "d", ind);
end;
function Sub.WriteDs(_index: integer; _value: nil__D);
begin
if ifnil(_value) then
begin
obj := {self.}ReadDs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "d", ind, _value) then
raise format("Index out of range: Ds[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Ds expects nil or D";
end
end;
function Sub.ReadFs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "f", ind);
end;
function Sub.WriteFs(_index: integer; _value: nil__F);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "f", ind, _value) then
raise format("Index out of range: Fs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Fs expects nil or F";
end
end;
function Sub.ReadRads(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "rad", ind);
end;
function Sub.WriteRads(_index: integer; _value: nil__Rad);
begin
if ifnil(_value) then
begin
obj := {self.}ReadRads(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "rad", ind, _value) then
raise format("Index out of range: Rads[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Rads expects nil or Rad";
end
end;
function Sub.ReadSSubs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSub", ind);
end;
function Sub.WriteSSubs(_index: integer; _value: nil__SSub);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSubs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSub", ind, _value) then
raise format("Index out of range: SSubs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSubs expects nil or SSub";
end
end;
function Sub.ReadSSups(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "sSup", ind);
end;
function Sub.WriteSSups(_index: integer; _value: nil__SSup);
begin
if ifnil(_value) then
begin
obj := {self.}ReadSSups(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "sSup", ind, _value) then
raise format("Index out of range: SSups[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: SSups expects nil or SSup";
end
end;
function Sub.ReadNaries(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "nary", ind);
end;
function Sub.WriteNaries(_index: integer; _value: nil__Nary);
begin
if ifnil(_value) then
begin
obj := {self.}ReadNaries(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "nary", ind, _value) then
raise format("Index out of range: Naries[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Naries expects nil or Nary";
end
end;
function Sub.ReadFuncs(_index: integer);
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
return container_.Get(pre + "func", ind);
end;
function Sub.WriteFuncs(_index: integer; _value: nil__Func);
begin
if ifnil(_value) then
begin
obj := {self.}ReadFuncs(_index);
{self.}RemoveChild(obj);
end
else if ifInt(_index) or ifInt64(_index) then
begin
ind := ifnil(_index) ? -2 : _index;
pre := {self.}Prefix ? {self.}Prefix + ":" : "";
if not container_.Set(pre + "func", ind, _value) then
raise format("Index out of range: Funcs[%d] is invalid or out of bounds", _index);
end
else begin
raise "Invalid assignment: Funcs expects nil or Func";
end
end;
function Sub.AddR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sub.AddD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sub.AddF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sub.AddRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sub.AddSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sub.AddSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sub.AddNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sub.AddFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Insert(obj);
return obj;
end;
function Sub.AppendR(): R;
begin
obj := new R(self, {self.}Prefix, "r");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sub.AppendD(): D;
begin
obj := new D(self, {self.}Prefix, "d");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sub.AppendF(): F;
begin
obj := new F(self, {self.}Prefix, "f");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sub.AppendRad(): Rad;
begin
obj := new Rad(self, {self.}Prefix, "rad");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sub.AppendSSub(): SSub;
begin
obj := new SSub(self, {self.}Prefix, "sSub");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sub.AppendSSup(): SSup;
begin
obj := new SSup(self, {self.}Prefix, "sSup");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sub.AppendNary(): Nary;
begin
obj := new Nary(self, {self.}Prefix, "nary");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
function Sub.AppendFunc(): Func;
begin
obj := new Func(self, {self.}Prefix, "func");
obj.Enable := true;
container_.Append(obj);
return obj;
end;
end.