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unit UInit;
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interface
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uses
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Forms, Windows, Classes, StdCtrls, Dialogs, SysUtils, Types, UVariables, |
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Controls, gnugettext; |
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// Licence
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procedure InitLicense;
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procedure LoadLicense;
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procedure SaveLicense;
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procedure LoadLicFile(FileName: string); |
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procedure SaveLicFile(FileName: string); |
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// Configuration
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procedure LoadConfig;
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procedure SaveConfig;
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// Donn?es
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procedure InitData;
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procedure FreeData;
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procedure LoadData;
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procedure SaveData;
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// Mati?re premi?re
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procedure InitMatiere;
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procedure FreeMatiere;
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procedure LoadMatiere;
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procedure SaveMatiere;
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function MatiereUsed(Numero: integer): boolean;
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function MatiereFound(Numero: integer): boolean;
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function MatiereValid(rec: PRecMatiere): boolean;
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procedure StringsMatiere(Liste: TStrings; TypeMatiere: Integer;
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IncludeInvalid, IncludeInraAfz: Boolean); |
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// Aliment
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procedure InitAliment;
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procedure FreeAliment;
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procedure LoadAliment;
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procedure SaveAliment;
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function AlimentUsed(Numero: integer): boolean;
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function AlimentFound(Numero: integer): boolean;
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function AlimentValid(rec: PRecAliment): boolean;
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procedure StringsAliment(Liste: TStrings; TypeAliment: Integer;
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IncludeInvalid: Boolean); |
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// S?quence alimentaire truie
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procedure InitSeqAliT;
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procedure FreeSeqAliT;
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procedure LoadSeqAliT;
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procedure SaveSeqAliT;
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function SeqAliTUsed (Numero : integer) : boolean ;
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function SeqAliTFound (Numero : integer) : boolean ;
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function SeqAliTValid (rec : PRecSeqAliT) : boolean ;
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procedure StringsSeqAliT (Liste : TStrings ; IncludeInvalid : Boolean) ;
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// Plan de rationnement truie
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procedure InitRationT;
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procedure FreeRationT;
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procedure LoadRationT;
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procedure SaveRationT;
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function RationTUsed(Numero: integer): boolean;
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function RationTFound(Numero: integer): boolean;
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function RationTValid(rec: PRecRationT): boolean;
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procedure StringsRationT(Liste: TStrings; IncludeInvalid: Boolean);
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// Logement truie
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procedure InitLogeT;
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procedure FreeLogeT;
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procedure LoadLogeT;
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procedure SaveLogeT;
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function LogeTUsed(Numero: integer): boolean;
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function LogeTFound(Numero: integer): boolean;
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function LogeTValid(rec: PRecLogeT): boolean;
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procedure StringsLogeT(Liste: TStrings; IncludeInvalid: Boolean);
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// Profil truie
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procedure InitProfilT;
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procedure FreeProfilT;
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procedure LoadProfilT;
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procedure SaveProfilT;
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function ProfilTUsed(Numero: integer): boolean;
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function ProfilTFound(Numero: integer): boolean;
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function ProfilTValid(rec: PRecProfilT): boolean;
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procedure StringsProfilT(Liste: TStrings; IncludeInvalid: Boolean);
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// Simulation truie
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procedure InitSimulT;
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procedure FreeSimulT;
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procedure LoadSimulT;
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procedure SaveSimulT;
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function SimulTValid(rec: PRecSimulT): boolean;
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procedure StringsSimulT(Liste: TStrings; IncludeInvalid: Boolean);
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// S?quence alimentaire porc
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procedure InitSeqAliP;
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procedure FreeSeqAliP;
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procedure LoadSeqAliP;
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procedure SaveSeqAliP;
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function SeqAliPUsed(Numero: integer): boolean;
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function SeqAliPFound(Numero: integer): boolean;
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function SeqAliPValid(rec: PRecSeqAliP): boolean;
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procedure StringsSeqAliP(Liste: TStrings; IncludeInvalid: Boolean);
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// Plan de rationnement porc
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procedure InitRationP;
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procedure FreeRationP;
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procedure ConvertRationP2;
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procedure LoadRationP;
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procedure SaveRationP;
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function RationPUsed(Numero: integer): boolean;
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function RationPFound(Numero: integer): boolean;
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function RationPValid(rec: PRecRationP): boolean;
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procedure StringsRationP(Liste: TStrings; IncludeInvalid: Boolean);
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// Profil porc
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procedure InitProfilP;
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procedure FreeProfilP;
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procedure ConvertProfilP2;
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procedure LoadProfilP;
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procedure SaveProfilP;
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function ProfilPUsed(Numero: integer): boolean;
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function ProfilPFound(Numero: integer): boolean;
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function ProfilPValid(rec: PRecProfilP): boolean;
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procedure StringsProfilP(Liste: TStrings; IncludeInvalid: Boolean);
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// Simulation porc
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procedure InitSimulP;
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procedure FreeSimulP;
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procedure LoadSimulP;
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procedure SaveSimulP;
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function SimulPValid(rec: PRecSimulP): boolean;
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procedure StringsSimulP(Liste: TStrings; IncludeInvalid: Boolean);
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implementation
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uses
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SHFolder, Registry, IniFiles, UFindRec, UUtil, UStrings, UCalcul, UFMenu{, UFInraAfz};
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// Licence
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procedure InitLicense;
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var
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Buffer: Pointer; |
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Version: PVSFixedFileInfo; |
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BufferSize, VersionSize: DWORD; |
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VolumeSerialNumber, MaximumComponentLength, FileSystemFlags: DWORD; |
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NormalLicFileName, VirtualStoreLicFileName, FileDrive, VirtualStore: string;
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LocalAppData: array[0..MAX_PATH] of Char; |
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begin
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// Version du programme
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MajorVersion := 0;
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MinorVersion := 0;
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ReleaseVersion := 0;
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BuildVersion := 0;
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BufferSize := GetFileVersionInfoSize(PChar(Application.ExeName), BufferSize); |
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if BufferSize > 0 |
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then
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begin
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GetMem(Buffer, BufferSize); |
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if GetFileVersionInfo(PChar(Application.ExeName), 0, BufferSize, Buffer) |
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then
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begin
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VerQueryValue(Buffer, '\', Pointer(Version), VersionSize);
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MajorVersion := Version.dwFileVersionMS shr 16; |
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MinorVersion := Version.dwFileVersionMS and $FFFF; |
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ReleaseVersion := Version.dwFileVersionLS shr 16; |
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BuildVersion := Version.dwFileVersionLS and $FFFF; |
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end;
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FreeMem(Buffer, BufferSize); |
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end ;
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VersionString := Format('%d.%d.%d.%d', [MajorVersion, MinorVersion, ReleaseVersion, BuildVersion]);
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// Num?ro de s?rie du volume
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Drive := IncludeTrailingPathDelimiter(ExtractFileDrive(Application.ExeName)); |
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GetVolumeInformation(PChar(Drive), nil, 0, @VolumeSerialNumber, MaximumComponentLength, FileSystemFlags, nil, 0); |
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Volume := IntToHex(HiWord(VolumeSerialNumber), 4) + '-' + IntToHex(LoWord(VolumeSerialNumber), 4); |
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// Passage du fichier LIC ? la base de registre
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if not Reg.OpenKeyReadOnly('\Software\InraPorc\License') |
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then
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begin
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NormalLicFileName := ChangeFileExt(Application.ExeName, '.lic');
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if FileExists(NormalLicFileName)
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then // Importer les informations |
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LoadLicFile(NormalLicFileName); |
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// Prise en compte du VirtualStore (Windows Vista et Windows 7)
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FileDrive := ExtractFileDrive(NormalLicFileName); |
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SHGetFolderPath(0, CSIDL_LOCAL_APPDATA, 0, SHGFP_TYPE_CURRENT, LocalAppData); |
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VirtualStore := IncludeTrailingPathDelimiter(LocalAppData) + 'VirtualStore';
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VirtualStoreLicFileName := StringReplace(NormalLicFileName, FileDrive, VirtualStore, []); |
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if FileExists(VirtualStoreLicFileName)
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then // Importer les informations |
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LoadLicFile(VirtualStoreLicFileName); |
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if FileExists(NormalLicFileName) or FileExists(VirtualStoreLicFileName) |
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then // Enregistrer les informations import?es |
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SaveLicense; |
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end;
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end ;
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procedure LoadLicense;
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begin
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LicenseType := BdRReadInteger('\Software\InraPorc\License', 'LicenseType', 0); |
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LicenseNumber := BdRReadInteger('\Software\InraPorc\License', 'LicenseNumber', 0); |
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FirstName := BdRReadString('\Software\InraPorc\License', 'FirstName', ''); |
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LastName := BdRReadString('\Software\InraPorc\License', 'LastName', ''); |
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Company := BdRReadString('\Software\InraPorc\License', 'Company', ''); |
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Address1 := BdRReadString('\Software\InraPorc\License', 'Address1', ''); |
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Address2 := BdRReadString('\Software\InraPorc\License', 'Address2', ''); |
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PostalCode := BdRReadString('\Software\InraPorc\License', 'PostalCode', ''); |
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City := BdRReadString('\Software\InraPorc\License', 'City', ''); |
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Country := BdRReadString('\Software\InraPorc\License', 'Country', ''); |
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Phone := BdRReadString('\Software\InraPorc\License', 'Phone', ''); |
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Fax := BdRReadString('\Software\InraPorc\License', 'Fax', ''); |
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Mail := BdRReadString('\Software\InraPorc\License', 'Mail', ''); |
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Course := BdRReadString('\Software\InraPorc\License', 'Course', ''); |
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FinalDate := BdRReadString('\Software\InraPorc\License', 'FinalDate', '31/12/2099'); |
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SoftwareEnableKey := BdRReadString('\Software\InraPorc\License', 'SoftwareEnableKey', ''); |
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end;
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procedure SaveLicense;
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begin
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BdRWriteInteger('\Software\InraPorc\License', 'LicenseType', LicenseType); |
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BdRWriteInteger('\Software\InraPorc\License', 'LicenseNumber', LicenseNumber); |
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BdRWriteString('\Software\InraPorc\License', 'Version', VersionString); |
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BdRWriteString('\Software\InraPorc\License', 'FirstName', FirstName); |
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BdRWriteString('\Software\InraPorc\License', 'LastName', LastName); |
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BdRWriteString('\Software\InraPorc\License', 'Company', Company); |
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BdRWriteString('\Software\InraPorc\License', 'Address1', Address1); |
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BdRWriteString('\Software\InraPorc\License', 'Address2', Address2); |
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BdRWriteString('\Software\InraPorc\License', 'PostalCode', PostalCode); |
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BdRWriteString('\Software\InraPorc\License', 'City', City); |
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BdRWriteString('\Software\InraPorc\License', 'Country', Country); |
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BdRWriteString('\Software\InraPorc\License', 'Phone', Phone); |
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BdRWriteString('\Software\InraPorc\License', 'Fax', Fax); |
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BdRWriteString('\Software\InraPorc\License', 'Mail', Mail); |
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BdRWriteString('\Software\InraPorc\License', 'Course', Course); |
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BdRWriteString('\Software\InraPorc\License', 'VolumeSerialNumber', Volume); |
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BdRWriteString('\Software\InraPorc\License', 'FinalDate', FinalDate); |
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BdRWriteString('\Software\InraPorc\License', 'SoftwareEnableKey', SoftwareEnableKey); |
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end;
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procedure LoadLicFile(FileName: string); |
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begin
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Lic := TIniFile.Create(FileName); |
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LicenseType := Lic.ReadInteger('License', 'LicenseType', 0); |
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LicenseNumber := Lic.ReadInteger('License', 'LicenseNumber', 0); |
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FirstName := Lic.ReadString('License', 'FirstName', ''); |
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LastName := Lic.ReadString('License', 'LastName', ''); |
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Company := Lic.ReadString('License', 'Company', ''); |
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Address1 := Lic.ReadString('License', 'Address1', ''); |
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Address2 := Lic.ReadString('License', 'Address2', ''); |
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PostalCode := Lic.ReadString('License', 'PostalCode', ''); |
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City := Lic.ReadString('License', 'City', ''); |
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Country := Lic.ReadString('License', 'Country', ''); |
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Phone := Lic.ReadString('License', 'Phone', ''); |
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Fax := Lic.ReadString('License', 'Fax', ''); |
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Mail := Lic.ReadString('License', 'Mail', ''); |
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Course := Lic.ReadString('License', 'Course', ''); |
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FinalDate := Lic.ReadString('License', 'FinalDate', '31/12/2099'); |
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SoftwareEnableKey := Lic.ReadString('License', 'SoftwareEnableKey', ''); |
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Lic.Free; |
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end;
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procedure SaveLicFile(FileName: string); |
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begin
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Lic := TIniFile.Create(FileName); |
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Lic.WriteInteger('License', 'LicenseType', LicenseType); |
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Lic.WriteInteger('License', 'LicenseNumber', LicenseNumber); |
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Lic.WriteString('License', 'Version', VersionString); |
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Lic.WriteString('License', 'FirstName', FirstName); |
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Lic.WriteString('License', 'LastName', LastName); |
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Lic.WriteString('License', 'Company', Company); |
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Lic.WriteString('License', 'Address1', Address1); |
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Lic.WriteString('License', 'Address2', Address2); |
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Lic.WriteString('License', 'PostalCode', PostalCode); |
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Lic.WriteString('License', 'City', City); |
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Lic.WriteString('License', 'Country', Country); |
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Lic.WriteString('License', 'Phone', Phone); |
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Lic.WriteString('License', 'Fax', Fax); |
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Lic.WriteString('License', 'Mail', Mail); |
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Lic.WriteString('License', 'Course', Course); |
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Lic.WriteString('License', 'VolumeSerialNumber', Volume); |
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Lic.WriteString('License', 'FinalDate', FinalDate); |
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Lic.WriteString('License', 'SoftwareEnableKey', SoftwareEnableKey); |
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Lic.Free; |
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end;
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// Configuration
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procedure LoadConfig;
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var
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// Personal: string;
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Personal: array[0..MAX_PATH] of Char; |
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begin
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if Reg.OpenKeyReadOnly('\Software\InraPorc\Config\Network') |
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and Reg.ValueExists('CheckForUpdates') |
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then
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CheckForUpdates := BdRReadBoolean('\Software\InraPorc\Config\Network', 'CheckForUpdates', True) |
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else
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begin
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CheckForUpdates := MessageDlg(MsgCheckForUpdates, mtConfirmation, [mbYes, mbNo], 0) = mrYes;
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Reg.CloseKey; |
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BdRWriteBoolean('\Software\InraPorc\Config\Network', 'CheckForUpdates', CheckForUpdates); |
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end;
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// Personal := BdRReadString('\Software\Microsoft\Windows\CurrentVersion\Explorer\Shell Folders', 'Personal', GetCurrentDir);
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SHGetFolderPath(0, CSIDL_PERSONAL, 0, SHGFP_TYPE_CURRENT, Personal); |
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Folder := BdRReadString('\Software\InraPorc\Config\Data', 'Folder', IncludeTrailingPathDelimiter(Personal) + 'InraPorc'); |
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ExcelFile := BdRReadString('\Software\InraPorc\Config\Data', 'ExcelFile', IncludeTrailingPathDelimiter(Folder) + 'InraPorc.xls'); |
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MainLeft := BdRReadInteger('\Software\InraPorc\Config\Window', 'MainLeft', 0); |
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MainTop := BdRReadInteger('\Software\InraPorc\Config\Window', 'MainTop', 0); |
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MainWidth := BdRReadInteger('\Software\InraPorc\Config\Window', 'MainWidth', 1024); |
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MainHeight := BdRReadInteger('\Software\InraPorc\Config\Window', 'MainHeight', 768); |
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Logo := BdRReadString('\Software\InraPorc\Config\Window', 'Logo', ''); |
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CurrencySign := BdRReadString('\Software\InraPorc\Config\International', 'CurrencySign', DefaultCurrency); |
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AffCorrCUD := BdRReadBoolean('\Software\InraPorc\Config\Messages', 'CorrCUD', True); |
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AffCalcAli := BdRReadBoolean('\Software\InraPorc\Config\Messages', 'CalcAli', True); |
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AffGraphAli := BdRReadBoolean('\Software\InraPorc\Config\Messages', 'GraphAli', True); |
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AffUnitProfilP := BdRReadBoolean('\Software\InraPorc\Config\Messages', 'UnitProfilP', True); |
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AffPDMoy := BdRReadBoolean('\Software\InraPorc\Config\Messages', 'PDMoy', True); |
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AffPrecocite := BdRReadBoolean('\Software\InraPorc\Config\Messages', 'Precocite', True); |
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AffEntretien := BdRReadBoolean('\Software\InraPorc\Config\Messages', 'Entretien', True); |
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AffOptInit := BdRReadBoolean('\Software\InraPorc\Config\Messages', 'OptInit', True); |
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AffSimulT := BdRReadBoolean('\Software\InraPorc\Config\Messages', 'SimulT', True); |
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AffBesoin := BdRReadBoolean('\Software\InraPorc\Config\Messages', 'Besoin', True); |
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ConfRap := BdRReadInteger('\Software\InraPorc\Config\Configuration', 'Rap', 0); |
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ConfDig := BdRReadInteger('\Software\InraPorc\Config\Configuration', 'Dig', 0); |
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ConfTCompo := BdRReadInteger('\Software\InraPorc\Config\Configuration', 'TCompo', 0); |
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ConfTAA := BdRReadInteger('\Software\InraPorc\Config\Configuration', 'TAA', 0); |
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ConfTAG := BdRReadInteger('\Software\InraPorc\Config\Configuration', 'TAG', 0); |
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ConfTMacro := BdRReadInteger('\Software\InraPorc\Config\Configuration', 'TMacro', 0); |
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ConfTOligo := BdRReadInteger('\Software\InraPorc\Config\Configuration', 'TOligo', 0); |
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ConfTFibres := BdRReadInteger('\Software\InraPorc\Config\Configuration', 'TFibres', 0); |
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ConfDCompo := BdRReadInteger('\Software\InraPorc\Config\Configuration', 'DCompo', 1); |
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ConfDAA := BdRReadInteger('\Software\InraPorc\Config\Configuration', 'DAA', 1); |
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ConfAffMP := BdRReadBoolean('\Software\InraPorc\Config\Configuration', 'AffMP', True); |
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TypeAliGest := BdRReadInteger('\Software\InraPorc\Config\AliGest', 'TypeAliGest', 2); |
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Duree1 := BdRReadInteger('\Software\InraPorc\Config\AliGest', 'Duree1', 28); |
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Duree3 := BdRReadInteger('\Software\InraPorc\Config\AliGest', 'Duree3', 21); |
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Quantite1 := BdRReadFloat('\Software\InraPorc\Config\AliGest', 'Quantite1', 3.0); |
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Quantite2 := BdRReadFloat('\Software\InraPorc\Config\AliGest', 'Quantite2', 2.5); |
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Quantite3 := BdRReadFloat('\Software\InraPorc\Config\AliGest', 'Quantite3', 3.0); |
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Augment := BdRReadFloat('\Software\InraPorc\Config\AliGest', 'Augment', 0.5); |
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XTruie := BdRReadInteger('\Software\InraPorc\Config\Graph', 'XTruie', 0); |
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XCrois := BdRReadInteger('\Software\InraPorc\Config\Graph', 'XCrois', 0); |
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CarTete := BdRReadBoolean('\Software\InraPorc\Config\Carcasse', 'Tete', True); |
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CarLangue := BdRReadBoolean('\Software\InraPorc\Config\Carcasse', 'Langue', True); |
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CarPieds := BdRReadBoolean('\Software\InraPorc\Config\Carcasse', 'Pieds', True); |
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CarQueue := BdRReadBoolean('\Software\InraPorc\Config\Carcasse', 'Queue', True); |
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CarHampe := BdRReadBoolean('\Software\InraPorc\Config\Carcasse', 'Hampe', False); |
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CarPanne := BdRReadBoolean('\Software\InraPorc\Config\Carcasse', 'Panne', False); |
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FeedInfo := BdRReadInteger('\Software\InraPorc\Config\InfoCrois', 'FeedInfo', 0); |
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FatInfo := BdRReadInteger('\Software\InraPorc\Config\InfoCrois', 'FatInfo', 0); |
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UserFatShortName := BdRReadString('\Software\InraPorc\Config\InfoCrois', 'UserFatShortName', ''); |
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UserFatLongName := BdRReadString('\Software\InraPorc\Config\InfoCrois', 'UserFatLongName', ''); |
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UserFatPVV := BdRReadBoolean('\Software\InraPorc\Config\InfoCrois', 'UserFatPVV', False); |
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UserFatA := BdRReadFloat('\Software\InraPorc\Config\InfoCrois', 'UserFatA', 0); |
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UserFatB := BdRReadFloat('\Software\InraPorc\Config\InfoCrois', 'UserFatB', 0); |
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UserFatC := BdRReadFloat('\Software\InraPorc\Config\InfoCrois', 'UserFatC', 0); |
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LeanInfo := BdRReadInteger('\Software\InraPorc\Config\InfoCrois', 'LeanInfo', 0); |
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UserLeanShortName := BdRReadString('\Software\InraPorc\Config\InfoCrois', 'UserLeanShortName', ''); |
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UserLeanLongName := BdRReadString('\Software\InraPorc\Config\InfoCrois', 'UserLeanLongName', ''); |
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UserLeanPVV := BdRReadBoolean('\Software\InraPorc\Config\InfoCrois', 'UserLeanPVV', False); |
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UserLeanA := BdRReadFloat('\Software\InraPorc\Config\InfoCrois', 'UserLeanA', 0); |
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UserLeanB := BdRReadFloat('\Software\InraPorc\Config\InfoCrois', 'UserLeanB', 0); |
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UserLeanC := BdRReadFloat('\Software\InraPorc\Config\InfoCrois', 'UserLeanC', 0); |
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ConfigChanged := False; |
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end;
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|
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procedure SaveConfig;
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begin
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BdRWriteBoolean('\Software\InraPorc\Config\Network', 'CheckForUpdates', CheckForUpdates); |
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BdRWriteString('\Software\InraPorc\Config\Data', 'Folder', Folder); |
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BdRWriteString('\Software\InraPorc\Config\Data', 'ExcelFile', ExcelFile); |
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BdRWriteInteger('\Software\InraPorc\Config\Window', 'MainLeft', MainLeft); |
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BdRWriteInteger('\Software\InraPorc\Config\Window', 'MainTop', MainTop); |
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BdRWriteInteger('\Software\InraPorc\Config\Window', 'MainWidth', MainWidth); |
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BdRWriteInteger('\Software\InraPorc\Config\Window', 'MainHeight', MainHeight); |
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BdRWriteString('\Software\InraPorc\Config\Window', 'Logo', Logo); |
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BdRWriteString('\Software\InraPorc\Config\International', 'LanguageCode', LanguageCode); |
367 |
BdRWriteString('\Software\InraPorc\Config\International', 'CurrencySign', CurrencySign); |
368 |
BdRWriteInteger('\Software\InraPorc\Config\Configuration', 'Rap', ConfRap); |
369 |
BdRWriteInteger('\Software\InraPorc\Config\Configuration', 'Dig', ConfDig); |
370 |
BdRWriteInteger('\Software\InraPorc\Config\Configuration', 'TCompo', ConfTCompo); |
371 |
BdRWriteInteger('\Software\InraPorc\Config\Configuration', 'TAA', ConfTAA); |
372 |
BdRWriteInteger('\Software\InraPorc\Config\Configuration', 'TAG', ConfTAG); |
373 |
BdRWriteInteger('\Software\InraPorc\Config\Configuration', 'TMacro', ConfTMacro); |
374 |
BdRWriteInteger('\Software\InraPorc\Config\Configuration', 'TOligo', ConfTOligo); |
375 |
BdRWriteInteger('\Software\InraPorc\Config\Configuration', 'TFibres', ConfTFibres); |
376 |
BdRWriteInteger('\Software\InraPorc\Config\Configuration', 'DCompo', ConfDCompo); |
377 |
BdRWriteInteger('\Software\InraPorc\Config\Configuration', 'DAA', ConfDAA); |
378 |
BdRWriteBoolean('\Software\InraPorc\Config\Configuration', 'AffMP', ConfAffMP); |
379 |
BdRWriteInteger('\Software\InraPorc\Config\AliGest', 'TypeAliGest', TypeAliGest); |
380 |
BdRWriteInteger('\Software\InraPorc\Config\AliGest', 'Duree1', Duree1); |
381 |
BdRWriteInteger('\Software\InraPorc\Config\AliGest', 'Duree3', Duree3); |
382 |
BdRWriteFloat('\Software\InraPorc\Config\AliGest', 'Quantite1', Quantite1); |
383 |
BdRWriteFloat('\Software\InraPorc\Config\AliGest', 'Quantite2', Quantite2); |
384 |
BdRWriteFloat('\Software\InraPorc\Config\AliGest', 'Quantite3', Quantite3); |
385 |
BdRWriteFloat('\Software\InraPorc\Config\AliGest', 'Augment', Augment); |
386 |
BdRWriteInteger('\Software\InraPorc\Config\Graph', 'XTruie', XTruie); |
387 |
BdRWriteInteger('\Software\InraPorc\Config\Graph', 'XCrois', XCrois); |
388 |
BdRWriteBoolean('\Software\InraPorc\Config\Carcasse', 'Tete', CarTete); |
389 |
BdRWriteBoolean('\Software\InraPorc\Config\Carcasse', 'Langue', CarLangue); |
390 |
BdRWriteBoolean('\Software\InraPorc\Config\Carcasse', 'Pieds', CarPieds); |
391 |
BdRWriteBoolean('\Software\InraPorc\Config\Carcasse', 'Queue', CarQueue); |
392 |
BdRWriteBoolean('\Software\InraPorc\Config\Carcasse', 'Hampe', CarHampe); |
393 |
BdRWriteBoolean('\Software\InraPorc\Config\Carcasse', 'Panne', CarPanne); |
394 |
BdRWriteInteger('\Software\InraPorc\Config\InfoCrois', 'FeedInfo', FeedInfo); |
395 |
BdRWriteInteger('\Software\InraPorc\Config\InfoCrois', 'FatInfo', FatInfo); |
396 |
BdRWriteString('\Software\InraPorc\Config\InfoCrois', 'UserFatShortName', UserFatShortName); |
397 |
BdRWriteString('\Software\InraPorc\Config\InfoCrois', 'UserFatLongName', UserFatLongName); |
398 |
BdRWriteBoolean('\Software\InraPorc\Config\InfoCrois', 'UserFatPVV', UserFatPVV); |
399 |
BdRWriteFloat('\Software\InraPorc\Config\InfoCrois', 'UserFatA', UserFatA); |
400 |
BdRWriteFloat('\Software\InraPorc\Config\InfoCrois', 'UserFatB', UserFatB); |
401 |
BdRWriteFloat('\Software\InraPorc\Config\InfoCrois', 'UserFatC', UserFatC); |
402 |
BdRWriteInteger('\Software\InraPorc\Config\InfoCrois', 'LeanInfo', LeanInfo); |
403 |
BdRWriteString('\Software\InraPorc\Config\InfoCrois', 'UserLeanShortName', UserLeanShortName); |
404 |
BdRWriteString('\Software\InraPorc\Config\InfoCrois', 'UserLeanLongName', UserLeanLongName); |
405 |
BdRWriteBoolean('\Software\InraPorc\Config\InfoCrois', 'UserLeanPVV', UserLeanPVV); |
406 |
BdRWriteFloat('\Software\InraPorc\Config\InfoCrois', 'UserLeanA', UserLeanA); |
407 |
BdRWriteFloat('\Software\InraPorc\Config\InfoCrois', 'UserLeanB', UserLeanB); |
408 |
BdRWriteFloat('\Software\InraPorc\Config\InfoCrois', 'UserLeanC', UserLeanC); |
409 |
ConfigChanged := False; |
410 |
end;
|
411 |
|
412 |
// Donn?es
|
413 |
|
414 |
procedure InitData;
|
415 |
begin
|
416 |
InitMatiere; |
417 |
InitAliment; |
418 |
InitSeqAliT; |
419 |
InitRationT; |
420 |
InitLogeT; |
421 |
InitProfilT; |
422 |
InitSimulT; |
423 |
InitSeqAliP; |
424 |
InitRationP; |
425 |
InitProfilP; |
426 |
InitSimulP; |
427 |
end;
|
428 |
|
429 |
procedure FreeData;
|
430 |
begin
|
431 |
FreeMatiere; |
432 |
FreeAliment; |
433 |
FreeSeqAliT; |
434 |
FreeRationT; |
435 |
FreeLogeT; |
436 |
FreeProfilT; |
437 |
FreeSimulT; |
438 |
FreeSeqAliP; |
439 |
FreeRationP; |
440 |
FreeProfilP; |
441 |
FreeSimulP; |
442 |
end;
|
443 |
|
444 |
procedure LoadData;
|
445 |
begin
|
446 |
if (not FileExists(NFicRationP) and FileExists(NFicRationPold)) |
447 |
or (not FileExists(NFicProfilP) and FileExists(NFicProfilPold)) |
448 |
then // Conversion n?cessaire |
449 |
if IsComplete or IsEducation |
450 |
then // Proposer la conversion |
451 |
ConvertData := MessageDlg(MsgConvert, mtConfirmation, [mbYes, mbNo], 0) = mrYes
|
452 |
else // Conversion automatique (pas d'enregistrement) |
453 |
ConvertData := True |
454 |
else // Pas de conversion |
455 |
ConvertData := False; |
456 |
LoadMatiere; |
457 |
LoadAliment; |
458 |
LoadSeqAliT; |
459 |
LoadRationT; |
460 |
LoadLogeT; |
461 |
LoadProfilT; |
462 |
LoadSimulT; |
463 |
LoadSeqAliP; |
464 |
LoadRationP; |
465 |
LoadProfilP; |
466 |
LoadSimulP; |
467 |
end;
|
468 |
|
469 |
procedure SaveData;
|
470 |
begin
|
471 |
SaveMatiere; |
472 |
SaveAliment; |
473 |
SaveSeqAliT; |
474 |
SaveRationT; |
475 |
SaveLogeT; |
476 |
SaveProfilT; |
477 |
SaveSimulT; |
478 |
SaveSeqAliP; |
479 |
SaveRationP; |
480 |
SaveProfilP; |
481 |
SaveSimulP; |
482 |
end;
|
483 |
|
484 |
// Mati?re premi?re
|
485 |
|
486 |
procedure InitMatiere ;
|
487 |
begin
|
488 |
ListMatiere := TList.Create ; |
489 |
NFicMatiere := 'Matiere.rec' ;
|
490 |
NFicMatInraAfz := ExtractFilePath (Application.ExeName) + 'InraAfz.rec' ;
|
491 |
end ;
|
492 |
|
493 |
procedure FreeMatiere ;
|
494 |
var
|
495 |
i : integer ; |
496 |
rec : PRecMatiere ; |
497 |
begin
|
498 |
if ListMatiere.Count > 0 |
499 |
then
|
500 |
for i := 0 to ListMatiere.Count - 1 do |
501 |
begin
|
502 |
rec := ListMatiere[i] ; |
503 |
Dispose (rec) ; |
504 |
end ;
|
505 |
ListMatiere.Free ; |
506 |
end ;
|
507 |
|
508 |
procedure LoadMatiere ;
|
509 |
var
|
510 |
i : integer ; |
511 |
fic : file of RecMatiere ; |
512 |
rec : PRecMatiere ; |
513 |
begin
|
514 |
// effacement de la liste avant chargement
|
515 |
if ListMatiere.Count > 0 |
516 |
then
|
517 |
for i := 0 to ListMatiere.Count - 1 do |
518 |
begin
|
519 |
rec := ListMatiere[i] ; |
520 |
Dispose (rec) ; |
521 |
end ;
|
522 |
ListMatiere.Clear ; |
523 |
// chargement des mati?res premi?res INRA-AFZ
|
524 |
NumMatInraAfz := 0 ;
|
525 |
if FileExists (NFicMatInraAfz)
|
526 |
then
|
527 |
begin
|
528 |
FileMode := fmOpenRead; |
529 |
AssignFile (fic, NFicMatInraAfz) ; |
530 |
Reset (fic) ; |
531 |
while not Eof (fic) do |
532 |
begin
|
533 |
New (rec) ; |
534 |
Read (fic, rec^) ;
|
535 |
// Traduction
|
536 |
// rec.Nom := FInraAfz.LBNom.Items[NumMatInraAfz] ;
|
537 |
// rec.Memo := FInraAfz.LBMemo.Items[NumMatInraAfz] ;
|
538 |
ListMatiere.Add (rec) ; |
539 |
Inc (NumMatInraAfz) ; |
540 |
end ;
|
541 |
CloseFile (fic) ; |
542 |
FileMode := fmOpenReadWrite; |
543 |
end ;
|
544 |
// chargement du fichier
|
545 |
if FileExists (NFicMatiere)
|
546 |
then
|
547 |
begin
|
548 |
AssignFile (fic, NFicMatiere) ; |
549 |
Reset (fic) ; |
550 |
while not Eof (fic) do |
551 |
begin
|
552 |
New (rec) ; |
553 |
Read (fic, rec^) ;
|
554 |
ListMatiere.Add (rec) ; |
555 |
end ;
|
556 |
CloseFile (fic) ; |
557 |
end ;
|
558 |
end ;
|
559 |
|
560 |
procedure SaveMatiere ;
|
561 |
var
|
562 |
i : integer ; |
563 |
fic : file of RecMatiere ; |
564 |
rec : PRecMatiere ; |
565 |
begin
|
566 |
if not IsComplete and not IsEducation |
567 |
then
|
568 |
Exit ; |
569 |
AssignFile (fic, NFicMatiere) ; |
570 |
Rewrite (fic) ; |
571 |
if ListMatiere.Count > NumMatInraAfz
|
572 |
then
|
573 |
for i := NumMatInraAfz to ListMatiere.Count - 1 do |
574 |
begin
|
575 |
rec := ListMatiere[i] ; |
576 |
Write (fic, rec^) ;
|
577 |
end ;
|
578 |
CloseFile (fic) ; |
579 |
end ;
|
580 |
|
581 |
function MatiereUsed (Numero : integer) : boolean ;
|
582 |
var
|
583 |
i, j : integer ; |
584 |
ok : boolean ; |
585 |
recAliment : PRecAliment ; |
586 |
begin
|
587 |
ok := FALSE ; |
588 |
// Utilisation d'une mati?re premi?re dans un aliment
|
589 |
if ListAliment.Count > 0 |
590 |
then
|
591 |
for i := 0 to ListAliment.Count - 1 do |
592 |
begin
|
593 |
recAliment := ListAliment[i] ; |
594 |
if recAliment.MP.NbMat > 0 |
595 |
then
|
596 |
for j := 0 to recAliment.MP.NbMat - 1 do |
597 |
if recAliment.MP.NumMat[j] = Numero
|
598 |
then
|
599 |
ok := TRUE ; |
600 |
end ;
|
601 |
result := ok ; |
602 |
end ;
|
603 |
|
604 |
function MatiereFound (Numero : integer) : boolean ;
|
605 |
var
|
606 |
i : integer ; |
607 |
ok : boolean ; |
608 |
recMatiere : PRecMatiere ; |
609 |
begin
|
610 |
ok := FALSE ; |
611 |
i := 0 ;
|
612 |
while (i < ListMatiere.Count) and not ok do |
613 |
begin
|
614 |
recMatiere := ListMatiere[i] ; |
615 |
if recMatiere.Num = Numero
|
616 |
then
|
617 |
ok := TRUE |
618 |
else
|
619 |
Inc (i) ; |
620 |
end ;
|
621 |
result := ok ; |
622 |
end ;
|
623 |
|
624 |
function MatiereValid (rec : PRecMatiere) : boolean ;
|
625 |
var
|
626 |
ok : boolean ; |
627 |
begin
|
628 |
ok := TRUE ; |
629 |
with rec^ do |
630 |
if CC.MS = 0 then ok := FALSE ; |
631 |
result := ok ; |
632 |
end ;
|
633 |
|
634 |
procedure StringsMatiere (Liste : TStrings ; TypeMatiere : Integer ;
|
635 |
IncludeInvalid, IncludeInraAfz : Boolean) ; |
636 |
var
|
637 |
i : integer ; |
638 |
rec : PRecMatiere ; |
639 |
begin
|
640 |
Liste.Clear ; |
641 |
if ListMatiere.Count > 0 |
642 |
then
|
643 |
for i := 0 to ListMatiere.Count - 1 do |
644 |
begin
|
645 |
rec := ListMatiere[i] ; |
646 |
if ((TypeMatiere = 0) or (rec.Typ = TypeMatiere)) |
647 |
and (IncludeInvalid or MatiereValid (rec)) |
648 |
and (IncludeInraAfz or (rec.Num > 0)) |
649 |
// and (IsComplete or (rec.Num <= 10))
|
650 |
then
|
651 |
// Liste.Add (rec.Nom) ;
|
652 |
if rec.Num > 0 |
653 |
then // Mati?re premi?re utilisateur |
654 |
Liste.Add(rec.Nom) |
655 |
else // Mati?re premi?re INRA-AFZ (traduction) |
656 |
Liste.Add(dgettext('InraAfz', rec.Nom));
|
657 |
end ;
|
658 |
end ;
|
659 |
|
660 |
// Aliment
|
661 |
|
662 |
procedure InitAliment ;
|
663 |
begin
|
664 |
ListAliment := TList.Create ; |
665 |
NFicAliment := 'Aliment.rec' ;
|
666 |
end ;
|
667 |
|
668 |
procedure FreeAliment ;
|
669 |
var
|
670 |
i : integer ; |
671 |
rec : PRecAliment ; |
672 |
begin
|
673 |
if ListAliment.Count > 0 |
674 |
then
|
675 |
for i := 0 to ListAliment.Count - 1 do |
676 |
begin
|
677 |
rec := ListAliment[i] ; |
678 |
Dispose (rec) ; |
679 |
end ;
|
680 |
ListAliment.Free ; |
681 |
end ;
|
682 |
|
683 |
procedure LoadAliment ;
|
684 |
var
|
685 |
i : integer ; |
686 |
fic : file of RecAliment ; |
687 |
rec : PRecAliment ; |
688 |
begin
|
689 |
// effacement de la liste avant chargement
|
690 |
if ListAliment.Count > 0 |
691 |
then
|
692 |
for i := 0 to ListAliment.Count - 1 do |
693 |
begin
|
694 |
rec := ListAliment[i] ; |
695 |
Dispose (rec) ; |
696 |
end ;
|
697 |
ListAliment.Clear ; |
698 |
// chargement du fichier
|
699 |
if FileExists (NFicAliment)
|
700 |
then
|
701 |
begin
|
702 |
AssignFile (fic, NFicAliment) ; |
703 |
Reset (fic) ; |
704 |
while not Eof (fic) do |
705 |
begin
|
706 |
New (rec) ; |
707 |
Read (fic, rec^) ;
|
708 |
ListAliment.Add (rec) ; |
709 |
end ;
|
710 |
CloseFile (fic) ; |
711 |
end ;
|
712 |
end ;
|
713 |
|
714 |
procedure SaveAliment ;
|
715 |
var
|
716 |
i : integer ; |
717 |
fic : file of RecAliment ; |
718 |
rec : PRecAliment ; |
719 |
begin
|
720 |
if not IsComplete and not IsEducation |
721 |
then
|
722 |
Exit ; |
723 |
AssignFile (fic, NFicAliment) ; |
724 |
Rewrite (fic) ; |
725 |
if ListAliment.Count > 0 |
726 |
then
|
727 |
for i := 0 to ListAliment.Count - 1 do |
728 |
begin
|
729 |
rec := ListAliment[i] ; |
730 |
Write (fic, rec^) ;
|
731 |
end ;
|
732 |
CloseFile (fic) ; |
733 |
end ;
|
734 |
|
735 |
function AlimentUsed (Numero : integer) : boolean ;
|
736 |
var
|
737 |
i, j : integer ; |
738 |
ok : boolean ; |
739 |
recSeqAliT : PRecSeqAliT ; |
740 |
recSeqAliP : PRecSeqAliP ; |
741 |
begin
|
742 |
ok := FALSE ; |
743 |
// Utilisation de l'aliment dans une s?quence alimentaire truie
|
744 |
if ListSeqAliT.Count > 0 |
745 |
then
|
746 |
for i := 0 to ListSeqAliT.Count - 1 do |
747 |
begin
|
748 |
recSeqAliT := ListSeqAliT[i] ; |
749 |
for j := 1 to recSeqAliT.NbRuleGest do |
750 |
if (recSeqAliT.RuleGest[j].NumAli1 = Numero)
|
751 |
or (recSeqAliT.RuleGest[j].NumAli2 = Numero)
|
752 |
then
|
753 |
ok := TRUE ; |
754 |
for j := 1 to recSeqAliT.NbRuleLact do |
755 |
if (recSeqAliT.RuleLact[j].NumAli1 = Numero)
|
756 |
or (recSeqAliT.RuleLact[j].NumAli2 = Numero)
|
757 |
then
|
758 |
ok := TRUE ; |
759 |
for j := 1 to recSeqAliT.NbRuleISSF do |
760 |
if (recSeqAliT.RuleISSF[j].NumAli1 = Numero)
|
761 |
or (recSeqAliT.RuleISSF[j].NumAli2 = Numero)
|
762 |
then
|
763 |
ok := TRUE ; |
764 |
end ;
|
765 |
// Utilisation de l'aliment dans une s?quence alimentaire porc
|
766 |
if ListSeqAliP.Count > 0 |
767 |
then
|
768 |
for i := 0 to ListSeqAliP.Count - 1 do |
769 |
begin
|
770 |
recSeqAliP := ListSeqAliP[i] ; |
771 |
for j := 1 to recSeqAliP.NbRule do |
772 |
if (recSeqAliP.Rule[j].NumAli1 = Numero)
|
773 |
or (recSeqAliP.Rule[j].NumAli2 = Numero)
|
774 |
then
|
775 |
ok := TRUE ; |
776 |
end ;
|
777 |
result := ok ; |
778 |
end ;
|
779 |
|
780 |
function AlimentFound (Numero : integer) : boolean ;
|
781 |
var
|
782 |
i : integer ; |
783 |
ok : boolean ; |
784 |
recAliment : PRecAliment ; |
785 |
begin
|
786 |
ok := FALSE ; |
787 |
i := 0 ;
|
788 |
while (i < ListAliment.Count) and not ok do |
789 |
begin
|
790 |
recAliment := ListAliment[i] ; |
791 |
if recAliment.Num = Numero
|
792 |
then
|
793 |
ok := TRUE |
794 |
else
|
795 |
Inc (i) ; |
796 |
end ;
|
797 |
result := ok ; |
798 |
end ;
|
799 |
|
800 |
function AlimentValid (rec : PRecAliment) : boolean ;
|
801 |
var
|
802 |
i : integer ; |
803 |
ok : boolean ; |
804 |
begin
|
805 |
ok := TRUE ; |
806 |
with rec^ do |
807 |
begin
|
808 |
if CC.MS = 0 then ok := FALSE ; |
809 |
if MP.NbMat > 0 |
810 |
then
|
811 |
for i := 0 to MP.NbMat - 1 do |
812 |
if MP.NumMat[i] = 0 then ok := FALSE ; |
813 |
end ;
|
814 |
result := ok ; |
815 |
end ;
|
816 |
|
817 |
procedure StringsAliment (Liste : TStrings ; TypeAliment : Integer ;
|
818 |
IncludeInvalid : Boolean) ; |
819 |
var
|
820 |
i : integer ; |
821 |
rec : PRecAliment ; |
822 |
begin
|
823 |
Liste.Clear ; |
824 |
if ListAliment.Count > 0 |
825 |
then
|
826 |
for i := 0 to ListAliment.Count - 1 do |
827 |
begin
|
828 |
rec := ListAliment[i] ; |
829 |
if ((TypeAliment = 0) or (rec.Typ = TypeAliment)) |
830 |
and (IncludeInvalid or AlimentValid (rec)) |
831 |
// and (IsComplete or (rec.Num <= 10))
|
832 |
then
|
833 |
Liste.Add (rec.Nom) ; |
834 |
end ;
|
835 |
end ;
|
836 |
|
837 |
// S?quence alimentaire truie
|
838 |
|
839 |
procedure InitSeqAliT ;
|
840 |
begin
|
841 |
ListSeqAliT := TList.Create ; |
842 |
NFicSeqAliT := 'SeqAliT.rec' ;
|
843 |
end ;
|
844 |
|
845 |
procedure FreeSeqAliT ;
|
846 |
var
|
847 |
i : integer ; |
848 |
rec : PRecSeqAliT ; |
849 |
begin
|
850 |
if ListSeqAliT.Count > 0 |
851 |
then
|
852 |
for i := 0 to ListSeqAliT.Count - 1 do |
853 |
begin
|
854 |
rec := ListSeqAliT[i] ; |
855 |
Dispose (rec) ; |
856 |
end ;
|
857 |
ListSeqAliT.Free ; |
858 |
end ;
|
859 |
|
860 |
procedure LoadSeqAliT ;
|
861 |
var
|
862 |
i : integer ; |
863 |
fic : file of RecSeqAliT ; |
864 |
rec : PRecSeqAliT ; |
865 |
begin
|
866 |
// effacement de la liste avant chargement
|
867 |
if ListSeqAliT.Count > 0 |
868 |
then
|
869 |
for i := 0 to ListSeqAliT.Count - 1 do |
870 |
begin
|
871 |
rec := ListSeqAliT[i] ; |
872 |
Dispose (rec) ; |
873 |
end ;
|
874 |
ListSeqAliT.Clear ; |
875 |
// chargement du fichier
|
876 |
if FileExists (NFicSeqAliT)
|
877 |
then
|
878 |
begin
|
879 |
AssignFile (fic, NFicSeqAliT) ; |
880 |
Reset (fic) ; |
881 |
while not Eof (fic) do |
882 |
begin
|
883 |
New (rec) ; |
884 |
Read (fic, rec^) ;
|
885 |
ListSeqAliT.Add (rec) ; |
886 |
end ;
|
887 |
CloseFile (fic) ; |
888 |
end ;
|
889 |
end ;
|
890 |
|
891 |
procedure SaveSeqAliT ;
|
892 |
var
|
893 |
i : integer ; |
894 |
fic : file of RecSeqAliT ; |
895 |
rec : PRecSeqAliT ; |
896 |
begin
|
897 |
if not IsComplete and not IsEducation |
898 |
then
|
899 |
Exit ; |
900 |
AssignFile (fic, NFicSeqAliT) ; |
901 |
Rewrite (fic) ; |
902 |
if ListSeqAliT.Count > 0 |
903 |
then
|
904 |
for i := 0 to ListSeqAliT.Count - 1 do |
905 |
begin
|
906 |
rec := ListSeqAliT[i] ; |
907 |
Write (fic, rec^) ;
|
908 |
end ;
|
909 |
CloseFile (fic) ; |
910 |
end ;
|
911 |
|
912 |
function SeqAliTUsed (Numero : integer) : boolean ;
|
913 |
var
|
914 |
i, j : integer ; |
915 |
ok : boolean ; |
916 |
recProfilT : PRecProfilT ; |
917 |
recSimulT : PRecSimulT ; |
918 |
begin
|
919 |
ok := FALSE ; |
920 |
// Utilisation de la s?quence alimentaire dans un profil animal
|
921 |
if ListProfilT.Count > 0 |
922 |
then
|
923 |
for i := 0 to ListProfilT.Count - 1 do |
924 |
begin
|
925 |
recProfilT := ListProfilT[i] ; |
926 |
if recProfilT.SeqAli = Numero
|
927 |
then
|
928 |
ok := TRUE ; |
929 |
end ;
|
930 |
// Utilisation de la s?quence alimentaire dans une simulation
|
931 |
if ListSimulT.Count > 0 |
932 |
then
|
933 |
for i := 0 to ListSimulT.Count - 1 do |
934 |
begin
|
935 |
recSimulT := ListSimulT[i] ; |
936 |
for j := recSimulT.StadeInit div 3 to recSimulT.StadeFin div 3 do |
937 |
if recSimulT.SeqAli[j] = Numero
|
938 |
then
|
939 |
ok := TRUE ; |
940 |
end ;
|
941 |
result := ok ; |
942 |
end ;
|
943 |
|
944 |
function SeqAliTFound (Numero : integer) : boolean ;
|
945 |
var
|
946 |
i : integer ; |
947 |
ok : boolean ; |
948 |
recSeqAliT : PRecSeqAliT ; |
949 |
begin
|
950 |
ok := FALSE ; |
951 |
i := 0 ;
|
952 |
while (i < ListSeqAliT.Count) and not ok do |
953 |
begin
|
954 |
recSeqAliT := ListSeqAliT[i] ; |
955 |
if recSeqAliT.Num = Numero
|
956 |
then
|
957 |
ok := TRUE |
958 |
else
|
959 |
Inc (i) ; |
960 |
end ;
|
961 |
result := ok ; |
962 |
end ;
|
963 |
|
964 |
function SeqAliTValid (rec : PRecSeqAliT) : boolean ;
|
965 |
var
|
966 |
i : integer ; |
967 |
ok : boolean ; |
968 |
begin
|
969 |
ok := TRUE ; |
970 |
with rec^ do |
971 |
begin
|
972 |
for i := 1 to NbRuleGest do |
973 |
if RuleGest[i].NumAli1 = -1 |
974 |
then
|
975 |
ok := FALSE |
976 |
else
|
977 |
begin
|
978 |
PAliment := ListAliment[FindIdxAliment (FindNomAliment (RuleGest[i].NumAli1))] ; |
979 |
if not AlimentValid (PAliment) then ok := FALSE ; |
980 |
end ;
|
981 |
for i := 1 to NbRuleLact do |
982 |
if RuleLact[i].NumAli1 = -1 |
983 |
then
|
984 |
ok := FALSE |
985 |
else
|
986 |
begin
|
987 |
PAliment := ListAliment[FindIdxAliment (FindNomAliment (RuleLact[i].NumAli1))] ; |
988 |
if not AlimentValid (PAliment) then ok := FALSE ; |
989 |
end ;
|
990 |
for i := 1 to NbRuleISSF do |
991 |
if RuleISSF[i].NumAli1 = -1 |
992 |
then
|
993 |
ok := FALSE |
994 |
else
|
995 |
begin
|
996 |
PAliment := ListAliment[FindIdxAliment (FindNomAliment (RuleISSF[i].NumAli1))] ; |
997 |
if not AlimentValid (PAliment) then ok := FALSE ; |
998 |
end ;
|
999 |
end ;
|
1000 |
result := ok ; |
1001 |
end ;
|
1002 |
|
1003 |
procedure StringsSeqAliT (Liste : TStrings ; IncludeInvalid : Boolean) ;
|
1004 |
var
|
1005 |
i : integer ; |
1006 |
rec : PRecSeqAliT ; |
1007 |
begin
|
1008 |
Liste.Clear ; |
1009 |
if ListSeqAliT.Count > 0 |
1010 |
then
|
1011 |
for i := 0 to ListSeqAliT.Count - 1 do |
1012 |
begin
|
1013 |
rec := ListSeqAliT[i] ; |
1014 |
if (IncludeInvalid or SeqAliTValid (rec)) |
1015 |
// and (IsComplete or (rec.Num <= 5))
|
1016 |
then
|
1017 |
Liste.Add (rec.Nom) ; |
1018 |
end ;
|
1019 |
end ;
|
1020 |
|
1021 |
// Plan de rationnement truie
|
1022 |
|
1023 |
procedure InitRationT ;
|
1024 |
begin
|
1025 |
ListRationT := TList.Create ; |
1026 |
NFicRationT := 'RationT.rec' ;
|
1027 |
end ;
|
1028 |
|
1029 |
procedure FreeRationT ;
|
1030 |
var
|
1031 |
i : integer ; |
1032 |
rec : PRecRationT ; |
1033 |
begin
|
1034 |
if ListRationT.Count > 0 |
1035 |
then
|
1036 |
for i := 0 to ListRationT.Count - 1 do |
1037 |
begin
|
1038 |
rec := ListRationT[i] ; |
1039 |
Dispose (rec) ; |
1040 |
end ;
|
1041 |
ListRationT.Free ; |
1042 |
end ;
|
1043 |
|
1044 |
procedure LoadRationT ;
|
1045 |
var
|
1046 |
i : integer ; |
1047 |
fic : file of RecRationT ; |
1048 |
rec : PRecRationT ; |
1049 |
begin
|
1050 |
// effacement de la liste avant chargement
|
1051 |
if ListRationT.Count > 0 |
1052 |
then
|
1053 |
for i := 0 to ListRationT.Count - 1 do |
1054 |
begin
|
1055 |
rec := ListRationT[i] ; |
1056 |
Dispose (rec) ; |
1057 |
end ;
|
1058 |
ListRationT.Clear ; |
1059 |
// chargement du fichier
|
1060 |
if FileExists (NFicRationT)
|
1061 |
then
|
1062 |
begin
|
1063 |
AssignFile (fic, NFicRationT) ; |
1064 |
Reset (fic) ; |
1065 |
while not Eof (fic) do |
1066 |
begin
|
1067 |
New (rec) ; |
1068 |
Read (fic, rec^) ;
|
1069 |
ListRationT.Add (rec) ; |
1070 |
end ;
|
1071 |
CloseFile (fic) ; |
1072 |
end ;
|
1073 |
end ;
|
1074 |
|
1075 |
procedure SaveRationT ;
|
1076 |
var
|
1077 |
i : integer ; |
1078 |
fic : file of RecRationT ; |
1079 |
rec : PRecRationT ; |
1080 |
begin
|
1081 |
if not IsComplete and not IsEducation |
1082 |
then
|
1083 |
Exit ; |
1084 |
AssignFile (fic, NFicRationT) ; |
1085 |
Rewrite (fic) ; |
1086 |
if ListRationT.Count > 0 |
1087 |
then
|
1088 |
for i := 0 to ListRationT.Count - 1 do |
1089 |
begin
|
1090 |
rec := ListRationT[i] ; |
1091 |
Write (fic, rec^) ;
|
1092 |
end ;
|
1093 |
CloseFile (fic) ; |
1094 |
end ;
|
1095 |
|
1096 |
function RationTUsed (Numero : integer) : boolean ;
|
1097 |
var
|
1098 |
i, j : integer ; |
1099 |
ok : boolean ; |
1100 |
recSimulT : PRecSimulT ; |
1101 |
begin
|
1102 |
ok := FALSE ; |
1103 |
// Utilisation du plan de rationnement dans une simulation
|
1104 |
if ListSimulT.Count > 0 |
1105 |
then
|
1106 |
for i := 0 to ListSimulT.Count - 1 do |
1107 |
begin
|
1108 |
recSimulT := ListSimulT[i] ; |
1109 |
for j := recSimulT.StadeInit div 3 to recSimulT.StadeFin div 3 do |
1110 |
if recSimulT.Ration[j] = Numero
|
1111 |
then
|
1112 |
ok := TRUE ; |
1113 |
end ;
|
1114 |
result := ok ; |
1115 |
end ;
|
1116 |
|
1117 |
function RationTFound (Numero : integer) : boolean ;
|
1118 |
var
|
1119 |
i : integer ; |
1120 |
ok : boolean ; |
1121 |
recRationT : PRecRationT ; |
1122 |
begin
|
1123 |
ok := FALSE ; |
1124 |
i := 0 ;
|
1125 |
while (i < ListRationT.Count) and not ok do |
1126 |
begin
|
1127 |
recRationT := ListRationT[i] ; |
1128 |
if recRationT.Num = Numero
|
1129 |
then
|
1130 |
ok := TRUE |
1131 |
else
|
1132 |
Inc (i) ; |
1133 |
end ;
|
1134 |
result := ok ; |
1135 |
end ;
|
1136 |
|
1137 |
function RationTValid (rec : PRecRationT) : boolean ;
|
1138 |
var
|
1139 |
i : integer ; |
1140 |
ok : boolean ; |
1141 |
begin
|
1142 |
ok := TRUE ; |
1143 |
with rec^ do |
1144 |
begin
|
1145 |
for i := 1 to NbRuleGest do |
1146 |
if RuleGest[i].a = 0 then ok := FALSE ; |
1147 |
for i := 1 to NbRuleLact do |
1148 |
case RuleLact[i].Equation of |
1149 |
1 : // Lin?aire |
1150 |
begin
|
1151 |
if RuleLact[i].a = 0 then ok := FALSE ; |
1152 |
if RuleLact[i].b = 0 then ok := FALSE ; |
1153 |
end ;
|
1154 |
2 : // Lin?aire-plateau |
1155 |
begin
|
1156 |
if RuleLact[i].a = 0 then ok := FALSE ; |
1157 |
if RuleLact[i].b = 0 then ok := FALSE ; |
1158 |
if RuleLact[i].c <= RuleLact[i].a then ok := FALSE ; |
1159 |
end ;
|
1160 |
3 : // Curvilin?aire |
1161 |
begin
|
1162 |
if RuleLact[i].a = 0 then ok := FALSE ; |
1163 |
if RuleLact[i].c <= RuleLact[i].a then ok := FALSE ; |
1164 |
end ;
|
1165 |
else // Constant |
1166 |
if RuleLact[i].a = 0 then ok := FALSE ; |
1167 |
end ;
|
1168 |
for i := 1 to NbRuleISSF do |
1169 |
if RuleISSF[i].a = 0 then ok := FALSE ; |
1170 |
end ;
|
1171 |
result := ok ; |
1172 |
end ;
|
1173 |
|
1174 |
procedure StringsRationT (Liste : TStrings ; IncludeInvalid : Boolean) ;
|
1175 |
var
|
1176 |
i : integer ; |
1177 |
rec : PRecRationT ; |
1178 |
begin
|
1179 |
Liste.Clear ; |
1180 |
if ListRationT.Count > 0 |
1181 |
then
|
1182 |
for i := 0 to ListRationT.Count - 1 do |
1183 |
begin
|
1184 |
rec := ListRationT[i] ; |
1185 |
if (IncludeInvalid or RationTValid (rec)) |
1186 |
// and (IsComplete or (rec.Num <= 5))
|
1187 |
then
|
1188 |
Liste.Add (rec.Nom) ; |
1189 |
end ;
|
1190 |
end ;
|
1191 |
|
1192 |
// Logement truie
|
1193 |
|
1194 |
procedure InitLogeT ;
|
1195 |
begin
|
1196 |
ListLogeT := TList.Create ; |
1197 |
NFicLogeT := 'LogeT.rec' ;
|
1198 |
end ;
|
1199 |
|
1200 |
procedure FreeLogeT ;
|
1201 |
var
|
1202 |
i : integer ; |
1203 |
rec : PRecLogeT ; |
1204 |
begin
|
1205 |
if ListLogeT.Count > 0 |
1206 |
then
|
1207 |
for i := 0 to ListLogeT.Count - 1 do |
1208 |
begin
|
1209 |
rec := ListLogeT[i] ; |
1210 |
Dispose (rec) ; |
1211 |
end ;
|
1212 |
ListLogeT.Free ; |
1213 |
end ;
|
1214 |
|
1215 |
procedure LoadLogeT ;
|
1216 |
var
|
1217 |
i : integer ; |
1218 |
fic : file of RecLogeT ; |
1219 |
rec : PRecLogeT ; |
1220 |
begin
|
1221 |
// effacement de la liste avant chargement
|
1222 |
if ListLogeT.Count > 0 |
1223 |
then
|
1224 |
for i := 0 to ListLogeT.Count - 1 do |
1225 |
begin
|
1226 |
rec := ListLogeT[i] ; |
1227 |
Dispose (rec) ; |
1228 |
end ;
|
1229 |
ListLogeT.Clear ; |
1230 |
// chargement du fichier
|
1231 |
if FileExists (NFicLogeT)
|
1232 |
then
|
1233 |
begin
|
1234 |
AssignFile (fic, NFicLogeT) ; |
1235 |
Reset (fic) ; |
1236 |
while not Eof (fic) do |
1237 |
begin
|
1238 |
New (rec) ; |
1239 |
Read (fic, rec^) ;
|
1240 |
ListLogeT.Add (rec) ; |
1241 |
end ;
|
1242 |
CloseFile (fic) ; |
1243 |
end ;
|
1244 |
end ;
|
1245 |
|
1246 |
procedure SaveLogeT ;
|
1247 |
var
|
1248 |
i : integer ; |
1249 |
fic : file of RecLogeT ; |
1250 |
rec : PRecLogeT ; |
1251 |
begin
|
1252 |
if not IsComplete and not IsEducation |
1253 |
then
|
1254 |
Exit ; |
1255 |
AssignFile (fic, NFicLogeT) ; |
1256 |
Rewrite (fic) ; |
1257 |
if ListLogeT.Count > 0 |
1258 |
then
|
1259 |
for i := 0 to ListLogeT.Count - 1 do |
1260 |
begin
|
1261 |
rec := ListLogeT[i] ; |
1262 |
Write (fic, rec^) ;
|
1263 |
end ;
|
1264 |
CloseFile (fic) ; |
1265 |
end ;
|
1266 |
|
1267 |
function LogeTUsed (Numero : integer) : boolean ;
|
1268 |
var
|
1269 |
i : integer ; |
1270 |
ok : boolean ; |
1271 |
recProfilT : PRecProfilT ; |
1272 |
recSimulT : PRecSimulT ; |
1273 |
begin
|
1274 |
ok := FALSE ; |
1275 |
// Utilisation du logement dans un profil animal
|
1276 |
if ListProfilT.Count > 0 |
1277 |
then
|
1278 |
for i := 0 to ListProfilT.Count - 1 do |
1279 |
begin
|
1280 |
recProfilT := ListProfilT[i] ; |
1281 |
if recProfilT.Loge = Numero
|
1282 |
then
|
1283 |
ok := TRUE ; |
1284 |
end ;
|
1285 |
// Utilisation du logement dans une simulation
|
1286 |
if ListSimulT.Count > 0 |
1287 |
then
|
1288 |
for i := 0 to ListSimulT.Count - 1 do |
1289 |
begin
|
1290 |
recSimulT := ListSimulT[i] ; |
1291 |
if recSimulT.Logement = Numero
|
1292 |
then
|
1293 |
ok := TRUE ; |
1294 |
end ;
|
1295 |
result := ok ; |
1296 |
end ;
|
1297 |
|
1298 |
function LogeTFound (Numero : integer) : boolean ;
|
1299 |
var
|
1300 |
i : integer ; |
1301 |
ok : boolean ; |
1302 |
recLogeT : PRecLogeT ; |
1303 |
begin
|
1304 |
ok := FALSE ; |
1305 |
i := 0 ;
|
1306 |
while (i < ListLogeT.Count) and not ok do |
1307 |
begin
|
1308 |
recLogeT := ListLogeT[i] ; |
1309 |
if recLogeT.Num = Numero
|
1310 |
then
|
1311 |
ok := TRUE |
1312 |
else
|
1313 |
Inc (i) ; |
1314 |
end ;
|
1315 |
result := ok ; |
1316 |
end ;
|
1317 |
|
1318 |
function LogeTValid (rec : PRecLogeT) : boolean ;
|
1319 |
begin
|
1320 |
result := TRUE ; |
1321 |
end ;
|
1322 |
|
1323 |
procedure StringsLogeT (Liste : TStrings ; IncludeInvalid : Boolean) ;
|
1324 |
var
|
1325 |
i : integer ; |
1326 |
rec : PRecLogeT ; |
1327 |
begin
|
1328 |
Liste.Clear ; |
1329 |
if ListLogeT.Count > 0 |
1330 |
then
|
1331 |
for i := 0 to ListLogeT.Count - 1 do |
1332 |
begin
|
1333 |
rec := ListLogeT[i] ; |
1334 |
if (IncludeInvalid or LogeTValid (rec)) |
1335 |
// and (IsComplete or (rec.Num <= 5))
|
1336 |
then
|
1337 |
Liste.Add (rec.Nom) ; |
1338 |
end ;
|
1339 |
end ;
|
1340 |
|
1341 |
// Profil truie
|
1342 |
|
1343 |
procedure InitProfilT ;
|
1344 |
begin
|
1345 |
ListProfilT := TList.Create ; |
1346 |
NFicProfilT := 'ProfilT.rec' ;
|
1347 |
end ;
|
1348 |
|
1349 |
procedure FreeProfilT ;
|
1350 |
var
|
1351 |
i : integer ; |
1352 |
rec : PRecProfilT ; |
1353 |
begin
|
1354 |
if ListProfilT.Count > 0 |
1355 |
then
|
1356 |
for i := 0 to ListProfilT.Count - 1 do |
1357 |
begin
|
1358 |
rec := ListProfilT[i] ; |
1359 |
Dispose (rec) ; |
1360 |
end ;
|
1361 |
ListProfilT.Free ; |
1362 |
end ;
|
1363 |
|
1364 |
procedure LoadProfilT ;
|
1365 |
var
|
1366 |
i : integer ; |
1367 |
fic : file of RecProfilT ; |
1368 |
rec : PRecProfilT ; |
1369 |
begin
|
1370 |
// effacement de la liste avant chargement
|
1371 |
if ListProfilT.Count > 0 |
1372 |
then
|
1373 |
for i := 0 to ListProfilT.Count - 1 do |
1374 |
begin
|
1375 |
rec := ListProfilT[i] ; |
1376 |
Dispose (rec) ; |
1377 |
end ;
|
1378 |
ListProfilT.Clear ; |
1379 |
// chargement du fichier
|
1380 |
if FileExists (NFicProfilT)
|
1381 |
then
|
1382 |
begin
|
1383 |
AssignFile (fic, NFicProfilT) ; |
1384 |
Reset (fic) ; |
1385 |
while not Eof (fic) do |
1386 |
begin
|
1387 |
New (rec) ; |
1388 |
Read (fic, rec^) ;
|
1389 |
ListProfilT.Add (rec) ; |
1390 |
end ;
|
1391 |
CloseFile (fic) ; |
1392 |
end ;
|
1393 |
end ;
|
1394 |
|
1395 |
procedure SaveProfilT ;
|
1396 |
var
|
1397 |
i : integer ; |
1398 |
fic : file of RecProfilT ; |
1399 |
rec : PRecProfilT ; |
1400 |
begin
|
1401 |
if not IsComplete and not IsEducation |
1402 |
then
|
1403 |
Exit ; |
1404 |
AssignFile (fic, NFicProfilT) ; |
1405 |
Rewrite (fic) ; |
1406 |
if ListProfilT.Count > 0 |
1407 |
then
|
1408 |
for i := 0 to ListProfilT.Count - 1 do |
1409 |
begin
|
1410 |
rec := ListProfilT[i] ; |
1411 |
Write (fic, rec^) ;
|
1412 |
end ;
|
1413 |
CloseFile (fic) ; |
1414 |
end ;
|
1415 |
|
1416 |
function ProfilTUsed (Numero : integer) : boolean ;
|
1417 |
var
|
1418 |
i : integer ; |
1419 |
ok : boolean ; |
1420 |
recSimulT : PRecSimulT ; |
1421 |
begin
|
1422 |
ok := FALSE ; |
1423 |
// Utilisation du profil dans une simulation
|
1424 |
if ListSimulT.Count > 0 |
1425 |
then
|
1426 |
for i := 0 to ListSimulT.Count - 1 do |
1427 |
begin
|
1428 |
recSimulT := ListSimulT[i] ; |
1429 |
if recSimulT.Profil = Numero
|
1430 |
then
|
1431 |
ok := TRUE ; |
1432 |
end ;
|
1433 |
result := ok ; |
1434 |
end ;
|
1435 |
|
1436 |
function ProfilTFound (Numero : integer) : boolean ;
|
1437 |
var
|
1438 |
i : integer ; |
1439 |
ok : boolean ; |
1440 |
recProfilT : PRecProfilT ; |
1441 |
begin
|
1442 |
ok := FALSE ; |
1443 |
i := 0 ;
|
1444 |
while (i < ListProfilT.Count) and not ok do |
1445 |
begin
|
1446 |
recProfilT := ListProfilT[i] ; |
1447 |
if recProfilT.Num = Numero
|
1448 |
then
|
1449 |
ok := TRUE |
1450 |
else
|
1451 |
Inc (i) ; |
1452 |
end ;
|
1453 |
result := ok ; |
1454 |
end ;
|
1455 |
|
1456 |
function ProfilTValid (rec : PRecProfilT) : boolean ;
|
1457 |
var
|
1458 |
i : integer ; |
1459 |
ok : boolean ; |
1460 |
begin
|
1461 |
ok := TRUE ; |
1462 |
with rec^ do |
1463 |
begin
|
1464 |
if Truies[1].AgeSail = 0 then ok := FALSE ; |
1465 |
for i := 2 to NB_CYCLES do |
1466 |
if Truies[i].AgeSail <= Truies[i - 1].AgeSail + DureeGest + DureeLact |
1467 |
then ok := FALSE ;
|
1468 |
for i := 1 to NB_CYCLES do |
1469 |
begin
|
1470 |
with Truies[i] do |
1471 |
begin
|
1472 |
if PdsSail = 0 then ok := FALSE ; |
1473 |
if P2Sail = 0 then ok := FALSE ; |
1474 |
if PdsAvMB <= PdsApMB then ok := FALSE ; |
1475 |
if PdsApMB <= PdsSail then ok := FALSE ; |
1476 |
if P2MB <= P2Sail then ok := FALSE ; |
1477 |
end ;
|
1478 |
with Porcelets[i] do |
1479 |
begin
|
1480 |
if NesTotaux < NesVivants then ok := FALSE ; |
1481 |
if NesVivants < Sevres then ok := FALSE ; |
1482 |
if Sevres = 0 then ok := FALSE ; |
1483 |
if PdsNais = 0 then ok := FALSE ; |
1484 |
if PdsSev <= PdsNais then ok := FALSE ; |
1485 |
end ;
|
1486 |
if Gest[i] = 0 then ok := FALSE ; |
1487 |
if Lact[i] = 0 then ok := FALSE ; |
1488 |
end ;
|
1489 |
if SeqAli = -1 |
1490 |
then
|
1491 |
ok := FALSE |
1492 |
else
|
1493 |
begin
|
1494 |
PSeqAliT := ListSeqAliT[FindIdxSeqAliT (FindNomSeqAliT (SeqAli))] ; |
1495 |
if not SeqAliTValid (PSeqAliT) then ok := FALSE ; |
1496 |
end ;
|
1497 |
if Loge = -1 |
1498 |
then
|
1499 |
ok := FALSE |
1500 |
else
|
1501 |
begin
|
1502 |
PLogeT := ListLogeT[FindIdxLogeT (FindNomLogeT (Loge))] ; |
1503 |
if not LogeTValid (PLogeT) then ok := FALSE ; |
1504 |
end ;
|
1505 |
end ;
|
1506 |
result := ok ; |
1507 |
end ;
|
1508 |
|
1509 |
procedure StringsProfilT (Liste : TStrings ; IncludeInvalid : Boolean) ;
|
1510 |
var
|
1511 |
i : integer ; |
1512 |
rec : PRecProfilT ; |
1513 |
begin
|
1514 |
Liste.Clear ; |
1515 |
if ListProfilT.Count > 0 |
1516 |
then
|
1517 |
for i := 0 to ListProfilT.Count - 1 do |
1518 |
begin
|
1519 |
rec := ListProfilT[i] ; |
1520 |
if (IncludeInvalid or ProfilTValid (rec)) |
1521 |
// and (IsComplete or (rec.Num <= 5))
|
1522 |
then
|
1523 |
Liste.Add (rec.Nom) ; |
1524 |
end ;
|
1525 |
end ;
|
1526 |
|
1527 |
// Simulation truie
|
1528 |
|
1529 |
procedure InitSimulT ;
|
1530 |
begin
|
1531 |
ListSimulT := TList.Create ; |
1532 |
NFicSimulT := 'SimulT.rec' ;
|
1533 |
end ;
|
1534 |
|
1535 |
procedure FreeSimulT ;
|
1536 |
var
|
1537 |
i : integer ; |
1538 |
rec : PRecSimulT ; |
1539 |
begin
|
1540 |
if ListSimulT.Count > 0 |
1541 |
then
|
1542 |
for i := 0 to ListSimulT.Count - 1 do |
1543 |
begin
|
1544 |
rec := ListSimulT[i] ; |
1545 |
Dispose (rec) ; |
1546 |
end ;
|
1547 |
ListSimulT.Free ; |
1548 |
end ;
|
1549 |
|
1550 |
procedure LoadSimulT ;
|
1551 |
var
|
1552 |
i : integer ; |
1553 |
fic : file of RecSimulT ; |
1554 |
rec : PRecSimulT ; |
1555 |
begin
|
1556 |
// effacement de la liste avant chargement
|
1557 |
if ListSimulT.Count > 0 |
1558 |
then
|
1559 |
for i := 0 to ListSimulT.Count - 1 do |
1560 |
begin
|
1561 |
rec := ListSimulT[i] ; |
1562 |
Dispose (rec) ; |
1563 |
end ;
|
1564 |
ListSimulT.Clear ; |
1565 |
// chargement du fichier
|
1566 |
if FileExists (NFicSimulT)
|
1567 |
then
|
1568 |
begin
|
1569 |
AssignFile (fic, NFicSimulT) ; |
1570 |
Reset (fic) ; |
1571 |
while not Eof (fic) do |
1572 |
begin
|
1573 |
New (rec) ; |
1574 |
Read (fic, rec^) ;
|
1575 |
ListSimulT.Add (rec) ; |
1576 |
end ;
|
1577 |
CloseFile (fic) ; |
1578 |
end ;
|
1579 |
end ;
|
1580 |
|
1581 |
procedure SaveSimulT ;
|
1582 |
var
|
1583 |
i : integer ; |
1584 |
fic : file of RecSimulT ; |
1585 |
rec : PRecSimulT ; |
1586 |
begin
|
1587 |
if not IsComplete and not IsEducation |
1588 |
then
|
1589 |
Exit ; |
1590 |
AssignFile (fic, NFicSimulT) ; |
1591 |
Rewrite (fic) ; |
1592 |
if ListSimulT.Count > 0 |
1593 |
then
|
1594 |
for i := 0 to ListSimulT.Count - 1 do |
1595 |
begin
|
1596 |
rec := ListSimulT[i] ; |
1597 |
Write (fic, rec^) ;
|
1598 |
end ;
|
1599 |
CloseFile (fic) ; |
1600 |
end ;
|
1601 |
|
1602 |
function SimulTValid (rec : PRecSimulT) : boolean ;
|
1603 |
var
|
1604 |
ok : boolean ; |
1605 |
begin
|
1606 |
ok := TRUE ; |
1607 |
with rec^ do |
1608 |
begin
|
1609 |
if Profil = -1 |
1610 |
then
|
1611 |
ok := FALSE |
1612 |
else
|
1613 |
begin
|
1614 |
PProfilT := ListProfilT[FindIdxProfilT (FindNomProfilT (Profil))] ; |
1615 |
if not ProfilTValid (PProfilT) then ok := FALSE ; |
1616 |
end ;
|
1617 |
if Logement = -1 |
1618 |
then
|
1619 |
ok := FALSE |
1620 |
else
|
1621 |
begin
|
1622 |
PLogeT := ListLogeT[FindIdxLogeT (FindNomLogeT (Logement))] ; |
1623 |
if not LogeTValid (PLogeT) then ok := FALSE ; |
1624 |
end ;
|
1625 |
end ;
|
1626 |
result := ok ; |
1627 |
end ;
|
1628 |
|
1629 |
procedure StringsSimulT (Liste : TStrings ; IncludeInvalid : Boolean) ;
|
1630 |
var
|
1631 |
i : integer ; |
1632 |
rec : PRecSimulT ; |
1633 |
begin
|
1634 |
Liste.Clear ; |
1635 |
if ListSimulT.Count > 0 |
1636 |
then
|
1637 |
for i := 0 to ListSimulT.Count - 1 do |
1638 |
begin
|
1639 |
rec := ListSimulT[i] ; |
1640 |
if (IncludeInvalid or SimulTValid (rec)) |
1641 |
// and (IsComplete or (rec.Num <= 5))
|
1642 |
then
|
1643 |
Liste.Add (rec.Nom) ; |
1644 |
end ;
|
1645 |
end ;
|
1646 |
|
1647 |
// S?quence alimentaire porc
|
1648 |
|
1649 |
procedure InitSeqAliP ;
|
1650 |
begin
|
1651 |
ListSeqAliP := TList.Create ; |
1652 |
NFicSeqAliP := 'SeqAliP.rec' ;
|
1653 |
end ;
|
1654 |
|
1655 |
procedure FreeSeqAliP ;
|
1656 |
var
|
1657 |
i : integer ; |
1658 |
rec : PRecSeqAliP ; |
1659 |
begin
|
1660 |
if ListSeqAliP.Count > 0 |
1661 |
then
|
1662 |
for i := 0 to ListSeqAliP.Count - 1 do |
1663 |
begin
|
1664 |
rec := ListSeqAliP[i] ; |
1665 |
Dispose (rec) ; |
1666 |
end ;
|
1667 |
ListSeqAliP.Free ; |
1668 |
end ;
|
1669 |
|
1670 |
procedure LoadSeqAliP ;
|
1671 |
var
|
1672 |
i : integer ; |
1673 |
fic : file of RecSeqAliP ; |
1674 |
rec : PRecSeqAliP ; |
1675 |
begin
|
1676 |
// effacement de la liste avant chargement
|
1677 |
if ListSeqAliP.Count > 0 |
1678 |
then
|
1679 |
for i := 0 to ListSeqAliP.Count - 1 do |
1680 |
begin
|
1681 |
rec := ListSeqAliP[i] ; |
1682 |
Dispose (rec) ; |
1683 |
end ;
|
1684 |
ListSeqAliP.Clear ; |
1685 |
// chargement du fichier
|
1686 |
if FileExists (NFicSeqAliP)
|
1687 |
then
|
1688 |
begin
|
1689 |
AssignFile (fic, NFicSeqAliP) ; |
1690 |
Reset (fic) ; |
1691 |
while not Eof (fic) do |
1692 |
begin
|
1693 |
New (rec) ; |
1694 |
Read (fic, rec^) ;
|
1695 |
ListSeqAliP.Add (rec) ; |
1696 |
end ;
|
1697 |
CloseFile (fic) ; |
1698 |
end ;
|
1699 |
end ;
|
1700 |
|
1701 |
procedure SaveSeqAliP ;
|
1702 |
var
|
1703 |
i : integer ; |
1704 |
fic : file of RecSeqAliP ; |
1705 |
rec : PRecSeqAliP ; |
1706 |
begin
|
1707 |
if not IsComplete and not IsEducation |
1708 |
then
|
1709 |
Exit ; |
1710 |
AssignFile (fic, NFicSeqAliP) ; |
1711 |
Rewrite (fic) ; |
1712 |
if ListSeqAliP.Count > 0 |
1713 |
then
|
1714 |
for i := 0 to ListSeqAliP.Count - 1 do |
1715 |
begin
|
1716 |
rec := ListSeqAliP[i] ; |
1717 |
Write (fic, rec^) ;
|
1718 |
end ;
|
1719 |
CloseFile (fic) ; |
1720 |
end ;
|
1721 |
|
1722 |
function SeqAliPUsed (Numero : integer) : boolean ;
|
1723 |
var
|
1724 |
i : integer ; |
1725 |
ok : boolean ; |
1726 |
recProfilP : PRecProfilP ; |
1727 |
recSimulP : PRecSimulP ; |
1728 |
begin
|
1729 |
ok := FALSE ; |
1730 |
// Utilisation de la s?quence alimentaire dans un profil animal
|
1731 |
if ListProfilP.Count > 0 |
1732 |
then
|
1733 |
for i := 0 to ListProfilP.Count - 1 do |
1734 |
begin
|
1735 |
recProfilP := ListProfilP[i] ; |
1736 |
if recProfilP.SeqAli = Numero
|
1737 |
then
|
1738 |
ok := TRUE ; |
1739 |
end ;
|
1740 |
// Utilisation de la s?quence alimentaire dans une simulation
|
1741 |
if ListSimulP.Count > 0 |
1742 |
then
|
1743 |
for i := 0 to ListSimulP.Count - 1 do |
1744 |
begin
|
1745 |
recSimulP := ListSimulP[i] ; |
1746 |
if recSimulP.SeqAli = Numero
|
1747 |
then
|
1748 |
ok := TRUE ; |
1749 |
end ;
|
1750 |
result := ok ; |
1751 |
end ;
|
1752 |
|
1753 |
function SeqAliPFound (Numero : integer) : boolean ;
|
1754 |
var
|
1755 |
i : integer ; |
1756 |
ok : boolean ; |
1757 |
recSeqAliP : PRecSeqAliP ; |
1758 |
begin
|
1759 |
ok := FALSE ; |
1760 |
i := 0 ;
|
1761 |
while (i < ListSeqAliP.Count) and not ok do |
1762 |
begin
|
1763 |
recSeqAliP := ListSeqAliP[i] ; |
1764 |
if recSeqAliP.Num = Numero
|
1765 |
then
|
1766 |
ok := TRUE |
1767 |
else
|
1768 |
Inc (i) ; |
1769 |
end ;
|
1770 |
result := ok ; |
1771 |
end ;
|
1772 |
|
1773 |
function SeqAliPValid (rec : PRecSeqAliP) : boolean ;
|
1774 |
var
|
1775 |
i : integer ; |
1776 |
ok : boolean ; |
1777 |
begin
|
1778 |
ok := TRUE ; |
1779 |
with rec^ do |
1780 |
for i := 1 to NbRule do |
1781 |
if Rule[i].NumAli1 = -1 |
1782 |
then
|
1783 |
ok := FALSE |
1784 |
else
|
1785 |
begin
|
1786 |
PAliment := ListAliment[FindIdxAliment (FindNomAliment (Rule[i].NumAli1))] ; |
1787 |
if not AlimentValid (PAliment) then ok := FALSE ; |
1788 |
end ;
|
1789 |
result := ok ; |
1790 |
end ;
|
1791 |
|
1792 |
procedure StringsSeqAliP (Liste : TStrings ; IncludeInvalid : Boolean) ;
|
1793 |
var
|
1794 |
i : integer ; |
1795 |
rec : PRecSeqAliP ; |
1796 |
begin
|
1797 |
Liste.Clear ; |
1798 |
if ListSeqAliP.Count > 0 |
1799 |
then
|
1800 |
for i := 0 to ListSeqAliP.Count - 1 do |
1801 |
begin
|
1802 |
rec := ListSeqAliP[i] ; |
1803 |
if (IncludeInvalid or SeqAliPValid (rec)) |
1804 |
// and (IsComplete or (rec.Num <= 5))
|
1805 |
then
|
1806 |
Liste.Add (rec.Nom) ; |
1807 |
end ;
|
1808 |
end ;
|
1809 |
|
1810 |
// Plan de rationnement porc
|
1811 |
|
1812 |
procedure InitRationP ;
|
1813 |
begin
|
1814 |
NFicRationPold := 'RationP.rec' ;
|
1815 |
ListRationP := TList.Create ; |
1816 |
NFicRationP := 'RationP2.rec' ;
|
1817 |
end ;
|
1818 |
|
1819 |
procedure FreeRationP ;
|
1820 |
var
|
1821 |
i : integer ; |
1822 |
rec : PRecRationP ; |
1823 |
begin
|
1824 |
if ListRationP.Count > 0 |
1825 |
then
|
1826 |
for i := 0 to ListRationP.Count - 1 do |
1827 |
begin
|
1828 |
rec := ListRationP[i] ; |
1829 |
Dispose (rec) ; |
1830 |
end ;
|
1831 |
ListRationP.Free ; |
1832 |
end ;
|
1833 |
|
1834 |
procedure ConvertRationP2;
|
1835 |
var
|
1836 |
i: integer; |
1837 |
oldfic: file of RecRationPold; |
1838 |
oldrec: PRecRationPold; |
1839 |
newfic: file of RecRationP; |
1840 |
newrec: PRecRationP; |
1841 |
begin
|
1842 |
AssignFile(oldfic, NFicRationPold); |
1843 |
Reset(oldfic); |
1844 |
New(oldrec); |
1845 |
while not Eof(oldfic) do |
1846 |
begin
|
1847 |
Read(oldfic, oldrec^);
|
1848 |
New(newrec); |
1849 |
newrec.Num := oldrec.Num; |
1850 |
newrec.Nom := oldrec.Nom; |
1851 |
newrec.Memo := oldrec.Memo; |
1852 |
newrec.NbRule := oldrec.NbRule; |
1853 |
for i := 1 to MAX_RULE do |
1854 |
begin
|
1855 |
newrec.Rule[i].ModeFin := oldrec.Rule[i].ModeFin; |
1856 |
newrec.Rule[i].ValFin := oldrec.Rule[i].ValFin; |
1857 |
newrec.Rule[i].Gaspillage := 0;
|
1858 |
case oldrec.Rule[i].Equation of |
1859 |
2..5: // f(poids vif) |
1860 |
newrec.Rule[i].RuleType := 3;
|
1861 |
6..8: // f(dur?e) |
1862 |
newrec.Rule[i].RuleType := 2;
|
1863 |
9: // % Ad libitum |
1864 |
newrec.Rule[i].RuleType := 0;
|
1865 |
else // Ad libitum ou Constant |
1866 |
newrec.Rule[i].RuleType := oldrec.Rule[i].Equation; |
1867 |
end;
|
1868 |
newrec.Rule[i].Unite := oldrec.Rule[i].Unite; |
1869 |
if newrec.Rule[i].RuleType = 2 |
1870 |
then // f(dur?e) |
1871 |
newrec.Rule[i].EqDuree := oldrec.Rule[i].Equation - 7
|
1872 |
else
|
1873 |
newrec.Rule[i].EqDuree := -1;
|
1874 |
if newrec.Rule[i].RuleType = 3 |
1875 |
then // f(poids vif) |
1876 |
newrec.Rule[i].EqPV := oldrec.Rule[i].Equation - 3
|
1877 |
else
|
1878 |
newrec.Rule[i].EqPV := -1;
|
1879 |
// Valeurs par d?faut
|
1880 |
newrec.Rule[i].Percent := 1;
|
1881 |
newrec.Rule[i].Quantity := 0;
|
1882 |
newrec.Rule[i].aDuree := 0;
|
1883 |
newrec.Rule[i].bDuree := 0;
|
1884 |
newrec.Rule[i].aPV := 0;
|
1885 |
newrec.Rule[i].bPV := 0;
|
1886 |
// Valeurs utilis?es
|
1887 |
case oldrec.Rule[i].Equation of |
1888 |
1: // Constant |
1889 |
newrec.Rule[i].Quantity := oldrec.Rule[i].a; |
1890 |
3..5: // f(poids vif) |
1891 |
begin
|
1892 |
newrec.Rule[i].aPV := oldrec.Rule[i].a; |
1893 |
newrec.Rule[i].bPV := oldrec.Rule[i].b; |
1894 |
end;
|
1895 |
7..8: // f(dur?e) |
1896 |
begin
|
1897 |
newrec.Rule[i].aDuree := oldrec.Rule[i].a; |
1898 |
newrec.Rule[i].bDuree := oldrec.Rule[i].b; |
1899 |
end;
|
1900 |
9: // % Ad libitum |
1901 |
newrec.Rule[i].Percent := oldrec.Rule[i].a; |
1902 |
end;
|
1903 |
end ;
|
1904 |
ListRationP.Add(newrec); |
1905 |
end;
|
1906 |
CloseFile(oldfic); |
1907 |
if not IsComplete and not IsEducation |
1908 |
then
|
1909 |
Exit; |
1910 |
// RenameFile(NFicRationPold, 'RationP.old');
|
1911 |
// DeleteFile(NFicRationPold);
|
1912 |
AssignFile(newfic, NFicRationP); |
1913 |
Rewrite(newfic); |
1914 |
if ListRationP.Count > 0 |
1915 |
then
|
1916 |
for i := 0 to ListRationP.Count - 1 do |
1917 |
begin
|
1918 |
newrec := ListRationP[i]; |
1919 |
Write(newfic, newrec^);
|
1920 |
end;
|
1921 |
CloseFile(newfic); |
1922 |
end;
|
1923 |
|
1924 |
procedure LoadRationP ;
|
1925 |
var
|
1926 |
i : integer ; |
1927 |
fic : file of RecRationP ; |
1928 |
rec : PRecRationP ; |
1929 |
begin
|
1930 |
// effacement de la liste avant chargement
|
1931 |
if ListRationP.Count > 0 |
1932 |
then
|
1933 |
for i := 0 to ListRationP.Count - 1 do |
1934 |
begin
|
1935 |
rec := ListRationP[i] ; |
1936 |
Dispose (rec) ; |
1937 |
end ;
|
1938 |
ListRationP.Clear ; |
1939 |
if not FileExists(NFicRationP) and FileExists(NFicRationPold) and ConvertData |
1940 |
then // Conversion |
1941 |
ConvertRationP2 |
1942 |
else // chargement du fichier |
1943 |
if FileExists (NFicRationP)
|
1944 |
then
|
1945 |
begin
|
1946 |
AssignFile (fic, NFicRationP) ; |
1947 |
Reset (fic) ; |
1948 |
while not Eof (fic) do |
1949 |
begin
|
1950 |
New (rec) ; |
1951 |
Read (fic, rec^) ;
|
1952 |
ListRationP.Add (rec) ; |
1953 |
end ;
|
1954 |
CloseFile (fic) ; |
1955 |
end ;
|
1956 |
end ;
|
1957 |
|
1958 |
procedure SaveRationP ;
|
1959 |
var
|
1960 |
i : integer ; |
1961 |
fic : file of RecRationP ; |
1962 |
rec : PRecRationP ; |
1963 |
begin
|
1964 |
if not IsComplete and not IsEducation |
1965 |
then
|
1966 |
Exit ; |
1967 |
AssignFile (fic, NFicRationP) ; |
1968 |
Rewrite (fic) ; |
1969 |
if ListRationP.Count > 0 |
1970 |
then
|
1971 |
for i := 0 to ListRationP.Count - 1 do |
1972 |
begin
|
1973 |
rec := ListRationP[i] ; |
1974 |
Write (fic, rec^) ;
|
1975 |
end ;
|
1976 |
CloseFile (fic) ; |
1977 |
end ;
|
1978 |
|
1979 |
function RationPUsed (Numero : integer) : boolean ;
|
1980 |
var
|
1981 |
i : integer ; |
1982 |
ok : boolean ; |
1983 |
recProfilP : PRecProfilP ; |
1984 |
recSimulP : PRecSimulP ; |
1985 |
begin
|
1986 |
ok := FALSE ; |
1987 |
// Utilisation du plan de rationnement dans un profil animal
|
1988 |
if ListProfilP.Count > 0 |
1989 |
then
|
1990 |
for i := 0 to ListProfilP.Count - 1 do |
1991 |
begin
|
1992 |
recProfilP := ListProfilP[i] ; |
1993 |
if recProfilP.Ration = Numero
|
1994 |
then
|
1995 |
ok := TRUE ; |
1996 |
end ;
|
1997 |
// Utilisation du plan de rationnement dans une simulation
|
1998 |
if ListSimulP.Count > 0 |
1999 |
then
|
2000 |
for i := 0 to ListSimulP.Count - 1 do |
2001 |
begin
|
2002 |
recSimulP := ListSimulP[i] ; |
2003 |
if recSimulP.Ration = Numero
|
2004 |
then
|
2005 |
ok := TRUE ; |
2006 |
end ;
|
2007 |
result := ok ; |
2008 |
end ;
|
2009 |
|
2010 |
function RationPFound (Numero : integer) : boolean ;
|
2011 |
var
|
2012 |
i : integer ; |
2013 |
ok : boolean ; |
2014 |
recRationP : PRecRationP ; |
2015 |
begin
|
2016 |
ok := FALSE ; |
2017 |
i := 0 ;
|
2018 |
while (i < ListRationP.Count) and not ok do |
2019 |
begin
|
2020 |
recRationP := ListRationP[i] ; |
2021 |
if recRationP.Num = Numero
|
2022 |
then
|
2023 |
ok := TRUE |
2024 |
else
|
2025 |
Inc (i) ; |
2026 |
end ;
|
2027 |
result := ok ; |
2028 |
end ;
|
2029 |
|
2030 |
function RationPValid(rec: PRecRationP): boolean;
|
2031 |
var
|
2032 |
i: integer; |
2033 |
ok: boolean; |
2034 |
begin
|
2035 |
ok := True; |
2036 |
with rec^ do |
2037 |
for i := 1 to NbRule do |
2038 |
with Rule[i] do |
2039 |
begin
|
2040 |
if (ModeFin = -1) and (i < NbRule) then ok := False; |
2041 |
case RuleType of |
2042 |
0: // % AdLib |
2043 |
if Percent <= 0 then ok := False; |
2044 |
1: // Constant |
2045 |
begin
|
2046 |
if Unite = -1 then ok := False; |
2047 |
if Quantity <= 0 then ok := False; |
2048 |
end;
|
2049 |
2: // f(dur?e) |
2050 |
begin
|
2051 |
if Unite = -1 then ok := False; |
2052 |
if EqDuree = -1 then ok := False; |
2053 |
if aDuree <= 0 then ok := False; |
2054 |
if bDuree <= 0 then ok := False; |
2055 |
end;
|
2056 |
3: // f(poids vif) |
2057 |
begin
|
2058 |
if Unite = -1 then ok := False; |
2059 |
case EqPV of |
2060 |
0: // Mod?le lin?aire |
2061 |
begin
|
2062 |
if bPV <= 0 then ok := False; |
2063 |
end;
|
2064 |
1: // Mod?le puissance |
2065 |
begin
|
2066 |
if aPV <= 0 then ok := False; |
2067 |
if bPV <= 0 then ok := False; |
2068 |
end;
|
2069 |
2: // Mod?le exponentiel |
2070 |
begin
|
2071 |
if aPV <= 0 then ok := False; |
2072 |
if bPV <= 0 then ok := False; |
2073 |
end;
|
2074 |
else
|
2075 |
ok := False; |
2076 |
end;
|
2077 |
end;
|
2078 |
else
|
2079 |
ok := False; |
2080 |
end;
|
2081 |
end;
|
2082 |
result := ok; |
2083 |
end;
|
2084 |
|
2085 |
procedure StringsRationP (Liste : TStrings ; IncludeInvalid : Boolean) ;
|
2086 |
var
|
2087 |
i : integer ; |
2088 |
rec : PRecRationP ; |
2089 |
begin
|
2090 |
Liste.Clear ; |
2091 |
if ListRationP.Count > 0 |
2092 |
then
|
2093 |
for i := 0 to ListRationP.Count - 1 do |
2094 |
begin
|
2095 |
rec := ListRationP[i] ; |
2096 |
if (IncludeInvalid or RationPValid (rec)) |
2097 |
// and (IsComplete or (rec.Num <= 5))
|
2098 |
then
|
2099 |
Liste.Add (rec.Nom) ; |
2100 |
end ;
|
2101 |
end ;
|
2102 |
|
2103 |
// Profil porc
|
2104 |
|
2105 |
procedure InitProfilP;
|
2106 |
begin
|
2107 |
NFicProfilPold := 'ProfilP.rec';
|
2108 |
ListProfilP := TList.Create; |
2109 |
NFicProfilP := 'ProfilP2.rec';
|
2110 |
end;
|
2111 |
|
2112 |
procedure FreeProfilP;
|
2113 |
var
|
2114 |
i: integer; |
2115 |
rec: PRecProfilP; |
2116 |
begin
|
2117 |
if ListProfilP.Count > 0 |
2118 |
then
|
2119 |
for i := 0 to ListProfilP.Count - 1 do |
2120 |
begin
|
2121 |
rec := ListProfilP[i]; |
2122 |
Dispose(rec); |
2123 |
end;
|
2124 |
ListProfilP.Free; |
2125 |
end;
|
2126 |
|
2127 |
procedure ConvertProfilP2;
|
2128 |
var
|
2129 |
i: integer; |
2130 |
oldfic: file of RecProfilPold; |
2131 |
oldrec: PRecProfilPold; |
2132 |
newfic: file of RecProfilP; |
2133 |
newrec: PRecProfilP; |
2134 |
begin
|
2135 |
AssignFile(oldfic, NFicProfilPold); |
2136 |
Reset(oldfic); |
2137 |
New(oldrec); |
2138 |
while not Eof(oldfic) do |
2139 |
begin
|
2140 |
Read(oldfic, oldrec^);
|
2141 |
New(newrec); |
2142 |
newrec.Num := oldrec.Num; |
2143 |
newrec.Nom := oldrec.Nom; |
2144 |
newrec.Memo := oldrec.Memo; |
2145 |
newrec.Sexe := -1;
|
2146 |
// Conditions d'?levage
|
2147 |
newrec.SeqAli := oldrec.SeqAli ; |
2148 |
newrec.Ration := -1;
|
2149 |
newrec.AgeInit := oldrec.AgeInit ; |
2150 |
newrec.PVInit := oldrec.PVInit ; |
2151 |
newrec.ProtInit := oldrec.ProtInit; |
2152 |
newrec.LipInit := oldrec.LipInit; |
2153 |
newrec.ModeFin := oldrec.ModeFin ; |
2154 |
newrec.Duree := oldrec.Duree ; |
2155 |
newrec.PVFin := oldrec.PVFin ; |
2156 |
newrec.Carcasse := oldrec.Carcasse ; |
2157 |
// Consommation et performances ad libitum
|
2158 |
newrec.Unite := oldrec.Unite ; |
2159 |
newrec.Equation := oldrec.Equation ; |
2160 |
newrec.a := oldrec.a; |
2161 |
newrec.b := oldrec.b; |
2162 |
newrec.PDMoy := oldrec.PDMoy ; |
2163 |
newrec.BGompertz := oldrec.BGompertz ; |
2164 |
newrec.Entretien := oldrec.Entretien ; |
2165 |
// R?ponse ? une restriction alimentaire
|
2166 |
newrec.PVmr2 := oldrec.PVmr2 ; |
2167 |
ListProfilP.Add(newrec); |
2168 |
end;
|
2169 |
CloseFile(oldfic); |
2170 |
if not IsComplete and not IsEducation |
2171 |
then
|
2172 |
Exit; |
2173 |
// RenameFile(NFicProfilPold, 'ProfilP.old');
|
2174 |
// DeleteFile(NFicProfilPold);
|
2175 |
AssignFile(newfic, NFicProfilP); |
2176 |
Rewrite(newfic); |
2177 |
if ListProfilP.Count > 0 |
2178 |
then
|
2179 |
for i := 0 to ListProfilP.Count - 1 do |
2180 |
begin
|
2181 |
newrec := ListProfilP[i]; |
2182 |
Write(newfic, newrec^);
|
2183 |
end;
|
2184 |
CloseFile(newfic); |
2185 |
end;
|
2186 |
|
2187 |
procedure LoadProfilP;
|
2188 |
var
|
2189 |
i: integer; |
2190 |
fic: file of RecProfilP; |
2191 |
rec: PRecPRofilP; |
2192 |
begin
|
2193 |
// effacement de la liste avant chargement
|
2194 |
if ListProfilP.Count > 0 |
2195 |
then
|
2196 |
for i := 0 to ListProfilP.Count - 1 do |
2197 |
begin
|
2198 |
rec := ListProfilP[i]; |
2199 |
Dispose(rec); |
2200 |
end ;
|
2201 |
ListProfilP.Clear; |
2202 |
if not FileExists(NFicProfilP) and FileExists(NFicProfilPold) and ConvertData |
2203 |
then // Conversion |
2204 |
ConvertProfilP2 |
2205 |
else // chargement du fichier |
2206 |
if FileExists(NFicProfilP)
|
2207 |
then
|
2208 |
begin
|
2209 |
AssignFile(fic, NFicProfilP); |
2210 |
Reset(fic); |
2211 |
while not Eof(fic) do |
2212 |
begin
|
2213 |
New(rec); |
2214 |
Read(fic, rec^);
|
2215 |
ListProfilP.Add(rec); |
2216 |
end;
|
2217 |
CloseFile(fic); |
2218 |
end;
|
2219 |
end;
|
2220 |
|
2221 |
procedure SaveProfilP;
|
2222 |
var
|
2223 |
i: integer; |
2224 |
fic: file of RecProfilP; |
2225 |
rec: PRecProfilP; |
2226 |
begin
|
2227 |
if not IsComplete and not IsEducation |
2228 |
then
|
2229 |
Exit; |
2230 |
AssignFile(fic, NFicProfilP); |
2231 |
Rewrite(fic); |
2232 |
if ListProfilP.Count > 0 |
2233 |
then
|
2234 |
for i := 0 to ListProfilP.Count - 1 do |
2235 |
begin
|
2236 |
rec := ListProfilP[i]; |
2237 |
Write(fic, rec^);
|
2238 |
end;
|
2239 |
CloseFile(fic); |
2240 |
end;
|
2241 |
|
2242 |
function ProfilPUsed(Numero: integer): boolean;
|
2243 |
var
|
2244 |
i: integer; |
2245 |
ok: boolean; |
2246 |
recSimulP: PRecSimulP; |
2247 |
begin
|
2248 |
ok := False; |
2249 |
// Utilisation du profil dans une simulation
|
2250 |
if ListSimulP.Count > 0 |
2251 |
then
|
2252 |
for i := 0 to ListSimulP.Count - 1 do |
2253 |
begin
|
2254 |
recSimulP := ListSimulP[i]; |
2255 |
if recSimulP.Profil = Numero
|
2256 |
then
|
2257 |
ok := True; |
2258 |
end;
|
2259 |
result := ok; |
2260 |
end;
|
2261 |
|
2262 |
function ProfilPFound(Numero: integer): boolean;
|
2263 |
var
|
2264 |
i: integer; |
2265 |
ok: boolean; |
2266 |
recProfilP: PRecProfilP; |
2267 |
begin
|
2268 |
ok := False; |
2269 |
i := 0;
|
2270 |
while (i < ListProfilP.Count) and not ok do |
2271 |
begin
|
2272 |
recProfilP := ListProfilP[i]; |
2273 |
if recProfilP.Num = Numero
|
2274 |
then
|
2275 |
ok := True |
2276 |
else
|
2277 |
Inc(i); |
2278 |
end ;
|
2279 |
result := ok; |
2280 |
end;
|
2281 |
|
2282 |
function ProfilPValid(rec: PRecProfilP): boolean;
|
2283 |
var
|
2284 |
ok: boolean; |
2285 |
T1, T2: Double; |
2286 |
begin
|
2287 |
ok := True; |
2288 |
with rec^ do |
2289 |
begin
|
2290 |
{
|
2291 |
if SeqAli = -1
|
2292 |
then
|
2293 |
ok := False
|
2294 |
else
|
2295 |
begin
|
2296 |
PSeqAliP := ListSeqAliP[FindIdxSeqAliP(FindNomSeqAliP(SeqAli))];
|
2297 |
if not SeqAliPValid(PSeqAliP) then ok := False;
|
2298 |
end;
|
2299 |
}
|
2300 |
if ProtInit <= 0 then ok := False; |
2301 |
if LipInit <= 0 then ok := False; |
2302 |
if Unite = -1 then ok := False; |
2303 |
case Equation of |
2304 |
0: // Mod?le lin?aire |
2305 |
begin
|
2306 |
if b <= 0 then ok := False; |
2307 |
if CalcIngere(0, Unite, a, b, PVInit) <= 0 then ok := False; |
2308 |
end;
|
2309 |
1: // Mod?le puissance |
2310 |
begin
|
2311 |
if a <= 0 then ok := False; |
2312 |
if b <= 0 then ok := False; |
2313 |
if CalcIngere(1, Unite, a, b, PVInit) <= 0 then ok := False; |
2314 |
end;
|
2315 |
2: // Mod?le exponentiel |
2316 |
begin
|
2317 |
if a <= 0 then ok := False; |
2318 |
if b <= 0 then ok := False; |
2319 |
if CalcIngere(2, Unite, a, b, PVInit) <= 0 then ok := False; |
2320 |
end;
|
2321 |
3: // Mod?le Gamma |
2322 |
begin
|
2323 |
if a <= 0 then ok := False; |
2324 |
if b <= 0 then ok := False; |
2325 |
case Unite of |
2326 |
0: // Quantit? (kg/j) |
2327 |
begin
|
2328 |
T1 := -CalcIngere(3, Unite, a, b, 100) + cGammaFrais * Exp(Ln(100) * dGamma); |
2329 |
T2 := -CalcIngere(3, Unite, a, b, 50) + cGammaFrais * Exp(Ln(50) * dGamma); |
2330 |
end;
|
2331 |
1: // ED (MJ/j) |
2332 |
begin
|
2333 |
T1 := -CalcIngere(3, Unite, a, b, 100) + cGammaED * Exp(Ln(100) * dGamma); |
2334 |
T2 := -CalcIngere(3, Unite, a, b, 50) + cGammaED * Exp(Ln(50) * dGamma); |
2335 |
end;
|
2336 |
2: // EM (MJ/j) |
2337 |
begin
|
2338 |
T1 := -CalcIngere(3, Unite, a, b, 100) + cGammaEM * Exp(Ln(100) * dGamma); |
2339 |
T2 := -CalcIngere(3, Unite, a, b, 50) + cGammaEM * Exp(Ln(50) * dGamma); |
2340 |
end;
|
2341 |
3: // EN (MJ/j) |
2342 |
begin
|
2343 |
T1 := -CalcIngere(3, Unite, a, b, 100) + cGammaEN * Exp(Ln(100) * dGamma); |
2344 |
T2 := -CalcIngere(3, Unite, a, b, 50) + cGammaEN * Exp(Ln(50) * dGamma); |
2345 |
end;
|
2346 |
4: // MS (kg/j) |
2347 |
begin
|
2348 |
T1 := -CalcIngere(3, Unite, a, b, 100) + cGammaMS * Exp(Ln(100) * dGamma); |
2349 |
T2 := -CalcIngere(3, Unite, a, b, 50) + cGammaMS * Exp(Ln(50) * dGamma); |
2350 |
end;
|
2351 |
else
|
2352 |
begin
|
2353 |
T1 := 0;
|
2354 |
T2 := 0;
|
2355 |
end;
|
2356 |
end;
|
2357 |
if T1 = 0 then ok := False; |
2358 |
if T2 = 0 then ok := False; |
2359 |
if (T1 > 0) and (T2 < 0) then ok := False; |
2360 |
if (T1 < 0) and (T2 > 0) then ok := False; |
2361 |
end;
|
2362 |
else
|
2363 |
ok := False; |
2364 |
end;
|
2365 |
end;
|
2366 |
result := ok; |
2367 |
end;
|
2368 |
|
2369 |
procedure StringsProfilP(Liste: TStrings; IncludeInvalid: Boolean);
|
2370 |
var
|
2371 |
i: integer; |
2372 |
rec: PRecProfilP; |
2373 |
begin
|
2374 |
Liste.Clear; |
2375 |
if ListProfilP.Count > 0 |
2376 |
then
|
2377 |
for i := 0 to ListProfilP.Count - 1 do |
2378 |
begin
|
2379 |
rec := ListProfilP[i]; |
2380 |
if (IncludeInvalid or ProfilPValid(rec)) |
2381 |
// and (IsComplete or (rec.Num <= 5))
|
2382 |
then
|
2383 |
Liste.Add(rec.Nom); |
2384 |
end;
|
2385 |
end;
|
2386 |
|
2387 |
// Simulation porc
|
2388 |
|
2389 |
procedure InitSimulP ;
|
2390 |
begin
|
2391 |
ListSimulP := TList.Create ; |
2392 |
NFicSimulP := 'SimulP.rec' ;
|
2393 |
end ;
|
2394 |
|
2395 |
procedure FreeSimulP ;
|
2396 |
var
|
2397 |
i : integer ; |
2398 |
rec : PRecSimulP ; |
2399 |
begin
|
2400 |
if ListSimulP.Count > 0 |
2401 |
then
|
2402 |
for i := 0 to ListSimulP.Count - 1 do |
2403 |
begin
|
2404 |
rec := ListSimulP[i] ; |
2405 |
Dispose (rec) ; |
2406 |
end ;
|
2407 |
ListSimulP.Free ; |
2408 |
end ;
|
2409 |
|
2410 |
procedure LoadSimulP ;
|
2411 |
var
|
2412 |
i : integer ; |
2413 |
fic : file of RecSimulP ; |
2414 |
rec : PRecSimulP ; |
2415 |
begin
|
2416 |
// effacement de la liste avant chargement
|
2417 |
if ListSimulP.Count > 0 |
2418 |
then
|
2419 |
for i := 0 to ListSimulP.Count - 1 do |
2420 |
begin
|
2421 |
rec := ListSimulP[i] ; |
2422 |
Dispose (rec) ; |
2423 |
end ;
|
2424 |
ListSimulP.Clear ; |
2425 |
// chargement du fichier
|
2426 |
if FileExists (NFicSimulP)
|
2427 |
then
|
2428 |
begin
|
2429 |
AssignFile (fic, NFicSimulP) ; |
2430 |
Reset (fic) ; |
2431 |
while not Eof (fic) do |
2432 |
begin
|
2433 |
New (rec) ; |
2434 |
Read (fic, rec^) ;
|
2435 |
ListSimulP.Add (rec) ; |
2436 |
end ;
|
2437 |
CloseFile (fic) ; |
2438 |
end ;
|
2439 |
end ;
|
2440 |
|
2441 |
procedure SaveSimulP ;
|
2442 |
var
|
2443 |
i : integer ; |
2444 |
fic : file of RecSimulP ; |
2445 |
rec : PRecSimulP ; |
2446 |
begin
|
2447 |
if not IsComplete and not IsEducation |
2448 |
then
|
2449 |
Exit ; |
2450 |
AssignFile (fic, NFicSimulP) ; |
2451 |
Rewrite (fic) ; |
2452 |
if ListSimulP.Count > 0 |
2453 |
then
|
2454 |
for i := 0 to ListSimulP.Count - 1 do |
2455 |
begin
|
2456 |
rec := ListSimulP[i] ; |
2457 |
Write (fic, rec^) ;
|
2458 |
end ;
|
2459 |
CloseFile (fic) ; |
2460 |
end ;
|
2461 |
|
2462 |
function SimulPValid (rec : PRecSimulP) : boolean ;
|
2463 |
var
|
2464 |
ok : boolean ; |
2465 |
begin
|
2466 |
ok := TRUE ; |
2467 |
with rec^ do |
2468 |
begin
|
2469 |
if Profil = -1 |
2470 |
then
|
2471 |
ok := FALSE |
2472 |
else
|
2473 |
begin
|
2474 |
PProfilP := ListProfilP[FindIdxProfilP (FindNomProfilP (Profil))] ; |
2475 |
if not ProfilPValid (PProfilP) then ok := FALSE ; |
2476 |
end ;
|
2477 |
if SeqAli = -1 |
2478 |
then
|
2479 |
ok := FALSE |
2480 |
else
|
2481 |
begin
|
2482 |
PSeqAliP := ListSeqAliP[FindIdxSeqAliP (FindNomSeqAliP (SeqAli))] ; |
2483 |
if not SeqAliPValid (PSeqAliP) then ok := FALSE ; |
2484 |
end ;
|
2485 |
if Ration = -1 |
2486 |
then
|
2487 |
ok := FALSE |
2488 |
else
|
2489 |
begin
|
2490 |
PRationP := ListRationP[FindIdxRationP (FindNomRationP (Ration))] ; |
2491 |
if not RationPValid (PRationP) then ok := FALSE ; |
2492 |
end ;
|
2493 |
end ;
|
2494 |
result := ok ; |
2495 |
end ;
|
2496 |
|
2497 |
procedure StringsSimulP (Liste : TStrings ; IncludeInvalid : Boolean) ;
|
2498 |
var
|
2499 |
i : integer ; |
2500 |
rec : PRecSimulP ; |
2501 |
begin
|
2502 |
Liste.Clear ; |
2503 |
if ListSimulP.Count > 0 |
2504 |
then
|
2505 |
for i := 0 to ListSimulP.Count - 1 do |
2506 |
begin
|
2507 |
rec := ListSimulP[i] ; |
2508 |
if (IncludeInvalid or SimulPValid (rec)) |
2509 |
// and (IsComplete or (rec.Num <= 5))
|
2510 |
then
|
2511 |
Liste.Add (rec.Nom) ; |
2512 |
end ;
|
2513 |
end ;
|
2514 |
|
2515 |
end.
|