wykonuje wyliczenia po zmianie ktoregokolwiek z parametrow concode_field_sep double Dw concode_elem_sep double minT concode_elem_sep double maxH concode_elem_sep double Dh concode_elem_sep double Dt concode_elem_sep double minW concode_elem_sep double dwapi concode_elem_sep double maxW concode_elem_sep double we concode_elem_sep double mlsPerMm concode_elem_sep String FName concode_elem_sep double krokMin concode_elem_sep double DW concode_elem_sep double efsm concode_elem_sep String DWType concode_elem_sep double DZ concode_elem_sep double Z1 concode_elem_sep double Z2 concode_elem_sep double odw2pi concode_elem_sep double Zz concode_elem_sep String FZType concode_elem_sep double pi concode_elem_sep double h concode_elem_sep double krokMax concode_elem_sep double minEps concode_elem_sep double er concode_elem_sep double wnh concode_elem_sep double minH concode_elem_sep double efs concode_elem_sep double t concode_elem_sep double maxEps concode_elem_sep double w concode_elem_sep double ErrMax concode_elem_sep double DEps concode_elem_sep double maxT concode_elem_sep double DW2 concode_elem_sep double DW1 concode_field_sep void setW concode_elem_sep double getH concode_elem_sep void incEps concode_elem_sep void setT concode_elem_sep void incW concode_elem_sep double getT concode_elem_sep boolean SaveDefaultCfg concode_elem_sep void setH concode_elem_sep double FDW1 concode_elem_sep double getW_ef concode_elem_sep double FDW2 concode_elem_sep void incH concode_elem_sep boolean LoadDefaultCfg concode_elem_sep double FZ1 concode_elem_sep double getEps_ef concode_elem_sep double FZ2 concode_elem_sep int getW_mls concode_elem_sep double FEPS concode_elem_sep void setEps concode_elem_sep void decEps concode_elem_sep void InitVars concode_elem_sep void decH concode_elem_sep double FEPSM concode_elem_sep double getW concode_elem_sep String MakeBackCompatibleForStorage concode_elem_sep double getZ0 concode_elem_sep double getEps concode_elem_sep void decW concode_elem_sep double GetValueFromStorageString
void function ( ) { efs = FEPSM ( er , h , w , t ) ; wnh = w / h ; if ( wnh <= odw2pi ) DW = FDW1 ( efs , w , h ) ; else DW = FDW2 ( efs , w , h ) ; we = w + DW ; DW1 = FDW1 ( efs , w , h ) ; DW2 = FDW2 ( efs , w , h ) ; Z1 = FZ1 ( efs , we , h ) ; Z2 = FZ2 ( efs , we , h ) ; }