Uses of Class
net.sourceforge.uiq3.fx603p.Error

Packages that use Error

Package	Description
net.sourceforge.uiq3.fp40	FP-40 printer simulation.
net.sourceforge.uiq3.fx603p	FX-603P simulation.

Uses of Error in net.sourceforge.uiq3.fp40

Methods in net.sourceforge.uiq3.fp40 that throw Error

Modifier and Type	Method	Description
void	Printer.Print_Display()	Print displayed register to simulated printer.

Uses of Error in net.sourceforge.uiq3.fx603p

Subclasses of Error in net.sourceforge.uiq3.fx603p

Modifier and Type	Class	Description
(package private) class	Go_Error	Operation Error.
class	M_Error	Operation M_Error.
class	Op_Error	Operation Error.
class	P_Error	Operation P_Error.

Methods in net.sourceforge.uiq3.fx603p that throw Error

Modifier and Type	Method	Description
(package private) void	Calculator.BaseN(Calculator.Indicator_Type Mode)	activate or deactivate base n mode.
(package private) void	Op_Interface.Display_File_Name(Interface.File_Type Type, short @NotNull [] File_Name)	Display filename.
void	Key_0_RND.Execute(short Key_Code)
void	Op_1_Div.Execute(short Opcode)
void	Op_10_Power.Execute(short Opcode)	Execute Token for Kex Exp.
void	Op_ABC.Execute(short Opcode)	Execute the ExFn function mapped to this Opcode.
void	Op_ABS.Execute(short Opcode)	Execute Token for Kex Absolut.
void	Op_AC.Execute(short Opcode)	Execute Token for Kex All Clear.
void	Op_Arc_Cos.Execute(short Opcode)
void	Op_Arc_CosH.Execute(short Opcode)
void	Op_Arc_Sin.Execute(short Opcode)
void	Op_Arc_SinH.Execute(short Opcode)
void	Op_Arc_Tan.Execute(short Opcode)
void	Op_Arc_TanH.Execute(short Opcode)
void	Op_CosH.Execute(short Opcode)
void	Op_DC.Execute(short Opcode)	Execute the ExFn function mapped to this Opcode.
void	Op_Dot.Execute(short Opcode)	Execute Token for Kex Decimal Dot.
void	Op_E_Power.Execute(short Opcode)	Execute Token for Kex e exponent.
void	Op_Exp.Execute(short Opcode)	Execute Token for Kex exponent key.
void	Op_Factorial.Execute(short Opcode)
void	Op_Frac.Execute(short Opcode)
void	Op_Goto_Comp.Execute(short Opcode)	execute GOTO operation
void	Op_GSB_Comp.Execute(short Opcode)	Go to subroutine - this op code has the unique property of not raising an error when something goes wrong - but just to ignore the command.
void	Op_Ind.Execute(short Opcode)	Execute Token for Kex Indirect addressing.
void	Op_Int.Execute(short Opcode)
void	Op_ln_HEX.Execute(short Opcode)	Execute Token for Kex natural logarithm.
void	Op_log.Execute(short Opcode)	Execute Token for Kex 10 logarithm.
void	Op_NOP.Execute(short Opcode)	Execute Token for Kex Absolut.
void	Op_Peek.Execute(short Opcode)	Execute the ExFn function mapped to this Opcode.
void	Op_Pi.Execute(short Opcode)	Execute Token for Kex Pi.
void	Op_Poke.Execute(short Opcode)	Execute the ExFn function mapped to this Opcode.
void	Op_RAN.Execute(short Opcode)	Execute Token for Kex Pi.
void	Op_SinH.Execute(short Opcode)
void	Op_Sn.Execute(short Opcode)	√ ((Σ(x²) - Σ(x)² / n) / n)
void	Op_Sn1.Execute(short Opcode)	√ ((Σ(x²) - Σ(x)² / n) / (n-1))
void	Op_Square_Root.Execute(short Opcode)
void	Op_Square.Execute(short Opcode)
void	Op_Stat.Execute(short Opcode)
void	Op_TanH.Execute(short Opcode)
void	Op_X_Y.Execute(short Opcode)	Execute Token for Kex x<->y.
void	Op_xD.Execute(short Opcode)
void	Op_xDEL.Execute(short Opcode)
void	Op_xMean.Execute(short Opcode)
(package private) static void	Op_Infix.Execute_Infix(@NotNull Calculator Owner, L_Register.Operation_Type Operation, boolean Constant_Supported)	Executes an infix operation
private void	Op_LOAD.Execute_IO(short[] File_Name, String Java_File_Name)	save program
private void	Op_PRT.Execute_IO(short @NotNull [] File_Name, @NotNull String Java_File_Name)	save program file
private void	Op_RSLOAD.Execute_IO(short @NotNull [] File_Name, @NotNull String Java_File_Name)	save program file
private void	Op_RSSAVE.Execute_IO(short @NotNull [] File_Name, @NotNull String Java_File_Name)	save program file
private void	Op_SAVE.Execute_IO(short @NotNull [] File_Name, String Java_File_Name, int @NotNull [] Casio_File_Name)	save program file
private void	Op_VER.Execute_IO(short @NotNull [] File_Name, @NotNull String Java_File_Name)	save program file
private void	Key_MODE.Execute_Mode_Run()
void	Key_P.Execute_P1_()	Execute the P_ key
private void	Op_LOAD.Execute_Run(short[] File_Name, String Java_File_Name)	save memory
private void	Op_PRT.Execute_Run(short @NotNull [] File_Name, @NotNull String Java_File_Name)	same data file
private void	Op_RSLOAD.Execute_Run(short @NotNull [] File_Name, @NotNull String Java_File_Name)	same data file
private void	Op_RSSAVE.Execute_Run(short @NotNull [] File_Name, @NotNull String Java_File_Name)	same data file
private void	Op_SAVE.Execute_Run(short @NotNull [] File_Name, String Java_File_Name, int @NotNull [] Casio_File_Name)	same data file
private void	Op_VER.Execute_Run(short @NotNull [] File_Name, @NotNull String Java_File_Name)	same data file
private void	Op_LOAD.Execute_SecondF_Run(short[] File_Name, String Java_File_Name)	save display
private void	Op_PRT.Execute_SecondF_Run(short @NotNull [] File_Name, @NotNull String Java_File_Name)	save display
private void	Op_SAVE.Execute_SecondF_Run(short @NotNull [] File_Name, String Java_File_Name, int @NotNull [] Casio_File_Name)	save display
private void	Op_LOAD.Execute_Shift_IO(short[] File_Name, String Java_File_Name)	save all file
private void	Op_PRT.Execute_Shift_IO(short @NotNull [] File_Name, @NotNull String Java_File_Name)	Save all file
private void	Op_RSLOAD.Execute_Shift_IO(short @NotNull [] File_Name, @NotNull String Java_File_Name)	Save all file
private void	Op_RSSAVE.Execute_Shift_IO(short @NotNull [] File_Name, @NotNull String Java_File_Name)	Save all file
private void	Op_SAVE.Execute_Shift_IO(short @NotNull [] File_Name, String Java_File_Name, int @NotNull [] Casio_File_Name)	Save all file
private void	Op_VER.Execute_Shift_IO(short @NotNull [] File_Name, @NotNull String Java_File_Name)	Save all file
private void	Op_LOAD.Execute_Shift_Run(short[] File_Name, String Java_File_Name)	save display
private void	Op_PRT.Execute_Shift_Run(short @NotNull [] File_Name, @NotNull String Java_File_Name)	save display
private void	Op_SAVE.Execute_Shift_Run(short @NotNull [] File_Name, String Java_File_Name, int @NotNull [] Casio_File_Name)	save display
private void	Op_Goto_Comp.ExFn_Execute(short Opcode)	Execute the ExFn function mapped to this Opcode.
private void	Op_GSB_Comp.ExFn_Execute(short Opcode)	Execute the ExFn function mapped to this Opcode.
@org.jetbrains.annotations.NotNull short[]	L_Register.Format()	Format in standard format.
static short @NotNull []	L_Register.Format_Binary(Number Value)	Format Value in standard format
static short @NotNull []	L_Register.Format_Hexadecimal(Number Value)	Format Value in standard format
static short @NotNull []	L_Register.Format_Octal(Number Value)	Format Value in standard format
@org.jetbrains.annotations.NotNull short[]	L_Register.Format_Print()	Format in printer format
private static long	L_Register.Get_16bit(Number Value)	Converts a signed long into an 16 unsigned integer
private static long	L_Register.Get_32bit(Number Value)	Converts a signed long into an 32 unsigned integer
private short @NotNull []	A_Register.Get_Display(net.sourceforge.uiq3.calculator.ICalculator.DisplayType Display_Mode)	Get Content of Display.
String	Desktop_Calculator.Get_Display()	Get content of Calculator Display
String	Desktop_Calculator.Get_L(int Nr)
(package private) static Number	A_Register.Get_Numeric_Value_Float(short[] Decomposed_Text)	Get value of the register for use with as BCD.
(package private) static Number	A_Register.Get_Numeric_Value_Fraction(short[] Decomposed_Text)	Get value of the register for use with as BCD.
String	Desktop_Calculator.Get_Registers()	Get text for clipboard
(package private) void	Calculator.Handle_IO()	Display result and read keyboard
private short[][]	Calculator.Handle_IO_HLT(short[][] Text)	Handles I/O for HLT and PAUSE mode
private void	Calculator.Handle_IO_Mode_IO()	Handles the IO in I/O mode
private void	Calculator.Handle_IO_Mode_Pcl()	Handles the IO in program-clear mode
void	A_Register.Insert(short Character)	Insert a single character
Number	A_Register.Numeric_Value()	Get value of the register for use with as BCD value.
(package private) void	Calculator.Pop_L(L_Register.Operation_Type Operation)	Pop values from stack by triggering an calculation run up the the level Operation
private void	Calculator.Push_L()	Push stack one down.
(package private) void	Calculator.Push_L(L_Register.Operation_Type Operation)	Push value and given operation to stack. depending on what operation is used this might also trigger a calculation run.
protected void	Op_Interface.Restore_Display()	Restore the Display (A and L Register)
void	A_Register.Start_Denominator()	start to enter the a true fraction
short[] @Nullable []	Calculator.Text_To_Display()	Text to be displayed.
void	L_Register.Value(Number Value)	Set value of the register.

Constructors in net.sourceforge.uiq3.fx603p that throw Error

Constructor	Description
Decomposed(short[] Text)	Create a decomposed double from a normal double