- 66 -
Copyright L
EXIBOOK
2002
GB
A “
” can be input after the first equation to suspend execution after the first graph is produced. To
continue execution to the next graph, press .
The procedure outlined above can be used to produce a wide variety of graphs.
The library of this manual includes a number of examples of graph programming
Function Reference
1. Manual Calculations
EXE
Mode
specification
Functions
Binary,
octal, decimal,
hexadecimal
calculations
COMP mode
BASE-N mode
SD1 mode
LR1 mode
SD2 mode
LR2 mode
Type A function
Type B function
Variable function
Immediately executed
functions
Setting number system
Four arithmetic and function calculations.
Binary, octal, decimal, hexadecimal conversions and calculations,
logical operations.
Standard deviation calculations (1-variable statistical).
Regression calculations (paired variable statistical).
For production of single variable statistical graphs. (Bar graphs,
normal distribution curves)
For production of paired variable statistical graphs.
(regression lines)
Function command input immediately after numeric value.
(x
2
, x
-1
, x!,
0
,
r
,
g
,
°
„
’ ”
)
Function command input immediately before numeric value.
(sin, cos, tan, arcsin(sin
-1
), arccos(cos
-1
),arctan(tan
-1
), sh, ch, th, argsh,
argch, argth, log ln, e
x
, 10
x
,
√
,
3
√
, Abs, lnt, Frac, etc.)
Function command input immediately before numeric value.
A x
y
B (A to the Bth power),
B
x
√
A (A to the 1/Bth power),
Pol (A,B), Rec (A,B)
*** A and B are numeric values.
Displayed value changed with each press of a key.
( ENG,
←
,°’ ”)
Decimal . . . . . . . . . . . . . .
Hexadecimal . . . . . . . . . .
Binary . . . . . . . . . . . . . . .
Octal . . . . . . . . . . . . . . . .
SHIFT
x
MODE
SHIFT
÷
MODE
+
MODE
-
MODE
÷
MODE
x
MODE
Dec
EXE
Hex
EXE
Bin
EXE
Oct
EXE
← ←
