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• Day/Date Calculations
Days_Prd: Returns the number of days from a specified d1 to specified d2.
Syntax: Days_Prd(MM1, DD1, YYYY1, MM2, DD2, YYYY2)
• Bond Calculations
Bond_PRC: Returns in list form bond prices based on specified conditions.
Syntax: Bond_PRC(MM1, DD1, YYYY1, MM2, DD2, YYYY2, RDV, CPN, YLD) = {PRC,
INT, CST}
Bond_YLD: Returns the yield based on specified conditions.
Syntax: Bond_YLD(MM1, DD1, YYYY1, MM2, DD2, YYYY2, RDV, CPN, PRC)
7. PRGM Mode Command List
Not all of the commands listed below are available on all models covered by this manual.
RUN Program
(MENU) key
Level 1 Level 2 Level 3 Command
STAT DRAW On
DrawOn
Off
DrawOff
GRPH GPH1
S-Gph1_
GPH2
S-Gph2_
GPH3
S-Gph3_
Scat
Scatter
xy
xyLine
Hist
Hist
Box
MedBox
Bar
Bar
N-Dis
N-Dist
Brkn
Broken
X
Linear
Med
Med-Med
X^2
Quad
X^3
Cubic
X^4
Quart
Log
Log
*1
Pwr
Power
Sin
Sinusoidal
NPP
NPPlot
Lgst
Logistic
Pie
Pie
List
List_
TYPE
*2
DIST DrwN
DrawDistNorm_
Drwt
DrawDistT_
DrwC
DrawDistChi_
DrwF
DrawDistF_
CALC 1VAR
1-Variable_
2VAR
2-Variable_
*3
Med
Med-MedLine_
X^2
QuadReg_
X^3
CubicReg_
X^4
QuartReg_
Log
LogReg_
*4
Pwr
PowerReg_
Sin
SinReg_
Lgst
LogisticReg_
MAT Swap
Swap_
×Rw
>
Row_
×Rw+
>
Row+_
Rw+
Row+_
LIST Srt-A
SortA(
Srt-D
SortD(
GRPH SEL On
G_SelOn_
Off
G_SelOff_
TYPE Y=
Y=Type
r=
r=Type
Parm
ParamType
X=
X=Type
Y>
Y>Type
Y<
Y<Type
Y
P
Y
P
Type
Y
O
Y
O
Type
X>
X>Type
X<
X<Type
X
P
X
P
Type
X
O
X
O
Type
STYL —
NormalG_
—
ThickG_
·····
BrokenThickG_
······
DotG_
GMEM Sto
StoGMEM_
Rcl
RclGMEM_
DYNA On
D_SelOn_
Off
D_SelOff_
Var
D_Var_
TYPE Y=
Y=Type
r=
r=Type
Parm
ParamType
TABL On
T_SelOn_
Off
T_SelOff_
TYPE Y=
Y=Type
r=
r=Type
Parm
ParamType
STYL —
NormalG_
—
ThickG_
·····
BrokenThickG_
······
DotG_
RECR SEL+S On
R_SelOn_
Off
R_SelOff_
—
NormalG_
—
ThickG_
·····
BrokenThickG_
······
DotG_
TYPE a
n
a
n
Type
a
n+1
a
n+1
Type
a
n+2
a
n+2
Type
n.a
n
..
n
n
a
n
a
n
a
n+1
a
n+1
a
n+2
a
n+2
b
n
b
n
b
n+1
b
n+1
b
n+2
b
n+2
c
n
c
n
c
n+1
c
n+1
c
n+2
c
n+2
3
a
n
3
a
n
3
a
n+1
3
a
n+1
3
a
n+2
3
a
n+2
3
b
n
3
b
n
3
b
n+1
3
b
n+1
3
b
n+2
3
b
n+2
3
c
n
3
c
n
3
c
n+1
3
c
n+1
3
c
n+2
3
c
n+2