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setMode()
Catalog >
Note: The current mode settings are passed
to called subroutines. If any subroutine
changes a mode setting, the mode change
will be lost when control returns to the
calling routine.
Note for entering the example: For
instructions on entering multi-line program
and function definitions, refer to the
Calculator section of your product
guidebook.
Mode
Name
Mode
Integer Setting Integers
Display
Digits
1
1=Float, 2=Float1, 3=Float2, 4=Float3, 5=Float4, 6=Float5,
7=Float6, 8=Float7, 9=Float8, 10=Float9, 11=Float10,
12=Float11, 13=Float12, 14=Fix0, 15=Fix1, 16=Fix2,
17=Fix3, 18=Fix4, 19=Fix5, 20=Fix6, 21=Fix7, 22=Fix8,
23=Fix9, 24=Fix10, 25=Fix11, 26=Fix12
Angle
2
1=Radian, 2=Degree, 3=Gradian
Exponential
Format
3
1=Normal, 2=Scientific, 3=Engineering
Real or
Complex
4
1=Real, 2=Rectangular, 3=Polar
Auto or
Approx.
5
1=Auto, 2=Approximate
Vector
Format
6
1=Rectangular, 2=Cylindrical, 3=Spherical
Base
7
1=Decimal, 2=Hex, 3=Binary
shift()
Catalog >
shift(Integer1[,#ofShifts]) ⇒ integer
Shifts the bits in a binary integer. You can
enter Integer1 in any number base; it is
converted automatically to a signed, 64-bit
binary form. If the magnitude of Integer1 is
too large for this form, a symmetric modulo
operation brings it within the range. For
more information, see ►Base2, page 16.
In Bin base mode:
In Hex base mode:
Alphabetical Listing 137
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