SW006014 Microchip Technology, SW006014 Datasheet - Page 28
![C COMPILER MPLAB FOR PIC24 MCU](/photos/9/32/93245/sw006014_sml.jpg)
SW006014
Manufacturer Part Number
SW006014
Description
C COMPILER MPLAB FOR PIC24 MCU
Manufacturer
Microchip Technology
Type
MPLAB® C Compilerr
Series
PIC24r
Datasheet
1.SW006014.pdf
(246 pages)
Specifications of SW006014
Supported Families
PIC24
Core Architecture
PIC
Kit Contents
Software And Docs
Mcu Supported Families
PIC24
Tool Function
Compiler
Tool Type
Compiler
Processor Series
PIC24
Lead Free Status / RoHS Status
Not applicable / Not applicable
For Use With/related Products
PIC24
Lead Free Status / Rohs Status
Lead free / RoHS Compliant
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2.6
DS51456E-page 24
<FLOAT.H> FLOATING-POINT CHARACTERISTICS
The header file
ing-point types. These properties include number of significant figures, size limits, and
what rounding mode is used.
DBL_DIG
Description:
Include:
Value:
Remarks:
DBL_EPSILON
Description:
Include:
Value:
Remarks:
DBL_MANT_DIG
Description:
Include:
Value:
Remarks:
DBL_MAX
Description:
Include:
Value:
Remarks:
float.h
Number of decimal digits of precision in a double precision float-
ing-point value
<float.h>
6 by default, 15 if the switch -fno-short-double is used
By default, a double type is the same size as a float type (32-bit repre-
sentation). The -fno-short-double switch allows the IEEE 64-bit
representation to be used for a double precision floating-point value.
precision floating-point value
<float.h>
1.192093e-07 by default, 2.220446e-16 if the switch
-fno-short-double is used
By default, a double type is the same size as a float type (32-bit repre-
sentation). The -fno-short-double switch allows the IEEE 64-bit
representation to be used for a double precision floating-point value.
Number of base-FLT_RADIX digits in a double precision floating-point
significand
<float.h>
24 by default, 53 if the switch -fno-short-double is used
By default, a double type is the same size as a float type (32-bit repre-
sentation). The -fno-short-double switch allows the IEEE 64-bit
representation to be used for a double precision floating-point value.
Maximum finite double precision floating-point value
<float.h>
3.402823e+38 by default, 1.797693e+308 if the switch
-fno-short-double is used
By default, a double type is the same size as a float type (32-bit repre-
sentation). The -fno-short-double switch allows the IEEE 64-bit
representation to be used for a double precision floating-point value.
The difference between 1.0 and the next larger representable double
consists of macros that specify various properties of float-
© 2008 Microchip Technology Inc.
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