Tag Archives: FAHRENHEIT

Celsius()

Posted on by vivaclipper

CELSIUS()

Temperature conversion Fahrenheit to Celsius

Syntax

      CELSIUS( nDegreeFahrenheit ) --> nDegreeCelsius

Arguments

<nDegreeFahrenheit> temperature in degree Fahrenheit

Returns

<nDegreeCelsius> temperate in degree Celsius

Description

CELSIUS() converts temperature values measured in the Fahrenheit scale to the Celsius scale.

Examples

      // melting point of water in standard conditions
      ? celsius( 32.0 )      // --> 0.0
      // boiling point of water in standard conditions
      ? celsius( 212.0 )     // --> 100.0

Tests

      celsius( 32.0 )  == 0.0
      celsius( 212.0 ) == 100.0

Compliance

CELSIUS() is compatible with CT3’s CELSIUS().

Platforms

All

Files

Source is num1.c, library is libct.

Seealso

FAHRENHEIT()

Harbour All Functions – F

Posted on by vivaclipper

Fact

Fahrenheit

FClose()
FCount()
FCreate()
FErase()
FError()
FieldBlock()

FieldDeci()

FieldGet()

FieldName()
FieldPos()
FieldPut()

FieldSize()
FieldType()

FieldWBlock()

File()
FLock()

Floor

FOpen()

Found()

FRead()
FReadStr()
FRename()
FSeek()

FToC

FV

FWrite()

CT_FAHRENHEIT

Posted on by vivaclipper 
 FAHRENHEIT()
 Converts a temperature value from Celsius into Fahrenheit
------------------------------------------------------------------------------
 Syntax

     FAHRENHEIT(<nCelsius>) --> nFahrenheit

 Argument

     <nCelsius> Designates a temperature in Celsius.

 Returns

     FAHRENHEIT() returns the converted temperature in degrees Fahrenheit.

 Description

     This function converts Celsius temperatures into Fahrenheit equivalents.

 Example

     Convert the following Celsius temperatures to Fahrenheit:

     FAHRENHEIT(12.5)            // Result:  54.5
     FAHRENHEIT(125.0)           // Result:  257
     FAHRENHEIT(1250.0)          // Result:  2282
     FAHRENHEIT(-155.0)          // Result:  -247

See Also: CELSIUS()

 

Tools – Numbers/Bit Manipulation

Posted on by vivaclipper 
Introduction
BITTOC()     Converts position-dependent bits into characters
CELSIUS()    Converts a Fahrenheit temperature value into Celsius
CLEARBIT()   Clears one or more bits within a number to zero
CTOBIT()     Converts a character string into a bit pattern
CTOF()       Converts a special 8-byte string into a floating point number
CTON()       Converts a numeric string into a different base
EXPONENT()   Determines the exponent of a floating point number (base 2)
FAHRENHEIT() Converts a temperature value from Celsius into Fahrenheit
FTOC()       Converts a floating point number into a special 8-byte string
INFINITY()   Creates the largest number possible (21023)
INTNEG()     Converts an unsigned integer into a signed integer
INTPOS()     Converts a signed integer into an unsigned integer
ISBIT()      Tests the bits in a number
LTON()       Converts a logical value into a numeric value
MANTISSA()   Determines the mantissa of a floating point number (base2)
NTOC()       Converts numbers in a digit string into a different number base
NUMAND()     Performs a 16-bit "AND" of a list of numbers
NUMCOUNT()   Uses the internal CA-Clipper Tools counter
NUMHIGH()    Returns the higher value byte in a 16-bit number
NUMLOW()     Returns the lower value byte in a 16-bit number
NUMMIRR()    Mirrors 8-bit or 16-bit values
NUMNOT()     Performs a 16-bit "NOT" of a number
NUMOR()      Performs a 16-bit "OR" of a list of numbers
NUMROL()     Performs a 16-bit left rotation of a number
NUMXOR()     Performs a 16-bit "XOR" of two numbers
RAND()       Generates random numbers
RANDOM()     Generates random numbers
SETBIT()     Sets one or more bits in a number