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Temperature 的代码
tempconv.c
/* tempconv.c - An example for viewing assembly source code */
#include
float convert(int deg)
{
float result;
result = (deg - 32.) / 1.8;
return result;
}
int main
tempconv.c
/* tempconv.c - An example for viewing assembly source code */
#include
float convert(int deg)
{
float result;
result = (deg - 32.) / 1.8;
return result;
}
int main
express.cpp
#include
using namespace std;
// illustrates problems with evaluating
// arithmetic expressions
int main()
{
double dfahr;
cout > d
fahrcels.cpp
#include
using namespace std;
// illustrates i/o of ints and doubles
// illustrates arithmetic operations
int main()
{
int ifahr;
double dfahr;
cout
direct.dat
*
1FAN OR PUMP
5 0 3 2 14
boltzman.edt
Temperature Valid Length Tour
100.000000 no []->[]->[]->[]->[]->[]->[]->[]->[]->[]
99.000000 no []->[]->[]->[]->[]->[]->[]->[]->[]->[]
98.01000
boltzman.txt
Temperature Valid Length Tour
100.000000 no [] -> [] -> [] -> [] -> [] -> [] -> [] -> [] -> [] -> []
99.000000 no [] -> [] -> [] -> [] -> [] -> []
howto
The goal of ntpclient is not only to set your computer's clock
right once, but keep it there.
First, a note on typical 1990's and 2000's computer crystals. They
are truly pathetic. A "real" crystal
mie_rain5.m
function result = Mie_rain5(fGHz, R, nrain)
% Extinction, scattering, absorption, backscattering and
% asymmetric scattering coefficients in 1/km versus Temperature,
% for Marshall-Palmer (
epsice.m
% Function for calculating the relative permittivity of pure ice in the microwave region
function z = epsice(f,TK)
% TK = temperature (deg K)
% f = frequency in GHz
B1 = 0.0207;