//# include & lt； math.h & gt
int main()
{
int I；
int i2
int siz
float P[ 14]={0， 1，2，3， 1，5， 1，2，3，6. 1，500， 130，5，0 }；
siz = sizeof(P)； //Print out the number of bytes of array p..
printf("sizeof=%d\r\n "，siz)；
for(I = 0； I< 14; i++)
{
printf("P[intp]=%d\r\n "，floor(P[I]))； //Print out the value of each element of the p array and display it as int.
}
for(I2 = 0； i2 & lt 14; i2++)
{
printf("P[floatp]=%f\r\n "，P[I2])； //Print out the value of each element of the P array, and display it as floating point.
}
}
# include & ltstdio.h & gt
# include & ltmath.h & gt
int main()
{
int I；
int i2
int siz
float P[ 14]={0， 1，2，3， 1，5， 1，2，3，6. 1，500， 130，5，0 }；
siz = sizeof(P)； //Print out the number of bytes of array p..
printf("sizeof=%d\r\n "，siz)；
for(I = 0； I< 14; i++)
{
printf("P[intp]=%d\r\n "，floor(P[I]))； //Print out the value of each element of the p array and display it as int.
}
for(I2 = 0； i2 & lt 14; i2++)
{
printf("P[floatp]=%f\r\n "，P[I2])； //Print out the value of each element of the P array, and display it as floating point.
}
}
It seems that the result of running VC++6.0 is only useful for forced conversion. I wonder if there is anything wrong with the statement I wrote.