/* 
** Demonstration of Type Conversion 
** across assignments. 
*/ 
main() 
	{ 
	char c1,c2,c3; 
	int i1,i2,i3; 
	float f1,f2,f3; 
 
	c1 = 'x';	/* no conversion */ 
	c2 = 1000;	/* int constant demoted to char */ 
	c3 = 6.02e23;	/* float constant demoted to char */ 
	printf("%c  %c  %c\n",c1,c2,c3); 
 
/* Note that the character value is printed as is; the integer 
** with a value of 1000 is converted to its binary equivalent 
** of 1111101000 and truncated to the first 8 data bits which 
** gives 11101000 or decimal 232 or the Greek symbol "phi" 
** when the ASCII symbol is printed; and the conversion from 
** float to char is meaningless and does not occur.  */ 
 
	i1 = 'x';	/* char constant promoted to int */ 
	i2 = 1000;	/* no conversion */ 
	i3 = 6.02e23;	/* float constant demoted to int */ 
	printf("%d  %d  %d\n",i1,i2,i3); 
 
/* Note that ASCII 'x' has an integer value of 120, and the  
** character constant 'x' is promoted when we assign it to an 
** integer.  The floating point constant is demoted to the  
** largest integer 32767 that is possible in the Microsoft 
** C compiler and that number is returned as an integer. */ 
 
	f1 = 'x';	/* x char constant promoted to float */ 
	f2 = 1000;	/* int constant promoted to float */ 
	f3 = 6.02e23;	/* no conversion */ 
	printf("%f %f %f\n",f1,f2,f3); 
 
/* There are no demoted values, everything is represented as 
** its double precision floating point equivalent!   */

	}
; 
 
/* There are no demoted values, everything is represented as 
** its double preci