/****************************************************************************
 * Test 01: Parser options for standard numerical functions
 *    Also tests EXPRESSION statement
 *
 *    No errors expected
 *
 * Author: Boris Kaminsky <borisk@psc.edu>
 * Date:   2011-03-23
 ****************************************************************************/
dt = 1e-6
TIME_STEP = dt
ITERATIONS = 1
SURFACE_GRID_DENSITY = 10000

testfile = "./"  & "/my_file.dat" 
 
printf("%.15g\n", SQRT(4)) 
printf("%.15g\n", EXP(4)) 
printf("%.15g\n", LOG(4)) 
printf("%.15g\n", LOG10(4)) 
printf("%.15g\n", SIN(PI/2)) 
printf("%.15g\n", COS(0)) 
printf("%.15g\n", TAN(PI/4)) 
printf("%.15g\n", ASIN(0)) 
printf("%.15g\n", ACOS(0)) 
printf("%.15g\n", ATAN(1)) 
printf("%.15g\n", ABS(-4)) 
printf("%.15g\n", CEIL(4.2)) 
printf("%.15g\n", FLOOR(4.2)) 
printf("%.15g\n", MAX(5,6)) 
printf("%.15g\n", MIN(5,6)) 
printf("%.15g\n", RAND_UNIFORM) 
printf("%.15g\n", RAND_GAUSSIAN) 
printf("%.15g\n", SEED)
printf("%.15g\n", MOD(3,5))
sprintf(seed, "04g", SEED)

outfile = fopen(testfile, "w")
fprintf(outfile, "%04g\n", SEED)
fclose(outfile)  
 
REACTION_DATA_OUTPUT
{
  STEP = dt
  {EXPRESSION[2*5]} => "./exp.dat"  

}