public static double Force_Calc(double r)
{
ulong abs_r = Funcs.FromDouble(Math.Abs(r));
ulong abs_sigma = Funcs.FromDouble(Math.Abs(SIGMA));
ulong ln_r = Funcs.FromDouble((double)Math.Log(Funcs.FromUlong(abs_r)));
ulong ln_sigma = Funcs.FromDouble((double)Math.Log(Funcs.FromUlong(abs_sigma)));
ulong mul_12 = Funcs.FromDouble(12 * Funcs.FromUlong(ln_sigma));
ulong mul_6 = Funcs.FromDouble(6 * Funcs.FromUlong(ln_sigma));
ulong mul_14 = Funcs.FromDouble(14 * Funcs.FromUlong(ln_r));
ulong mul_8 = Funcs.FromDouble(8 * Funcs.FromUlong(ln_r));
ulong exp_12 = Funcs.FromDouble((double)Math.Exp(Funcs.FromUlong(mul_12)));
ulong exp_6 = Funcs.FromDouble((double)Math.Exp(Funcs.FromUlong(mul_6)));
ulong exp_14 = Funcs.FromDouble((double)Math.Exp(Funcs.FromUlong(mul_14)));
ulong exp_8 = Funcs.FromDouble((double)Math.Exp(Funcs.FromUlong(mul_8)));
ulong div_12_14 = Funcs.FromDouble(Funcs.FromUlong(exp_12) / Funcs.FromUlong(exp_14));
ulong div_6_8 = Funcs.FromDouble(Funcs.FromUlong(exp_6) / Funcs.FromUlong(exp_8));
ulong mul_epsilon_12_14 = Funcs.FromDouble(EPSILON * Funcs.FromUlong(div_12_14));
ulong mul_epsilon_6_8 = Funcs.FromDouble(EPSILON * Funcs.FromUlong(div_6_8));
ulong mul_48 = Funcs.FromDouble(48 * Funcs.FromUlong(mul_epsilon_12_14));
ulong mul_24 = Funcs.FromDouble(24 * Funcs.FromUlong(mul_epsilon_6_8));
ulong min = Funcs.FromDouble(Funcs.FromUlong(mul_48) - Funcs.FromUlong(mul_24));
double force_result = Funcs.FromUlong(min);
// double force_result = (48 * EPSILON * ((double) Math.Exp((double)Math.Log(Math.Abs(SIGMA)) * 12) / (double) Math.Exp((double)Math.Log(Math.Abs(r)) * 14))) - (24 * EPSILON * ((double) Math.Exp((double)Math.Log(Math.Abs(SIGMA)) * 6) / (double) Math.Exp((double)Math.Log(Math.Abs(r)) * 8)));
return(force_result);
}
protected override void OnTick()
{
if (input.valid)
{
double double_input = Funcs.FromUlong(input.val);
double double_output = Math.Sqrt(double_input);
output.val = Funcs.FromDouble(double_output);
output.valid = true;
}
else
{
output.valid = false;
}
}
protected override void OnTick()
{
if (input.valid)
{
double double_val = Funcs.FromUlong(input.val);
double double_result = (double)Math.Log(double_val);
output.val = Funcs.FromDouble(double_result);
output.valid = true;
}
else
{
output.valid = false;
}
}
protected override void OnTick()
{
if (minuend.valid && subtrahend.valid)
{
double double_minuend = Funcs.FromUlong(minuend.val);
double double_subtrahend = Funcs.FromUlong(subtrahend.val);
double double_difference = double_minuend - double_subtrahend;
difference.val = Funcs.FromDouble(double_difference);
difference.valid = true;
}
else
{
difference.valid = false;
}
}
protected override void OnTick()
{
if (augend.valid && addend.valid)
{
double double_augend = Funcs.FromUlong(augend.val);
double double_addend = Funcs.FromUlong(addend.val);
double double_sum = double_augend + double_addend;
sum.val = Funcs.FromDouble(double_sum);
sum.valid = true;
}
else
{
sum.valid = false;
}
}
protected override void OnTick()
{
if (divident.valid && divisor.valid)
{
double double_divident = Funcs.FromUlong(divident.val);
double double_divisor = Funcs.FromUlong(divisor.val);
double double_quotient = double_divident / double_divisor;
quotient.val = Funcs.FromDouble(double_quotient);
quotient.valid = true;
}
else
{
quotient.valid = false;
}
}
protected override void OnTick()
{
if (multiplicant.valid && multiplier.valid)
{
double double_multiplicant = Funcs.FromUlong(multiplicant.val);
double double_multiplier = Funcs.FromUlong(multiplier.val);
double double_product = double_multiplicant * double_multiplier;
product.val = Funcs.FromDouble(double_product);
product.valid = true;
}
else
{
product.valid = false;
}
}
public Constants(double elem)
{
this.val = Funcs.FromDouble(elem);
}
