def native_functions(field_a: Field3D, field_b: Field3D):
with computation(PARALLEL), interval(...):
abs_res = abs(field_a)
max_res = max(abs_res, field_b)
min_res = min(max_res, 42)
mod_res = mod(min_res, 37.5)
sin_res = sin(mod_res)
asin_res = asin(sin_res)
cos_res = cos(asin_res)
acos_res = acos(cos_res)
tan_res = tan(acos_res)
atan_res = atan(tan_res)
sinh_res = sinh(atan_res)
asinh_res = asinh(sinh_res)
cosh_res = cosh(asinh_res)
acosh_res = acosh(cosh_res)
tanh_res = tanh(acosh_res)
atanh_res = atanh(tanh_res)
sqrt_res = afunc(atanh_res)
exp_res = exp(sqrt_res)
log_res = log(exp_res)
gamma_res = gamma(log_res)
cbrt_res = cbrt(gamma_res)
floor_res = floor(cbrt_res)
ceil_res = ceil(floor_res)
trunc_res = trunc(ceil_res)
field_a = (trunc_res if isfinite(trunc_res) else field_a if
isinf(trunc_res) else field_b if isnan(trunc_res) else 0.0)
def func(in_field: gtscript.Field[np.float_]):
with computation(PARALLEL), interval(...):
in_field = asin(in_field) + 1 if 1 < in_field else sin(in_field)
def sinus(field_in):
return sin(field_in)
def func(in_field: gtscript.Field[np.float_]):
with computation(PARALLEL), interval(...):
in_field += min(abs(sin(add_external_const(in_field))), -0.5)
def func(in_field: gtscript.Field[np.float_]):
with computation(PARALLEL), interval(...):
in_field += sin(abs(in_field))
def compute_rf_vals(pfull, bdt, rf_cutoff, tau0, ptop):
return (bdt / tau0 * sin(0.5 * constants.PI * log(rf_cutoff / pfull) /
log(rf_cutoff / ptop))**2)
def great_circle_dist(p1a, p1b, p2a, p2b):
tb = sin((p1b - p2b) / 2.0)**2.0
ta = sin((p1a - p2a) / 2.0)**2.0
return asin(sqrt(tb + cos(p1b) * cos(p2b) * ta)) * 2.0