feat!: pushes type checking earlier in the docket

pyewjn/baskets.py

@@ -27,13 +27,13 @@ class CalculationParams(object):
 
 	def __init__(
 		self,
-		omega: float = None,
-		omega_p: float = None,
-		tau: float = None,
-		v_f: float = None,
-		t_rel: float = None,
-		t_c: float = None,
-		dipole_moment: float = None,
+		omega: float,
+		omega_p: float,
+		tau: float,
+		v_f: float,
+		t_rel: float = 0.8,
+		t_c: float = 1e-11,
+		dipole_moment: float = 1,
 	):
 		"""Creates parameter object, SI units
 
@@ -46,6 +46,19 @@ class CalculationParams(object):
 		:param dipole_moment:
 		"""
 
+		if omega is None:
+			raise ValueError("omega expected to not be None")
+		if v_f is None:
+			raise ValueError("v_f expected to not be None")
+		if omega_p is None:
+			raise ValueError("omega_p expected to not be None")
+		if tau is None:
+			raise ValueError("tau expected to not be None")
+		if t_rel is None:
+			raise ValueError("relative temp expected to not be None")
+		if t_c is None:
+			raise ValueError("critical temp expected to not be None")
+
 		self.omega = omega
 		self.omega_p = omega_p
 		self.tau = tau

pyewjn/dielectric/lindhard_dielectric.py

@@ -11,14 +11,6 @@ class LindhardDielectric(object):
 		constants: CalculationConstants = CalculationConstants(),
 		thres=LINDHARD_SERIES_THRESHOLD,
 	):
-		if params.omega is None:
-			raise ValueError("omega expected to not be None")
-		if params.v_f is None:
-			raise ValueError("v_f expected to not be None")
-		if params.omega_p is None:
-			raise ValueError("omega_p expected to not be None")
-		if params.tau is None:
-			raise ValueError("tau expected to not be None")
 
 		self.series_threshold = thres
 		self.omega = params.omega

pyewjn/dielectric/nam_dielectric_coefficient_approximator.py

@@ -146,3 +146,33 @@ def get_nam_dielectric(
 		constants.c_light,
 	)
 	return coeffs.eps(u_c)
+
+
+def get_unapproximated_nam_dielectric(
+	u_c: float,
+	params: CalculationParams,
+	constants: CalculationConstants = CalculationConstants(),
+):
+	if params.omega is None:
+		raise ValueError("omega expected to not be None")
+	if params.v_f is None:
+		raise ValueError("v_f expected to not be None")
+	if params.omega_p is None:
+		raise ValueError("omega_p expected to not be None")
+	if params.tau is None:
+		raise ValueError("tau expected to not be None")
+	if params.t_rel is None:
+		raise ValueError("relative temp expected to not be None")
+	if params.t_c is None:
+		raise ValueError("critical temp expected to not be None")
+	sigma_n = params.omega_p**2 * params.tau / (4 * np.pi)
+	coeffs = get_nam_dielectric_coefficients(
+		params.omega,
+		sigma_n,
+		params.tau,
+		params.v_f,
+		params.t_rel * params.t_c,
+		params.t_c,
+		constants.c_light,
+	)
+	return coeffs.eps(u_c)