adjust description and template

src/data/helmholtz/domain_properties/description.py

@@ -64,6 +64,9 @@ class Description:
     right_width: float = dataclasses.field(init=False)
 
     def __post_init__(self):
+        self.update_derived_properties()
+
+    def update_derived_properties(self):
         self.height = self.crystal_description.n_y * self.crystal_description.grid_size
         self.width = self.crystal_description.n_x * self.crystal_description.grid_size
         self.wave_lengths = self.c / self.frequencies

src/data/helmholtz/domain_properties/input_file_template.ini

@@ -4,7 +4,7 @@
 sample_type = frequency
 # linspace, uniform
 # (start, end, num, strategy)
-samples = (2000, 4000, 10, linspace)
+samples = (4000, 12000, 10, linspace)
 
 rho = 1.25
 c = 343.
@@ -25,24 +25,24 @@ excitation_index = 9000
 depth = 3.
 round_trip = 1e-6
 on_right = True
-on_top = False
-on_bottom = False
-cell_index_start = 20000
+on_top = True
+on_bottom = True
+cell_index = 20000
 
 [CRYSTAL]
 # type can be None, Cylindrical, C-Shaped
-type = C-Shaped
+type = Cylindrical
 # keep const. for now
-grid_size = 2
-n_x = 4
-n_y = 4
+grid_size = 22e-3
+n_x = 10
+n_y = 10
 # when the crystal is not cut from the domain the wave number is modified accordingly
-cut = True
+cut = False
 ref_index = -1
 cell_index = 3000
 [CRYSTAL-NONE]
 [CRYSTAL-CYLINDRICAL]
-radius = (1., 1.5, 3, linspace)
+radius = (6.5e-3, -1, 1, linspace)
 [CRYSTAL-C-SHAPED]
 outer_radius = (0.6, 0.75, 3, linspace)
 # in relation to outer radius (1. is exactly outer radius)