Renamed nominals to nominals_txt

lasp/filter/bandpass_fir.py

@@ -101,7 +101,7 @@ class OctaveBankDesigner(FilterBankDesigner):
     def xs(self):
         return list(range(-6, 5))
 
-    def nominal(self, x):
+    def nominal_txt(self, x):
         # Text corresponding to the nominal frequency
         nominals = {4: '16k',
                     3: '8k',
@@ -164,7 +164,7 @@ class ThirdOctaveBankDesigner(FilterBankDesigner):
     def __init__(self):
         self.xs = list(range(-16, 14))
         # Text corresponding to the nominal frequency
-        self.nominal_txt = ['25', '31.5', '40',
+        self._nominal_txt = ['25', '31.5', '40',
                             '50', '63', '80',
                             '100', '125', '160',
                             '200', '250', '315',
@@ -175,18 +175,18 @@ class ThirdOctaveBankDesigner(FilterBankDesigner):
                             '6.3k', '8k', '10k',
                             '12.5k', '16k', '20k']
 
-        assert len(self.xs) == len(self.nominal_txt)
+        assert len(self.xs) == len(self._nominal_txt)
 
     @property
     def b(self):
         # Band division factor, 3 for one-third octave bands
         return 3
 
-    def nominal(self, x):
+    def nominal_txt(self, x):
         # Put the nominal frequencies in a dictionary for easy access with
         # x as the key.
         index = x - self.xs[0]
-        return self.nominal_txt[index]
+        return self._nominal_txt[index]
 
     @staticmethod
     def decimation(x):

lasp/lasp_octavefilter.py

@@ -59,16 +59,16 @@ class FilterBank:
 
         xs_all = [xs_d1, xs_d4, xs_d16, xs_d64, xs_d256]
         for xs in xs_all:
-            nominals = []
+            nominals_txt = []
             firs = np.empty((self.L, len(xs)), order='F')
             for i, x in enumerate(xs):
                 #  These are the filters that do not require lasp_decimation
                 #  prior to filtering
-                nominals.append(self.nominal(x))
+                nominals_txt.append(self.nominal_txt(x))
                 firs[:, i] = self.createFilter(fs, x)
             filterbank = {'fb': pyxFilterBank(firs, 1024),
                           'xs': xs,
-                          'nominals': nominals}
+                          'nominals': nominals_txt}
             self.filterbanks.append(filterbank)
 
         # Sample input counter.

test/bandpass_test_1.py

@@ -44,7 +44,7 @@ for x in bands.xs:
 
     ax.semilogx(freq, llim)
     ax.semilogx(freq, ulim)
-    ax.set_title(f'x = {x}, fnom = {bands.nominal(x)}')
+    ax.set_title(f'x = {x}, fnom = {bands.nominal_txt(x)}')
 
     if zoom:
         ax.set_xlim(bands.fl(x)/1.1, bands.fu(x)*1.1)