fixed deprecated np.complex and np.float in hk

docs/scripts.rst

@@ -361,25 +361,25 @@ Usage
     Plot Settings:
       Options for plot format
 
-      --scale SCALE         Specify the scaling factor for the amplitude of the
-                            receiver functions in the wiggle plots. [Default 100.
-                            for a back-azimuth plot, 0.02 for a slowness plot]
+      --stack               Set this option to plot a stack of all traces in top
+                            panel. [Default does not plot stacked traces]
       --normalize           Set this option to produce receiver functions
                             normalized by the max amplitude of stacked RFs.
                             [Default False]
-      --trange TRANGE       Specify the time range for the x-axis (sec). Negative
-                            times are allowed [Default 0., 30.]
-      --stacked             Set this option to plot a stack of all traces in top
-                            panel. [Default does not plot stacked traces]
-      --save                Set this option if you wish to save the figure.
-                            [Default does not save figure]
-      --title TITLEPLOT     Specify title of figure. [Default None]
-      --format FORM         Specify format of figure. Can be any one of the
-                            validmatplotlib formats: 'png', 'jpg', 'eps', 'pdf'.
-                            [Default 'png']
-      --plot-event-dist     Plot distribution of events on map. Other Plotting
-                            Options will be applied to this figure (title, save,
-                            etc.). [Default no plot]
+      --trange TRANGE       Specify two floats that define the time range (in
+                            sec.) for the x-axis on the RF figure. Negative times
+                            are allowed [Default 0., 30.]
+      --save-fig FIGNAME    Specify figure filename if you wish to save the
+                            figure. By default, the station name will be pre-
+                            appended to the file name and saved to 'RF_PLOTS'
+                            unless --save-rfs is set. Valid figure formats are
+                            'png', 'jpg', 'eps', 'pdf'. [Default does not save
+                            figure]
+      --save-rfs RF_FOLDER  Specify folder name to save the plotted RFs. Lower
+                            case characters will be capitalized. [Default does not
+                            save RFs]
+      --hide-fig            Specify if you do not wish to show the figure upon
+                            execution. [Default shows the figure]
 
 
 ``rfpy_hk``

rfpy/harmonics.py

@@ -144,7 +144,7 @@ def dcomp_find_azim(self, xmin=None, xmax=None):
         nbin = len(self.radialRF)
         nz = len(self.radialRF[0].data)
         naz = 180
-        daz = np.float(360/naz)
+        daz = float(360/naz)
         deg2rad = np.pi/180.
 
         # Define depth range over which to calculate azimuth
@@ -203,11 +203,11 @@ def dcomp_find_azim(self, xmin=None, xmax=None):
                 CC = np.linalg.solve(s[:, None] * v, u.T.dot(OBS)[:5])
 
                 # Fill up arrays
-                C0[iz, iaz] = np.float(CC[0])
-                C1[iz, iaz] = np.float(CC[1])
-                C2[iz, iaz] = np.float(CC[2])
-                C3[iz, iaz] = np.float(CC[3])
-                C4[iz, iaz] = np.float(CC[4])
+                C0[iz, iaz] = float(CC[0])
+                C1[iz, iaz] = float(CC[1])
+                C2[iz, iaz] = float(CC[2])
+                C3[iz, iaz] = float(CC[3])
+                C4[iz, iaz] = float(CC[4])
 
         # Minimize variance of third component over specific depth range to
         # find azim
@@ -312,11 +312,11 @@ def dcomp_fix_azim(self, azim=None):
             CC = np.linalg.solve(s[:, None] * v, u.T.dot(OBS)[:5])
 
             # Fill up arrays
-            C0[iz] = np.float(CC[0])
-            C1[iz] = np.float(CC[1])
-            C2[iz] = np.float(CC[2])
-            C3[iz] = np.float(CC[3])
-            C4[iz] = np.float(CC[4])
+            C0[iz] = float(CC[0])
+            C1[iz] = float(CC[1])
+            C2[iz] = float(CC[2])
+            C3[iz] = float(CC[3])
+            C4[iz] = float(CC[4])
 
         # Put back into traces
         A = Trace(data=C0, header=str_stats)

rfpy/hk.py

@@ -175,7 +175,7 @@ def stack(self, vp=None):
         k = np.arange(self.kbound[0], self.kbound[1] + self.dk, self.dk)
 
         # Initialize arrays
-        weight = np.complex(0.)
+        weight = complex(0.)
         amp = np.zeros(len(self.rfV1))
         sig = np.zeros((len(H), len(k), len(self.phases)))
         pws = np.zeros((len(H), len(k), len(self.phases)))
@@ -275,7 +275,7 @@ def stack_dip(self, vp=None, strike=None, dip=None):
         k = np.arange(self.kbound[0], self.kbound[1] + self.dk, self.dk)
 
         # Initialize arrays
-        weight = np.complex(0.)
+        weight = complex(0.)
         amp = np.zeros(len(self.rfV1))
         sig = np.zeros((len(H), len(k), len(self.phases)))
         pws = np.zeros((len(H), len(k), len(self.phases)))
@@ -300,7 +300,7 @@ def stack_dip(self, vp=None, strike=None, dip=None):
                         weight += np.exp(1j*tphase[0])
                         amp[i] = trace[0]
 
-                    weight = abs(weight/np.float(len(self.rfV1)))**4
+                    weight = abs(weight/float(len(self.rfV1)))**4
                     sig[ih, ik, ip] = np.var(amp)*np.real(weight)
                     pws[ih, ik, ip] = np.median(amp)*np.real(weight)