diff --git a/eispac/core/eisfitresult.py b/eispac/core/eisfitresult.py
index 6cc9666..4e794f5 100644
--- a/eispac/core/eisfitresult.py
+++ b/eispac/core/eisfitresult.py
@@ -723,7 +723,7 @@ def shift2wave(self, array, wave=195.119):
         # FIXME: This function should actually use units
         this_wave = self.fit['wave_range'].mean()
         disp = np.zeros(len(array.shape))
-        disp[0] = (ccd_offset(wave*u.Angstrom) - ccd_offset(this_wave*u.Angstrom)).to_value('pixel')
+        disp[0] = (ccd_offset(wave*u.Angstrom) - ccd_offset(this_wave*u.Angstrom)).to_value('pixel')[0]
         array = shift_img(array, disp)
         return array
 
diff --git a/scripts/eis_explore_raster.py b/scripts/eis_explore_raster.py
index a65c8d3..9003a18 100644
--- a/scripts/eis_explore_raster.py
+++ b/scripts/eis_explore_raster.py
@@ -1475,10 +1475,24 @@ def event_replot_all_spec(self):
 
     def event_reset_plot(self):
         """Clear and replot a selected raster or spectrum"""
+        #TO-DO: make a function for clearing objects from the plot
         r_ind = int(self.sender().objectName()[1])
         plot_type = self.sender().objectName().split('_')[1]
 
         if plot_type.lower().startswith('rast'):
+            # If there is crosshair on the plot, remove it
+            if self.rast_crosshair[r_ind] is not None:
+                self.rast_crosshair[r_ind].remove()
+                self.rast_crosshair[r_ind] = None
+
+            # If there are any lines plotted on the ax, remove them
+            if self.rast_axhline[r_ind] is not None:
+                self.rast_axhline[r_ind].remove()
+                self.rast_axhline[r_ind] = None
+            if self.rast_axvline[r_ind] is not None:
+                self.rast_axvline[r_ind].remove()
+                self.rast_axvline[r_ind] = None
+
             self.rast_ax[r_ind] = None
             self.rast_fig[r_ind].clf()
             self.rast_lims[r_ind] = None