make the layout better

GEOAkaze/qa_qc.py

@@ -80,13 +80,13 @@ def gray_scale(self,random_selection_n=None):
             ax.imshow(mair_gscale,origin='lower',
                extent = [np.nanmin(mair_lon.flatten()), np.nanmax(mair_lon.flatten()),
                            np.nanmin(mair_lat.flatten()), np.nanmax(mair_lat.flatten())],
-               interpolation='nearest',aspect='auto',cmap=mpl.colormaps['bone'])
+               interpolation='nearest',aspect='auto',cmap=mpl.colormaps['viridis'])
 
             # plotting msi
             ax.imshow(msi_gscale,origin='lower',
                extent = [np.nanmin(msi_lon.flatten()), np.nanmax(msi_lon.flatten()),
                            np.nanmin(msi_lat.flatten()), np.nanmax(msi_lat.flatten())],
-               interpolation='nearest',aspect='auto',alpha=0.3,cmap=mpl.colormaps['bone'])
+               interpolation='nearest',aspect='auto',alpha=0.3,cmap=mpl.colormaps['viridis'])
 
             # plotting costlines
             ax.coastlines(resolution='50m', color='black', linewidth = 2)
@@ -170,7 +170,7 @@ def topdf(self):
         ''' 
         save all pngs to a pdf report
         '''
-        def header(pdfobj,title,fsize=8):
+        def header(pdfobj,title,fsize=22):
             # Arial bold 15
             pdfobj.set_font('Arial', 'B', fsize)
             # Calculate width of title and position
@@ -184,7 +184,8 @@ def header(pdfobj,title,fsize=8):
             pdfobj.cell(w, 9, title, 1, 1, 'C', 1)
             # Line break
             pdfobj.ln(10)
-
+            return w
+
         def body(pdfobj,bd1):
             # Times 12
             pdfobj.set_font('Times', '', 12)
@@ -202,11 +203,13 @@ def body(pdfobj,bd1):
         # call the fpdf obj
         pdf = FPDF()
         pdf.add_page()
+        title = 'The Orthorectification QA/QC Report generated by the GEOAKAZE tool'
+        pdf.set_font('Arial', 'B', 16)
+        pdf.cell(188, 100, txt = title, border = 0, ln = 1, align = "C")
+        pdf.cell(180, 20, txt = 'Amir H. Souri', border = 0, ln = 1, align = "C")
+        pdf.cell(180, 20, txt = 'Contact: [email protected]', border = 0, ln = 1, align = "C")
+        pdf.add_page()
 
-        title = "The Orthorectification QA/QC Report generated by the GEOAKAZE tool"
-        w = header(pdf,title,fsize=20)
-        pdf.line(w, 30, 110, 30)
-        pdf.cell(w+2, 9, "Contact: [email protected]", 1, 1, 'C', 1)
         # printing kmz paths
         w = header(pdf,"KMZ files")
         for fname in geoakaze_kmz_fnames:
@@ -217,19 +220,19 @@ def body(pdfobj,bd1):
         w = header(pdf,"MAIR grayscales")
         grayscale_png = sorted(glob.glob(self.temp_fld + '/*_grayscale.png'))
         for fname in grayscale_png:
-            pdf.image(fname,10,w,180,200)
+            pdf.image(fname,10,w-50,180,200)
             pdf.add_page()
 
         # printing trajectory
         w = header(pdf,"Flight Path")
         traj_png = glob.glob(self.temp_fld + '/traj*.png')
-        pdf.image(traj_png[0],10,w,200,220)
+        pdf.image(traj_png[0],10,w-10,200,220)
 
         # printing histogram
         pdf.add_page()
         w = header(pdf,"Histogram of Shifts")
         traj_png = glob.glob(self.temp_fld + '/hist*.png')
-        pdf.image(traj_png[0],10,w,200,220)
+        pdf.image(traj_png[0],10,w-50,200,220)
 
         #writing
         pdf.output(self.output_pdf, 'F')