gpsproof can now show centi-meter resolution

Basically %.7f becomes %.9f.  Still in testing.

1 files changed, 8 insertions, 8 deletions

diff --git a/gpsprof b/gpsprof
index 1fb0937a..1d4e31f0 100755
--- a/gpsprof
+++ b/gpsprof
@@ -196,7 +196,7 @@ class spaceplot(plotter):
         for i in range(len(self.recentered)):
             (lat, lon) = self.recentered[i][:2]
             (raw1, raw2, alt) = self.fixes[i]
-            res += "%.7f\t%.7f\t%.7f\t%.7f\t%.7f\n" % (lat, lon, raw1, raw2, alt)
+            res += "%.7f\t%.9f\t%.9f\t%.9f\t%.9f\n" % (lat, lon, raw1, raw2, alt)
         return res
 
     def plot(self):
@@ -226,17 +226,17 @@ class spaceplot(plotter):
             alt_fixes.sort(key=lambda a: abs(alt_avg - a))
             alt_ep = abs(alt_fixes[len(alt_fixes) // 2] - alt_avg)
         if self.centroid[0] < 0:
-            latstring = "%.7fS" % -self.centroid[0]
+            latstring = "%.9fS" % -self.centroid[0]
         elif self.centroid[0] == 0:
             latstring = "0"
         else:
-            latstring = "%.7fN" % self.centroid[0]
+            latstring = "%.9fN" % self.centroid[0]
         if self.centroid[1] < 0:
-            lonstring = "%.7fW" % -self.centroid[1]
+            lonstring = "%.9fW" % -self.centroid[1]
         elif self.centroid[1] == 0:
             lonstring = "0"
         else:
-            lonstring = "%.7fE" % self.centroid[1]
+            lonstring = "%.9fE" % self.centroid[1]
         fmt = "set autoscale\n"
         fmt += "set format x \"%.3f\"\n"
         fmt += "set format y \"%.3f\"\n"
@@ -254,9 +254,9 @@ class spaceplot(plotter):
             fmt += 'set ytics nomirror\n'
             fmt += 'set y2tics\n'
             fmt += "set format y2 \"%.3f\"\n"
-        fmt += 'cep=%.7f\n' % self.d((0, 0), self.recentered[len(self.fixes) // 2])
-        fmt += 'cep95=%.7f\n' % self.d((0, 0), self.recentered[int(len(self.fixes) * 0.95)])
-        fmt += 'cep99=%.7f\n' % self.d((0, 0), self.recentered[int(len(self.fixes) * 0.99)])
+        fmt += 'cep=%.9f\n' % self.d((0, 0), self.recentered[len(self.fixes) // 2])
+        fmt += 'cep95=%.9f\n' % self.d((0, 0), self.recentered[int(len(self.fixes) * 0.95)])
+        fmt += 'cep99=%.9f\n' % self.d((0, 0), self.recentered[int(len(self.fixes) * 0.99)])
         fmt += 'set parametric\n'
         fmt += 'set trange [0:2*pi]\n'
         fmt += 'cx(t, r) = sin(t)*r\n'