def createNetcdf(self,src,dstpath): ncp = NetcdfCopier() geo = self.__checkUnits(src) # if the file is geolocalized if geo: self.__checkRange(src) self.__checkLatLonAttr(src) if self.dimblacklist or self.varblacklist or self.__rollnames or self.__rollgrid: dst = ncOpen(dstpath, mode='w') ncp.copy(src,dst,dbl=self.dimblacklist,vbl=self.varblacklist) if self.__rollnames: self.__rollbackNames(src) if self.__rollgrid: self.__rollbackGrid(src) return dst else: return src else: return None
if dimensions:
try:
self.getDimInfo()
except:
print "couldn't scan for dimensions"
pass
if variables:
try:
self.getVarInfo()
except:
print "couldn't scan for variables"
raise
if glob:
try:
self.getGlobInfo()
except:
print "couldn't scan for global attributes"
if __name__ == '__main__':
src = ncOpen("../results/test1.nc")
an = Analyzer(src, "../results/test1.nc")
an.ncScan(False,True,False)
an.asJson(show = True)
There we have it:
Number of total elements of the grid along x axis:
n_x = (x_max - x_min +1)*Dile_x_size
Number of internal edges:
i_e_x = n_x - 1
Number of elements of along the x axis:
n_x - i_e_x =
(x_max - x_min + 1)*dile_x_size - (x_max - x_min + 1) - 1 =
(x_max - x_min + 1)*dile_x_size - x_max + x_min
'''
xsize = (max_dile.x - min_dile.x + 1)*min_dile.XSIZE - max_dile.x + min_dile.x #max_dile would be good as well
ysize = (max_dile.y - min_dile.y + 1)*min_dile.YSIZE - max_dile.y + min_dile.y
xfirst = bb_min["lon_min"]
yfirst = bb_min["lat_min"]
xinc = increment
yinc = increment
gf = GridFile("lonlat", xsize, ysize, xfirst, xinc, yfirst, yinc)
return gf.createGrid(dstpath)
if __name__ == '__main__':
nco = NetcdfOpener()
src = ncOpen("../files/std_files/ETOPO1_Ice_g_gmt4.nc", mode='r')
r = GridMaker(src)
r.gridInit("../files/grid_files/ETOPO1_Ice_g_gmt4.grid")
paths = []
for file in lpw.getDirectoryContent(mydir):
if lpw.checkExtention(myext, file):
paths.append(file)
for i in range(50,len(paths)):
timer.start()
md5 = getMD5(paths[i])
timer.stop()
print i, ") md5 for ",pathLeaf(paths[i],ext=True), " computed in: ", timer.formatted()
src = ncOpen(paths[i], mode='r')
bb = ncg.getBoundingBox(src['lat'],src['lon'])
z = ncg.getZoomLevel(src['lat'],src['lon'])
ncs = NetcdfSlicer(src)
timer.reset()
timer.start()
ndiles = ncs.createDiles("/sdiles/ubuntu/diles/"+md5+"/"+pathLeaf(paths[i],ext=False),bb,int(z))
timer.stop()
print ndiles, " created. task completed in: ", timer.formatted()
src.close()