def process(parsed, target, temp_metatile, temp_processed, save_offsetx, save_offsety, save_xsize, save_ysize, nodata, ot, *args, **kwargs):
landpolygon = parsed.landpolygon
temp_landpolygon = "/tmp/temp_landpolygon_%s.sqlite" % os.getpid()
# get metattile extent
ds = gdal.Open(temp_metatile)
geotransform = ds.GetGeoTransform(1)
xpixelsize = geotransform[1]
ypixelsize = geotransform[5]
width = ds.RasterXSize
height = ds.RasterYSize
llx = geotransform[0]
lly = geotransform[3] + width*geotransform[4] + height*geotransform[5]
urx = geotransform[0] + width*geotransform[1] + height*geotransform[2]
ury = geotransform[3]
# clip landpolygon
print "clipping"
clip_landpolygon = "ogr2ogr -clipsrc %s %s %s %s -f SQLite %s %s" %(llx, lly, urx, ury, temp_landpolygon, landpolygon)
os.system(clip_landpolygon)
# rasterize landpolygon
print "rasterizing"
rasterize_landpolygon = "gdal_rasterize -burn 1 -te %s %s %s %s -tr %s %s -ot Byte %s %s" %(llx, lly, urx, ury, xpixelsize, ypixelsize, temp_landpolygon, temp_processed)
os.system(rasterize_landpolygon)
if os.path.isfile(temp_landpolygon):
os.remove(temp_landpolygon)
tiff_save(temp_processed, target, save_offsetx, save_offsety, save_xsize, save_ysize, nodata, ot)
def process(parsed, target, temp_metatile, temp_processed, save_offsetx, save_offsety, save_xsize, save_ysize, nodata, ot, *args, **kwargs):
scale = parsed.s
zfactor = parsed.z
altitude = parsed.alt
process_hillshade = "gdaldem hillshade -s %s -z %s -alt %s %s -of GTiff %s > /dev/null" %(scale, zfactor, altitude, temp_metatile, temp_processed)
#print process_hillshade
os.system(process_hillshade)
tiff_save(temp_processed, target, save_offsetx, save_offsety, save_xsize, save_ysize, nodata, ot)
def process(parsed, target, temp_metatile, temp_processed, save_offsetx, save_offsety, save_xsize, save_ysize, nodata, ot, metatile_xsize, metatile_ysize, *args, **kwargs):
tile_xsize = parsed.tile_xsize[0]
tile_ysize = parsed.tile_ysize[0]
xresolution = float(parsed.x)
yresolution = float(parsed.y)
xscale = xresolution/tile_xsize
yscale = yresolution/tile_ysize
interpolation = parsed.i
scalefactor = xresolution/tile_xsize
rescaled_xsize = int(metatile_xsize*xscale)
rescaled_ysize = int(metatile_ysize*yscale)
process_rescale = "gdalwarp -ts %s %s -r %s -overwrite %s -of GTiff %s -srcnodata %s -dstnodata %s -multi > /dev/null" %(rescaled_xsize, rescaled_ysize, interpolation, temp_metatile, temp_processed, nodata, nodata)
os.system(process_rescale)
save_offsetx = int(save_offsetx*xscale)
save_offsety = int(save_offsety*yscale)
save_xsize = int(save_xsize*xscale)
save_ysize = int(save_ysize*yscale)
tiff_save(temp_processed, target, save_offsetx, save_offsety, save_xsize, save_ysize, nodata, ot)
def process(parsed, target, temp_metatile, temp_processed, save_offsetx,
save_offsety, save_xsize, save_ysize, nodata, ot, *args, **kwargs):
landpolygon = parsed.landpolygon
temp_landpolygon = "/tmp/temp_landpolygon_%s.sqlite" % os.getpid()
# get metattile extent
ds = gdal.Open(temp_metatile)
geotransform = ds.GetGeoTransform(1)
xpixelsize = geotransform[1]
ypixelsize = geotransform[5]
width = ds.RasterXSize
height = ds.RasterYSize
llx = geotransform[0]
lly = geotransform[3] + width * geotransform[4] + height * geotransform[5]
urx = geotransform[0] + width * geotransform[1] + height * geotransform[2]
ury = geotransform[3]
# clip landpolygon
print "clipping"
clip_landpolygon = "ogr2ogr -clipsrc %s %s %s %s -f SQLite %s %s" % (
llx, lly, urx, ury, temp_landpolygon, landpolygon)
os.system(clip_landpolygon)
# rasterize landpolygon
print "rasterizing"
rasterize_landpolygon = "gdal_rasterize -burn 1 -te %s %s %s %s -tr %s %s -ot Byte %s %s" % (
llx, lly, urx, ury, xpixelsize, ypixelsize, temp_landpolygon,
temp_processed)
os.system(rasterize_landpolygon)
if os.path.isfile(temp_landpolygon):
os.remove(temp_landpolygon)
tiff_save(temp_processed, target, save_offsetx, save_offsety, save_xsize,
save_ysize, nodata, ot)
def process(parsed, target, temp_metatile, temp_processed, save_offsetx,
save_offsety, save_xsize, save_ysize, nodata, ot, metatile_xsize,
metatile_ysize, *args, **kwargs):
tile_xsize = parsed.tile_xsize[0]
tile_ysize = parsed.tile_ysize[0]
xresolution = float(parsed.x)
yresolution = float(parsed.y)
xscale = xresolution / tile_xsize
yscale = yresolution / tile_ysize
interpolation = parsed.i
scalefactor = xresolution / tile_xsize
rescaled_xsize = int(metatile_xsize * xscale)
rescaled_ysize = int(metatile_ysize * yscale)
process_rescale = "gdalwarp -ts %s %s -r %s -overwrite %s -of GTiff %s -srcnodata %s -dstnodata %s -multi > /dev/null" % (
rescaled_xsize, rescaled_ysize, interpolation, temp_metatile,
temp_processed, nodata, nodata)
os.system(process_rescale)
save_offsetx = int(save_offsetx * xscale)
save_offsety = int(save_offsety * yscale)
save_xsize = int(save_xsize * xscale)
save_ysize = int(save_ysize * yscale)
tiff_save(temp_processed, target, save_offsetx, save_offsety, save_xsize,
save_ysize, nodata, ot)
def process(parsed, target, temp_metatile, temp_processed, save_offsetx, save_offsety, save_xsize, save_ysize, nodata, ot, *args, **kwargs):
process_fillnodata = "gdal_fillnodata.py %s %s > /dev/null" %(temp_metatile, temp_processed)
os.system(process_fillnodata)
tiff_save(temp_processed, target, save_offsetx, save_offsety, save_xsize, save_ysize, nodata, ot)
def process(parsed, target, temp_metatile, temp_processed, save_offsetx, save_offsety, save_xsize, save_ysize, nodata, ot, *args, **kwargs):
temp_processed = temp_metatile
tiff_save(temp_processed, target, save_offsetx, save_offsety, save_xsize, save_ysize, nodata, ot)