dnomadb

    with rio.drivers():
        with rio.open(src_path, 'r') as src:
            ## to get one filled band
            filled = fillnodata((src, 1))
            
            ## to get all filled bands
            filled = [fillnodata((src, i)) for i in range(1, 4)]

dnomadb

https://gist.github.com/13708aa76cbcd848f313

dnomadb

Traceback (most recent call last):
  File "scripts/fillnodataseams.py", line 29, in <module>
    fillnodata()
  File "/Users/dnomadb/venv/lib/python2.7/site-packages/click/core.py", line 610, in __call__
    return self.main(*args, **kwargs)
  File "/Users/dnomadb/venv/lib/python2.7/site-packages/click/core.py", line 590, in main
    rv = self.invoke(ctx)
  File "/Users/dnomadb/venv/lib/python2.7/site-packages/click/core.py", line 782, in invoke
    return ctx.invoke(self.callback, **ctx.params)
  File "/Users/dnomadb/venv/lib/python2.7/site-packages/click/core.py", line 416, in invoke

dnomadb

  ::wind {
    polygon-comp-op: multiply;
    polygon-fill: #4e4e4f;
[gust <=0.3] {polygon-opacity:0.0}
[gust >0.3] {polygon-opacity:0.005}
[gust >0.6] {polygon-opacity:0.01}
[gust >0.9] {polygon-opacity:0.015}
[gust >1.2] {polygon-opacity:0.02}
[gust >1.5] {polygon-opacity:0.025}
[gust >1.8] {polygon-opacity:0.03}

dnomadb

import fiona
import click
from rasterio import features, Affine

def makeAffine(bounds, width):
    xD = bounds[2] - bounds[0]
    yD = bounds[3] - bounds[1]
    cS = xD / float(width - 2)

    height = int(yD / cS) + 1

dnomadb

▶ python printascii.py '/Users/dnomadb/Downloads/map (6).geojson' --width 50
..................................................
.............88888.....................88.........
........8888888888....8.............888888.88888..
...........888888888..........8...........8888....
............................888888................
..........................88888888888.............
........................8888888888888888..........
.......................8888888888888888888........
.....................88888888888888888888888......

dnomadb

{u'y': 0, u'x': 0, u'z': 0, u'buffer': u'H4sIAAAAAAAAA219BbQlR5KdeJ6kHkmrkceyttUCy2N5LI9f/ZLH8ng8HsOamZkZ3nr91t41NzMzMzMzq5mZmZkZ3Tf/r4obN3T6nD6nftwKzqjMqMx6H+299/pbr9Z+/bfe/7iy4Xvvv/bSSy+//OGrn7/35kstf/5Ry1eev/xS+u/d91tUNoL8SiL/ypstX2n5sxf0RHzp+cugrwH9VaW/IKb7P6ocBv21RP/+C/a/fL+J/bvvf1o5AtrrifYD3PuLz9O9LxV3f1zZA8QbL3+vSblfftTyteevPn/1pZdavgbmx0CuJHIT8xfkRGtROQram6bYL5ziH1d2gP6Ws9v0/riyG+S3S/Ivk1twN1T/uLIT5GZytzFfB/L3S/I3Ql4P8jvic2O+CeR3S6tf3P1aMuyl56+CvArk94S5ab4W5F+Ru19KboNfplVekN83v/xEdBsD+g9K7lWnW4vKVJA/0NtN+ljQf0cpveoi9nFlOsg/FPJL6T+Qp4D8O0W4JeNkkD/0wo3+cWUk6L+rvP0r0W0UyB8J2VJ5NMi/qtzN9L6gNzf6j4V9P9A/Lm370jn+48pgkFsIuYhqi8ogkD9R7haXgaB/6pRn0weA/JmQTfcDSIrPC+5vhGF8CPTf7UcLe/446F8U9NdkuLSonAD99xj/X4j8C6D/KBlf3O+s3wX671X5dv950L/0/Fn/baD/Pq8f378P9B8rvbDv08pp0H9/0u8Hif55Ct5LNm7OAPGVesA0OAv6HzC6rxi/WjkH+k8S/Z1Et0rYonIQxD/o3WPjokVlP+hVDZ+5fzvomd5fDLsWlW9Bb/BVmsO7GvRc6ea+iciur03+j8X4haD/IZP/lYR3Dug/Vbo5dwbof9ic95XYNx70bzyd9R8O+h9Ruuk/F/SfKX/TfzPs/6NG/0bkj8D9P/f6s38ngf7HlG7xmwf6L4y/VtX5oP9xpZt9C0D/pfn/J6L/Fuj/J1R

dnomadb

var Dyno = require('dyno');
var trizilla = require('trizilla')();
var tilebelt = require('tilebelt');
var args = require('minimist')(process.argv.slice(2));

var jobTile = JSON.parse(args._[0]);

var decompressType = args._[1] || 'Decompressor';

var jobKey = tilebelt.tileToQuadkey(jobTile);

dnomadb

@class1: #245568;
@class2: #215668;
@class3: #1F5768;
@class4: #1D5969;
@class5: #1B5A69;
@class6: #195B69;
@class7: #165C69;
@class8: #145E69;
@class9: #115F69;
@class10: #0E6069;

dnomadb

@class1: #245568;
@class2: #215668;
@class3: #1F5768;
@class4: #1D5969;
@class5: #1B5A69;
@class6: #195B69;
@class7: #165C69;
@class8: #145E69;
@class9: #115F69;
@class10: #0E6069;