pvgenuchten

<!--

Install:

Copy this file into /layouts/shortcodes

Usage:

{{% mapml %}}
<mapml-viewer projection="OSMTILE" zoom="0" lat="0.0" lon="0.0" controls style="width:100%;height:400px">

tmcw

Bonus geometry types in GeoJSON

Basically two types:

1. Rectangles
2. Circles

Let's say you have a drawing tool that permits both. Both geometry types benefit from some non-standard drawing abilities: it would be nice to resize circles, and it would be nice to resize rectangles in a way that keeps them rectangular. However, GeoJSON does not have circle or rectangle types. Both are represented as polygons. This gives us two options:

1. "Detect" these shapes with a heuristic. This is doable for a rectangle by checking the corners, but much, much less doable for circles. Also, circles have an additional property that I will mention in the next bit.

scivision

#!/usr/bin/env bash

# useful for platforms that don't currently have GNU Parallel in their repo.
#   does NOT work on Git Bash due to missing GNU Make etc.
#   it builds on Cygwin, but may have runtime issues--give it a try.

set -e

curl -O ftp://ftp.gnu.org/gnu/parallel/parallel-latest.tar.bz2

sleepyfox

author: @sleepyfox
title: ZDD - Zero Dependency Development
date: 22-May-2023

ZDD - Zero Dependency Development

snim2

from abc import ABC, abstractmethod

class PickleCache(ABC):
    """Cache Python objects on disk to save on API calls

    Clients can treat this class like a key/value store. The fetch() method
    must be overridden to fetch a value from the API for a specific key.
    Then subclasses can be used as in this example:

        cache = SubclassedPickleCache(filepath)

marvinhagemeister

import { ServerResponse, type IncomingMessage } from "node:http";
import { Http2ServerRequest, Http2ServerResponse } from "node:http2";
import { isArrayBufferView } from "node:util/types";

const INTERNAL_BODY = Symbol("internal_body");

const GlobalResponse = Response;
globalThis.Response = class Response extends GlobalResponse {
  [INTERNAL_BODY]: BodyInit | null | undefined = null;

kewgis

import csv


"""
This script re-orders the values in the x,y and z columns of a text file (e.g. a bathymetry .pts/.xyz file) such that they conform to a true .xyz format readable by GDAL and openable in QGIS.

In many cases the data in an "xyz" file falls foul of the GDAL requirement that:
“Cells with same Y coordinates must be placed on consecutive lines. For a same Y coordinate value, the lines in the dataset must be organized by increasing X values.”
https://gdal.org/en/stable/drivers/raster/xyz.html
"""