Jesse Florig jesseflorig

Personal Device Setup

Windows

route ADD 192.168.10.54 MASK 255.255.255.255 192.168.0.248

Linux

sudo ip route add 192.168.10.54/32 via 192.168.0.248

MacOS

sudo route -n add -net 192.168.10.54/32 192.168.0.248

Keybase proof

I hereby claim:

I am jesseflorig on github.
I am jesseflorig (https://keybase.io/jesseflorig) on keybase.
I have a public key ASCB1J4AePa7h4NdrdSlBiwabXqBHv_7xbMjYS33cxG44Ao

To claim this, I am signing this object:

This simple bar chart is constructed from a TSV file storing the frequency of letters in the English language. The chart employs conventional margins and a number of D3 features:

d3.tsv - load and parse data
d3.format - format percentages
d3.scale.ordinal - x-position encoding
d3.scale.linear - y-position encoding
d3.max - compute domains
d3.svg.axis - display axes

This example, using satirical data from The Onion, demonstrates how to wrap long axis labels to fit on multiple lines.

This force directed graph has (will have) the following features:

Click to perturb or drag the nodes!

This example demonstrates the flexibility of D3’s force layout. By using position Verlet integration, it is easy to add custom forces to a layout. In this example, the nodes are clustered around four foci using additional forces: the odd nodes are pushed down, the even nodes are pushed up, and a similar bisecting force is applied laterally. These custom forces are based purely on the index of the node, but they could just as easily be derived from properties of data!

Click to add nodes! Nodes near the cursor will be linked to the new node.

D3's force layout uses the Barnes–Hut approximation to compute repulsive charge forces between all nodes efficiently. Links are implemented as geometric constraints on top of position Verlet integration, offering greater stability. A virtual spring between each node and the center of the chart prevents nodes from drifting into space.

This example demonstrates how to prevent D3’s force layout from moving nodes that have been repositioned by the user. When the force layout’s drag behavior dispatches a dragstart event, the fixed property of the dragged node is set to true. This prevents the force layout from subsequently changing the position of the node (due to forces). Double-click to release a node.

Internally, the force layout uses three bits to control whether a node is fixed. The first bit can be set externally, as in this example. The second and third bits are set on mouseover and mousedown, respectively, so that nodes are fixed temporarily during dragging. Although the second and third bits are automatically cleared when dragging ends, the first bit stays true in this example, and thus nodes remain fixed after dragging.

Also note that the force layout resumes au

	extends KinematicBody2D

	const COMBO_TIMEOUT = 0.3 # Timeout between key presses
	const MAX_COMBO_CHAIN = 2 # Maximum key presses in a combo

	var last_key_delta = 0 # Time since last keypress
	var key_combo = [] # Current combo

	func _input(event):
	if event is InputEventKey and event.pressed and !event.echo: # If distinct key press down

	<!DOCTYPE html>
	<meta charset="utf-8">
	<style>

	.path--background {
	fill: none;
	stroke: #000;
	stroke-width: 2px;
	}