n-gon | 2-d physics rogue-lite platformer shooter | Game Engine library

I am trying to reduce code duplication by writing functions to generate user interfaces.

However, it seems I am unable to create multiple selectizeInput elements with the arguments selected and selectize both set to FALSE. This is important because I need some elements initially set to NULL which can only be done this way.

Example that fails

We are facing issues with varnish Max Threads hit & backend and session connections spikes. We are not sure about the cause, but what we have observed is it happens when the origin servers have high response times and eventually return uncacheable (502) responses.

Varnish usage :

We've configured varnish behind nginx proxy, so the incoming requests first hit nginx and then is consistently balanced to n varnish. Varnish, in case of miss, call the origin nginx host, here example.com.

In our case, we only cache HTTP GET requests and all of them have JSON payload in response, size ranging from 0.001 MB to 2 MB.

Example request :

HTTP GET : http://test.com/test/abc?arg1=val1&arg2=val2

Expected xkey : test/abc

Response : Json payload

Approx QPS : 60-80 HTTP GET Requests

Avg obj ttl : 2d

Avg obj grace : 1d

Attaching the vcl file, statistics and varnish run command for debugging purpose.

Monitoring Stats :

Requests

Cache status

Sessions

Threads

Backend Connections

Objects expired

Varnish and VCL Configuration :

Varnish version : Linux,5.4.0,x86_64,varnish-6.5.1

Trying to clean up my code, the code in GetDecisListeners() was previously inside LiveDecision() without panic error.

I would like to plot for example a square (or maybe more generally speaking a n-gon).
I know that I can plot "functions" that form a shape, like a circle:

I have a json which i want to serve with go lang and Gin-Gonic I'm able to serve it like this

Given a list of n circles, each of diameter d, I want to generate an n-gon (polygon of n lengths), with side lengths d, and draw a circle on each of its edges.

I encountered this problem while developing an application.

The formula for the radius of the polygon with N sides, given a length a for each side, is

So I currently have a function that will take in a string APIKey to check it against my MongoDB collection. If nothing is found (not authenticated), it returns false - if a user is found, it returns true. My problem, however, is I'm unsure how to integrate this with a Gin POST route. Here is my code:

I am interested in the Hyperbolic Tessellations such as those generated by @TilingBot. To narrow it down a bit more, I would like to be able to construct some of the Uniform Tilings on the Hyperbolic Plane, such as this:

The closest answer I have found comes from Math SE and recommends these 3 resources:

1. Ajit Datar's master's thesis
2. David Joyce's Hyperbolic Tessellations applet
3. And David Joyce's corresponding Java source code.

Here I have translated the Java to JavaScript (and preserved the comments), as well as attempted to draw the center shape:

Edit: So I found a page related to rasterizing a trapezoid https://cse.taylor.edu/~btoll/s99/424/res/ucdavis/GraphicsNotes/Rasterizing-Polygons/Rasterizing-Polygons.html but am still trying to figure out if I can just do the edges

I am trying to generate points for the corners of an arbitrary N-gon. Where N is a non-zero positive integer. But I am trying to do so efficiently without the need of division and trig. I am thinking that there is probably some of sort of Bresenham's type algorithm for this but I cannot seem to find anything.

The only thing I can find on stackoverflow is this but the internal angle increments are found by using 2*π/N: How to draw a n sided regular polygon in cartesian coordinates?

Here was the algorithm from that page in C