InterestingBrainPoops

class TripleVector:
	x = 0
	y = 0
	z = 0

	def __init__(self, x, y, z):
		self.x = float(x)
		self.y = float(y)
		self.z = float(z)

InterestingBrainPoops

The first solution

At first it was kind of obvious that you can just use basic trig to get the hight of the triangle. But that comes into error when you have a z offset, or a y offset.
The code here is very simple, so I'll just break it down as such:
First you just see the trig function that this is based of off.

var length = 10; // basically the hypotenuse of the triangle.  
var theta = 45; // the angle of elevation, between the base and the hypotenuse  
  
var newheight = sin(theta)*length;//   This is the projected height, and as you can see, really primitive.  

InterestingBrainPoops

Goals

So in this project specifically, I have a couple of goals in mind:

• Being able to render a scene with a camera
  • This is a long term goal.(So expect it to get happened in the future.)
  • out of the scope of this gist
• Making it gpu based, and not cpu based
  • oooooooh this is one of those things that is really useful

Steps

So the table of contents for this whole thing is basically as follows:

1. Get the math worked through

InterestingBrainPoops

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InterestingBrainPoops

#!/bin/bash

bin/mkdir -p /tmp/.java/classes 2> /dev/null

# Compile the program.
#
javac -d /tmp/.java/classes $0

# Run the compiled program only if compilation succeeds.
#

InterestingBrainPoops

Usage:

All you have to do is run

sh builder.sh [PATH] [FILENAME]

There are 2 cmd line args.
Path [PATH] and file name [FILENAME].
path is relative to the location of the script, and filename is the filename of the java file w/thout the extension.

InterestingBrainPoops

The start

The main thing here, is that when you start making snakes, you tend to flounder around for a week or 2 before realizing what the correct strategy for you is. By this I mean something implementable for you in the language that you're using.

Survive

The main thing about battlesnake is that you need to survive longer than your opponents.
This is the running principle behind any snake, no matter how aggresive.
When you have an aggressive snake, all you do is cut the amount of snakes left to give you a faster win. When you have a peaceful snake, you actively avoid other snakes, and eating food is your priority, because you know you can outlast the other snakes.
Area control snakes attempt to box off as much area for themselves, and as such control the food spawns within that area. An amazing example of this is Tofu and Milktea.

Move generation

There are many methods of getting the move beyond the heuristic, ranging from minmax to Monte-Carlo search trees, to random, to using some for

InterestingBrainPoops

main {
	thing = 6 $ this is a comment
	a = 2 $ int by default.
	print thing $ by default all programs have access to this function.
	thing += a thing $ thing = a + thing
	print thing $ prints the new thing (should be 8)
	drop thing $ thing is no longer usable after this point
	drop a $ same thing w/ this one.
}

InterestingBrainPoops

# The following code is under public domain, feel free to use this how you will.

from machine import PWM, Pin
import utime
from math import cos, sin, radians, sqrt, atan, degrees, acos
left = PWM(Pin(14))
left.freq(50)
right = PWM(Pin(15))
right.freq(50)
MIN_DUTY = 1128

InterestingBrainPoops

import machine
import time

# Set up UART1 with the appropriate baud rate and pins.
uart1 = machine.UART(1, baudrate=9600, tx=machine.Pin(4), rx=machine.Pin(5))

def read_char_from_uart(uart):
    while not uart.any():
        pass
    return uart.readline()