nwertzberger

// ==UserScript==
// @name         Kill Facebook Garbage
// @namespace    http://tampermonkey.net/
// @version      0.1
// @description  Hide all likes, shares, comments, and replies from feed. Only Original Posts!
// @author       Nicholas Wertzberger
// @match        https://www.facebook.com/
// @grant        none
// @require    http://ajax.googleapis.com/ajax/libs/jquery/1.6.4/jquery.min.js
// ==/UserScript==

nwertzberger

#!/usr/bin/env python
# A little script that helps convert csv files into a latex longtable appendix file.

import sys
import csv

# Title, Letter, Column_count, Title, Title, Letter, Columns, Col Count, Columns, Col count, footer, Col count, footer
longtable_header = """%% !TEX root = paper_that_includes_this_appendix.tex

\\chapter{%s}

nwertzberger

public class UnoptimizedTransitionCalculator {
    private static final Logger logger = LoggerFactory.getLogger(
        UnoptimizedTransitionCalculator.class
    );

    public Policy generateNewPolicy(
        Set<Action> actions,
        Map<State, Double> expectedUtilities,
        Map<StateAction, ? extends Transition> transitions) {
        return new Policy(

nwertzberger

public class OptimizedTransitionCalculator {
    private static final Logger logger = LoggerFactory.getLogger(
        OptimizedTransitionCalculator.class
    );

    public Policy generateNewPolicy(
        Set<Action> actions,
        Map<State, Double> expectedUtilities,
        Map<StateAction, ? extends Transition> transitions) {
        Map.Entry<State, Double>[] expectedUtilityEntries = expectedUtilities

nwertzberger

package objects.model;

import org.pojomatic.Pojomatic;
import org.pojomatic.annotations.AutoProperty;

import java.util.HashMap;
import java.util.Map;
import java.util.Random;
import java.util.Set;

nwertzberger

package com.ideaheap.decisions.tmt.agents.tmtAgent.behaviours;

import com.ideaheap.decisions.tmt.dto.TmtAgentState;
import com.ideaheap.decisions.tmt.dto.TmtSuggestion;
import com.ideaheap.jade.fluent.df.DfServiceFinder;
import com.ideaheap.jade.fluent.df.DfServiceFinderFactory;
import com.ideaheap.jade.fluent.messages.BaseMessageReceiver;
import com.ideaheap.jade.fluent.messages.MessageReceiver;
import com.ideaheap.jade.fluent.messages.MessageReceiverFactory;
import com.ideaheap.jade.fluent.messages.MessageSender;

nwertzberger

package com.ideaheap.decisions.tmt.agents.tmtAgent.behaviours;

import com.github.oxo42.stateless4j.StateMachine;
import com.github.oxo42.stateless4j.StateMachineConfig;
import com.ideaheap.decisions.tmt.dto.TmtAgentState;
import com.ideaheap.decisions.tmt.dto.TmtSuggestion;
import com.ideaheap.jade.fluent.df.DfServiceFinderFactory;
import com.ideaheap.jade.fluent.messages.MessageReceiverException;
import com.ideaheap.jade.fluent.messages.MessageReceiverFactory;
import com.ideaheap.jade.fluent.messages.MessageSender;

nwertzberger

package com.ideaheap.decisions.tmt.agents.tmtAgent.behaviours;

import com.github.oxo42.stateless4j.StateMachine;
import com.github.oxo42.stateless4j.StateMachineConfig;
import com.ideaheap.decisions.tmt.dto.DesireDefinitions;
import com.ideaheap.decisions.tmt.dto.TmtModel;
import com.ideaheap.decisions.tmt.dto.TmtOutcome;
import com.ideaheap.decisions.tmt.dto.TmtSuggestion;
import com.ideaheap.jade.fluent.df.DfServiceFinderFactory;
import com.ideaheap.jade.fluent.messages.MessageBuilder;

nwertzberger

       <plugins>
            <plugin>
                <groupId>org.codehaus.mojo</groupId>
                <artifactId>appassembler-maven-plugin</artifactId>
                <version>1.9</version>
                <executions>
                    <execution>
                        <phase>package</phase>
                        <goals>
                            <goal>generate-daemons</goal>

nwertzberger

/* Yet Another Arc Library
 * Calculates an arc by cutting apart cylinders. Only good in the z plane.
 * What's kind of nice is that you can jsut specify what the coordinates of
 * your arc should start and end at.
 * Only good up to 180 degrees.
 */

function scalar(vec) = sqrt(pow(vec.x, 2) + pow(vec.y, 2) + pow(vec.z, 2));

module arc(startCoordinates, endCoordinates, degrees, height, width) {