dmasad/GDELT_Intro

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Created over 11 years ago
Updated about 9 years ago

dmasad/GDELT_Intro

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Quick tutorial on getting started with GDELT

WorldBuilding

Set of models to generate fantasy historic narratives

Jupyter Notebook

Agents-In-Conflict

Code supporting the dissertation "Agents in Conflict," George Mason University, 2016

Jupyter Notebook

cssGradWorkshops

Material for the Computational Social Science student workshops

StoryletManager

A simple parameterized storylet manager for Twine and Sugarcube

MainSequence

Event-focused narrative generation tool

Mesa-Islands

A simple generative world in Mesa, complete with a rudimentary weather model.

Jupyter Notebook

Smew

A simple Python generative narrative framework

BDM_DecisionModel_Replication

Attempting to replicate Scholz, Calbert and Smith (2011)'s replication of Bueno de Mesquita's Group Decision Model

Subdwarf

Simple event-based narrative model in Javascript

Py2NetLogo

Using Py4J to create a way to call NetLogo from Python

Jupyter Notebook

NK-Model-Experiments

Some quick experiments with the Kauffman NK Model

PhoenixData

Exploration and introduction to the Phoenix political event dataset

NetAttack

Model of the co-evolution of networks and attackers. Santa Fe Institute CSSS 2013 Project.

pd_grid

Spatial Prisoner's Dilemma with Mesa, for running on Glitch.

WMATAnalysis

Tools for working with WMATA API data

Schelling_ML

Experiment populating an ABM with a decision rule derived from machine learning

PDFTables

ClickMove

A simple fighting spaceships game, created as a practice Java project.

Pope_Forecasting

Playing around with simulating the papal conclave for fun and forecasting

riskworld

Model of spatially-correlated risk to the energy trade.

pyBotteryFactory

Small Python helper for Bottery

Jupyter Notebook

GGJ_CandyCrushing

Project for Global Game Jam 2014, GMU

TributePlanner

Simple agent-based model of competing political actors, focused on modeling agent decisionmaking via recursive look-ahead. Final project for CS580: Intro to Artificial Inteligence.