qcadoo MES is a manufacturing management system for small and medium companies. It combines many functions you can find in ERP, MRP, and MES systems. It is not intended to replace systems like SAP, MS Dynamics, or Wonderware. qcadoo MES lets you replace those paper notes and spreadsheets that are flying around the production line and gain benefit from having them all in one system.
District Builder is a software application designed to give the public transparent, accessible, and easy-to-use mapping tools to draw the boundaries of their communities or to generate redistricting plans for their state and localities. The drawing of electoral districts is among the least transparent processes in democratic governance. All too often, redistricting authorities maintain power by obstructing public participation. The resulting districts embody the goals of politicians to the detriment of the representational interests of communities and the public at large. With District Builder, the public has the capacity to create and submit district plans for municipal, county, and state governments, support redistricting competitions, and keep the entire process open. In addition to legislative redistricting, District Builder's flexibility accommodates school districts, police districts, and many other redistricting needs.
pySimpleQuiz lets you define a simple online quiz just by writing a very simple plain text file. The file consist of questions, answer choices, and some strings you can translate for the quiz to speak your language. A quiz consists of multiple questions each having multiple selections, from which the user has to pick the right one. After the answers are given, a score and correct answers are provided for the user. The score and the person who did the quiz are logged and one user can take the quiz only once. It does not require installation, XML, a database, a Web server, or any HTML skills.
JABM is a Java API for developing agent-based simulation models using a discrete-event simulation framework. It has a simple architecture in which agents are represented using plain-old Java objects (POJOs). Simulations are configured via dependency injection using the industry-standard Spring framework, thus allowing attributes of any object in the simulation to be specified as random variables to be drawn from a specified distribution without having to write any Java code. Attributes of any object can be specified as independent variables or treatments with a given range of values, and experiments with different treatments can be easily parallelized using, for example, SGE.