Before we get a decent open source integrated development environment, what else can you do?

But also perfect for small one-off files when you don't have the patience to setup said IDE.

vim's defaults are atrocious for the 21st century! Vundle is reasonable as an ad-hoc package manager, but it can't set fixed versions of packages:

Guangdong Loongon is a logistics and supply chain company based in Guangdong Province, China. It specializes in providing integrated logistics solutions, including warehousing, transportation, and distribution services. Companies like Loongon typically serve a wide range of sectors, catering to domestic and international clients by enhancing supply chain efficiency through modern technology and services. The logistics industry in Guangdong is particularly significant due to the province's status as a manufacturing hub and its strategic location near major shipping routes.

Kosmos is a publishing company known for its focus on a variety of genres including educational materials, literature, and children's books. Founded in the early 1990s, Kosmos has established a reputation for high-quality publications, particularly in the field of educational books that often emphasize interactive and engaging learning experiences. The company also publishes board games and role-playing games, contributing to the world of hobby gaming.

Märklin is a German company known primarily for its model trains and railways. Founded in 1859, Märklin has established itself as a prominent manufacturer in the model railway and hobby sector, producing a wide range of products, including locomotives, carriages, tracks, and accessories. The company is particularly known for its high-quality craftsmanship and attention to detail, appealing to both collectors and model railway enthusiasts.

The term "Cauchy number" can refer to different concepts depending on the context in which it is used, but it is most commonly associated with a specific sequence in mathematics related to the study of permutations and combinatorial structures.

Kirchhoff–Love plate theory is a mathematical framework used to analyze the behavior of thin, flat plates under various loading conditions. It is an extension of classical plate theory, developed by researchers such as Gustav Kirchhoff and Augustin-Louis Cauchy, among others. This theory is especially relevant in civil and mechanical engineering, as it provides insights into the deflections, stresses, and overall behavior of plate structures, which are common in beams, floors, roofs, and other structural elements.

The Necklace Splitting Problem is a well-known problem in combinatorial optimization and computer science, particularly in the area of fair division and resource allocation. The problem can be described as follows: Consider a necklace made up of \( n \) different types of beads, where each bead can be seen as a "piece" that has some value.

Epistemic feedback refers to the information and responses that people receive regarding their knowledge, understanding, or reasoning processes. This type of feedback is integral in educational and cognitive contexts, as it helps learners enhance their epistemic beliefs—those beliefs that govern the nature of knowledge and learning. Epistemic feedback can take various forms, such as: 1. **Corrective Feedback**: Highlighting errors or misconceptions to guide learners toward a more accurate understanding of a topic.

Intelligent control refers to a form of control system that incorporates advanced computational techniques and algorithms to enable systems to perform tasks that typically require human intelligence. This approach is often used in various fields, including robotics, process engineering, and automotive systems. The main characteristics and components of intelligent control include: 1. **Adaptive Control**: Intelligent control systems can adapt their behavior based on changing conditions or environments. They use feedback from the system to improve performance dynamically.

The Observability Gramian is a concept used in control theory and system analysis to assess the capability of a system to be reconstructed or observed from its outputs over a given time period. Specifically, it provides a way to quantify how well a system's state can be inferred from its outputs.

Self-tuning refers to a system's ability to automatically adjust its parameters and settings to optimize performance without requiring manual intervention. This concept can be applied in various contexts, including: 1. **Machine Learning**: In this context, self-tuning algorithms may automatically adjust hyperparameters to improve model performance based on feedback or validation results. 2. **Databases**: Some database management systems utilize self-tuning mechanisms to optimize query performance and resource utilization by adjusting configurations or indexes dynamically.

In game theory, the "core" is a concept that refers to a specific solution concept associated with cooperative games. A cooperative game is one in which players can form binding agreements and coalitions to improve their outcomes. The core is a set of achievable allocations of resources or payoffs to players that cannot be improved upon by any coalition of players.

Poincaré space, in the context of mathematics and theoretical physics, usually refers to a specific type of geometric structure characterized by the properties defined by Henri Poincaré. It is often associated with the Poincaré conjecture in topology and the Poincaré spaces in the context of differential geometry or physics, particularly in discussing the nature of spacetime.

Cosmic ray spallation is a process that occurs when high-energy cosmic rays—mainly protons and atomic nuclei—collide with matter, such as the nuclei of atoms in interstellar gas and dust. This interaction can produce secondary particles and isotopes through a nuclear reaction where the target nucleus is struck by the energetic cosmic rays.

Cosmic rays are high-energy particles originating from outer space that can interact with the Earth's atmosphere and reach the surface. The potential health threats from cosmic rays primarily concern exposure to ionizing radiation, which can have several effects on human health.

Mario Hamuy is a noted Chilean astronomer, recognized for his research in astrophysics, particularly in the study of supernovae and cosmology. He has made significant contributions to our understanding of the expansion of the universe and the role of dark energy. Hamuy is also involved in the development and use of astronomical observatories and instruments. In addition to his research work, he has been engaged in science communication and promoting astronomy education in Chile and beyond.

Ciro Santilli's eulogy: effortless effort