This eliminates the ambiguity problems of deep and wide inheritance hierarchies often found in Object Oriented Programming techniques that are difficult to understand, maintain, and extend.
How?
This eliminates the ambiguity problems of deep and wide inheritance hierarchies often found in Object Oriented Programming techniques that are difficult to understand, maintain, and extend.
How?
Systems act globally over all entities which have the required components
This approach is especially suited game engines which operate of a single attribute of all the entities (i.e the position of all entities, shadow of all entities, etc..) and not the overall attributes of a single entity.
What is three.js? three.js is the world's most popular JavaScript framework for displaying 3D content on the web.
Based on WebGL
Does mymind support integrations? I would like to automatically export entries to logseq/obsidian.
Quality software from independent makers is like quality food from the farmer’s market. A jar of handmade organic jam is not the same as mass-produced corn syrup-laden jam from the supermarket. Industrial fruit jam is filled with cheap ingredients and shelf stabilizers. Industrial software is filled with privacy-invasive trackers and proprietary formats.
Does it have to be that way? Can't we optimize production process without compromising quality?
I believe fine engineering can enhance both.
I don't see anything inherent in mass production that must contradict quality.
It might be that one of the easy ways for mass production is compromising quality, but it's like any other problem: resources (time, effort, ingredients...) and quality can always be tradedoff.
Quality software from independent makers is like quality food from the farmer’s market. A jar of handmade organic jam is not the same as mass-produced corn syrup-laden jam from the supermarket. Industrial fruit jam is filled with cheap ingredients and shelf stabilizers. Industrial software is filled with privacy-invasive trackers and proprietary formats.
Does it have to be that way? Can't we optimize production process without compromising quality?
I believe fine engineering can enhance both.
I don't see anything inherent in mass production that must contradict quality.
It might be that one of the easy ways for mass production is compromising quality, but it's like any other problem: time and quality can always be tradedoff.
Quality software from independent makers is like quality food from the farmer’s market. A jar of handmade organic jam is not the same as mass-produced corn syrup-laden jam from the supermarket. Industrial fruit jam is filled with cheap ingredients and shelf stabilizers. Industrial software is filled with privacy-invasive trackers and proprietary formats.
Does it have to be that way? Can't we optimize production process without compromising quality?
I believe fine engineering can enhance both.
I don't see anything inherent in mass production that must contradict quality.
It might be that one of the easy ways for mass production is compromising quality, but it's like any other problem: time and quality can always be tradedoff.
It is now possible for tiny teams to make principled software that millions of people use, unburdened by investors.
How?