Texsydo Home v0.1.0 | Texsydo MVP (2024/10/13)
Mathematics, engineering, and mathematical software (MSW) require formal and concise documentation to optimize the delivery of complex technical results to final users. Texsydo is an essential and ubiquitous MSW with existing prototypes to address modern mathematical text and art. Existing prototypes help ship articles to the web, automate graphics, and render visualizations. They will transition to MVP later, but the home page can present them to begin reaching production.
New Home Page with Conceptualization and Prototypes
Many ad-hoc Texsydo prototypes, like the FX prototype, are migrating to the MathSwe Prototypes repository. Although they are not MVPs yet, the landing page must present technical results in the Texsydo web home to iterate quickly with high-level results.
GitHub release at Tsd.Math.Software v0.1.0: New Home Page with Conceptualization and Prototypes.
Deployment preview PR#5 v0.1.0
at Netlify.
Texsydo web home at Tsd.Math.Software.
The initial Texsydo MVP release provides the web home to deliver value in production for all the existing technical results.
Text
The “Text” section is the page abstract that conceptualizes Texsydo.
Texsydo unifies formal source code with natural and graphical languages in modern mathematical documentation. Formalizing Texsydo allows the existing technical results to deliver value and lead the project forward.
Web
Texsydo Web is currently a complex prototype that can help create mathematical articles for the web that follow MathSwe standards with Markdown and a domain-specific system, making the process efficient and formal.
The Web section details all the existing features even though the program is still unavailable to the public.
The Web CLI prototype provides article commands to create, list, build, serve for development, and deploy to GitHub Pages.
The system provides a “Domain Dictionary” to define text transformations, which empowers inference and removes redundancy while writing.
It supports “In-Article Projects” for articles that contain an example project or files.
It supports development workflow to generate MathSwe cover images for PR and Release blogs, making the development life cycle more efficient and complete.
The Texsydo Web prototype offers advanced features that have been refined over the years, helping write modern articles in MathSwe. Texsydo Web will become available to the public once its prototype transitions to an MVP.
FX
Texsydo FX is currently another prototype that addresses the effects of documentation graphics.
Texsydo Web calls FX to generate the cover images of standard articles, like PR and Release blogs, delivering graphical assistance in the development process.
The Texsydo FX prototype will become MVP and available, like the Web prototype. It focuses on providing clean graphical documentation to streamline complex information.
Canvas Play
The Canvas Play section is part of the Texsydo FX prototype that incorporates experimental APIs to innovate new products with visualizations.
It supports Repsymo FX to render its model outputs. It shows how the machine replacement model passes through Repsymo internals (i.e., the solver) and ships results.
It renders FHD 9/16 with custom slide duration visualizations from the
mathematical output of Repsymo to show all the steps to build the solution space
via recursion. Everything is minimalistic and contains complete information.
Moreover, Canvas Play also has APIs to build engineering specifications with rulers, captions, and further definitions. The “Flower” animation shows a step-by-step visualization of how to draw a flower with metrics.
FX aims for graphical specifications but also art. The “BirdCat” drawing depicted a step-by-step animation teaching how to draw a cat that resembles a bird with shapes and effects.
The Canvas Play project contains prototypes that enrich the scope of Texsydo FX to provide value for academic, professional, and artistic projects.
Home Page with Results of Texsydo Prototypes
Texsydo takes text, a source code specification of an article, and renders it into mathematical documentation and art. Texsydo’s functional principles state that everything is an article specializing in specific domains. These mathematical properties make the process efficient for the system and the writer.
Such efficiencies are already present in the smart dictionary, development workflow, and model visualization results this release publishes. Texsydo will streamline the mathematical text workflow for mathematics, engineering, and art.
The text and domain-specific concepts allow results such as infinitely scalable visualization resolutions with other parameters like captions and automated assistance with total accuracy.
Texsydo expands functional programming into articles for completeness. Cohesive articles empower multidisciplinary professionals to fill the spectrum from academic to engineering, denoting domain expertise.
The web home presents all the new prototype features at Tsd.Math.Software with complete details.
The new Texsydo web home conceptualizes definitions to address modern mathematical text and art. Then, it presents the latest prototype results across the Web, FX, and Canvas Play sections. The Web prototype helps write enriched Markdown articles for the web, the FX prototype automates cover images, and Canvas Play provides experimental APIs and features based on evolving needs. The prototypes will deliver value to final users when they transition to MVP, recalling that Texsydo aims to reach the engineering grade.