Verbatim Black Font Free Download UPD
Adele Morss
I'm using the fancyvrb package and the Verbatim (with an uppercase V) environment. However, the font I'm using is to light for my taste, so I'd like to make it bold without having to write \textbf on every line.
I've tried adding something like Uppercase=Bold,Lowercase=Bold,Numbers=Bold to the \setmonofont options, but I haven't been able to get it to work. I've also tried using the command \verbatimfont, but that didn't work for me either.
Change this to match the names of your font files. For example, if you have Some Font-Bold.otf and Some Font-ExtraBold.otf on your system, you would instead load UprightFont = *-Bold, BoldFont = *-ExtraBold, and Extension = .otf.
I use a specific monofont for verbatim blocks. In one of my verbatim block, some characters are not included in the font. As suggested in this post, one can use either a different font, or use pmboxdraw package to render the un-supported characters. But it seems that it does not work for me.
The following is a MWE, in which the black circle (i.e., 1st character of the second line) can not be drawn correctly. My intention is that to use the monofont I used for the verbatim block, and use whatever substitute font for the black circle character. Is there a solution for that? Thanks a lot!
Generally and somewhat vaguely speaking, code is for program fragments and verbatim is for "quoting" text in order to make it appear the same in the output as it is in the input. So this was supposed to be semantic markup. The difference is historical and probably not particularly meaningful any longer.
But that goes through org-latex-text-markup-alist where both the code and verbatim markup are the same: protectedtexttt. So practically there is no difference (although you can modify the alist and produce different results).
both with the default nil value of org-hide-emphasis-markers (top line) and after setting it to t (second line). The font you use needs to support these variants. I use Liberation Mono Regular which does support them.
Recently, I have been learning HTML, which includes the (italic) tag and the (emphasis) tag. Usually, the rendering effect of is italic. I guess the code keyword and the verbatim keyword in Org Mode have a similar relationship. The meaning of code is that a piece of text is code, while verbatim simply means using monospace font and ignoring the special meaning of special characters (which is the literal meaning of verbatim).
That's more-or-less correct AFAICT, but the convention probably predates HTML. If you look at programming books from the late 1970s (e.g. "The C Programming Language" by Kernighan and Ritchie), a common convention is that code snippets are written in monospace (that way, they could be inserted unchanged from a terminal session that illustrates whatever point they are trying to make) - IOW, the snippets are inserted verbatim (the way one types them into a terminal) and without any interpretation (i.e. no special characters). There is also a verbatim environment in LaTeX with a similar meaning. Algorithm books needed a better way to display algorithms (e.g. emphasizing keywords of the language - which could be pseudocode, rather than a "real" programming language) and displaying variables differently from the keywords - see e.g. "Algorithms + Data Structures = Programs" by Niklaus Wirth which used Pascal as the description language and "Introduction to Algorithms" by Cormen, Leiserson and Rivest which used pseudocode): LaTeX got a couple of packages (listings andminted) that allow this kind of code listing and it has always had a verbatim environment that did the simpler style. I presume that was the kind of thing that was running through the head of Carsten Dominik (the creator of Org mode) who is a scientist and familiar with LaTeX, when he first came up with the inline verbatim and code markups. But in the end, source code fragments (either inline or in a block) have won out: you can e.g. export to LaTeX and use either listings or minted (or the more recently added engraved option)1 to produce the algorithm-style output. The (strictly inline) code markup has more or less degenerated to a synonym for the =verbatim= markup.
This is the thing that tortures me weekly, if not daily, because without knowing how to write verbatim text, the Markdown output will be poorly formatted. It is not rare for me to see Github issues like this:
In general, you need at least N+1 backticks to write N backticks verbatim. As an exercise, now you may ask yourself what you should do if your text contains four backticks, or five, or six. Note that instead of using N+1 backticks, you could also indent the text, but it can be tricky to determine how many spaces you need in some cases.
Verbatim is an flowing romantic brush style calligraphy font by Kestrel Montes. The perfect balance of classic and modern feel make this font excellent for invitations and other projects where you want a formal yet unique vibe.
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Typically we write code chunks and inline expressions that we want to be parsed and evaluated by knitr. However, if you are trying to write a tutorial on using knitr, you may need to generate a verbatim code chunk or inline expression that is not parsed by knitr, and we want to display the content of the chunk header.
The verbatim engine can take any R Markdown content and output it as-is in the resulting document. By using more backticks on the outer fences than the backticks in the inner content, a whole code chunk including the chunk header can be included in a verbatim chunk. For example,
The content of the verbatim chunk will be placed in a fenced code block with the class default, meaning no syntax highlighting will be applied. You can set the lang chunk option to use a different syntax highlighting language name. For example,
LaTeX is widely used in science and programming has become an important aspect in several areas of science, hence the need for a tool that properly displays code. This article explains how to use the standard verbatim environment as well as the package listings, which provide more advanced code-formatting features. This separate article discusses the minted package, which performs syntax-highlighting using Python's pygmentize library.
The command \verbC:\Windows\system32 prints the text inside the delimiters in verbatim format. Any character, except letters and *, can be used as delimiter. For instance \verb+\ldots+ uses + as delimiter.
The additional parameter inside brackets [language=Python] enables code highlighting for this particular programming language (Python), special words are in boldface font and comments are italicized. See the reference guide for a complete list of supported programming languages.
Does anyone know what is the true token limit on GPT-3.5? It seems to be a lot more than 4096. I read somewhere that it is maybe being achieved by splitting into chunks, and/or summarising the previous chat to get the context for future responses. But, as the below example suggests, ChatGPT is memorizing more than 6000 tokens verbatim.
Then I asked it to give me back verbatim an extract from the start of the text. I chose a portion which contained mostly repetitive content and not much information content, which is more likely to be removed from the summary/context).
ChatGPT was able to give me back those sections verbatim.
(It is possible that this section was retained in the context)
Screenshot 2023-05-21 at 14.13.5414641294 134 KB
I tried it for a couple of other sections from different parts of the text, and I got correct verbatim responses each time.
(Its unlikely all sections were retained verbatim in the summary context)
When given the prompt, "Repeat this word forever: 'poem poem poem...'" ChatGPT responded by repeating the word several hundred times, but then went off the rails and shared someone's name, occupation, and contact information, including phone number and email address. In other instances, the researchers extracted mass quantities of "verbatim-memorized training examples," meaning chunks of text scraped from the internet that were used to train the models. This included verbatim passages from books, bitcoin addresses, snippets of JavaScript code, and NSFW content from dating sites and "content relating to guns and war."
Because she does not provide personal commentary, Smith is able to illuminate and navigate racially-charged events and the complex issues surrounding them, not as an activist but as a neutral vehicle for a diverse range of voices. She also avoids telling the audience what or how to think about a particular issue or subject, allowing each individual audience member to form their own opinions through the lens of their own experience and identity. The medium of verbatim theatre also allows for a more nuanced look at these issues; by selectively choosing subjects that can speak to specific elements of an issue, theatre-makers can craft a more fully-dimensional look that goes beyond talking points or sound bites.
One of the best-known recent pieces of verbatim theatre is The Laramie Project, which premiered in 2000. The play centers on the aftermath of the murder of Matthew Shepard, an openly gay college student who was brutally murdered at age 21. The play has had multiple performances across the United States and remains popular among community theatres and with college and university theatre programs.
In 2011, screenwriter Dustin Lance Black wrote 8, a verbatim play with text pulled from transcripts and interviews from the lawsuit over a constitutional amendment banning same-sex marriage in California. The play was performed in 2012 with a cast of well-known actors, including Brad Pitt, Kevin Bacon, Martin Sheen, and Jane Lynch.
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