Implement Structure Design Page (Lab Notebook) #50
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IcedTea2K
commented
Oct 24, 2023
IcedTea2K
commented
- Page is too long, so video is too big to upload
- References are not complete, but it should be merged for now. We can fix them again on Thursday, when reviewing with the write-up team
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Mostly looks good, equations were definitely worth your pain and suffering
Only general nitpick I have is the spacing for images/graphics, make sure there's a proper amount of whitespace so it looks nice. I also changed the CaptionedGraphics component in another branch already to have smaller caption font size so it's easier to differentiate from the actual content text.
| </p> | ||
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| <section class="py-2" v-for="(structure, i) in structures"> | ||
| <h3 class="text-base text-white"> {{ structure.label }} </h3> |
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I would use sectionStyle for the styling here just for consistency
| values : [1.090856, 2.946035, 2.508811] | ||
| }, | ||
| { | ||
| label: "Structure: 3-gon", |
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Do they want you to specify "x-gonal Bipyramid" like in the doc or is just "x-gon" fine?
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When I added the content it was only x-gon, I think. I'll fix it 🖖
| This consistent approach enables a more structured comparison across various DNA structures. Our observations indicate that, for the most part, these structures maintain a similar level of stability. Our reference structure, which serves as a benchmark, displays certain interconnected segments. This interconnectedness is also evident, albeit to a reduced degree, in another structure called the 5-gon. | ||
| A point of interest across these structures is the presence of a segment or edge that isn't as stable as the others. This unstable segment could be a pivotal factor in understanding why some DNA structures have the ability to connect or polymerize. Research by Lin et. al supports this notion, demonstrating that specific DNA structures can link together, forming chains that are illustrated in their provided figure (Figure X). | ||
| </p> | ||
| <CaptionedGraphics> |
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Probably throw in a caption specifying that this is Figure X
| </section> | ||
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| <section> | ||
| <h3 :class="sectionStyle"> Axial Edge </h3> |
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Change to "Diameter to Number of Nucleotides"
| \end{align*}" :display-mode="true"/> | ||
| </div> | ||
| <p> | ||
| for integer solutions of <Equation formula="a, b"/> to exist. It should be noted that, given <Equation formula="a \in \mathbb{Z}"/>, <Equation formula="N/n \equiv a\text{ mod }2 \Longrightarrow n | N"/>. However, <Equation formula="n|N"/>, while the parity equation developed above is less complicated to employ since only tiny adjustments to <Equation formula="a,b"/> would be necessary to obtain the closest even or odd number that satisfies the condition. |
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Add "is a difficult criteria to satisfy, " between the second n|N and while
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Side note - you can't put other block-level elements like ol in a p tag - ex. anything that's not a span, b, i, etc. |
