summer update

content/_index.md

@@ -5,23 +5,11 @@ enableToc: false
 
 <!-- ## hey, it's squeak! -->
 ## about
-Welcome to my pothole on the Internet. I'm Emily! My nickname is "*squeak*" — from which most of my
-usernames on the web are derived. I'm currently an undergraduate [student](/academics) at UW-Madison studying 
-computer science, mathematics, and economics. Right now, I'm working as a system adminstrator intern
-at the [Center for High-Throughput Computing](https://chtc.cs.wisc.edu/).
+Welcome to my pothole on the Internet. I'm Emily! My nickname is "*squeak*" — from which most of my usernames on the web are derived. I'm currently an undergraduate [student](/academics) at UW-Madison studying computer science, mathematics, and economics. Right now, I'm working as a consulting engineer intern in Research Triangle Park, NC at [Cisco](https://www.cisco.com/).
 
-My main hobby is puzzle-solving, which is where all my other interests stem from -- I particularly 
-enjoy competitive programming and coding [games](/projects#contests), such as [Battlecode](https://battlecode.org/) or [Advent of Code](https://adventofcode.com/). My 
-main areas of interest in computer science are computer networks and low-level systems, among other 
-topics such as computer vision, optimization, and robotics. In terms of math, I'm primarily interested
-in combinatorics, or more generally, probability theory. 
+My main hobby is puzzle-solving, which is where all my other interests stem from -- I particularly enjoy competitive programming and coding [games](/projects#contests), such as [Battlecode](https://battlecode.org/) or [Advent of Code](https://adventofcode.com/). My main areas of interest in computer science are in low-level systems like compilers and programming languages, among other topics such as computer networks, optimization, and robotics. In terms of math, I'm primarily interested in combinatorics, or more generally, probability theory. 
 
-In my free time, I like [reading](https://thebookerprizes.com/the-booker-library/books), playing 
-poker, and listening to [video game music](https://youtu.be/HL9_xm5HwrE). I also occasionally delve
-into math-related projects and visualizations as a means to create my own mathematics teaching
-style.
+In my free time, I like [reading](https://thebookerprizes.com/the-booker-library/books), playing poker, and listening to [video game music](https://youtu.be/HL9_xm5HwrE). I also occasionally delve into math-related projects and visualizations as a means to create my own mathematics teaching style.
 
 ## contact
-I like meeting interesting people -- if you want to say hi or grab lunch with me, send an email at 
-`hello at emilyyao dot me`! If you're on campus, feel free to drop by during my 
-[office hours](https://www.upl.cs.wisc.edu/hours/) at the Undergraduate Projects Lab.
+I like meeting interesting people -- if you want to say hi or grab lunch with me, send an email at `hello at emilyyao dot me`! If you're on campus, feel free to drop by during [office hours](https://www.upl.cs.wisc.edu/hours/) at the Undergraduate Projects Lab.

content/uw-madison-course-review.md

@@ -0,0 +1,88 @@
+---
+title: UW-Madison Course Reviews
+enableToc: false
+---
+
+<!-- ## overview
+**CS:**  
+\- 252: Intro to Computer Engineering  
+\- 300: Programming II  
+\- 354: Machine Organization \& Programming  
+\- 400: Programming III  
+\- 536: Compilers  
+\- 537: Operating Systems  
+\- 538: Programming Languages  
+\- 540: Artificial Intelligence  
+\- 542: Software Security  
+\- 577: Algorithms  
+\- 639: Parallel \& Throughput-Optimized Programming  
+\- 704: Principles of Programming Languages  
+\- 740: Computer Networks  
+
+**MATH:**  
+\- 234: Multivariable Calculus  
+\- 341: Linear Algebra  
+\- 431: Probability Theory  
+\- 475: Combinatorics  
+\- 521: Analysis I  
+\- 525: Linear Optimization  
+\- 632: Stochastic Processes  
+\- 728: Integer Optimization
+
+--- -->
+
+## summer '24 (self-studied)
+\- **15-150:** Principles of Functional Programming `CMU`  
+\- **15-414:** Bug Catching: Automated Program Verification `CMU`  
+\- (💼) Consulting Engineer Intern `@` Cisco
+
+## spring '24
+\- **CS 536:** Introduction to Compilers **(^)**  
+\- **CS 639:** Parallel & Throughput-Optimized Programming **(.)**  
+\- **MATH 728:** Integer Optimization  
+\- **ECON 301:** Intermediate Economic Theory  
+\- **ASIAN 357:** Japanese Ghost Stories  
+\- **MUSIC 113:** Music in Performance    
+\- (💼) System Administrator Intern `@` Morgridge Institute of Research   
+\- (💼) TA `@` CS 538: Theory and Design of Programming Languages
+
+## fall '23
+\- **[CS 538](/cs538):** Introduction to Theory and Design of Programming Languages  
+\- **MATH 525:** Introduction to Linear Optimization **(!)**  
+\- **MATH 632:** Introduction to Stochastic Processes **(!^)**  
+\- **ECON 111:** Principles of Economics **(!)**  
+\- **HISTORY 143:** History of Race and Inequality in Urban America  
+\- **MUSIC 113:** Music in Performance  
+\- (💼) System Administrator Intern `@` Morgridge Institute of Research   
+
+## summer '23 (self-studied)
+\- **[6.S191](/notes/6-s191):** Introduction to Deep Learning `MIT`  
+\- **[CS 544](/notes/cs544):** Introduction to Big Data Systems  
+\- (💼) Software Engineer Intern `@` Mandli Communications  
+
+## spring '23
+\- **CS 354:** Machine Organization and Programming  
+\- **CS 540:** Introduction to Artificial Intelligence **(.)**  
+\- **CS 577:** Introduction to Algorithms  
+\- **MATH 431:** Introduction to the Theory of Probability  
+\- **MATH 521:** Analysis I **(!)**  
+\- (🔬) Research project: Training and optimizing image generation models on custom datasets. 
+
+## fall '22
+\- **CS 252:** Introduction to Computer Engineering  
+\- **MATH 475:** Introduction to Combinatorics **(^)**  
+\- **[ECE 537](/ece537):** Communication Networks **(^)**  
+\- **PHYSICS 201:** General Physics  
+\- **MSE 299:** Independent Study -- Machine Learning for Engineering Research. Learned basic ML workflow like cleaning data, training models, and optimization.
+
+## summer '22 (self-studied)
+\- **[CS 220](/notes/cs220):** Data Programming I  
+\- **[CS 61A](/notes/cs61a):** Structure and Interpretation of Computer Programs `UC-Berkeley`  
+
+## pre-college
+\- **CS 300:** Programming II (SU '20)  
+\- **CS 400:** Programming III (FA '20)  
+\- **ECE 203:** Signals, Information, and Computation (SU '21)  
+\- **MATH 20804232:** Calculus & Analytic Geometry 2 (SU '21) `Madison College`  
+\- **MATH 234:** Calculus - Functions of Several Variables (FA '21)  
+\- **MATH 341:** Linear Algebra (SP '22)

quartz/components/Explorer.tsx

@@ -13,12 +13,14 @@ const defaultOptions = {
   folderDefaultState: "collapsed",
   useSavedState: false,
   mapFn: (node) => {
-    if (node.name.toLowerCase() === "academics") {
-      node.displayName = "academics"
+    if (node.name.toLowerCase() === "uw-madison-course-review") {
+      node.displayName = "uw madison courses"
     } else if (node.name.toLowerCase() === "ece537") {
       node.displayName = "network analysis"
     } else if (node.name.toLowerCase() === "projects") {
       node.displayName = "projects"
+    } else if (node.name.toLowerCase() === "cs538") {
+      node.displayName = "cs538"
     }
     return node
   },
@@ -41,7 +43,7 @@ const defaultOptions = {
   },
   // filterFn: (node) => node.name !== "tags",
   filterFn: (node) => {
-    const omit = new Set(["2022-sea1", "2022-sea2", "2022-sea3", "shortcuts", "utm-ubuntu", "notes", "resume", "2023-sea1"])
+    const omit = new Set(["2022-sea1", "2022-sea2", "2022-sea3", "shortcuts", "utm-ubuntu", "notes", "resume", "2023-sea1", "cs538"])
     return !omit.has(node.name.toLowerCase())
   },
   order: ["filter", "map", "sort"],

quartz/components/pages/FolderContent.tsx

@@ -35,10 +35,10 @@ function FolderContent(props: QuartzComponentProps) {
       <article>
         <p>{content}</p>
       </article>
-      <p>{pluralize(allPagesInFolder.length, "item")} under this folder.</p>
-      <div>
+      {/* <p>{pluralize(allPagesInFolder.length, "item")} under this folder.</p> */}
+      {/* <div>
         <PageList {...listProps} />
-      </div>
+      </div> */}
     </div>
   )
 }

quartz/styles/base.scss

@@ -505,3 +505,15 @@ ol.overflow {
     padding-left: 1rem;
   }
 }
+
+details {
+  padding: 0.18rem 0rem;
+}
+
+details > summary {
+  list-style-type: '- ';
+}
+
+details[open] > summary {
+  list-style-type: '> ';
+}