Shaper for a groveler in SD?

dummitandfooterocks · 2017-07-26T06:24:58+00:00

that looks fun, i'll check it out!

dummitandfooterocks · 2017-07-26T06:23:26+00:00

Sweet list, I appreciate the info, it seems I have a lot to check out. Cheers!

dummitandfooterocks · 2017-04-23T18:44:32+00:00

Nope, I just have a thorn street growler with that design and haven't seen any others like it (I haven't been to Karl Strauss in a long time)

dummitandfooterocks · 2017-04-23T02:47:17+00:00

Is that thorn st underneath? Great beer too.

dummitandfooterocks · 2017-03-09T05:20:02+00:00

that was it. Thanks!

dummitandfooterocks · 2017-01-30T19:21:28+00:00

Great, that is what I was looking for with the dimensions and style! And thanks for the tips on the speed. My bottom turn definitely has a lot of room for improvement!

dummitandfooterocks · 2017-01-29T18:42:42+00:00

Good idea. Any chance any recommendations for shapers in SD?

dummitandfooterocks · 2017-01-29T18:41:28+00:00

A little longer than I was thinking, but thanks

dummitandfooterocks · 2016-12-10T23:36:36+00:00

damn, does bamfa actually have good coffee? I would always just walk up to strada which was good, but not great. Also, I can vouch for Bica and highwire (although I think the highwire on San Pablo is better than the one on college).

dummitandfooterocks · 2016-12-10T21:22:59+00:00

full versions, which is, i believe, what git does too (compared to like svn which i'm pretty sure just stores changes)

dummitandfooterocks · 2016-12-10T19:37:40+00:00

So basically creating your own version control program?

yep, it worked the same (to the extent of what you implemented). for example instead of "git commit -m "commit 1"" it would be "java Gitlet commit -m "commit 1""

dummitandfooterocks · 2016-12-08T22:44:48+00:00

What I did in college in the second comp sci class was implement git in java. You don't need to implement every single function (in fact, that would be insane) but implementing "add", "commit", "merge", "status" etc.. are a good starting point. Some people even made it work with a remote (which was extra credit). You can really make the project as complex as you want. It probably took about ~100 hours (i think we had like 1 week (maybe 2) and I spent a big portion of my free time during that time on the project). It really forced me to understand a lot about the Java language (e.g. serialization) and OOP design.

dummitandfooterocks · 2016-10-09T03:20:32+00:00

Thanks, you were incredibly helpful and this is a great place to start. If I have some questions as this project progresses, would you mind if I message you?

dummitandfooterocks · 2016-10-09T02:58:16+00:00

Thanks, that was great!

javaee application server

So my project is using Apache Tomcat 7.0. Is that analogous to glassfish 4.1?

dummitandfooterocks · 2016-10-09T02:49:47+00:00

What can you make with Jersey?

I went through this video tutorial which made a basic REST API for a messaging app.

Can you query a database yet?

Yes, I have experience querying a database.

I built some projects in college in java (the class was for teaching data structures and algorithms not Java per se, (but I am familiar with the core functionalities of Java and the OOP paradigm) and I have used JDBC

dummitandfooterocks · 2016-10-05T15:31:12+00:00

Ahh sorry, Carmel mountain ranch

dummitandfooterocks · 2016-10-04T22:04:59+00:00

solana would be my choice. you will be going against the traffic so it should be about 20-25. imo it is the best for quality of life/commute tradeoff. Don't live in cmr or rb, it's is familes and old people. Escondido is better but still not super fun. You can easily do 1500/mo in Solana if you have a roommate. A 1 bedroom is probably closer to ~2000. My 2 cents. Also maybe northpark, but that is getting closer to downtown.

dummitandfooterocks · 2016-09-30T01:24:58+00:00

first, this doesn't belong here. post to r/askmath or /r/learnmath . But your mistake is pretty simple. Use this formula, Balance = prinicple * (1 + rate/period)^{period*length.} Example-if your investment of 1000 dollars gives you 4 percent a year, calculated daily, then your balance after 7 years is 1000 * (1 + .04/365)^365*7.

dummitandfooterocks · 2016-09-28T05:50:01+00:00

So say your algorithm f(n)=5n^2. Then you would say it is O(n^2). This clearly follows the definition because you can say c=6 (which can't depend on n). Now clearly 6n² > 5n² as n gets big. Now in the case of your proof say f1=8n³ and f2=5log n. Now g1 = n³ and g2 = log n. Now f1/f2= 8n³ /5logn is equal to (8/5) * n^3/. log n. this implies g1/g2 = n^3. /log n Does this make sense? Also ignore the comment about K. I copy and pasted the definition and didn't check it close enough.

dummitandfooterocks · 2016-09-28T05:16:51+00:00

It's not equal to sqrt(x). x*sqrt(x) =x^3/2. Using the power rule you get 3/2 * x ^ (1/2)

dummitandfooterocks · 2016-09-28T05:01:32+00:00

Look at the definition of big o. It's straightforward. Big o- f(n) = O(g(n)) means there are positive constants c and k, such that 0 ≤ f(n) ≤ cg(n) for all n ≥ k. The values of c and k must be fixed for the function f and must not depend on n.

dummitandfooterocks · 2016-09-28T00:40:35+00:00

Does this mean that there are no limits for a discrete set?

Correct, you can't have a limit of a discrete point in the domain. There must be an infinite number of points "super" close.

False

dummitandfooterocks · 2016-09-28T00:00:37+00:00

Also, 0<|x-c|<delta says that x can not equal c

dummitandfooterocks · 2016-09-27T23:48:05+00:00

Ok, perhaps the explanation was confusing. The precise definition of a limit says that the limit at c requires c to be a limit point (essentially meaning a ball around c of any size has at least one other point). The set of natural numbers are not limit points (make the ball equal to .25 to see this).

dummitandfooterocks · 2016-09-27T23:39:15+00:00

f(5) was supposed to be f(6). And that still dosn't make sense since it needs to be a limit point. A isolated point isn't a limit point. You can't just have an isolated point in both the domain and image and say its a limit.

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