Update data.csv

data.csv

@@ -1,39 +1,86 @@
-input:,output:
-Write a py script for a weighted average. It accepts an indefinite number of args.,"Sure! For this, we'll use `*args` to create indefinite arguments.
-Then, we will multiply each item by its weight, while making sure to account for it in the mean.
-Here is the code:
-```python
-import math
+prompt,response
+"Hello, how are you?","I'm doing fine!"
+"What is 1+1","1+1 is equal to 2"
+"When did time start","13.8 billion years ago. Time started when the Big Bang happened, at the start of the universe."
+"When was the Big Bang?","13.8 billion years ago. The Big Bang was the moment 13.8 billion years ago when the universe began as a tiny, dense, fireball that exploded. Most astronomers use the Big Bang theory to explain how the universe began. But what caused this explosion in the first place is still a mystery."
+"Is 1+1 2?","Yes"
+"I have a challenge for you. Generate a Super Mario 64 Bob-omb Battlefield music using ABC Notation.","I'll accept the challenge!
+Note that it can't be perfect, however I'll try my best!
+X: 1
+T: Gemini
+M: 2/4
+L: 1/16
+Q:1/4=120
+K:C % 0 sharps
+V:1
+[cC,]2 [AA,,]2 [cC,]2 [dD,][cC,]| \
+z3/2[E-E,,-]2[EE,,]/2 [FF,,]2 [^FF,,]2| \
+[GG,,]3/2z2z/2 [GG,,][GG,,]2[GG,,]| \
+z4 G,,2- [DG,,-][^DG,,]|
+[EC,,-][^DC,,-] [EC,,-][GC,,-] C,,-[AC,,] [G-C,,][GC,,-]| \
+[CC,,-]3/2C,,/2 C,,4 [G,C,,-][^G,C,,]| \
+[A,F,,-][^G,F,,-] [A,F,,-][CF,,-] F,,-[DF,,] [C-F,,][CF,,-]| \
+[A,F,,-]3/2F,,/2 F,,4 [^G,F,,]2|
+[G,E,,-][^F,E,,-] [G,E,,-][GE,,-] E,,2 [G,E,,-][F,E,,]| \
+[G,^D,,-][GD,,-]3 [G,D,,-][^F,D,,] [G,D,,-][GD,,]| \
+D,,2- [G-D,,][GD,,-] [AD,,-][G-D,,] [GG,,-][DG,,-]| \
+G,,2 G,,2 E,,2- [DE,,-][^DE,,]|
+[EC,,-][^DC,,-] [EC,,-][GC,,-] C,,-[AC,,] [GC,,]2| \
+[^AE,,-]3/2E,,4-E,,/2 [^GE,,]2| \
+[AF,,-][^GF,,-] [AF,,-][cF,,-] F,,-[dF,,] [cF,,]2| \
+[A^F,,-]3/2F,,4-F,,/2 [^GF,,]2|
+[GG,,-][^FG,,-] [GG,,-][G,G,,] G,,2- [GG,,-][FG,,]| \
+[GG,,-][G,G,,-]2[G,G,,] [EG,,-]2 [EG,,]2| \
+[CC,-]3/2C,/2 C,^A,,2B,, C,2| \
+z2 G,,,4 [DG,,,-][^DG,,,]|
+[EC,,-][^DC,,-] [EC,,-][GC,,-] C,,-[AC,,] [G-C,,][GC,,]| \
+[CC,,-]3/2C,,/2 C,,2 z2 [G,C,,-][^G,C,,]| \
+[A,F,,-][^G,F,,-] [A,F,,-][CF,,-] F,,-[DF,,] [C-F,,][CF,,]| \
+A,3/2z/2 F,,2 z2 [^G,F,,]2|
+[G,E,,-][^F,E,,-] [G,E,,-][GE,,-] E,,2 [G,E,,-][F,E,,]| \
+[G,^D,,-][GD,,-]3 [G,D,,-][^F,D,,] [G,D,,-][GD,,]| \
+D,,2- [G-D,,][GD,,-] [AD,,-][G-D,,] [GG,,-][DG,,-]| \
+G,,2 G,,2 G,,,2 [DG,,,-][^DG,,,]|
+[EC,,-][^DC,,-] [EC,,-][GC,,-] C,,-[AC,,] [GC,,]2| \
+[^AE,,-]4 E,,2 [^G-E,,][GE,,]| \
+[AF,,-][^GF,,-] [AF,,-][cF,,-] F,,-[dF,,] [cF,,]2| \
+[A^F,,-]4 F,,2 [^GF,,]2|
+[GG,,-][^FG,,-] [GG,,-][G,G,,] G,,2- [GG,,-][FG,,]| \
+[GG,,][G,G,,]2[G,G,,] [EG,,-]2 [EG,,]2| \
+[C-C,,]2 [CC,]2 ^A,,B,,2C,-| \
+C,2 ^A,,2 [e=A,,-][fA,,] [gG,,-][^g=G,,]|
+[a-f-F,,-]4 [afF,,-]3/2F,,/2 [^gfF,,]2| \
+[gdE,,]6 [^f^c^D,,]2| \
+[fcD,,]3[geG,,]3 [e-c-C,,-]2| \
+[e-c-C,,]2 [ecC,,]2 [eD,,-][fD,,] [gE,,-][^gE,,]|
+[afF,,]6 [^gfF,,]2| \
+[gdE,,]6 [^f^c^D,,]2| \
+[fdD,,]3[eBG,,]3 [c-G-C,,-]2| \
+[c-G-C,,]2 [c-G-C,,]2 [c-G-D,,]2 [cGE,,]2|
+[afF,,]2 [afF,,]2 [^gfF,,]2 [gfF,,]2| \
+[gdE,,]2 [gdE,,]2 [^fd^D,,]2 [f=d^D,,]2| \
+[fcD,,]3[geG,,] z2 [e-c-C,,-]2| \
+[e-c-C,,]2 [e-c-C,,]2 [e-c-D,,]2 [ecE,,]2|
+[afF,,]2 [afF,,]2 [^gfF,,]2 [gfF,,]2| \
+[gdE,,]2 [gdE,,]2 [^fd^D,,]2 [f=d^D,,]2| \
+[fdD,,]3[eBG,,] z2 [c-G-C,,-]2| \
+[c-G-C,,]2 [cGC,,]2 G,,,2 G,,,2|
+[cC,,-][EC,,-]2[^AC,,-] C,,2 C,,2| \
+[cC,,-][E-C,,] [EC,,-][^AC,,] C,,C,, C,,2| \
+[AF,,-][CF,,-]2[^DF,,-] F,,2 F,,2| \
+[AF,,-][C-F,,] [CF,,-][^DF,,] F,,F,, F,,2|
+[cC,,-][EC,,-]2[^AC,,-] C,,2 C,,C,,| \
+[cC,,][E-C,,] [EC,,-][^AC,,] C,,2 C,,2| \
+[AF,,]2 [AF,,]2 [AF,,]2 [AF,,]2| \
+[^GG,,-]3/2G,,2-G,,/2 [=GG,,,]4|
+[cC,,-][EC,,-]2[^AC,,-] C,,2 C,,2| \
+[cC,,-][E-C,,] [EC,,-][^AC,,] C,,C,, C,,2| \
+[AF,,-][CF,,-]2[^DF,,-] F,,2 F,,2| \
+[AF,,-][C-F,,] [CF,,-][^DF,,] F,,F,, F,,2|
+[cC,,-][EC,,-]2[^AC,,-] C,,2 C,,C,,| \
+[cC,,][E-C,,] [EC,,-][^AC,,] C,,2 C,,2| \
+[AF,,]2 [AF,,]2 [AF,,]2 [cAF,,]2| \
+[^dA^F,,-]3/2F,,2-F,,/2 [e-G,,,-]3[eG,,,]/2
 
-def weightedAverage(*args):
 
-  weighted_sum = 0
-  total_weight = 0
-
-  nums = []
-  for i in range(0, len(args), 2):
-    number = args[i]
-    weight = args[i+1]
-    weighted_sum += number * weight
-    total_weight += weight
-
-  return weighted_sum / total_weight
-
-print(weightedAverage(2, 3, 1, 2, 5, 2))
-```
-Usage:
-arg1: first number
-arg2: weight of the first number
-arg3: 2nd number
-etc."
-Write a script to solve 1+1,"```python
-result = 1+1
-```"
-Write a py script to find the World Record in SMB1 Any%,"Sure! To do so, we can use the Sure! To do so, we can use the SRC API!
-```python
-import requests
-from math import floor
-
-game = 'smb1'
-category = 'any'
-url = f""https://www.speedrun.com/api/v1/leaderboards/{game}/category/{category}?top=1""
+You can use something like [abcjs](https://www.abcjs.net/abcjs-editor) to try it out!"