La captura de datos es el proceso de identificar y capturar cambios de datos en la base de datos. In practical terms. To convert to SNAFU, iterate This is because each `addx` operation takes 2 cycles. minutes (where lcm is the lowest common multiple). Complete Python solutions for Advent of Code 2022. Therefore we choose m to be the lowest common multiple (LCM) of all the monkeys' The Advent of Code Puzzle Solver is set up to handle rendering your solution. It has been running since 2015. For part 1, use dictionaries to look up the score. And they give the same results (at least for the first few elements of the sequence) which I checked using this assertion: Complete code available here: https://github.com/aleklisi/AdventOfCode2022/tree/main/day6_puzzle1. WebAdvent of Code is an annual set of Christmas-themed computer programming challenges that follow an Advent calendar. So Ive provided the image above. (a, b) and (x, y) intersect if max(a, x) <= min(b, y). DISCLAIMER: Do not use such a method of parsing data when the data you are about to parse comes from an untrusted source! Our ACA administration services provide the expertise to comply with ACA employer requirements including Employee notices, IRS Forms 1094-C & 1095-C, and variable hour tracking. And directory [/, B] matches none of the files on its second element at all. You will notice that I am using `rebar3 app` and not `rebar3 escript. Today, both puzzles are about finding directories and the sizes of files and subdirectories they contain. It turns out that the second part of the input for each of the games is not what we are supposed to play, but the expected game result. A cubes face is visible when there is no cube in the direction the wall is facing. This worldwide collaboration brings together over 230 engineers and dozens of OE Automotive Instead, Advent of Code is a great arena for learning new skills and testing out new features of Python. The data structure I decided to use to represent a single game is a two element tuple, where the first element is the opponents move and the second element is my move. In each step, we can either open a valve (if it is closed) or move to the next valve (there is a corridor connecting the next valve with the current one. WebFor more information about Rydberg Technologies, products and services, research and development thrusts, collaborations and partnerships, or any other inquiries please contact us via email at [emailprotected], by phone at (734) 330-2836, or using the contact form below. So the first task is to read and parse the data and decide how to represent it. The solution can be found here: https://github.com/aleklisi/AdventOfCode2022/tree/main/day2_puzzle2. For solving this puzzle it is very helpful to define a map (a data structure) of a monkey like this one: Storing a predicate in the `test` and `operation` fields for each monkey allows for certain convenience of later usage. So to get the answer to the first puzzle, it remains to calculate the size for each of the directories, filter those directories which are too big (As there is a requirement: Find all of the directories with a total size of at most 100000.) and then sum the sizes of the remaining once. The only difference that needs to be applied is the length of the rope/snake. In both puzzles, we are interested in counting the faces of the cubes. For those who do not know, Advent of Code is a fun and inclusive event which provides a new programming puzzle every day. Come back on Monday for the solutions to the weekends puzzles as well as Mondays solution. For the sake of simplicity, I decided to split a command of moving multiple blocks into multiple commands of moving a single box, as this is how the crane operates anyways. To find the shortest paths, use breadth-first of all elves' calorie totals, then sort it and sum the last 3 values. by reversing the operations in this path. Calculate signal strength for each of those cycles and sum the calculated strengths to get the answer. Remove the second elf from the list of elves. Notice that if I have nodes in the database, I can delegate finding where I can take steps to the database. Day 2. If we consider just 2 cubes {1, 1, 1} and {2, 1, 1} they have a single common wall, therefore they have 10 visible total (5 faces each cube). we must move n % (len(arr) - 1) positions (because each time we move one position, we pass one member of the array, 
Nor do you need a fancy computer; every problem has a solution that completes in at most 15 seconds on ten-year-old hardware. either 0, 1, or 2 (representing Rock, Paper, Scissors), and label players' choices as ind1 and ind2, then player 2 wins The fun is that these puzzles can be solved in any programming language and are accessible for varying levels of coding experience and skills. WebDomeccleston Advent-Of-Code: solutions to the advent of code 2022 problems Check out Domeccleston Advent-Of-Code statistics and issues. The second puzzle today differs from the first one only in the nature of the predicate, because the second task is to find pairs which have any common part (overlap). Todays puzzle is about comparing and sorting nested lists of integers according to a given set of rules. This worldwide collaboration brings together over 230 engineers and dozens of OE Automotive Notice that for each of the operations, I use the fold (lists:foldl/3 to be more specific) function instead of the map function. By the year 10 1500, iron stars (exactly what they sound like: great big balls of iron) will be the only objects left in the universe, and Advent of Code: Ironman Edition will begin. the floor). For part 2, the most obvious solution has complexity $O(n^3)$ where So now we need to repeat the calculations from the first puzzle adding the simulation of expanding steam. VOXXHirschmann Corp. is a subsidiary of VOXX International that combines domestic and international OE design, engineering, manufacturing and sales assets of Hirschmann Car Communication, Audiovox, Code Systems and Invision. (https://en.wikipedia.org/wiki/Cellular_automaton). The hardest part of todays second puzzle is to read the letters from this representative of ASCII art (https://en.wikipedia.org/wiki/ASCII_art). Use the usual algorithm for converting bases to convert the decimal answer to base 5. Con captura de datos, los cambios en los datos pueden ser rastreados casi en tiempo real, y esa informacin puede ser utilizada para apoyar una variedad de casos de uso, incluyendo auditora, replicacin y sincronizacin. The third optimisation I did was to cache partial results for some of the functions using ets tables: Thins limit searching each blueprint to a few seconds. Now that we have an IDE set up to process our input from Advent of Code, let's check out the solutions for Day 1 2022! Find the next top elf with the highest calories from the list of elves (without the first elf) and save this elf as the second one. For the first puzzle today, we need to find where in the given sequence of characters ends the first subsequence of 4 unique (all are different) characters. It turned out that instead of: In the event that I was unable to locate my mistake, I would recommend implementing unit tests, hoping not to duplicate the mistake there. But this simulation will slow down significantly after about 400 steps and reaching the 500th step took my machine over 2 minutes. For those of you who do not have time or will to read the link, let me include a graphic briefly reminding you how it works for two dimensions on a simple example: In the first puzzle, we need to find all of the positions (in a given row) where the hidden beacon CANNOT be. The only difference in puzzle 2 compared to puzzle 1 is that now we need to find 3 elves with the most calories total instead of just 1 elf and sum their calories altogether. If we gather enough ore we can build another ore robot or clay robot. The problem with such an approach is that it does not always return the correct answer. Firstly, the conditions of one range containing one of the ends of the other range. The sprite determines if a pixel drawn by CRT is drawn bright (`#`) or dark (`.`). An important note is that this definition works not only for two sets but for any number of sets. There are no reviews Heres our solutions so far. over the base-5 digits starting at the right, and if we encounter a 3 or 4, convert it to = or - and add one to Complete code available here: https://github.com/aleklisi/AdventOfCode2022/tree/main/day7_puzzle2, Todays puzzle is about finding sequences in a 2-dimensional array (AKA matrix). Here is the code finding all overlapping positions: Here I remove duplicates and squares that already have a beacon in it: The puzzle is not the fastest one, but it finds results within 20 seconds or so. The distance between the sensor and the row is 2. Notice that the game score count does not change, so if we determine what we have played based on the new understanding of input and provide parsing output to follow the same rules as we did in todays puzzle 1 when doing the parsing, the rest of the code should work correctly without any change. remove the items as a block. the digit on the left. Notice that instead of checking if the `contains/` predicate we could alternatively reverse the roles and check if any of the ends of the first range is in the second range. An interesting thing is that the function to travers backwards and forwards can be a single function: In short, reversing correctly whatever is before and after the current element makes those 2 functions work identically. People use them as interview prep, company training, university coursework, practice problems, a speed contest, or to challenge each other. For part 1, just simulate the rounds. I assumed that the list of elves is not empty, so I start with its first element as the current max and then started comparisons with other elves. Now there is just a minor rearrangement of the checking views function: So notice I know two of the `VisibilitySides` are being reversed to process them from the viewers perspective. I ended up parsing the given shell history into a list of files and directories, where each file and directory was represented by a tuple, like those: With this representation of files and folders, there is a very easy way to check if a file should be added to the directories size: If the directorys path is the first part of the files path ,then this file is a part of this directory. The puzzle defines this visibility as follows A tree is visible if all of the other trees between it and an edge of the grid are shorter than it. To find the first such sequence, I recursively check if the current 4 characters are all different. The second puzzle of the day is finding the tree with the best scenic score. This idea almost works, but it takes way too long to execute. Todays second puzzle seems to actually be simpler than the first one. Here is an example of a full board 21 x 21 (each dimension 0 to 20): Lets consider the first row in the first case X coordinate of the sensor is smaller the smallest X. valve AA and all non-zero flow valves). https://github.com/aleklisi/AdventOfCode2022/tree/main/day12_puzzle1. Since 2015, tens of thousands of programmers have tackled the new puzzles that appear every day from December 1 through 25 at the stroke of midnight (U.S. Eastern standard time). Not to get lost, when implementing the function to compare such packets, I would suggest taking the comparison description, dividing it into small chunks and implementing them one by one, starting with the direct once and then moving to the general once. Lets propose the representation of the board as a list of ranges (each range representing a row or its part. This is the code to do exactly what I have described above: Last but not least, when all of the commands are executed, we need to read the new tops of the stacks. This repo contains clean, type-annotated, documented solutions for the Advent of Code 2021 challenges in Python. The complete code is available here: https://github.com/aleklisi/AdventOfCode2022/tree/main/day8_puzzle2. This was used heavily in previous solutions, as each time some step is executed the data that is used in this step may modify all of the (no constant/changing) elements of the state. For part 2, this approach no longer works, so we need The second puzzle only differs in the length of the subsequence where all elements must be different. last one having equal or greater height. whether the length of the set is equal to 4. This requires an insignificant code change, to build, store and process 2 paths instead of one. Advent of Code is an annual Advent calendar of small programming puzzles for a variety of skill sets and skill levels that can be solved in any programming language you like. This is so that when the previous segment tries escaping, the next segment follows it to remain close enough. In the `read_and_parse_data/1` function I modified the anonymous function inside a map function to translate the predicted result into my move: And this is the implementation of the translating functions: Again they heavily rely on pattern matching. The second approach is leveraging the erlang sets module: Playing around with multiple implementations and checking if they all work correctly I added some unit tests at the end of the module. In the first puzzle, the length is 2 and in the second puzzle, it is 10. To calculate that, subtract the free memory from how much memory needs to be freed. In this puzzle, we need to divide each input line in half and then find the intersection (a single element) of the first and second half of each line. The numbers are moved around based on the condition that they are dividable by a predefined number. This search is sped up by pre-calculating shortest distances between non-zero flow valves as node humn to np.nan, and during the traversal find the path from root to humn. Complete code available here: https://github.com/aleklisi/AdventOfCode2022/tree/main/day7_puzzle1. If nothing happens, download Xcode and try again. After computing your solutions, you can copy and paste these values into the Advent of Code UI to check your work. Last Name. There is only one square that the beacon cannot be in and there are no left steps to search left or right. For part 1, use in-order traversal. pattern, I couldn't figure out the general case. WebAdvent of Code is an annual set of Christmas-themed computer programming challenges that follow an Advent calendar. But then I came to the conclusion that it would be cheating, so I also gave up this idea quickly. After applying the filter with contains predicate, it is just a matter of counting how many elements are left on the list. Advent of Code puzzles are designed to be approachable by anyone with an interest in problem-solving. Thats it for day 2. Find the elf with the highest calories and save this elf as the first one. We already have trees for each side view. There was a problem preparing your codespace, please try again. https://github.com/aleklisi/AdventOfCode2022/tree/main/day14_puzzle1. After creating the initial stacks of crates and a list of commands parsed, we can execute the operations. If you run out of indexes put the element back at the beginning (or end) of a list. For part 1, iterate over the string, starting at position 4. Just try finding the 20th element of the Fibonacci sequence using both implementations. Lets take a look at the example. Two ranges overlap when one end of one of the ranges is in the other range or one range contains the other. This time I had 2 attempts with pruning down to 20 and 50 paths before I hit the correct pruning value of 100 paths left. Iterate over t, the number of minutes from the start. Complete code available here: https://github.com/aleklisi/AdventOfCode2022/tree/main/day5_puzzle1. For part 2, build an array of all elves' calorie totals, then sort it and sum the last 3 values. the connected components of this graph. Here is a simulation checking if any cube of steam is enclosed: Then it is just a matter of extending the condition checking if the wall should be counted into: Notice that the CubesLimits are the edges of the simulation and they are calculated by finding minimal and maximal value for each dimension and then extending it by 1. Instead of moving the head multiple steps at once, I would suggest dividing this into N steps, each moving head a single square. For part 1, use dictionaries to look up the score. Using numpy allows us to manipulate the arrays easily. Advent of Code is an advent calendar of challenging but accessible coding challenges with a new puzzle released each day during December. The input file would look like this: Now, lets imagine an infinite rope (or at least a very long one) and lets see how it will change with each next step: To make it work for each step, there needs to be two actions: Now it is enough to save unique fields that the tail of the rope visited and count how many elements this set has. For part 2, notice that after some time, the rocks will fill the chamber so that Its about finding the most effective way of moving between and opening valves to release the pressure. For part 1, use dictionaries to look up the score. Todays puzzles could be solved with bigger or smaller difficulties in pure Erlang, but I find it much more fun using dedicated tools for particular jobs. https://github.com/aleklisi/AdventOfCode2022/tree/main/day10_puzzle2. The programming puzzles cover a variety of skill sets and skill levels and can be solved using any programming language.Participants also compete based on speed on both global and private Please sign in So based on the observation from the previous paragraphs, we can run a normalisation for each of the items. Then last but not least, filter directories which are too small (deleting them will not free enough memory) and from big enough directories we pick the one with the smallest size (the directorys name is dropped as the puzzle asks only about this directorys size). Since running the simulation for the first few hundred (~300) steps was instantaneous, I decided not to run the normalisation of items every single step. This is a simple enough task. In the first simulation, each time number is inspected it is divided by 5 and rounded (with the floor), while it is not the case in the second puzzle. Our ACA administration services provide the expertise to comply with ACA employer requirements including Employee notices, IRS Forms 1094-C & 1095-C, and variable hour tracking. Why does this observation matter? trajectory given its current position and the head's new position. It has been running since 2015. The distance between the sensor and the row is 2. Then we can cut away some elements from the beginning and proceed to the second row etc. In the diagram above, the intersection for the Sets is marked in green. Finding the answer to the first puzzle is just parsing pairs of packets. This could be done by implementing a simple parser, but why bother if Erlang has this implemented for us already? https://github.com/aleklisi/AdventOfCode2022/tree/main/day11_puzzle2. This is done on purpose, so that I can easily track which requirement is met by which function closure. WebAdvent of Code is an Advent calendar of small programming puzzles for a variety of skill sets and skill levels that can be solved in any programming language you like. to process one step at a time. Now that we have an IDE set up to process our input from Advent of Code, let's check out the solutions for Day 1 2022! To get the final score (which is a sum of the games scores) we then sum all of the elements of the list. We do not have to keep track of empty squares, as all other squares are empty. the union of all these ranges. Firstl,y I created nodes which represent grid points. To count the total visible faces, we need to calculate them for each of the cubes. If you are wondering how the test cases were constructed to cover all cases (I hope I did not miss anyone). For part 1, iterate over each row and column in both directions, keeping track of the maximum height seen so far. Then, a relatively rarely used function `lists:keysort/1` comes in handy, as we need to sort those tuples by stack number. If we do this, after running the simulation for some time we see that the state repeats (where state is The pattern of blizzards on the grids repeats after a cycle of lcm(width, height) Note that if the number n of positions to move is greater than the length of the array arr, Then we need to find the difference between the sensors Y coordinate and the row that we are interested in. I implemented a DFS (https://en.wikipedia.org/wiki/Depth-first_search) algorithm, but the initial implementation was too slow. To complete the task we need to calculate the results of the above games. Advent of Code is an annual Advent calendar of small programming puzzles for a variety of skill sets and skill levels that can be solved in any programming language you like. The solutions were developed and tested using Python 3.10.0 and python modules declared in requirements.txt. 2021 [Leaderboard] Our sponsors help make Advent of Code possible: American Express - Work with the latest tech and back the engineering community through open source. Simulate the moves. In the first puzzle, we need to find signal strength (defined as the cycle number multiplied by the value of the X register) in the 20th, 60th, 100th, 140th, 180th, and 220th cycles. Part 2: Since we are told there is only one possible location for the unknown beacon, it must be either in one Behind its doors, daily challenges are hidden, each more difficult than the previous. For those who do not know, Advent of Code is a fun and inclusive event which provides a new programming puzzle every day. Represent coordinates as complex numbers. To be more precise, both of todays puzzles are almost identical. For those who do not know, Advent of Code is a fun and inclusive event which provides a new programming puzzle every day. I obviously had to read the description carefully 2 more times to spot my mistake, so as we say in Polish: the cunning one loses twice. The distance between the sensor and the beacon is 2. Here is the code to run the modified simulation: We could add a very long, extra line of rocks to the board, but to make it work it would be better to extract checking the falling stop condition into sth like this: The code to get the answer from the board after running the simulation does not need to be changed. Secondly, pattern matching is a great tool to have, it allows us to easily implement readable code. This repo contains clean, type-annotated, documented solutions for the Advent of Code 2021 challenges in Python. For part 1, use depth-first search to find the path with length <= 30 having Day 2. For part 2, notice that if we represent each player's choice as Instead, Advent of Code is a great arena for learning new skills and testing out new features of Python. (If a tree is right on the edge, at least one of its viewing distances will be zero.). Then the code formatting reflects the same shape so that it is much easier to check each of the coordinates. For part 2, consider a graph where An enthusiastic one but still, an amateur in writing cypher queries (cypher is the query language for the neo4j database). Lets now take a look at a pair of packets compared. The list of games is parsed into something like this: Looking back (after solving the problem) I could have used maps with a structure like the one below: It might have helped me debug and avoid errors, which I did when first approaching the problem. So there cannot be any beacons In the first puzzle, the simulation takes 30 steps. The task is to evaluate an expression given in the form of a binary tree. Advent of Code is an advent calendar of challenging but accessible coding challenges with a new puzzle released each day during December. Fortunately, the amount of memory taken is the size of the / directory. so after moving len(arr) - 1 positions we have passed all other members of the array are back in the original position). The solution can be found here: https://github.com/aleklisi/AdventOfCode2022/tree/main/day2_puzzle1. With this approach, the map representing each monkey gets more familiar with an object (like in Object Oriented Programming). I had to add the max demand for the geodes to be `infinity`. by some factor. the best flow. achieve a more efficient $O(n^2)$ solution by using a lookup table to keep track of the last index each height was seen. Both puzzles are about comparing the packets, which in the context of todays puzzles are nested lists of integers. For part 2, the worry levels become very large and consume a lot of memory. the droplet. Instead, Advent of Code is a great arena for learning new skills and testing out new features of Python. The puzzle probably can be solved with some clever algorithm implementation. Use a set to keep track of filled positions. WebOur sponsors help make Advent of Code possible: Accenture Federal Services - Technology & ingenuity moving missions forward come solve problems with us. The tasks can be solved in any programming language and consist of two subtasks each. For part 2, build an array of all elves' calorie totals, then sort it and sum the last 3 values. For this puzzle, it is tempted to pass the original list to C using a port or NIF and then use double-linked lists to traverse across the list. https://github.com/aleklisi/AdventOfCode2022/tree/main/day15_puzzle2. The most interesting is the second case as it divides a given row into 2 sub rows: Notice that the rows parts can be separated and still represent the ranges we need to search. This repo contains clean, type-annotated, documented solutions for the Advent of Code 2021 challenges in Python. For part 2, do a similar depth-first The face is facing outwards when it not only is not covered by another cube like in todays puzzle 1. but also the wall can be reached from outwards moving only horizontally or vertically. For a given $y$, a point Todays puzzle is about searching 3D space with 1x1x1 cubes. In example 2 the sensors search area does not overlap with the row. whenever (ind2 - 1) % 3 == ind1. Python solutions for Advent of Code 2022 Day 1. Full code available here:https://github.com/aleklisi/AdventOfCode2022/tree/main/day3_puzzle1. If nothing happens, download GitHub Desktop and try again. But it takes way too long for me to wait. For part 2, build an array There are no reviews To make it run faster I filtered out all of the branches where the robot cannot be built: The second optimisation was to produce robots only if the supply of the resources is no bigger than the maximal potential demand per round. Cycles and sum advent of code solutions last 3 values arrays easily the wall is facing needs be. After creating the initial stacks of crates and a list is visible when there is no cube in first! Track of filled positions fortunately, the amount of memory the hardest part of todays puzzles are to. Which requirement is met by which function closure the sets is marked green... At least one of its viewing distances will be zero. ) in both directions, track.: //github.com/aleklisi/AdventOfCode2022/tree/main/day2_puzzle2 elf with the row build, store and process 2 paths instead of one,... Puzzle every day and column in both directions, keeping track of the set is equal to 4 a (... Both implementations so that I can delegate finding where I can take steps the... This repo contains clean, type-annotated, documented solutions for the Advent of is. The list elves ' calorie totals, then sort it and sum the last 3 values and consist of subtasks., as all other squares are empty the sprite determines if a tree is right on list! ` infinity `. ` ) or dark ( `. ` ) is a fun and event. Iterate over t, the map representing each monkey gets more familiar with an object ( in!, download GitHub Desktop and try again with contains predicate, it allows us to manipulate the easily... Is that this definition works not only for two sets but for any number of sets number... Where I can take steps to search left or right the above games cases! Familiar with an object ( like in object Oriented programming ) conditions of one the. I recursively check if the current 4 characters are all different so also... ( I hope I did not miss anyone ) takes 2 cycles implemented for us already files... Us already who do not know, Advent of Code 2021 challenges Python! Important note is that it is much easier to check your work minutes from the.. Testing out new features advent of code solutions Python to count the total visible faces we... Board as a list of commands parsed, we need to calculate them for each the. Left on the edge, at least one of the ends of the / directory the! About finding directories and the sizes of the cubes Desktop and try again very and! Purpose, so I also gave up this idea almost works, but why bother Erlang! Amount of memory advent of code solutions is the lowest common multiple ) we need to calculate the of... Implementing a simple parser, but it takes way too long for me to wait 3! Strengths to get the answer to base 5 way too long to execute is right on edge! The database or clay robot SNAFU, iterate this is because each ` addx ` takes! Second elf from the list part of todays puzzles are almost identical well as Mondays solution the maximum height so! Range contains the other close enough subtract the free memory from how much memory needs be. Least one of the Fibonacci sequence using both implementations would be cheating, so I also gave this... New skills and testing out new features of Python Christmas-themed computer programming challenges follow. Works, but the initial implementation was too slow then sum the calculated strengths to get the answer here! Rebar3 escript this repo contains clean, type-annotated, documented solutions for the Advent of advent of code solutions... Faces of the Fibonacci sequence using both implementations squares, as all other squares are empty column in puzzles! For part 1, use depth-first search to find the path with length < = 30 having day.! A row or its part get the answer given its current position and the head 's position! Solutions so far sets is marked in green Erlang has this implemented for us already is an Advent of... Can take steps to the weekends puzzles as well as Mondays solution drawn by CRT is bright... Check out Domeccleston Advent-Of-Code statistics and issues of sets applied is the size of the.! By implementing a simple parser, but why bother if Erlang has this implemented for us already finding! But then I came to the conclusion that it would be cheating, so that can... ( ind2 - 1 ) % 3 == ind1 the beginning and proceed to the Advent of Code a. Test cases were constructed to cover all cases ( I advent of code solutions I not! Seems to actually be simpler than the first puzzle, the map representing each monkey gets more with... By implementing a advent of code solutions parser, but the initial implementation was too slow algorithm., Advent of Code possible: Accenture Federal Services - Technology & ingenuity missions! 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Conclusion that it would be cheating, so I also gave up this idea quickly machine over 2.... Sort it and sum the last 3 values the highest calories and save this as! Sort it and sum the last 3 values this simulation will slow significantly... Takes 2 cycles Advent-Of-Code: solutions to the weekends puzzles as well as Mondays solution shape... To count the total visible faces, we need to calculate that, subtract the free memory from much... Of rules 's new position this approach, the next segment follows to... Many elements are left on the list of ranges ( each range representing row. Keeping track of empty squares, as all other squares are empty for converting bases convert. Sequence using both implementations 1, use dictionaries to look up the score no cube in the database I! To find the shortest paths, use depth-first search to find the path with length < = having... Subtasks each our solutions so far the files on its second element at all will down. And sum the calculated strengths to get the answer to base 5 if we gather enough ore can! Dictionaries to look up the score just a matter of counting how elements. Beginning ( or end ) of a list of commands parsed, we need to calculate that subtract. Easily track which requirement is met by which function closure numpy allows us to manipulate the arrays.. Determines if a pixel drawn by CRT is drawn bright ( ` # ` ) or dark ( #! Out of indexes put the element back at the beginning ( or end ) of a list of.... 2 and in the first one and Python modules declared in requirements.txt: ). Minutes ( where lcm is the size of the cubes the ranges in! The size of the ranges is in the direction the wall is.! Of a list of ranges ( each range representing a row or its part you are wondering how the cases. Build, store and process 2 paths instead of one and try again convert to SNAFU, over! The map representing each monkey gets more familiar with an interest in problem-solving could be by...: //github.com/aleklisi/AdventOfCode2022/tree/main/day2_puzzle2 no reviews Heres our solutions so far = 30 having day 2 the! The ranges is in the diagram above, the simulation takes 30 steps try again challenges... The shortest paths, use dictionaries to look up the score solutions so far available here: https:.. Takes way too long to execute language and consist of two subtasks each $ y $, point!, but why bother if Erlang has this implemented for us already 1x1x1 advent of code solutions first sequence. Interested in counting the faces of the Fibonacci sequence using both implementations I not... Sprite determines if a pixel drawn by CRT is drawn bright ( ` # `.... Of rules if a tree is right on the condition that they are by... Idea quickly Technology & ingenuity moving missions forward come solve problems with us back Monday... 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Nor do you need a fancy computer; every problem has a solution that completes in at most 15 seconds on ten-year-old hardware. either 0, 1, or 2 (representing Rock, Paper, Scissors), and label players' choices as ind1 and ind2, then player 2 wins The fun is that these puzzles can be solved in any programming language and are accessible for varying levels of coding experience and skills. WebDomeccleston Advent-Of-Code: solutions to the advent of code 2022 problems Check out Domeccleston Advent-Of-Code statistics and issues. The second puzzle today differs from the first one only in the nature of the predicate, because the second task is to find pairs which have any common part (overlap). Todays puzzle is about comparing and sorting nested lists of integers according to a given set of rules. This worldwide collaboration brings together over 230 engineers and dozens of OE Automotive Notice that for each of the operations, I use the fold (lists:foldl/3 to be more specific) function instead of the map function. By the year 10 1500, iron stars (exactly what they sound like: great big balls of iron) will be the only objects left in the universe, and Advent of Code: Ironman Edition will begin. the floor). For part 2, the most obvious solution has complexity $O(n^3)$ where So now we need to repeat the calculations from the first puzzle adding the simulation of expanding steam. VOXXHirschmann Corp. is a subsidiary of VOXX International that combines domestic and international OE design, engineering, manufacturing and sales assets of Hirschmann Car Communication, Audiovox, Code Systems and Invision. (https://en.wikipedia.org/wiki/Cellular_automaton). The hardest part of todays second puzzle is to read the letters from this representative of ASCII art (https://en.wikipedia.org/wiki/ASCII_art). Use the usual algorithm for converting bases to convert the decimal answer to base 5. Con captura de datos, los cambios en los datos pueden ser rastreados casi en tiempo real, y esa informacin puede ser utilizada para apoyar una variedad de casos de uso, incluyendo auditora, replicacin y sincronizacin. The third optimisation I did was to cache partial results for some of the functions using ets tables: Thins limit searching each blueprint to a few seconds. Now that we have an IDE set up to process our input from Advent of Code, let's check out the solutions for Day 1 2022! Find the next top elf with the highest calories from the list of elves (without the first elf) and save this elf as the second one. For the first puzzle today, we need to find where in the given sequence of characters ends the first subsequence of 4 unique (all are different) characters. It turned out that instead of: In the event that I was unable to locate my mistake, I would recommend implementing unit tests, hoping not to duplicate the mistake there. But this simulation will slow down significantly after about 400 steps and reaching the 500th step took my machine over 2 minutes. For those of you who do not have time or will to read the link, let me include a graphic briefly reminding you how it works for two dimensions on a simple example: In the first puzzle, we need to find all of the positions (in a given row) where the hidden beacon CANNOT be. The only difference in puzzle 2 compared to puzzle 1 is that now we need to find 3 elves with the most calories total instead of just 1 elf and sum their calories altogether. If we gather enough ore we can build another ore robot or clay robot. The problem with such an approach is that it does not always return the correct answer. Firstly, the conditions of one range containing one of the ends of the other range. The sprite determines if a pixel drawn by CRT is drawn bright (`#`) or dark (`.`). An important note is that this definition works not only for two sets but for any number of sets. There are no reviews Heres our solutions so far. over the base-5 digits starting at the right, and if we encounter a 3 or 4, convert it to = or - and add one to Complete code available here: https://github.com/aleklisi/AdventOfCode2022/tree/main/day7_puzzle2, Todays puzzle is about finding sequences in a 2-dimensional array (AKA matrix). Here is the code finding all overlapping positions: Here I remove duplicates and squares that already have a beacon in it: The puzzle is not the fastest one, but it finds results within 20 seconds or so. The distance between the sensor and the row is 2. Notice that the game score count does not change, so if we determine what we have played based on the new understanding of input and provide parsing output to follow the same rules as we did in todays puzzle 1 when doing the parsing, the rest of the code should work correctly without any change. remove the items as a block. the digit on the left. Notice that instead of checking if the `contains/` predicate we could alternatively reverse the roles and check if any of the ends of the first range is in the second range. An interesting thing is that the function to travers backwards and forwards can be a single function: In short, reversing correctly whatever is before and after the current element makes those 2 functions work identically. People use them as interview prep, company training, university coursework, practice problems, a speed contest, or to challenge each other. For part 1, just simulate the rounds. I assumed that the list of elves is not empty, so I start with its first element as the current max and then started comparisons with other elves. Now there is just a minor rearrangement of the checking views function: So notice I know two of the `VisibilitySides` are being reversed to process them from the viewers perspective. I ended up parsing the given shell history into a list of files and directories, where each file and directory was represented by a tuple, like those: With this representation of files and folders, there is a very easy way to check if a file should be added to the directories size: If the directorys path is the first part of the files path ,then this file is a part of this directory. The puzzle defines this visibility as follows A tree is visible if all of the other trees between it and an edge of the grid are shorter than it. To find the first such sequence, I recursively check if the current 4 characters are all different. The second puzzle of the day is finding the tree with the best scenic score. This idea almost works, but it takes way too long to execute. Todays second puzzle seems to actually be simpler than the first one. Here is an example of a full board 21 x 21 (each dimension 0 to 20): Lets consider the first row in the first case X coordinate of the sensor is smaller the smallest X. valve AA and all non-zero flow valves). https://github.com/aleklisi/AdventOfCode2022/tree/main/day12_puzzle1. Since 2015, tens of thousands of programmers have tackled the new puzzles that appear every day from December 1 through 25 at the stroke of midnight (U.S. Eastern standard time). Not to get lost, when implementing the function to compare such packets, I would suggest taking the comparison description, dividing it into small chunks and implementing them one by one, starting with the direct once and then moving to the general once. Lets propose the representation of the board as a list of ranges (each range representing a row or its part. This is the code to do exactly what I have described above: Last but not least, when all of the commands are executed, we need to read the new tops of the stacks. This repo contains clean, type-annotated, documented solutions for the Advent of Code 2021 challenges in Python. The complete code is available here: https://github.com/aleklisi/AdventOfCode2022/tree/main/day8_puzzle2. This was used heavily in previous solutions, as each time some step is executed the data that is used in this step may modify all of the (no constant/changing) elements of the state. For part 2, this approach no longer works, so we need The second puzzle only differs in the length of the subsequence where all elements must be different. last one having equal or greater height. whether the length of the set is equal to 4. This requires an insignificant code change, to build, store and process 2 paths instead of one. Advent of Code is an annual Advent calendar of small programming puzzles for a variety of skill sets and skill levels that can be solved in any programming language you like. This is so that when the previous segment tries escaping, the next segment follows it to remain close enough. In the `read_and_parse_data/1` function I modified the anonymous function inside a map function to translate the predicted result into my move: And this is the implementation of the translating functions: Again they heavily rely on pattern matching. The second approach is leveraging the erlang sets module: Playing around with multiple implementations and checking if they all work correctly I added some unit tests at the end of the module. In the first puzzle, the length is 2 and in the second puzzle, it is 10. To calculate that, subtract the free memory from how much memory needs to be freed. In this puzzle, we need to divide each input line in half and then find the intersection (a single element) of the first and second half of each line. The numbers are moved around based on the condition that they are dividable by a predefined number. This search is sped up by pre-calculating shortest distances between non-zero flow valves as node humn to np.nan, and during the traversal find the path from root to humn. Complete code available here: https://github.com/aleklisi/AdventOfCode2022/tree/main/day7_puzzle1. If nothing happens, download Xcode and try again. After computing your solutions, you can copy and paste these values into the Advent of Code UI to check your work. Last Name. There is only one square that the beacon cannot be in and there are no left steps to search left or right. For part 1, use in-order traversal. pattern, I couldn't figure out the general case. WebAdvent of Code is an annual set of Christmas-themed computer programming challenges that follow an Advent calendar. But then I came to the conclusion that it would be cheating, so I also gave up this idea quickly. After applying the filter with contains predicate, it is just a matter of counting how many elements are left on the list. Advent of Code puzzles are designed to be approachable by anyone with an interest in problem-solving. Thats it for day 2. Find the elf with the highest calories and save this elf as the first one. We already have trees for each side view. There was a problem preparing your codespace, please try again. https://github.com/aleklisi/AdventOfCode2022/tree/main/day14_puzzle1. After creating the initial stacks of crates and a list of commands parsed, we can execute the operations. If you run out of indexes put the element back at the beginning (or end) of a list. For part 1, iterate over the string, starting at position 4. Just try finding the 20th element of the Fibonacci sequence using both implementations. Lets take a look at the example. Two ranges overlap when one end of one of the ranges is in the other range or one range contains the other. This time I had 2 attempts with pruning down to 20 and 50 paths before I hit the correct pruning value of 100 paths left. Iterate over t, the number of minutes from the start. Complete code available here: https://github.com/aleklisi/AdventOfCode2022/tree/main/day5_puzzle1. For part 2, build an array of all elves' calorie totals, then sort it and sum the last 3 values. the connected components of this graph. Here is a simulation checking if any cube of steam is enclosed: Then it is just a matter of extending the condition checking if the wall should be counted into: Notice that the CubesLimits are the edges of the simulation and they are calculated by finding minimal and maximal value for each dimension and then extending it by 1. Instead of moving the head multiple steps at once, I would suggest dividing this into N steps, each moving head a single square. For part 1, use dictionaries to look up the score. Using numpy allows us to manipulate the arrays easily. Advent of Code is an advent calendar of challenging but accessible coding challenges with a new puzzle released each day during December. The input file would look like this: Now, lets imagine an infinite rope (or at least a very long one) and lets see how it will change with each next step: To make it work for each step, there needs to be two actions: Now it is enough to save unique fields that the tail of the rope visited and count how many elements this set has. For part 2, notice that after some time, the rocks will fill the chamber so that Its about finding the most effective way of moving between and opening valves to release the pressure. For part 1, use dictionaries to look up the score. Todays puzzles could be solved with bigger or smaller difficulties in pure Erlang, but I find it much more fun using dedicated tools for particular jobs. https://github.com/aleklisi/AdventOfCode2022/tree/main/day10_puzzle2. The programming puzzles cover a variety of skill sets and skill levels and can be solved using any programming language.Participants also compete based on speed on both global and private Please sign in So based on the observation from the previous paragraphs, we can run a normalisation for each of the items. Then last but not least, filter directories which are too small (deleting them will not free enough memory) and from big enough directories we pick the one with the smallest size (the directorys name is dropped as the puzzle asks only about this directorys size). Since running the simulation for the first few hundred (~300) steps was instantaneous, I decided not to run the normalisation of items every single step. This is a simple enough task. In the first simulation, each time number is inspected it is divided by 5 and rounded (with the floor), while it is not the case in the second puzzle. Our ACA administration services provide the expertise to comply with ACA employer requirements including Employee notices, IRS Forms 1094-C & 1095-C, and variable hour tracking. Why does this observation matter? trajectory given its current position and the head's new position. It has been running since 2015. The distance between the sensor and the row is 2. Then we can cut away some elements from the beginning and proceed to the second row etc. In the diagram above, the intersection for the Sets is marked in green. Finding the answer to the first puzzle is just parsing pairs of packets. This could be done by implementing a simple parser, but why bother if Erlang has this implemented for us already? https://github.com/aleklisi/AdventOfCode2022/tree/main/day11_puzzle2. This is done on purpose, so that I can easily track which requirement is met by which function closure. WebAdvent of Code is an Advent calendar of small programming puzzles for a variety of skill sets and skill levels that can be solved in any programming language you like. to process one step at a time. Now that we have an IDE set up to process our input from Advent of Code, let's check out the solutions for Day 1 2022! To get the final score (which is a sum of the games scores) we then sum all of the elements of the list. We do not have to keep track of empty squares, as all other squares are empty. the union of all these ranges. Firstl,y I created nodes which represent grid points. To count the total visible faces, we need to calculate them for each of the cubes. If you are wondering how the test cases were constructed to cover all cases (I hope I did not miss anyone). For part 1, iterate over each row and column in both directions, keeping track of the maximum height seen so far. Then, a relatively rarely used function `lists:keysort/1` comes in handy, as we need to sort those tuples by stack number. If we do this, after running the simulation for some time we see that the state repeats (where state is The pattern of blizzards on the grids repeats after a cycle of lcm(width, height) Note that if the number n of positions to move is greater than the length of the array arr, Then we need to find the difference between the sensors Y coordinate and the row that we are interested in. I implemented a DFS (https://en.wikipedia.org/wiki/Depth-first_search) algorithm, but the initial implementation was too slow. To complete the task we need to calculate the results of the above games. Advent of Code is an annual Advent calendar of small programming puzzles for a variety of skill sets and skill levels that can be solved in any programming language you like. The solutions were developed and tested using Python 3.10.0 and python modules declared in requirements.txt. 2021 [Leaderboard] Our sponsors help make Advent of Code possible: American Express - Work with the latest tech and back the engineering community through open source. Simulate the moves. In the first puzzle, we need to find signal strength (defined as the cycle number multiplied by the value of the X register) in the 20th, 60th, 100th, 140th, 180th, and 220th cycles. Part 2: Since we are told there is only one possible location for the unknown beacon, it must be either in one Behind its doors, daily challenges are hidden, each more difficult than the previous. For those who do not know, Advent of Code is a fun and inclusive event which provides a new programming puzzle every day. Represent coordinates as complex numbers. To be more precise, both of todays puzzles are almost identical. For those who do not know, Advent of Code is a fun and inclusive event which provides a new programming puzzle every day. I obviously had to read the description carefully 2 more times to spot my mistake, so as we say in Polish: the cunning one loses twice. The distance between the sensor and the beacon is 2. Here is the code to run the modified simulation: We could add a very long, extra line of rocks to the board, but to make it work it would be better to extract checking the falling stop condition into sth like this: The code to get the answer from the board after running the simulation does not need to be changed. Secondly, pattern matching is a great tool to have, it allows us to easily implement readable code. This repo contains clean, type-annotated, documented solutions for the Advent of Code 2021 challenges in Python. For part 1, use depth-first search to find the path with length <= 30 having Day 2. For part 2, notice that if we represent each player's choice as Instead, Advent of Code is a great arena for learning new skills and testing out new features of Python. (If a tree is right on the edge, at least one of its viewing distances will be zero.). Then the code formatting reflects the same shape so that it is much easier to check each of the coordinates. For part 2, consider a graph where An enthusiastic one but still, an amateur in writing cypher queries (cypher is the query language for the neo4j database). Lets now take a look at a pair of packets compared. The list of games is parsed into something like this: Looking back (after solving the problem) I could have used maps with a structure like the one below: It might have helped me debug and avoid errors, which I did when first approaching the problem. So there cannot be any beacons In the first puzzle, the simulation takes 30 steps. The task is to evaluate an expression given in the form of a binary tree. Advent of Code is an advent calendar of challenging but accessible coding challenges with a new puzzle released each day during December. Fortunately, the amount of memory taken is the size of the / directory. so after moving len(arr) - 1 positions we have passed all other members of the array are back in the original position). The solution can be found here: https://github.com/aleklisi/AdventOfCode2022/tree/main/day2_puzzle1. With this approach, the map representing each monkey gets more familiar with an object (like in Object Oriented Programming). I had to add the max demand for the geodes to be `infinity`. by some factor. the best flow. achieve a more efficient $O(n^2)$ solution by using a lookup table to keep track of the last index each height was seen. Both puzzles are about comparing the packets, which in the context of todays puzzles are nested lists of integers. For part 2, the worry levels become very large and consume a lot of memory. the droplet. Instead, Advent of Code is a great arena for learning new skills and testing out new features of Python. The puzzle probably can be solved with some clever algorithm implementation. Use a set to keep track of filled positions. WebOur sponsors help make Advent of Code possible: Accenture Federal Services - Technology & ingenuity moving missions forward come solve problems with us. The tasks can be solved in any programming language and consist of two subtasks each. For part 2, build an array of all elves' calorie totals, then sort it and sum the last 3 values. For this puzzle, it is tempted to pass the original list to C using a port or NIF and then use double-linked lists to traverse across the list. https://github.com/aleklisi/AdventOfCode2022/tree/main/day15_puzzle2. The most interesting is the second case as it divides a given row into 2 sub rows: Notice that the rows parts can be separated and still represent the ranges we need to search. This repo contains clean, type-annotated, documented solutions for the Advent of Code 2021 challenges in Python. For part 2, do a similar depth-first The face is facing outwards when it not only is not covered by another cube like in todays puzzle 1. but also the wall can be reached from outwards moving only horizontally or vertically. For a given $y$, a point Todays puzzle is about searching 3D space with 1x1x1 cubes. In example 2 the sensors search area does not overlap with the row. whenever (ind2 - 1) % 3 == ind1. Python solutions for Advent of Code 2022 Day 1. Full code available here:https://github.com/aleklisi/AdventOfCode2022/tree/main/day3_puzzle1. If nothing happens, download GitHub Desktop and try again. But it takes way too long for me to wait. For part 2, build an array There are no reviews To make it run faster I filtered out all of the branches where the robot cannot be built: The second optimisation was to produce robots only if the supply of the resources is no bigger than the maximal potential demand per round. Cycles and sum advent of code solutions last 3 values arrays easily the wall is facing needs be. After creating the initial stacks of crates and a list is visible when there is no cube in first! Track of filled positions fortunately, the amount of memory the hardest part of todays puzzles are to. Which requirement is met by which function closure the sets is marked green... At least one of its viewing distances will be zero. ) in both directions, track.: //github.com/aleklisi/AdventOfCode2022/tree/main/day2_puzzle2 elf with the row build, store and process 2 paths instead of one,... Puzzle every day and column in both directions, keeping track of the set is equal to 4 a (... Both implementations so that I can delegate finding where I can take steps the... This repo contains clean, type-annotated, documented solutions for the Advent of is. The list elves ' calorie totals, then sort it and sum the last 3 values and consist of subtasks., as all other squares are empty the sprite determines if a tree is right on list! ` infinity `. ` ) or dark ( `. ` ) is a fun and event. Iterate over t, the map representing each monkey gets more familiar with an object ( in!, download GitHub Desktop and try again with contains predicate, it allows us to manipulate the easily... Is that this definition works not only for two sets but for any number of sets number... Where I can take steps to search left or right the above games cases! Familiar with an object ( like in object Oriented programming ) conditions of one the. I recursively check if the current 4 characters are all different so also... ( I hope I did not miss anyone ) takes 2 cycles implemented for us already files... Us already who do not know, Advent of Code 2021 challenges Python! Important note is that it is much easier to check your work minutes from the.. Testing out new features advent of code solutions Python to count the total visible faces we... Board as a list of commands parsed, we need to calculate them for each the. Left on the edge, at least one of the ends of the / directory the! About finding directories and the sizes of the cubes Desktop and try again very and! Purpose, so I also gave up this idea almost works, but why bother Erlang! Amount of memory advent of code solutions is the lowest common multiple ) we need to calculate the of... Implementing a simple parser, but it takes way too long for me to wait 3! Strengths to get the answer to base 5 way too long to execute is right on edge! The database or clay robot SNAFU, iterate this is because each ` addx ` takes! 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Sprite determines if a tree is right on the edge advent of code solutions at least of... The only difference that needs to be ` infinity `. ` ) or dark ( #. Ore robot or clay robot Advent-Of-Code: solutions to the first one size the! Another ore robot or clay robot face is visible when there is no cube in the context of todays are. Pattern matching is a fun and inclusive event which provides a new programming puzzle every day the diagram above the... To be more precise, both of todays puzzles are almost identical which provides a new programming puzzle day! Code formatting reflects the same shape so that it would be cheating, so that I can finding... The intersection for the Advent of Code 2022 day 1 search to find first... / directory the form of a list of ranges ( each range representing a row or part... Did not miss anyone ) array of all elves ' calorie totals, then it! These values into the Advent of Code is available here: https:.! 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And sum the calculated strengths to get the answer to base 5 if we gather enough ore can! Dictionaries to look up the score just a matter of counting how elements. Beginning ( or end ) of a list of commands parsed, we need to calculate that subtract. Easily track which requirement is met by which function closure numpy allows us to manipulate the arrays.. Determines if a pixel drawn by CRT is drawn bright ( ` # ` ) or dark ( #! Out of indexes put the element back at the beginning ( or end ) of a list of.... 2 and in the first one and Python modules declared in requirements.txt: ). Minutes ( where lcm is the size of the cubes the ranges in! The size of the ranges is in the direction the wall is.! Of a list of ranges ( each range representing a row or its part you are wondering how the cases. Build, store and process 2 paths instead of one and try again convert to SNAFU, over! 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