Bonsoir
Si vous avez du temps à perdre et si vous voulez vous exercer en Python (par exemple).
http://adventofcode.com/
Pas d'indigestion de chocolat, mais prévoir l'aspirine pour les maux de tête...
O.G.
Calendrier de l'Avent du code
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OG
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OG
- Modérateur honoraire
- Messages : 2293
- Inscription : lundi 12 mars 2007, 11:20
- Localisation : Rouen
Re: Calendrier de l'Avent du code
Bonsoir
Il y a des recherches de chemin le plus court, le cadeau du jour 11 ou du jour 13. Voici un copier/coller du jour 13
Il y a des recherches de chemin le plus court, le cadeau du jour 11 ou du jour 13. Voici un copier/coller du jour 13
--- Day 13: A Maze of Twisty Little Cubicles ---
You arrive at the first floor of this new building to discover a much less welcoming environment than the shiny atrium of the last one. Instead, you are in a maze of twisty little cubicles, all alike.
Every location in this area is addressed by a pair of non-negative integers (x,y). Each such coordinate is either a wall or an open space. You can't move diagonally. The cube maze starts at 0,0 and seems to extend infinitely toward positive x and y; negative values are invalid, as they represent a location outside the building. You are in a small waiting area at 1,1.
While it seems chaotic, a nearby morale-boosting poster explains, the layout is actually quite logical. You can determine whether a given x,y coordinate will be a wall or an open space using a simple system:
Find x*x + 3*x + 2*x*y + y + y*y.
Add the office designer's favorite number (your puzzle input).
Find the binary representation of that sum; count the number of bits that are 1.
If the number of bits that are 1 is even, it's an open space.
If the number of bits that are 1 is odd, it's a wall.
For example, if the office designer's favorite number were 10, drawing walls as # and open spaces as ., the corner of the building containing 0,0 would look like this:Now, suppose you wanted to reach 7,4. The shortest route you could take is marked as O:Code : Tout sélectionner
0123456789 0 .#.####.## 1 ..#..#...# 2 #....##... 3 ###.#.###. 4 .##..#..#. 5 ..##....#. 6 #...##.###
Thus, reaching 7,4 would take a minimum of 11 steps (starting from your current location, 1,1).Code : Tout sélectionner
0123456789 0 .#.####.## 1 .O#..#...# 2 #OOO.##... 3 ###O#.###. 4 .##OO#OO#. 5 ..##OOO.#. 6 #...##.###
What is the fewest number of steps required for you to reach 31,39?
Your puzzle answer was ??.
--- Part Two ---
How many locations (distinct x,y coordinates, including your starting location) can you reach in at most 50 steps?
Your puzzle answer was ??.
Both parts of this puzzle are complete! They provide two gold stars: **
At this point, you should return to your advent calendar and try another puzzle.
Your puzzle input was 1352.
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OG
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Re: Calendrier de l'Avent du code
Bonjour
Un peu seul je continue... J'ai trouvé l'énigme du jour 11 très difficile avec une recherche de plus court chemin
(déjà après une lecture rapide les règles du jeu n'étaient pas claires pour moi...), une histoire d'ascenseur, de couples de charges...
J'aurai gagné mon temps à la résoudre sur papier (ou avec une simulation sur ordinateur).
Un peu seul je continue... J'ai trouvé l'énigme du jour 11 très difficile avec une recherche de plus court chemin
(déjà après une lecture rapide les règles du jeu n'étaient pas claires pour moi...), une histoire d'ascenseur, de couples de charges...
J'aurai gagné mon temps à la résoudre sur papier (ou avec une simulation sur ordinateur).
--- Day 11: Radioisotope Thermoelectric Generators ---
You come upon a column of four floors that have been entirely sealed off from the rest of the building except for a small dedicated lobby. There are some radiation warnings and a big sign which reads "Radioisotope Testing Facility".
According to the project status board, this facility is currently being used to experiment with Radioisotope Thermoelectric Generators (RTGs, or simply "generators") that are designed to be paired with specially-constructed microchips. Basically, an RTG is a highly radioactive rock that generates electricity through heat.
The experimental RTGs have poor radiation containment, so they're dangerously radioactive. The chips are prototypes and don't have normal radiation shielding, but they do have the ability to generate an electromagnetic radiation shield when powered. Unfortunately, they can only be powered by their corresponding RTG. An RTG powering a microchip is still dangerous to other microchips.
In other words, if a chip is ever left in the same area as another RTG, and it's not connected to its own RTG, the chip will be fried. Therefore, it is assumed that you will follow procedure and keep chips connected to their corresponding RTG when they're in the same room, and away from other RTGs otherwise.
These microchips sound very interesting and useful to your current activities, and you'd like to try to retrieve them. The fourth floor of the facility has an assembling machine which can make a self-contained, shielded computer for you to take with you - that is, if you can bring it all of the RTGs and microchips.
Within the radiation-shielded part of the facility (in which it's safe to have these pre-assembly RTGs), there is an elevator that can move between the four floors. Its capacity rating means it can carry at most yourself and two RTGs or microchips in any combination. (They're rigged to some heavy diagnostic equipment - the assembling machine will detach it for you.) As a security measure, the elevator will only function if it contains at least one RTG or microchip. The elevator always stops on each floor to recharge, and this takes long enough that the items within it and the items on that floor can irradiate each other. (You can prevent this if a Microchip and its Generator end up on the same floor in this way, as they can be connected while the elevator is recharging.)
You make some notes of the locations of each component of interest (your puzzle input). Before you don a hazmat suit and start moving things around, you'd like to have an idea of what you need to do.
When you enter the containment area, you and the elevator will start on the first floor.
For example, suppose the isolated area has the following arrangement:
The first floor contains a hydrogen-compatible microchip and a lithium-compatible microchip.
The second floor contains a hydrogen generator.
The third floor contains a lithium generator.
The fourth floor contains nothing relevant.
As a diagram (F# for a Floor number, E for Elevator, H for Hydrogen, L for Lithium, M for Microchip, and G for Generator), the initial state looks like this:Then, to get everything up to the assembling machine on the fourth floor, the following steps could be taken:Code : Tout sélectionner
F4 . . . . . F3 . . . LG . F2 . HG . . . F1 E . HM . LM
Bring the Hydrogen-compatible Microchip to the second floor, which is safe because it can get power from the Hydrogen Generator:
Bring both Hydrogen-related items to the third floor, which is safe because the Hydrogen-compatible microchip is getting power from its generator:Code : Tout sélectionner
F4 . . . . . F3 . . . LG . F2 E HG HM . . F1 . . . . LM
Leave the Hydrogen Generator on floor three, but bring the Hydrogen-compatible Microchip back down with you so you can still use the elevator:Code : Tout sélectionner
F4 . . . . . F3 E HG HM LG . F2 . . . . . F1 . . . . LM
At the first floor, grab the Lithium-compatible Microchip, which is safe because Microchips don't affect each other:Code : Tout sélectionner
F4 . . . . . F3 . HG . LG . F2 E . HM . . F1 . . . . LM
Bring both Microchips up one floor, where there is nothing to fry them:Code : Tout sélectionner
F4 . . . . . F3 . HG . LG . F2 . . . . . F1 E . HM . LM
Bring both Microchips up again to floor three, where they can be temporarily connected to their corresponding generators while the elevator recharges, preventing either of them from being fried:Code : Tout sélectionner
F4 . . . . . F3 . HG . LG . F2 E . HM . LM F1 . . . . .
Bring both Microchips to the fourth floor:Code : Tout sélectionner
F4 . . . . . F3 E HG HM LG LM F2 . . . . . F1 . . . . .
Leave the Lithium-compatible microchip on the fourth floor, but bring the Hydrogen-compatible one so you can still use the elevator; this is safe because although the Lithium Generator is on the destination floor, you can connect Hydrogen-compatible microchip to the Hydrogen Generator there:Code : Tout sélectionner
F4 E . HM . LM F3 . HG . LG . F2 . . . . . F1 . . . . .
Bring both Generators up to the fourth floor, which is safe because you can connect the Lithium-compatible Microchip to the Lithium Generator upon arrival:Code : Tout sélectionner
F4 . . . . LM F3 E HG HM LG . F2 . . . . . F1 . . . . .
Bring the Lithium Microchip with you to the third floor so you can use the elevator:Code : Tout sélectionner
F4 E HG . LG LM F3 . . HM . . F2 . . . . . F1 . . . . .
Bring both Microchips to the fourth floor:Code : Tout sélectionner
F4 . HG . LG . F3 E . HM . LM F2 . . . . . F1 . . . . .
In this arrangement, it takes 11 steps to collect all of the objects at the fourth floor for assembly. (Each elevator stop counts as one step, even if nothing is added to or removed from it.)Code : Tout sélectionner
F4 E HG HM LG LM F3 . . . . . F2 . . . . . F1 . . . . .
In your situation, what is the minimum number of steps required to bring all of the objects to the fourth floor?
Your puzzle answer was ??.
--- Part Two ---
You step into the cleanroom separating the lobby from the isolated area and put on the hazmat suit.
Upon entering the isolated containment area, however, you notice some extra parts on the first floor that weren't listed on the record outside:
An elerium generator.
An elerium-compatible microchip.
A dilithium generator.
A dilithium-compatible microchip.
These work just like the other generators and microchips. You'll have to get them up to assembly as well.
What is the minimum number of steps required to bring all of the objects, including these four new ones, to the fourth floor?
Your puzzle answer was ??.
Both parts of this puzzle are complete! They provide two gold stars: **
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OG
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Re: Calendrier de l'Avent du code
Jour 15, de l'arithmétique avec juste un système de congruences à résoudre (taille 6 pour l'étape 1, taille 7 pour l'étape 2).
À faire avec juste un programme qui calcule l'inverse modulo p.
À faire avec juste un programme qui calcule l'inverse modulo p.
--- Day 15: Timing is Everything ---
The halls open into an interior plaza containing a large kinetic sculpture. The sculpture is in a sealed enclosure and seems to involve a set of identical spherical capsules that are carried to the top and allowed to bounce through the maze of spinning pieces.
Part of the sculpture is even interactive! When a button is pressed, a capsule is dropped and tries to fall through slots in a set of rotating discs to finally go through a little hole at the bottom and come out of the sculpture. If any of the slots aren't aligned with the capsule as it passes, the capsule bounces off the disc and soars away. You feel compelled to get one of those capsules.
The discs pause their motion each second and come in different sizes; they seem to each have a fixed number of positions at which they stop. You decide to call the position with the slot 0, and count up for each position it reaches next.
Furthermore, the discs are spaced out so that after you push the button, one second elapses before the first disc is reached, and one second elapses as the capsule passes from one disc to the one below it. So, if you push the button at time=100, then the capsule reaches the top disc at time=101, the second disc at time=102, the third disc at time=103, and so on.
The button will only drop a capsule at an integer time - no fractional seconds allowed.
For example, at time=0, suppose you see the following arrangement:
Disc #1 has 5 positions; at time=0, it is at position 4.
Disc #2 has 2 positions; at time=0, it is at position 1.
If you press the button exactly at time=0, the capsule would start to fall; it would reach the first disc at time=1. Since the first disc was at position 4 at time=0, by time=1 it has ticked one position forward. As a five-position disc, the next position is 0, and the capsule falls through the slot.
Then, at time=2, the capsule reaches the second disc. The second disc has ticked forward two positions at this point: it started at position 1, then continued to position 0, and finally ended up at position 1 again. Because there's only a slot at position 0, the capsule bounces away.
If, however, you wait until time=5 to push the button, then when the capsule reaches each disc, the first disc will have ticked forward 5+1 = 6 times (to position 0), and the second disc will have ticked forward 5+2 = 7 times (also to position 0). In this case, the capsule would fall through the discs and come out of the machine.
However, your situation has more than two discs; you've noted their positions in your puzzle input. What is the first time you can press the button to get a capsule?
Your puzzle answer was ????.
--- Part Two ---
After getting the first capsule (it contained a star! what great fortune!), the machine detects your success and begins to rearrange itself.
When it's done, the discs are back in their original configuration as if it were time=0 again, but a new disc with 11 positions and starting at position 0 has appeared exactly one second below the previously-bottom disc.
With this new disc, and counting again starting from time=0 with the configuration in your puzzle input, what is the first time you can press the button to get another capsule?
Your puzzle answer was ???.
Both parts of this puzzle are complete! They provide two gold stars: **
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MB
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Re: Calendrier de l'Avent du code
Salut, ça n'a pas l'air simple ces énigmes. Déjà faut arriver à comprendre ce qu'ils demandent ! :crazyeyes:
Bon courage pour la suite !
Bon courage pour la suite !
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OG
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- Inscription : lundi 12 mars 2007, 11:20
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Re: Calendrier de l'Avent du code
La onze surtout (à la fois les règles du jeu et aussi le programme). Il y a des choses amusantes, sans précaution et sans réflexion la force brute donne quelque chose qui finit un jour (mais quand ?). Je vais donner une énigme à mes étudiants de master MEEF, à faire en algobox ou xcasMB a écrit :Salut, ça n'a pas l'air simple ces énigmes. Déjà faut arriver à comprendre ce qu'ils demandent ! :crazyeyes:
Bon courage pour la suite !
Par exemple, jour 15, facile à comprendre.
Une version hyper naïve, codé avec les pieds.--- Day 16: Dragon Checksum ---
You're done scanning this part of the network, but you've left traces of your presence. You need to overwrite some disks with random-looking data to cover your tracks and update the local security system with a new checksum for those disks.
For the data to not be suspicious, it needs to have certain properties; purely random data will be detected as tampering. To generate appropriate random data, you'll need to use a modified dragon curve.
Start with an appropriate initial state (your puzzle input). Then, so long as you don't have enough data yet to fill the disk, repeat the following steps:
Call the data you have at this point "a".
Make a copy of "a"; call this copy "b".
Reverse the order of the characters in "b".
In "b", replace all instances of 0 with 1 and all 1s with 0.
The resulting data is "a", then a single 0, then "b".
For example, after a single step of this process,
1 becomes 100.
0 becomes 001.
11111 becomes 11111000000.
111100001010 becomes 1111000010100101011110000.
Repeat these steps until you have enough data to fill the desired disk.
Once the data has been generated, you also need to create a checksum of that data. Calculate the checksum only for the data that fits on the disk, even if you generated more data than that in the previous step.
The checksum for some given data is created by considering each non-overlapping pair of characters in the input data. If the two characters match (00 or 11), the next checksum character is a 1. If the characters do not match (01 or 10), the next checksum character is a 0. This should produce a new string which is exactly half as long as the original. If the length of the checksum is even, repeat the process until you end up with a checksum with an odd length.
For example, suppose we want to fill a disk of length 12, and when we finally generate a string of at least length 12, the first 12 characters are 110010110100. To generate its checksum:
Consider each pair: 11, 00, 10, 11, 01, 00.
These are same, same, different, same, different, same, producing 110101.
The resulting string has length 6, which is even, so we repeat the process.
The pairs are 11 (same), 01 (different), 01 (different).
This produces the checksum 100, which has an odd length, so we stop.
Therefore, the checksum for 110010110100 is 100.
Combining all of these steps together, suppose you want to fill a disk of length 20 using an initial state of 10000:
Because 10000 is too short, we first use the modified dragon curve to make it longer.
After one round, it becomes 10000011110 (11 characters), still too short.
After two rounds, it becomes 10000011110010000111110 (23 characters), which is enough.
Since we only need 20, but we have 23, we get rid of all but the first 20 characters: 10000011110010000111.
Next, we start calculating the checksum; after one round, we have 0111110101, which 10 characters long (even), so we continue.
After two rounds, we have 01100, which is 5 characters long (odd), so we are done.
In this example, the correct checksum would therefore be 01100.
The first disk you have to fill has length 272. Using the initial state in your puzzle input, what is the correct checksum?
Your puzzle answer was ?????.
--- Part Two ---
The second disk you have to fill has length 35651584. Again using the initial state in your puzzle input, what is the correct checksum for this disk?
Your puzzle answer was ??
Both parts of this puzzle are complete! They provide two gold stars: **
At this point, you should return to your advent calendar and try another puzzle.
Your puzzle input was 11011110011011101.
Code : Tout sélectionner
def morph(st):
a=st
b=a[::-1]
b=b.replace("1","4")
b=b.replace("0","1")
b=b.replace("4","0")
return a+"0"+b
def sign(st):
sst=""
for i in range(0,int(len(st)/2)):
a=st[2*i:2*i+2]
sst=sst+(a=="00")*"1"+(a=="11")*"1"+(a=="10")*"0"+(a=="01")*"0"
return sst
def checksum(st):
sig=sign(st)
while (len(sig)%2)==0:
sig=sign(sig)
return sig
def remplir(st,n):
sst=st
while len(sst)<n:
sst=morph(sst)
return sst[0:n]
#Part 1
s="11011110011011101"
n=272
print(len(checksum(remplir(s,n))))
print("Part 1", checksum(remplir(s,n)))
O.G.
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OG
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Re: Calendrier de l'Avent du code
Bonsoir
Pour le jour 22, pas de besoin d'ordinateur, juste une feuille, un crayon, quelques additions et multiplications.
Pour le jour 22, pas de besoin d'ordinateur, juste une feuille, un crayon, quelques additions et multiplications.
Voici la grille en question--- Day 22: Grid Computing ---
You gain access to a massive storage cluster arranged in a grid; each storage node is only connected to the four nodes directly adjacent to it (three if the node is on an edge, two if it's in a corner).
You can directly access data only on node /dev/grid/node-x0-y0, but you can perform some limited actions on the other nodes:
You can get the disk usage of all nodes (via df). The result of doing this is in your puzzle input.
You can instruct a node to move (not copy) all of its data to an adjacent node (if the destination node has enough space to receive the data). The sending node is left empty after this operation.
Nodes are named by their position: the node named node-x10-y10 is adjacent to nodes node-x9-y10, node-x11-y10, node-x10-y9, and node-x10-y11.
Before you begin, you need to understand the arrangement of data on these nodes. Even though you can only move data between directly connected nodes, you're going to need to rearrange a lot of the data to get access to the data you need. Therefore, you need to work out how you might be able to shift data around.
To do this, you'd like to count the number of viable pairs of nodes. A viable pair is any two nodes (A,B), regardless of whether they are directly connected, such that:
How many viable pairs of nodes are there?Code : Tout sélectionner
Node A is not empty (its Used is not zero). Nodes A and B are not the same node. The data on node A (its Used) would fit on node B (its Avail).
Your puzzle answer was ???.
--- Part Two ---
Now that you have a better understanding of the grid, it's time to get to work.
Your goal is to gain access to the data which begins in the node with y=0 and the highest x (that is, the node in the top-right corner).
For example, suppose you have the following grid:In this example, you have a storage grid 3 nodes wide and 3 nodes tall. The node you can access directly, node-x0-y0, is almost full. The node containing the data you want to access, node-x2-y0 (because it has y=0 and the highest x value), contains 6 terabytes of data - enough to fit on your node, if only you could make enough space to move it there.Code : Tout sélectionner
Filesystem Size Used Avail Use% /dev/grid/node-x0-y0 10T 8T 2T 80% /dev/grid/node-x0-y1 11T 6T 5T 54% /dev/grid/node-x0-y2 32T 28T 4T 87% /dev/grid/node-x1-y0 9T 7T 2T 77% /dev/grid/node-x1-y1 8T 0T 8T 0% /dev/grid/node-x1-y2 11T 7T 4T 63% /dev/grid/node-x2-y0 10T 6T 4T 60% /dev/grid/node-x2-y1 9T 8T 1T 88% /dev/grid/node-x2-y2 9T 6T 3T 66%
Fortunately, node-x1-y1 looks like it has enough free space to enable you to move some of this data around. In fact, it seems like all of the nodes have enough space to hold any node's data (except node-x0-y2, which is much larger, very full, and not moving any time soon). So, initially, the grid's capacities and connections look like this:The node you can access directly is in parentheses; the data you want starts in the node marked by square brackets.Code : Tout sélectionner
( 8T/10T) -- 7T/ 9T -- [ 6T/10T] | | | 6T/11T -- 0T/ 8T -- 8T/ 9T | | | 28T/32T -- 7T/11T -- 6T/ 9T
In this example, most of the nodes are interchangable: they're full enough that no other node's data would fit, but small enough that their data could be moved around. Let's draw these nodes as .. The exceptions are the empty node, which we'll draw as _, and the very large, very full node, which we'll draw as #. Let's also draw the goal data as G. Then, it looks like this:The goal is to move the data in the top right, G, to the node in parentheses. To do this, we can issue some commands to the grid and rearrange the data:Code : Tout sélectionner
(.) . G . _ . # . .
Move data from node-y0-x1 to node-y1-x1, leaving node node-y0-x1 empty:Move the goal data from node-y0-x2 to node-y0-x1:Code : Tout sélectionner
(.) _ G . . . # . .At this point, we're quite close. However, we have no deletion command, so we have to move some more data around. So, next, we move the data from node-y1-x2 to node-y0-x2:Code : Tout sélectionner
(.) G _ . . . # . .Move the data from node-y1-x1 to node-y1-x2:Code : Tout sélectionner
(.) G . . . _ # . .Move the data from node-y1-x0 to node-y1-x1:Code : Tout sélectionner
(.) G . . _ . # . .Next, we can free up space on our node by moving the data from node-y0-x0 to node-y1-x0:Code : Tout sélectionner
(.) G . _ . . # . .Finally, we can access the goal data by moving the it from node-y0-x1 to node-y0-x0:Code : Tout sélectionner
(_) G . . . . # . .So, after 7 steps, we've accessed the data we want. Unfortunately, each of these moves takes time, and we need to be efficient:Code : Tout sélectionner
(G) _ . . . . # . .
What is the fewest number of steps required to move your goal data to node-x0-y0?
Your puzzle answer was ???.
Both parts of this puzzle are complete! They provide two gold stars: **
Code : Tout sélectionner
root@ebhq-gridcenter# df -h
Filesystem Size Used Avail Use%
/dev/grid/node-x0-y0 85T 64T 21T 75%
/dev/grid/node-x0-y1 92T 64T 28T 69%
/dev/grid/node-x0-y2 89T 73T 16T 82%
/dev/grid/node-x0-y3 92T 70T 22T 76%
/dev/grid/node-x0-y4 90T 67T 23T 74%
/dev/grid/node-x0-y5 90T 68T 22T 75%
/dev/grid/node-x0-y6 91T 70T 21T 76%
/dev/grid/node-x0-y7 86T 70T 16T 81%
/dev/grid/node-x0-y8 85T 67T 18T 78%
/dev/grid/node-x0-y9 92T 65T 27T 70%
/dev/grid/node-x0-y10 85T 68T 17T 80%
/dev/grid/node-x0-y11 87T 68T 19T 78%
/dev/grid/node-x0-y12 89T 70T 19T 78%
/dev/grid/node-x0-y13 87T 73T 14T 83%
/dev/grid/node-x0-y14 89T 72T 17T 80%
/dev/grid/node-x0-y15 88T 68T 20T 77%
/dev/grid/node-x0-y16 89T 72T 17T 80%
/dev/grid/node-x0-y17 87T 72T 15T 82%
/dev/grid/node-x0-y18 86T 66T 20T 76%
/dev/grid/node-x0-y19 88T 65T 23T 73%
/dev/grid/node-x0-y20 90T 70T 20T 77%
/dev/grid/node-x0-y21 87T 69T 18T 79%
/dev/grid/node-x0-y22 90T 73T 17T 81%
/dev/grid/node-x0-y23 86T 68T 18T 79%
/dev/grid/node-x0-y24 88T 73T 15T 82%
/dev/grid/node-x0-y25 87T 69T 18T 79%
/dev/grid/node-x0-y26 89T 73T 16T 82%
/dev/grid/node-x0-y27 90T 66T 24T 73%
/dev/grid/node-x0-y28 93T 73T 20T 78%
/dev/grid/node-x0-y29 86T 66T 20T 76%
/dev/grid/node-x0-y30 92T 66T 26T 71%
/dev/grid/node-x0-y31 89T 65T 24T 73%
/dev/grid/node-x0-y32 89T 71T 18T 79%
/dev/grid/node-x0-y33 88T 73T 15T 82%
/dev/grid/node-x0-y34 85T 72T 13T 84%
/dev/grid/node-x1-y0 89T 67T 22T 75%
/dev/grid/node-x1-y1 88T 65T 23T 73%
/dev/grid/node-x1-y2 87T 73T 14T 83%
/dev/grid/node-x1-y3 90T 71T 19T 78%
/dev/grid/node-x1-y4 90T 71T 19T 78%
/dev/grid/node-x1-y5 87T 65T 22T 74%
/dev/grid/node-x1-y6 87T 64T 23T 73%
/dev/grid/node-x1-y7 86T 68T 18T 79%
/dev/grid/node-x1-y8 87T 66T 21T 75%
/dev/grid/node-x1-y9 87T 64T 23T 73%
/dev/grid/node-x1-y10 91T 71T 20T 78%
/dev/grid/node-x1-y11 91T 71T 20T 78%
/dev/grid/node-x1-y12 87T 70T 17T 80%
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-
OG
- Modérateur honoraire
- Messages : 2293
- Inscription : lundi 12 mars 2007, 11:20
- Localisation : Rouen
Re: Calendrier de l'Avent du code
Bonjour
Aujourd'hui je vais avoir autre chose à faire (et demain aussi).
Le jour 24 est intéressant et me paraît difficile (je n'ai presque aucune formation en informatique, je programme avec les pieds
et encore), encore une histoire de plus court chemin.
Joyeux Noël à toutes et à tous
O.G.
Aujourd'hui je vais avoir autre chose à faire (et demain aussi).
Le jour 24 est intéressant et me paraît difficile (je n'ai presque aucune formation en informatique, je programme avec les pieds
et encore), encore une histoire de plus court chemin.
Je vous donne la carte qui fait peur !--- Day 24: Air Duct Spelunking ---
You've finally met your match; the doors that provide access to the roof are locked tight, and all of the controls and related electronics are inaccessible. You simply can't reach them.
The robot that cleans the air ducts, however, can.
It's not a very fast little robot, but you reconfigure it to be able to interface with some of the exposed wires that have been routed through the HVAC system. If you can direct it to each of those locations, you should be able to bypass the security controls.
You extract the duct layout for this area from some blueprints you acquired and create a map with the relevant locations marked (your puzzle input). 0 is your current location, from which the cleaning robot embarks; the other numbers are (in no particular order) the locations the robot needs to visit at least once each. Walls are marked as #, and open passages are marked as .. Numbers behave like open passages.
For example, suppose you have a map like the following:To reach all of the points of interest as quickly as possible, you would have the robot take the following path:Code : Tout sélectionner
########### #0.1.....2# #.#######.# #4.......3# ###########
Since the robot isn't very fast, you need to find it the shortest route. This path is the fewest steps (in the above example, a total of 14) required to start at 0 and then visit every other location at least once.Code : Tout sélectionner
0 to 4 (2 steps) 4 to 1 (4 steps; it can't move diagonally) 1 to 2 (6 steps) 2 to 3 (2 steps)
Given your actual map, and starting from location 0, what is the fewest number of steps required to visit every non-0 number marked on the map at least once?
Code : Tout sélectionner
#################################################################################################################################################################################
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O.G.
-
OG
- Modérateur honoraire
- Messages : 2293
- Inscription : lundi 12 mars 2007, 11:20
- Localisation : Rouen
Re: Calendrier de l'Avent du code
Bonsoir
J'avais bien mangé avant de faire l'énigme du 24, cela m'a aidé
C'est fini. Je ne publierai pas mes programmes, histoire de ne pas avoir honte.
Vu les productions d'autres personnes, notamment sur la recherche de plus court chemin,
de test concis etc., j'ai des progrès à faire.
Enfin retournons au mathématiques...
Il y a un Notebook Ipython assez bien fait sinon
http://nbviewer.jupyter.org/url/norvig. ... Code.ipynb
O.G.
J'avais bien mangé avant de faire l'énigme du 24, cela m'a aidé
C'est fini. Je ne publierai pas mes programmes, histoire de ne pas avoir honte.
Vu les productions d'autres personnes, notamment sur la recherche de plus court chemin,
de test concis etc., j'ai des progrès à faire.
Enfin retournons au mathématiques...
Il y a un Notebook Ipython assez bien fait sinon
http://nbviewer.jupyter.org/url/norvig. ... Code.ipynb
O.G.