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Use Aui-core + CSS3 to implement 3D dice JS Special Effects

This js special effect is implemented using a JS framework Aui-core + css3. You can zoom in when you scroll the scroll wheel, and the dice will gradually become deformed until you can see the world in the dice. The effect is very good, because css3 is used, do not use IE browsers to run netizens during browsing time. To make the netizens see the final effect, use Google, Firefox, and other browsing methods

HDU 4652 dice (expected)

Http://acm.hdu.edu.cn/showproblem.php? PID = 1, 4652 I threw a dice with M faces, and asked me to roll out n identical faces in a row and expect n different faces in a row. If DP [I] is set, the expectation of I identical/different faces has been thrown, and the final state DP [N] = 0 can be determined, For N consecutive identical faces DP [I] = 1/M * DP [I + 1] + (m-1)/m * DP [1] + 1 Then list the sub-DP [I + 1] = 1/M * DP [I + 2] + (m-1)/m *

1193-dice (II)

1193-dice (II) PDF (中文版) Statistics Forum Time Limit:3 second (s) Memory limit:32 MB You have N dices; Each of the them have K faces numbered from 1 to K. Now, can arrange the N dices in a line. If the summation of the top faces of the dices are S, you calculate the score as the multiplication of all the top Faces.Now is given N, K, S; Calculate the summation of all the scores

lightoj_1248 Dice (III)

Topic linksTest instructionsGive a homogeneous n of the dice, to throw out all points at least once the expected number of times.Ideas:This is a classic stamp collection issue (Coupon Collector problem).The probability of throwing out the first non-appearing point is n/n = 1, because the first throw must not appear.The second non-occurrence of the first occurrence of a point is the probability of (n-1)/n, because there is a throw has already appeared.

"God throws the Dice" "The Shape of Time: The History of relativity"

"God throws the Dice"?Do not outworn, science in the constant questioning and overthrow of the progress of the past, no matter how great the knowledge and experience may be incomplete or even wrong, no matter how well-known knowledge how rich, he also has not understood things and wrong viewThe shape of Time: the history of relativityNo God roll dice: The History of quantum physics good-looking, no kind of

The learning of BZOJ1298 dice

ExercisesConsider the AI as the father of I, so that they connect to the edge, then the topic gives the relationship formed a base ring tree forest.For the outer ring, the edge of the ring (that is, the "tree" part), so that each face of the dice than their father.Observation of 1, 4 example can find a construction mode: for a size of N-ring, starting from the first point, against the father side into the 1~n, and then from the first point in the ring

Two ways to throw a dice problem

About the two ways to throw the dice, just and a classmate chatting up,I just made it. Two methods, all very simple!In this record,The first method is entered once each time:#include #define N 5int main () {Define a variable to hold the number of diceint num;Define the number variables that appearint count_1=0, count_2=0, count_3=0, count_4=0, count_5=0, count_6=0;for (int i=1; iprintf ("Please enter the number of the

43.N Dice points

Solution One: Based on recursive calculation of dice pointsvoid printprobability (int number){if (number Returnint maxsum = Number*g_maxvalue;int* printprobability = new Int[maxsum-number + 1];for (int i = number; I Pprobabilities[i-number] = 0;Probability (number, pprobabilities);int total = POW (double) g_maxvalue, number);for (int i = number; I {Double ratio = (double) pprobabilities[i-number]/total;printf ("%d:%e\n", I, ratio);}Delete[] pprobabili

CSU 1265:dice (Math AH)

Title Link: http://acm.csu.edu.cn/OnlineJudge/problem.php?id=1265DescriptionAn example of a traditional dice are a rounded cube with each of its six faces showing a different number of dots from 1 t o 6. When thrown or rolled, the dice comes to rest showing on its upper surface a random integral points from one to six, each Value being equally likely.----WikipediaNow we have a dices which both with six face

"Non-original" Lightoj 1248-dice (III) "Geometric distribution + expectation"

Study Blog: Poke hereTest instructions: There is an n-sided dice, ask at least see all the faces at once the desired number of times to roll the dice;The first face of the first occurrence of the probability is P1 n/n;The probability of the first occurrence of the second face is P2 (n-1)/n;The probability of the first occurrence of the third face is P3 (n-2)/n;...The first occurrence probability is pi (n-i+

Csu1577:dice Game

DescriptionInputOutputSample Input1 4 1 41 6 1 6Sample OutputEmmaHINTSourceNCPC 2014Test instructions: Two people throw dice, each has two dice, to the size of the outstanding son, ask who win face biggerIdea: Originally intended to use expectations, but then feel directly to take the middle and see who big can#include Csu1577:dice Game

Probability of the sum of n dice points

Points of n dice. Place n dice on the ground, and the sum of all dice toward the point above is S. Input n to print the probability of all possible values of S. Thought: F (N, S) = f (n-1, S-6) + f (n-1, S-5) + f (n-1, S-4) + f (n-1, S-3) + f (n-1, S-2) + f (n-1, s-1 ); # Include

Sum modulus of proportional series of hoj3152-Dice

Http://acm.hit.edu.cn/hoj/problem/view? Id = 3152 DiceMy Tags (Edit) Source : Time limit : 1 sec Memory limit : 128 MSubmitted : 82, Accepted : 18 You have a dice with M faces, each face contains a distinct number. Your task is to calculate the expected number of tosses until a number facing up for consecutive N times. We assume when we tossing the dice, each face will occur rand

How Illustrator uses 3D functions to create a texture-based three-dimensional dice

To the users of the illustrator software to the detailed analysis of the use of 3D features to create a solid-textured dice the effect of the tutorial. Tutorial Sharing: Well, the above information is small knitting to you illustrator of this software users to bring the detailed use of 3D features to create a solid dice with the effect of the tutorial to share the content of the whole, you see

JZOJ3072. NOIP2012 Analog 10.31 Roll dice

Description Taro and a free child are playing a dice game. There is a long checkerboard with n squares, taro and rabbits take turns to throw a dice with M face, the dice m face is 1 to M of the number. and the probability of throwing to any side is the same. Toss it to a few steps. Just walk a few paces. There is also a rule "bounce" in the game. is when a conte

[HDU4652] Dice

Throw a dice with a M face, each face has a number, these numbers are different, for continuous throw to n the same number of the desired number of steps or the number of successive throw to n the number of expected stepsThe same:E[i] Indicates that there are already I consecutive the same, the desired number of steps to reach the targete[i]=e[i+1]/m+ (1-1/m) e[1] ......... ..... 1e[i+1]=e[i+2]/m+ (1-1/m) e[1] ......... 21-2 e[i]-e[i+1]= (e[i+1]+e[i+2

Lightoj 1248-g-Dice (III) (Probabilistic DP)

Test instructions: give you n-sided dice and ask how many times you want to throw out all the faces.Although the problem is very simple, but still want to mention. This problem gives a solution.E (m) indicates the desired number of different faces of M.E (m+1) =[((n-m)/n) *e (m) +1]+ (m/n) *e (m+1);Presumably ((n-m)/n) *e (m) +1 This is a good understanding, when you get M faces, he has ((n-m)/n) probability of getting a face that has not been obtaine

Uva253cube Painting Dice Coloring

on the same, that's, whether by any combination of Rotati ONS one can be turned to the other. (Reflections is not allowed.)OutputThe output is a file of Boolean. For each line of input, output contains TRUE if the second half can is obtained from the first half by rotation a S describes above, FALSE otherwise.Sample InputRbgggrrggbgrrrrbbbrrbbbrrbgrbgrrrrrgSample OutputTRUEFALSEFALSEEnter a dice to determine whether it is equivalent.1#include 2 3 usi

HDU 4386 play the dice solution report

HDU 4586 --- play the dice Solution: Probability Description: a dice has n faces, with the same probability of face-up. Each side has a number on it, where M faces are colored, it means that you can continue to throw the color plane and ask what the expected number is? Solution: Method 1: If you only throw each time, you can find that the expectation is irrelevant to the previous one, suppose a = sum/N (the

Light OJ 1248-Dice (iii) probability DP

N faces of the dice to obtain the expected value of each face at least onceSet DP [I] to the expected values that have already been thrown into different interfaces DP [N] = 0 evaluate DP [0]Because DP [I] still needs to throw I different faces. Each time, it may throw a face that has already been thrown or a face that has not been thrown to it.So DP [I] = (I/n) * DP [I] + (n-I) /n * DP [I + 1] + 1 equal sign 2 side has DP [I]DP [I] = DP [I + 1] + N/(

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