At present, there are probably thousands of stars active on the screen, and their ages should be roughly evenly distributed.
Then the annual baby birth rate in China is about tens of millions. Let's make a rough estimate: 30 million.
Then those who want to be stars and those who don't want to be stars get half.
So there should be150,000 people who want to be stars every year.
The age range from the stars is about 15 to 50. Then take 5000 active stars, and the number of stars produced each year is about 5000/35= 143.
Therefore, only 143 people out of150,000 really become stars. We can exclude some factors, such as the characteristics of stars: they are either beautiful or talented, so we can take another value from it: the number of people who initially meet the face value can be arbitrary, so we can at least exclude 9/65438+ from150,000 people. That is to say, the maximum number of people is 1.5 million. If the quality is improved, the number of people who may meet the requirements can be increased to less than 1 10,000 or even less, but it also increases the probability of becoming a star, because there must be a high probability in high quality.
So the above probability is among them:
The probability without considering any factors is:143/150,000.
The probability of considering the threshold factor is:143/10.5 million.
The probability of re-purification above the threshold is >; 143/65438+500,000 yuan
The above conclusion data can be re-verified, but the algorithm is probably so.
So wanting to be a star is still a small probability event.