How do I keep bees in my world?

My world has a high degree of freedom in this sandbox game. Many players want to keep bees in the game, but they don't know how to keep them. So how can I keep bees in my world? Next, deep space high play will bring you tips on beekeeping. Let's take a look at interested players.

Beekeeping strategy

Brief description of beekeeping process:

A drone mated with a princess bee to get a queen bee.

Bees have various attributes, and their embodiment is basically the queen bee:

The important features are:

Category: determine the product type;

Life cycle: determine the survival time of the queen bee (normally ranging from 4 minutes to about half an hour, the data will be listed in other tutorials);

Speed: determines the speed at which bees produce products;

Pollination: determine the speed of producing hybrid seedlings;

Flowers: determine the object of nectar collection by bees, that is, the kinds of plants you need to place near the hive;

Fertility: determines the number of offspring after the end of the queen bee's life cycle, there will be a princess bee and different numbers of drones;

Scope of life: that is, the scope of activities, including the scope of honey collection and the scope of additional effects;

Effect: Some bees have extra effects, which are discussed in detail in the advanced article.

Climate: the ideal temperature type for bees to live;

Temperature adaptability: the tolerance of bees to unreasonable temperature;

Humidity: the ideal humidity type for bees to live;

Humidity adaptability: the tolerance of bees to unreasonable humidity;

Night activities: Can you work at night?

Flying: Can you work in rainy days (residual wing = can work in rainy days);

Cave dwelling: Can you work with the hive covered?

The above fifteen attributes can be regarded as 15 genes, and each gene of any bee has a dominant attribute and a recessive attribute. The nature of bees is dominant, and the recessive characteristics are not shown.

For example:

When breeding offspring, if you don't consider mutation, remember that the dominant gene is A and the recessive gene is A. The drone of Aa mates with the princess bee of Aa, and the princess bee of Aa becomes the queen bee of Aa. After the queen bee died, there were 25%aa offspring, 25% Aa offspring and 50% AA offspring. The traits that actually affect the operation and effect in beekeeping also depend on the dominant genes expressed. This example of selfing can be used to purify excellent genes.

Note that mutations are not considered here at all.

Similarly, when breeding offspring, if mutations are not considered, if both genes are dominant or invisible (such as bee burrowing and flying), they are recorded as A and b* respectively. The drone of ab mates with the princess bee of ba, and the drone dies, and the princess bee of ba becomes the queen bee of ba. After the queen bee died, there were 25% aa offspring, 25%ab offspring, 25%ba offspring and 25%bb offspring.

If you have questions about this part of PS, recommend Baidu Mendel's genetic law.

PS*: On the left is the currently expressed gene, but the gametophytes produced by ab and ba are the same A and B, but the probability of expression is random (there seems to be no such thing in biology).

PS**: According to the test, the expression law is related to the excellent level of gamete representative traits, such as the stronger the reproductive ability and adaptability, the less easy it is to express, while the expression on both sides of the valley weakens when the life expires. Therefore, the explicit and implicit expressions in the analyzer do not conform to the realistic laws, and the laws in forestry are equal. (version number. : 4.2.5.53 )

Tip: Although there is no mutation mentioned here, the mutation of forestry beekeeping requires a specific mating combination of bee species. When the mating combination of bees meets the requirements, there is a fixed mutation probability to produce offspring of new species. The remaining probabilities are calculated as non-mutation. About the content of bee hybrid mutation, we will discuss it in detail in the advanced article.

In a word, hybrid bees can get new varieties without considering any other genetic laws, just remember the fixed combination.

The frame added by forestry ontology can improve the working speed of bees and increase the yield. Note that the calibration framework cannot be synthesized and can only be purchased from village beekeepers. The framework in the extension module has different functions, which will be discussed in detail in related articles.

The above is the analysis of beekeeping skills in my world game. Players can refer to the above methods to carry out beekeeping and honey collection in the game. I hope this article can help you and introduce more in deep space.