After understanding these functions, Wang Wei quickly went to the barley field and found a barley plant to test it.

Pointing the target of the evolutionary technique at a high barley plant that was growing well and looked very strong, Wang Wei suddenly saw a different interface in the backstage of the system.

On the left side of this interface is the projection of this barley plant, including its roots and the gaps on the leaves that are about to be opened by insects, all of which are floating in the system space without any fault.

Moreover, as the breeze in the real world blows, the barley plant in the system space is also shaking slightly.

Wang Wei tried it and could rotate this barley plant in the system space and observe it from many aspects, but he could not change its shape.

Below this projection is an introduction to the barley.

On the right, there is a circle.

It is called a circle, but it is actually a polygon that looks almost like a circle.

This polygon has several small characters on each corner.

After expanding, Wang Wei saw clearly that these words are growth rate 126, cold resistance 452, heat resistance 225, drought resistance 315, waterlogging resistance 109, seed yield 119, fertilizer absorption speed 107...

There are more than 40 of these properties, and there are too many resistance to pests and disasters, resistance to lodging, plant height, leaf yield, seed germination rate, etc.

When Wang Wei played games in the past, the character attributes of the game had many hexagrams.

It represents the physical strength, strength, intelligence and other data of the characters you play.

This ordinary plant has more than 40 attributes. Should this attribute map be called the Forty Star?

After carefully reading the introduction, Wang Wei realized that each of these forty-gauze stars represents the function of this barley plant.

The following numbers represent its data.

After learning that the full score was 1,000, Wang Wei found that none of the barley trees he moved from the mountain seemed to pass.

Even the cold resistance with the highest score is only more than 400 points.

Many items with small scores are even only a few tens of tens of them.

Expand the figure and look at the figure in the center of the circle, the forty-pointed star with a heightened color that has not occupied 20% of the entire forty-pointed star. Wang Wei suddenly had a hesitation about whether he should list this thing as a key cultivation object.

After hesitating, Wang Wei aimed at the rest of the barley and found that the data were similar, and there might be some differences, but there were never more than one hundred.

Afterwards, Wang Wei used this function of the system to look at the data of other types of plants.

He found that the data for each plant is very different, and there are many types of data.

For example, there are only twenty-seven types of data on rabbit grass, and there are thirty-nine types of data on pepper.

After checking more than ten plants, Wang Wei found that there were only two types of data that could pass the exam. One was the maturity time of rabbit grass, reaching 632, and the other was a plant called immortal grass, with a total survival ability of 701.

After reading this, Wang Wei finally understood why Qingke’s data is so pitiful.

Just like rabbit grass, as long as the temperature is right and the water and soil are fertile, they can easily reach six ripening a year.

It’s ripe for six years! This is not bean sprouts. This is a plant that is considered mature from seeds to germination, and then to growing to a height of one person.

Such rapid growth ability is only more than 630 points in maturity time. How terrifying would it be if it is 1,000 points? Will it be ripe for ten years and grow so big?

Not to mention the immortal grass, it can be seen from its name that it is almost immortal.

Why do you say that? Because of this grass, after you eat its leaves, its roots can continue to grow, just like leeks.

If it is just like this, it will not be called immortal grass. The key is that if you dig its roots, its leaves will take root and sprout when they hit the right soil.

You cut off the leaves and dig them out and dry them. Once there is water, it will still sprout and then grow.

Even if you chop it into small pieces, as long as one piece is more than half a centimeter in size, and then you touch the right soil, it can still take root and sprout.

Such survival ability does not have full marks, only more than 700 points.

Wang Wei suspected that if the survival ability evolved to full marks, wouldn’t it be impossible for water and fire to survive, like the Magic Buu, even if only one cell is left?

After roughly understanding the data of some surrounding plants, Wang Wei suddenly discovered that the thing of barley is quite a bit of a problem.

Although its data are very low, does this mean that its development space is broader?

Thinking of this, Wang Wei found the strongest and most data-oriented barley plant and evolved it.

For Wang Wei, what is the most important thing for a crop?

Yield, then naturally, the most important thing is the output.

Therefore, where Wang Wei evolved this time, it was about output.

The seed yield of this barley plant reached 121 points, which is the highest yield among all the barley he has identified.

It is very simple to use the system to change its genes, just pull the angle represented by the data graph that you need to grow.

Once pulled, a projection exactly the same as the original barley appeared on the left side of the system background.

When pulling the data, the projection of the barley below will slowly change.

While pulling the corner where barley represents seed yield, Wang Wei looked at his shock points. When the seed yield was pulled to 130 points by Wang Wei, after he upgraded the system, all the remaining 60,000 shock points were consumed.

The more than 60,000 shocking points were contributed by the women and children of the new tribe, and as time goes by, this data continues to increase.

"Damn it, it's so expensive?" Wang Wei exclaimed.

After taking a closer look at the comparison chart of the plant before and after evolution in the system space, Wang Wei found that it seems that the pulled barley will have two or three more shriveled new ears than the previous barley.

And these just three new ears cost more than 60,000 shock points.

After looking at the forty-gauze stars, Wang Wei also found that the yield of barley has increased, but the remaining data has dropped.

For example, the ability to withstand and fall down has been reduced a little.

Seeing this, Wang Wei also understood.

All the data here are all about one move, just like increasing the yield of barley, when it matures, the weight of wheat ears will definitely increase.

If the weight increases and the barley stalks do not change, it will definitely be easier to be overwhelmed by itself. In this way, its ability to resist lodging will be reduced.

Moreover, Wang Wei also discovered a rule that as the number of shock points increases, the required number of shock points seems to be higher than the other ones.

Just like when Wang Wei evolved the data of Qingke, when he added the first point, he consumed 10,000 shock points, and when he added the second point, he increased by 20,000, which required a total of 30,000. When he added the third point, the data became 30,000, which required a total of 60,000 shock points.

Of course, the detailed data is not like this, but the further we get to the bottom, Wang Wei found that adding a little attribute, the more shock points it seems to consume.

Wang Wei estimated that if he wanted to fill up one of the properties of the plant, he might have 10 million shock points, which is far from enough to play.

Thinking of this, Wang Wei couldn't help but feel bitter.

For the first time, he felt how desperately he needed shock points.

But if you think about it carefully, it seems that there is no need to fill up the properties of a plant.

Just like this barley, if you need the output of it, it is probably enough to point the data to more than 300, or even more than 200.

If you put it in full, wouldn’t that be a waste?
Chapter completed!