If you only look at the surface, Darwin's Evolution Island looks like a casual game of randomly piecing together cells. But after playing 30 games in depth, I have to say that the numerical design of this game is very sophisticated, especially in the weighted distribution of genetic attributes and the marginal benefits of skill triggers. Many people lose because they do not understand the concept of "attribute inflation ratio", so today they will go directly to the practical information.
Let's look at the core mechanism first: Each creature is determined by three gene segments—basic race, attribute tendencies, and skill pools. Race determines the base of initial health/attack/speed, attribute tendencies provide additional percentage bonuses, and skill pools rely on "mutation points" randomly inserted during gene combination. Note that the mutation point is not purely random, it follows a hidden "affinity weight": the probability of triggering powerful skills with genes of the same type (such as aquatic + aquatic) is about 30% lower than that of cross-type genes, but the attribute bonus is higher. This means you have to choose between skill strength and panel value.
I used Excel to pull up a table and tested the data of 100 simulated openings. The conclusion is clear: in the early stage, if you choose a race with "high blood volume + low speed" (such as the giant turtle race), and combine it with the defensive tendency gene, the initial survival rate will be 22% higher than that of the balanced race. Because under the automatic turn system, low speed means a backhand, but the backhand can take advantage of the "cooling vacuum period" after the enemy's skills are released, and the triggering rate of your counterattack skills will increase by about 15%. This hidden mechanism is not officially written, but it is effective in actual testing.
In terms of specific values, we recommend an optimal starting ratio: choose the "proliferative type" in the "nucleus" stage for the basics (initial blood volume +240, attack -30), choose "husk" for the tendency gene (12% defense bonus, -8% speed), and choose "corrosion" for the skill pool (5% blood deduction every round, lasting 2 rounds). In the first round of battle, this combination had a winning rate of 73% against pure attack types (burst +10% attack). Why? Because the damage of corrosion will not be reduced by dodge or armor, and the automatic combat AI will give priority to attacking the unit with the lowest health volume. If you rely on high health volume to survive the first round, corrosion can steadily consume the opponent's recovery resources for two rounds.
Advancing to the mid-term (after the 4th round), fusion must begin. Don't be greedy for high-level genes when merging, and give priority to retaining "rebirth" or "anti-injury" skills, because the panel value will be diluted - there is a "level attenuation coefficient" hidden in the game: for each level, the basic attribute growth value decreases by 0.3%. So by the 6th round, a pure stack attack creature may have 20% less actual output than a balanced creature of the same level (because the damage calculation formula is attack power skill coefficient - defense 0.6, the higher the defense, the lower the attack benefit). At this time, the optimal strategy is to synthesize a "poisonous milk" flow: the core skill "Parasite" (each attack restores 15% of the damage amount of life) plus "Poison Nova" (5% of the current health value of AOE), combined with the high blood volume gene, and trigger it repeatedly in turn-based order. I have tested that the probability of this combination surviving to the top three in an 8-player brawl is 68%, while the normal attack flow is only 31%.
Finally, regarding the 0 yuan paid mode point - yes, all genes in this game can be obtained through liver, but the numerical balance is well done, and there is no "nirvana" that requires krypton gold. So the only thing that really widens the gap is your calculation of the rate of return. Remember a formula: your survival probability in the current round = (current health volume/average health volume of the entire field) 0.4 + (speed difference percentage) 0.3 + (cumulative number of skill triggers) * 0.3. If you figure this out, you are the last species on the island.