How does the Dyson ball project improve the calculation power
100 fish balls = 100g, 1t = 1000kg = 1000000g = 1000000 fish balls = 100W fish balls
1t fish balls = 1000 RMB. Note: the fish balls of Betta are settled once every two months. At the same time, 20% of personal income tax will be dected. If you exchange 1t fish balls for money, the official will dect 200, that is, you will get 800rmb
when watching the live broadcast of Betta, you can gain weight for your favorite anchor, improve the heat value of the live broadcast room, and enhance the contribution value, experience, invitation density and other values of yourself and your favorite anchor through fish balls; In addition, fish balls can also participate in guessing, improve participation and win more fish balls
extended data
methods for obtaining Betta Fish Balls:
1. Get fish balls by recharging
30 fish balls can be obtained by recharging one shark fin, and each shark fin needs 1 RMB, which is the most time-saving method for obtaining fish balls
2. Get fish balls for free
3. Grab the super rocket treasure box to get fish balls
4. Earl and noble treasure chest
when someone opens Earl and above, they will brush out the corresponding noble treasure chest and click to get it
5. Play page game, hand game and end game to get fish balls
play page game, hand game and end game of fish fighting linkage. After completing relevant tasks, you can get fish balls. If you have a lot of free time or like to play these games, this method can get fish balls quickly
People will wonder what this "Dyson" has to do with that vacuum cleaner, of course not
the Dyson sphere is a super large artificial "sphere" around a star. The Dyson ball project is an amazing cosmic super project created by players from the first miner, laying the proction + processing transportation chain, synthesizing high-level procts, flying to the universe, establishing a planetary resource transportation network, and finally for the continuation of the "master brain"
e to the limited experience time, I can't bring you the complete experience of Dyson ball project, but I can share one thing, that is, the current game scale is just the beginning
the author has sneaked into the sealed beta group of Dyson ball project, which includes only five developers of pomelo cat studio, as well as the staff of gamra game, the publisher, and a group of sealed beta players who analyze many details of the game every day and suggest tuning
however, when the base has begun to take shape, it is found that these details will indirectly affect the rationality of logarithm and the accumulation of the whole logistics transportation network
when a large number of players swarm into the game, these problems will be exposed. Tuning is the most important part of a sandbox game. The potential of project Dyson's ball is enough for the sealed test players to take it seriously. It's a good thing that they have been involved in it for a long time, hoping to polish the game better
"from a part to the final grand proct", the charm of Dyson ball project lies in this
"Dyson ball project" is a space science fiction theme construction simulation game. It's a very important stage to rush out of the planet. Upgrade the core, take the fuel, shift and accelerate, and be ready to rush out of the planet for the first time. The core of the mecha should be two levels, the cabin capacity should be two levels, and the other two points are enough. The second core is to bring things. Remember that you are mainly collecting rare resources, so that you can get some materials more quickly and bring enough fuel. If there is no fuel, you can't go back to the gas planet, you can only read files. High efficiency graphite is recommended, because graphite is easy to rub, because the stack is high, so the energy is large
After entering the game, use the WASD key or right mouse button to click on the ground to control the protagonist Icarus to move. Although this is a simulation business game, the whole process will be carried out from the perspective of Icarus robot. In a series of operations on the building, Icarus must be nearby to complete. Right click to collect resources, and shift + right click for continuous operation. The mouse wheel can zoom in and out and rotate the viewing angle. Some commonly used shortcut keys in the game are h (detail display), e (item list), f (manufacturing panel), C (body panel), P (analysis panel), t (technology tree). You can also click the icon in the lower right corner of the screen to open the panel
graph
The initial planets in the Dyson sphere project are only copper, iron, coal and stone mines, while the silicon, titanium and many rare ore clusters needed in the middle and later stages need to be obtained from other planets. In addition, unlocking technology can obtain the synthesis of stone ore and silicon ore. mining plants / trees has a chance to obtain rare "organic crystals", mining gravel, titanium and silicon ores, and rare "kimberlite" ores. First of all, we should build proction lines on the planet with titanium ore and put more warehouses. Then, when you click to open the warehouse, use the mouse to close your own bag. Now there is only the warehouse interface on the screen
The Dyson sphere is a super large artificial "sphere" around a star. The Dyson ball project is an amazing cosmic super project created by players from the first miner, laying the proction + processing transportation chain, synthesizing high-level procts, flying to the universe, establishing a planetary resource transportation network, and finally for the continuation of the "master brain"
The beginning work is similar: Icarus robot starts with collecting natural resources, manually builds mining machines, pumps and other collection equipment, and sends ore, water and oil to the manufacturer or smelting equipment through the transportation trackafter the completion of the simple proction and processing chain, a huge science and technology tree is waiting to be unlocked, more demand for synthetic procts and the placement of new buildings make the simple transportation chain more complicated
relying on the sorter, four-way diverter and other transportation auxiliary equipment, we can achieve efficient logistics transportation, and we need to constantly optimize our route to make the structure clear
power analysis
the total power consumption of the whole FPGA design consists of three parts: 1; 2. Design static power consumption; 3. Design dynamic power consumption
● chip static power consumption: when FPGA is not configured after power on, it is mainly consumed by the leakage current of transistor
● design static power consumption: when the FPGA configuration is completed and the design is not started, the static power consumption of I / O, clock management and other circuits should be maintained
● design dynamic power consumption: the design power consumption after the FPGA design starts normally; The power consumption of this part mainly depends on the level used by the chip, as well as the occupation of FPGA internal logic and wiring resources
obviously, the power consumption of the first two parts depends on the FPGA chip and the hardware design itself, so it is difficult to improve greatly. The third part of power consumption can be optimized: design dynamic power consumption, which accounts for about 90% of the total power consumption, so recing the design dynamic power consumption is the key factor to rece the power consumption of the whole system. As mentioned above, the power consumption will increase the heat output of FPGA. Is there a quantitative analysis? The answer, of course, is as follows:
Tjmax & gt; θ JA * PD + TA
where Tjmax is the maximum junction temperature of FPGA chip; θ JA is the junction to ambient thermal resistance between FPGA and surrounding atmospheric environment, in ° C/W; PD is the total power dissipation of FPGA, and the unit is w; TA is the ambient temperature.