This tutorial is set by the author's setting without permission.
(Original tutorial, please indicate the source and the original author)
"" Issue 2 Tutorial, Issue 3 Tutorial, Issue 4 "
Note that this tutorial may not be applicable for the updated version of the 2.0.0 fuel mechanism.
The process of launching artificial satellites is similar to the launch space station, but it is not a space station container in the satellite warehouse, but satellites.However, the construction process of the satellite itself and the work required after the track are very different from the space station.Since the assembly and launch of the unmanned spacecraft in the space station tutorial before, it is strongly recommended to master the launch of the unmanned spacecraft first.For tutorials, please refer to [High -end Rocket Novice Tutorial Part 2] to build and launch a space station.
First pay tribute to Human's first artificial satellite, Spetenick No. 1.
Foreword: The purpose of artificial satellite
The artificial satellites in AR can surround the planet or satellite where the player is located (but only the artificial satellite surrounding the earth can be launched on the earth, and the moon probe cannot be used). When it is equipped with a sensor, it is used to collect related data, data, dataIt can be used to activate asteroid ID chips.It is also equipped with special uses when it is equipped with other special components.
Step 1: The required materials
There are a lot of materials required for launching artificial satellites, more than 100 millions of space stations.And not all materials in the figure below, the components required by artificial satellites will be described separately.
From left to right are liquid rocket engines, liquid fuel tanks, satellite warehouses, transmitting tables, structural towers, connectors, fuel stations (non -necessary), rocket assembly (or unmanned spacecraft assembly), rocket fuel barrels, satellites, satellites, satellites, satellitesConstruction machines, satellites, and creative model energy input ports (the survival mode requires other conventional energy sources), holographic projector (non -necessary, used for processing satellite data), energy input port, rocket monitoring station, satellite ID chip, satellite terminal.
Liquid rocket engine: The source of thrust of the Rockets requires burning liquid fuel.
Liquid fuel box: container loaded to provide fuel for liquid rocket engine engines.
Satellite warehouse: Load the satellite to be launched, and launch it into the track.
Launch table: Launnel rockets enter the track.
Structural tower: Use it to determine the height of the rocket is about to be scanned.
Connector: Wireless connection fuel stations and rockets can add fuel in the fuel station to the rocket.Connecting rocket monitoring stations and carrier rockets also need it.
Fuel Station: Add fuel to the Rockets (of course, it is okay to add fuel to the rocket fuel barrel).
Rocket assembly: scan and assembly rocket.
Rocket fuel barrel: contains rocket fuel.
Satellite construction machine: assemble satellites.
Satellite: What is used here is a satellite empty chassis that is not programmed. It creates a pattern item bar and is used to assemble satellites that can be launched.
Create mode energy input port: permanent motivation to provide energy.In the survival mode, ordinary energy output ports are needed, energy comes from solar generators or coal generators.
Holographic projector: Display the multi -block structure assembly method.
Energy input port: Activate satellite construction machines.
Rocket Monitoring Station: The unmanned manipulation launch is achieved through the connection to the carrier rocket.
Satellite ID chip: It is used to view satellite -related parameters and collect data in the satellite terminal.
Satellite terminal: View satellite -related parameters and collect data.
Step 2: assembled satellite
First of all, we need to build a satellite construction machine. It can be regarded as a very simple multi -square structure, because it is impossible to use alone.A energy input port must be placed below it to activate, and the power supply is also put on the way.
Right -click the satellite construction machine (if you need to right -click twice if you are assembled for the first time), the GUI interface of the satellite construction machine will be displayed.For details of the role of each item bar, please refer to the entry of satellite construction machines, which will not repeat them one by one.
The 7 items on the right can be used for loading components. There are many components that can be installed, as shown below.
The first behavior of scientific research components (main components) is used to define satellite types.From left to right are optical sensors, ingredient sensors, quality detectors, microwave transmitters, mineral scanners, and bioline modifiers.
Component name
Effect & Uses optical sensor
Send a back -distance data ingredient sensor Sending the ingredient data quality detector to send back the quality data microwave transmitter using the microwave transmission back to the rail electrical mineral scanner
Scan the mineral data surrounded by the star body
Biotruction modifier
Change the biological group surrounding the star body
The second behavior functional component (auxiliary component) is used for satellite power generation and data storage.From left to right are the basis of solar panels, large solar panels, small batteries, 2X small batteries and data storage units.
The use of component names Basic solar board provides 1RF/T power generation with large solar panels for satellites to provide 100RF/T power generation small batteries for satellites to increase battery capacity of 100RF 2X small battery to increase the battery capacity of 400rf/T battery capacity of the satellite.Data storage unit
Increase 1000 data storage capacity to satellite
We take out a wild satellite and satellite ID chip that has not been programmed and puts it in the corresponding position.Then we put other components on the satellite.Then click Bulid to wait for a while, the finished satellite is packed, and the chip is also written into related data.
Step 3: Launch a satellite
The assembly of the launch table is still according to the old routine, and the rocket assembly, the fuel station (not allowed) and the rocket monitoring station (after all, the unmanned rocket) are placed next to it.Put the satellite warehouse on the top of the Rockets, and put the satellite in after scanning.
Connect the rocket monitoring station and the rocket, press the launch (the prompt of "procedural loss"), and the Rockets take off after a while.
(Update supplement: It is recommended to install navigation computers on the rocket. Although it is not necessary, it can make the Rockets accurately falling to the launch pad. Otherwise, the Rockets will land on a few hundred squares from the transmitting table, which is very difficult to find..
Step 4: Establish a connection with satellite
We should not be idle at this moment.There is also a satellite ID chip in our hands, put it in the satellite terminal to supply the block.When the satellite enters the planet track, you can receive the signal of the satellite.
The green slot on the far left represents the power of the satellite terminal, and the groove on the right side represents the data collected by the satellite. Moving the cursor to the amount of data and types can be seen on it.
The Power in the information is the power of the satellite terminal block, the Data Storage is the data capacity of the satellite, and the Data is the total data collected by the satellite.Press "Connection" to refresh the data.
Step 5: Export and process data
If you want to export data in the satellite terminal, you need to put the data storage unit into the item bar between the two arrows.
Then click on the upward arrow above, and the data is stored into the data storage unit.
We take out the holographic projector, go to the right -click, select "Celestial Data Processor", and then build a multi -block structure according to holographic projection. Finally, right -click the celestial data processor square.
The GUI interface of the celestial data processor is shown in the figure below. The purpose of the specific items and the keys is in the entry of the celestial data processor (multi -block structure).Put the data storage unit equipped with the data into the corresponding item bar, and then click the arrow pointed to the left below to store the data into a celestial data processor.Click the research switch below to start research.
The bottom item bar is used to put the asteroid ID chip.The purpose of collecting data is to activate it, but it requires huge data and requires great patience.
(BY 007OPEN, if I have time, I will publish a video tutorial at station B. The space station tutorial I planned to do was forced to withdraw from half because of anti -sinking obsession, and it was not saved. When I opened the next day, I returned to the space station before the launch (I want to cryNo tears)))
