This tutorial is set by the author's setting without permission.
welding
Material 1 Material 2 Finished metal ingot metal ingot Double -layer ingot metal plate metal thin plate double -layer thin plates Unable to complete chest armor/tibial double -layer thin sheet thoracic armor/tibial unbelized helmet/shoes metal thin plate helmet/shoes/shoes
As shown in the figure, after putting the two ingots into the material bar, you can click the button to weld
No matter what welded, it requires a welded agent, that is, the stuff in the lower right corner, one at a time
Welding has temperature requirements, and two materials are required to meet at least "weldable" temperature, otherwise it will not be welded
Make
Material finished metal ingots
All kinds of tools double -layer thin plates, blade blade, war hammer head thin plate
Undead helmet shoes
Double -layer thin plate
Unthine protective cheetable tibia, the winding mouth of more than 100%of the iron squares, such as 250%split into multiple iron square billets, such as two 100%and one 50%iron square blank
Refined iron square blank 100%refined iron square blank forged iron ingot high -carbon X steel corresponding steel
GUI of anvil:
Forging data:
Click the red button to move the red arrow to the left, and the green button will move it to the right
Different buttons of the movement of different buttons are different. As shown in the figure below, using the light -blow button will make the arrow move to the left 3 blocks, and using bending will move it to the right
For newcomers, one is very important: Don't die for forging formulas, otherwise you will never play well. If you are skilled, you will often be much faster than the formula.
Playing process:
Put the raw materials into the grid in the middle, click the button on the right, and select the finished product to be made to start making
After starting to make, there will be two arrows on the progress bar under the GUI, which corresponds to the previous forging state value and target status value
The progress bar is the same as the axis, and the right is a positive direction
As mentioned above, the red arrows on the bottom progress bar with the use of the button are used together with the green arrow
See the top forging rules at the top, add the offset generated by the last three steps required, and take the opposite number of this number
Disassemble the previous steps into the sum of several buttons, and press these buttons
Press the three buttons corresponding to the forging rules in order to complete the production
In fact, Step 3-5 completes a process of "Pingping", which may sound a bit around, so take an example:
Assume that the arrow has been aligned, at this time the forging rules are stamping> Bend> Bend
Then add the three steps corresponding to the forging rules together to obtain the results of 2+7+7 = 16.
Disassemble -16 into a strike-strike-stamping, and then press the calculation result and press the strike> Strike> Pouring> Pouring> Bend> Bending> Bend
At this time, the offset was eliminated, the arrow returned to the alignment position, and the production was completed
Another: You can also calculate the position of the offset first, then directly move the arrow over, and finally play the last three steps according to the forging rules.
No need to align, some time can help you press a few buttons
Several places to pay attention to:
Only when the metal reaches the processable temperature can it be made. Therefore
Do not take out the forging furnace when the metal is just reached when the processable temperature is reached, it is easy to cause insufficient temperature. It is recommended to start making when reaching the hazardous temperature.Lose
Please pay attention when making metals. When the arrow exceeds the progress bar (over or right), the metal will damage and disappear
You need to put a hammer in the lattice in the lower left corner to make or weld it. Each use button will consume 1 durability of the hammer. Therefore, it is recommended to replace the inadequate hammer or carry a backup hammer with you to avoid interruption and control.
The stone hammer is only durable at 60 points, so it is recommended to use a metal hammer instead when the resources are abundant, which can save the trouble of changing the hammer often
