How to mine with block replicator

1. Step 1:
create a scoreboard
/ scoreboard objects add Iname mmy
Step 2:
connect all command blocks to HF Redstone< br />scoreboard players set @e[type=Item] IName 1 {Item:{id:" minecraft:stone" }}
here, my mining object is stone, which can be changed to others. The command means to add 1 to all the fallen stones in the Iname integral version
Step 3:
execute @ E [type = item, score]_ IName=1] ~ ~ ~ setblock ~ ~-1 ~ minecraft:air 2 Destroy
this is to dig down a space (if you use blockdata, you can see if there is bedrock below)
hold the "stone" and press Q, you will find that you are digging. But you will find that your mining machine is too simple.

2. Command block mining? If you forget, you can press tab to complete it

3. Mutual integration cloud is generally very good, young team, excellent technology.

6. Young man, I advise you not to play mini world any more. Mini world is fake, but my world is real. Go play my world, Amen

7. You can see it when you go to the coin card hill. There are a lot of currency market data on the coin card hill, basically big and small. You can download one to use it. Now there are novice rewards. It's very good.

8.

Mini World Square replicator Mini World quick box, I believe many small partners want to know about Mini World Square replicator Mini World quick box information, how to use Mini World Square replicator? Let's take a look at the details of Mini World box replicator Mini World quick box ~

below In the mini world, if you want to quickly lay a layer of squares, you need to use the square replicator

PS: Mini World Square replicator can only be used in creation mode, but not in survival mode Where is the square replicator In creation mode, open the item Bar & mdash& mdash; Tools & mdash& mdash; The red arrow points to the black checkered square

How to use block replicator Let's take a look at the rules of using the square replicator first! There are four in total 1. The blocks to be copied are placed on the top of the replicator

2. Place another replicator on the diagonal of the cube

3. The cube will be filled with the copied cube

4. The maximum range is 16 squares

Now let's step by step to see how to operate it! First of all, find a place to place our square replicator, which is a corner of the area you need to fill

Then put the blocks to be filled on the block replicator, as shown in the figure:

0

Then we find the diagonal position of the filling area, such as the position of the red box in the figure below. I choose to put the square replicator here

Instantly the whole area turned pink

What if we want to make a higher cube? Then put another box replicator on top of which you need to fill in the box

To the diagonal position of their own height up! When you get to the right height, don't exceed 16 spaces

Put down the box replicator, instant super large cube completed

Using the square replicator, you can quickly build houses and buildings & hellip& hellip; Help you save time and operation ~ but this prop can only be used in the creation mode, there is no survival mode

9. Reference price: 5400.00/set, I hope my answer can help you

generally 3kg, but now there are all aluminum core presses without copper

it is recommended to use vr144k-4-tfd-541 instead

it is not best to use the original model

it is recommended to use vr144k-4-tfd-541 instead. If you agree with my answer, please adopt it. Your adoption is the driving force for me to answer questions_ Thank you

it depends on what brand of compressor you replace. The price of different manufacturers varies greatly, and the price of repair machine is even higher. If it's about 1000 yuan for the original genuine compressor 35, 800 yuan for the miscellaneous compressor and 600 yuan for the repair machine

10. From the screen material quality, the ranking is (LTPs) TFT & gt a－Si)TFT > TFD > UFB > CSTN > STN
screen material: screen material, color number, contrast, brightness and other indicators, the type of display screen is the core parameter, which largely determines the other parameters. The color screens of mobile phones are different e to different LCD quality and R & D technology. There are STN (CSTN), TFT (LTPs), TFD, ufb and OLED. Generally speaking, the more colors you can display, the more complex images you can display, and the richer the level of the picture. At present, the common color screen mobile phones on the market are 256, 4096, 65536 (65K) colors. Some high-end models have reached 262144 (260000) colors. The higher the level, the better the display effect. I think that the mobile phone with camera should be above 65K color, and the contrast and brightness should be adjustable
STN screen: STN (super twisted nematic) is the LCD that we contact most. Compared with other kinds of LCDs, STN belongs to passive matrix LCD device. Its advantages are low power consumption, power saving and low price. Its disadvantages are poor brightness, color number and contrast. It may not be able to see the screen clearly in strong light, The reaction speed is also slow, and it is easy to cause drag when playing dynamic images
the display principle of color STN is to add a color filter to the traditional monochrome STN LCD, and divide each pixel in the monochrome display matrix into three sub pixels, and display the red, green and blue primary colors through the color filter respectively to display the color picture. Unlike TFT, STN is a passive LCD, which can display up to 65K colors. Not counting gray-scale STN, STN mainly includes CSTN and DSTN. CSTN, or color STN, generally adopts the transmission lighting mode. The transmission screen should be illuminated by an external light source, which is called backlight. The lighting source should be installed behind the LCD. Transmission LCD displays well in normal light and dark light, but it is difficult to see the display content outdoors, especially in sunlight, and the backlight also consumes power. DSTN is double-layer STN. In the past, it was mainly used in some laptops. It is also a kind of passive display technology. It uses two display layers. This display technology solves the drift problem in traditional STN display. Moreover, because DSTN also uses double scanning technology, the display effect is greatly improved compared with STN
representative models: STN screen is the first choice for low-end models, and the price is generally not higher than 2000 yuan, such as Nokia 6610i, Siemens C62, etc
ufb screen: ufb is the abbreviation of ultra fine & & bright. In March 2002, Samsung Electronics, which has the largest market share of LCD in the world, released a ufb LCD for mobile phones, which is characterized by ultra-thin and high brightness. In the design, ufb LCD also uses a special grating design, which can rece the pixel spacing to obtain better image quality. Generally, ufb LCD can display 65536 colors, up to 128 × At the same time, the contrast of ufb LCD is twice that of STN LCD. When the color is 65536, the brightness of ufb LCD is the same as that of TFT, and the power consumption is less than that of TFT. The price of ufb LCD is almost the same as that of STN. Now, the ufb LCD is mainly used by the middle and high-end models of Samsung and LG
representative models: Samsung X608 (65K color), LG 810 (65K color), etc
TFD screen: TFD is the abbreviation of thin film diode. Due to the power consumption and high cost of TFT, it undoubtedly increases the usability and mobile phone cost. Therefore, TFD technology was developed by Seiko Epson, a mobile phone screen giant, and is specially used in mobile phone screens. It is a compromise between TFT and STN. It has better brightness and color saturation than STN, but it also saves more power than TFT. The key features of TFD are "high image quality, ultra-low power consumption, miniaturization, dynamic image display ability and fast response time". The display principle of TFD is that each pixel on the LCD is equipped with a separate diode as the control source. Because of such a separate control design, each pixel will not affect each other, so the picture of TFD can show the dynamic picture without resial shadow and bright colors. Like TFT, TFD is also an active matrix driver. The original TFD can only display 4096 colors, but if image processing technology is used, it can display images equivalent to 260000 colors. However, compared with TFT, it is still inferior in color display. Now it is mainly used by Japanese and Korean manufacturers
representative models: Samsung V208 (65K color), Sony Ericsson z608 (65K color), lg8280 (260000 color), Lenovo G900 (260000 color), etc
TFT screen: TFT (thin film transistor) is one of the active matrix type liquid crystal display (am-lcd). TFT has a special light tube on the back of the liquid crystal, which can "actively" control each independent pixel on the screen. This is the origin of the so-called active matrix TFT, which can greatly improve the response time, Generally, the reaction time of TFT is 80 ms, while that of STN is 200 ms. If you want to improve, there will be flicker. And because TFT is an active matrix LCD, it can make the arrangement of LCD have memory, and it will not recover immediately after the current disappears. TFT also improves the phenomenon that STN will flicker (water ripple) blur, and effectively improves the ability of playing dynamic pictures. Compared with STN, TFT has excellent color saturation, rection ability and higher contrast, but the disadvantage is that it consumes more power and costs more
representative models: the first choice of medium and high-end models, the price is generally more than 2500 yuan, such as Nokia 7200 (65K color), Sony Ericsson K700c (65K color), Amoi DF9 (260000 color), NEC N600 (260000 color), etc
OLED screen: organic light emitting display (OLED) is a new type of Mobile LCD, which is known as "dream display". OLED display technology is different from the traditional LCD display mode. It does not need backlight. It uses very thin organic material coating and glass substrate. When there is current passing through, these organic materials will emit light. Moreover, OLED display screen can be made lighter and thinner, with larger viewing angle, and can significantly save power. At present, in the two major technology systems of OLED, low molecular OLED technology is mastered by Japan, while polymer pled technology and patents are mastered by CDT, a British technology company. Compared with pled procts, there are still difficulties in colorization, while low molecular OLEDs are easier to colorize. However, although OLED with better technology will replace TFT and other LCDs in the future, organic light-emitting display technology still has some defects, such as short service life and difficulty in large-scale display. At present, OLED is mainly used in the external screen of al screen mobile phones, most of which are 256 colors. Because the external screen is not the focus of our attention, we will not mention the representative models here
LTPS screen: the TFT with the best display effect can be divided into several categories. At present, most of the TFT panel procts on the market use a-Si TFT manufacturing technology, and a small number of small size procts begin to use low temperature poly silicon technology. Low temperature polycrystalline silicon TFT is a new generation proct derived from TFT. It has the characteristics of ultra-thin, light weight and strong rability. In addition, it has the advantages of fast reaction speed, low power consumption and the circuit can be pasted on the glass. The application level covers mobile phones, PDAs, etc. The biggest difference between LTPS TFT and a-Si TFT is that it can provide brighter, finer picture, lighter, thinner and more power saving. However, because mass proction has not yet been formed, the cost is high, and not all manufacturers are willing to use it. According to the prediction of International Optoelectronics and display, 80% of mobile phone panels in the world will be replaced by TFT-LCD by 2010, and LTPS with the best display effect is one of the main forces
representative models: patents of high-end models, such as Alcatel ot835 (260000 colors), Konka A08 (260000 colors), etc< Other types: we can also see other LCDs on some mobile phones, such as sharp's gf screen and CG (continuous crystal silicon) LCD. Finally, there are two principles for purchasing color screen mobile phones: one is enough, there is no need to waste. Second, the configuration should be reasonable, and the display screen, camera, chord ring, standby time and other functions should be coordinated<
comparison of ufb, STN and TFT
STN is the main device of early color screen. At first, it can only display 256 colors. Although it can display 4096 colors or even 65536 colors after technical transformation, the general STN is still 256 colors, with the advantages of low price and low energy consumption
TFT has good brightness, high contrast, strong layering and bright color. The disadvantage is relatively power consumption and high cost
ufb is a display specially designed for mobile phones and PDAs. It is characterized by ultra-thin and high brightness. It can display 65536 colors with a resolution of 128 × 160 resolution. Ufb display uses a special grating design, which can rece the pixel spacing and obtain better image quality. Ufb combines the advantages of STN and TFT: it consumes less power than TFT, and its price is similar to STN
screen size: the screen size of mobile phone is divided into two concepts: physical size and display resolution
physical size refers to the actual size of the screen. Large screen must be equipped with high resolution at the same time, that is, how many pixels can be displayed in this size, and the more pixels displayed, the more room for performance. The screen sizes of the two mobile phones are almost the same, but one can only display two lines of Chinese characters, and the other can display five lines of Chinese characters. Regardless of the font size difference, the key is the resolution of the screen, which is larger. Naturally, more lines of Chinese characters can be displayed in the same font size. Color screen mobile phones are really good. If you don't have a large enough resolution screen, no matter how high the color quality is, what's the use. The color screen of mobile phone is generally 128 × About 128
screen resolution is the screen resolution obtained by dividing the number of LCD cells (unit: dot) by the screen area, which is the biggest factor determining the quality of a picture. Therefore, when choosing a color screen mobile phone, we should not only pay attention to the color depth that the screen can display, but also the screen resolution is a very important indicator
the screen lattice is 128 * 128 (or (128 + - x) * (128 + - x), X is between 1 and 32, and the ratio of width and height is 1:1 (or 4:3, 3:4). It is the most common and suitable display resolution standard for mobile phone screen, which is equivalent to 800 * 600 display resolution on computer screen.