Download "Как собрать Мастерморфикс 3х3 | How to Solve the Mastermorphix 3x3 | Tutorial"

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V2

Magic Cube

Cube

Twist

Puzzle

Z-cube

Magnetic

FanXin

Crazy

YuXin

Cloud

Kylin

5x5x5

Stickerless

Megaminx

3x3

Dodecahedron

Windmill

Little

Magic

Convex

Wing

Alexey

Yarygin

Алексей

Ярыгин

анбоксинг

распаковка

новинка

мегаминкс

мегаминск

путин

Moyu

aohun

pearl

x-man

galaxy

qiyi

mofang ge

Shengshou

top

топ

перл

аохун

икс

мэн

mofang

Cyclone

Boys

3x3x3

магнитный

дешевый

мгц

YJ

mgc

00:00:00

[music]

00:00:03

good afternoon in this video we will continue

00:00:06

to look at the family of master mor

00:00:08

fixes, at the moment on sale you can

00:00:10

find models from 2 to 2 to 8 to 8,

00:00:14

they are already difficult to fit into the frame

00:00:17

by the master of our first Renata, this is quite

00:00:20

popular but not the simplest whose pond of a

00:00:22

regular

00:00:23

Rubik's cube, despite the changed

00:00:25

shape, it is assembled according to the same principles

00:00:27

as the

00:00:28

classic puzzle, but there are

00:00:30

some features that I will now

00:00:32

discuss in detail, it should immediately be noted

00:00:35

that master mafik is sometimes mistakenly

00:00:38

called master pen mor fix, such a

00:00:40

name is incorrect since

00:00:42

master pro mark x this is such

00:00:45

a puzzle

00:00:46

the principle is the same but the shape is a little different

00:00:49

it’s the same master morphy ks-3 sodium

00:00:56

let’s look at the structure the rubik’s cube has

00:00:59

six colors and 6 one-color centers

00:01:03

master mor fix has only 4 colors on the

00:01:06

centers also 6 so they turned out

00:01:09

two-color green-red red -yellow

00:01:14

yellow-blue and the rest each colored

00:01:17

side contains three centers

00:01:20

yellow-green yellow-blue yellow-red the

00:01:23

same on the blue side blue red blue

00:01:26

yellow blue green edges

00:01:30

on the Rubik's Cube

00:01:31

these are two-color elements there are 12 of them per

00:01:36

morphie marker xi them also 12 but they became

00:01:39

one-color

00:01:40

again on each color side the nose

00:01:43

has three edges and they are absolutely

00:01:47

identical three blue edges 3 green

00:01:50

edges

00:01:51

3 yellow and 3 red on the Rubik's cube 8

00:01:57

three-color corners but the master fixed

00:02:00

them also 8 and but four of them are

00:02:03

one-color here this triangle is an

00:02:06

angle and this one is also

00:02:09

one-color and the angle is one-color

00:02:11

another one-color and one more and the more

00:02:15

familiar three-color corners they are

00:02:18

at the vertices of the figure 4 three-color corners 4

00:02:24

one-color head breaking can be

00:02:26

mixed in two ways, the first

00:02:29

method is

00:02:30

if we rotate each face 180

00:02:34

degrees and at the same time, the shape of

00:02:37

the puzzle does not change in our case, we can

00:02:39

completely mix it with the hx master, but the

00:02:41

shape will remain the same, there is a method

00:02:44

that first brings the head into the

00:02:46

correct shape and then assembles it by

00:02:49

color; these methods are not

00:02:52

rational, so we

00:02:53

will not consider them since it is a thorn mat cube

00:02:56

three sodium

00:02:57

assemble it catarina three most

00:03:00

effectively if we rotate the faces

00:03:03

90 degrees, that is, as on a regular

00:03:06

Rubik's cube,

00:03:07

then the shape will be lost; the elements

00:03:13

have districts and structure, so there are no sharp

00:03:16

protruding edges, so it was on the

00:03:21

axis cube form, you will not accept the mood it’s so

00:03:25

scary let’s see how the

00:03:27

assembly stages will differ compared to the

00:03:29

classic rubik’s cube on the

00:03:32

rubik’s cube we first assembled the correct

00:03:34

cross on the master are fixed we will also

00:03:37

make a cross but there is no white color here

00:03:39

we will start with the blue red center it

00:03:41

will be excellent not only in colors but also

00:03:44

in the need

00:03:45

to orient the centers since the colors are

00:03:48

different and the shape may also not match,

00:03:51

for example, let's look at this

00:03:53

yellow-red center that does not coincide

00:03:56

with this edge, the diseased edges coincide,

00:03:59

it should be like this on

00:04:01

all sides, everything

00:04:04

adjoins correctly; distance on the Rubik's cube, the

00:04:06

first layer is assembled like this the first

00:04:09

layer is assembled on the master morphie xi

00:04:11

the processes are as similar as possible to the first

00:04:14

layer followed by 2 and on the master morphie

00:04:17

there is also everything so far it looks

00:04:19

like then there is already some difference

00:04:22

on the rubik's cube we assembled using the method of

00:04:25

beginners a cross on the yellow face

00:04:28

but at the same time we only oriented the edges

00:04:31

without arranging they

00:04:34

will have to be correctly

00:04:36

oriented and placed in their places in the more sexy masters,

00:04:38

as is done in some

00:04:40

methods for three sodium, here it will be

00:04:43

necessary to further

00:04:45

orient the corner elements into three sodium and

00:04:47

place the edges and corners

00:04:51

in two separate algorithms, after which the

00:04:53

assembled result will be obtained the cube in master morphy

00:04:55

xi the

00:04:56

edges are already in place and

00:04:58

correctly oriented, so all that remains is to

00:05:00

rearrange the corners and then

00:05:03

rotate them correctly in the end, a

00:05:05

situation with one corner being rotated is possible;

00:05:08

this is pseudo parity, which arises

00:05:10

due to the fact that there are some corners

00:05:13

of the same color and their orientation is not it is important

00:05:16

therefore this corner will be

00:05:18

turned into a joint by

00:05:19

one of the same colors then everything

00:05:22

will work out I strongly do not recommend

00:05:25

studying master vortex 3 by 3 for those people

00:05:29

who do not know how to choose a classic

00:05:31

Rubik's cube

00:05:32

it is possible but it will be much more difficult

00:05:34

my method for assembling a 3 by 3 Rubik's cube

00:05:38

can be found at the link in the description

00:05:44

at the first stage we assemble the correct

00:05:46

cross into 3 by 3 cubes, this is done

00:05:49

quite simply by finding the white edges and

00:05:52

placing them near the white center, this can be

00:05:58

done immediately correctly, or by finding two

00:06:01

correct edges, place them in front of

00:06:04

you and to the left and perform the algorithm under

00:06:07

called bang-bang after which

00:06:14

you can make an additional move and immediately

00:06:16

assemble the cross correctly on Master

00:06:19

Morphie xi and other puzzles without

00:06:21

white color, I’m used to starting with the blue of the red

00:06:24

center since the center is

00:06:26

two-colored, you need to put two

00:06:28

red edges and two blue edges on it,

00:06:31

this is done intuitively and

00:06:34

we will immediately collect the ribs in the correct order, let me

00:06:36

remind you that the ribs are these

00:06:40

single-color elements in the shape of a trapezoid,

00:06:42

they are all the same in shape and have

00:06:45

only 4 colors, 3 sconces of each

00:06:49

color, here is the red one from the bro,

00:06:51

you can put it on this side of the

00:06:53

red center let's move the edge to the

00:06:57

side, turn the center, substitute the

00:07:01

shape of the edge, it matches, we see that

00:07:05

some blue edge itself is standing next to the

00:07:07

blue side of the center,

00:07:09

this is a good match in shape, we're looking for more

00:07:13

red or blue ones, the red one

00:07:16

is next to the blue side of the center, let's move

00:07:20

it down, turn the center and

00:07:25

lift it up it matches in color and in shape there is

00:07:29

also one more edge left, it is blue

00:07:34

but the shape does not fit the center if

00:07:38

one side doesn’t fit then

00:07:41

the other will definitely do since all the edges of the

00:07:44

same color are the same in shape it doesn’t

00:07:46

fit which means we need to

00:07:49

turn this side here it can be

00:07:52

do in three moves

00:07:54

if we take the wrong edge to the

00:07:57

right of the center then we will move the

00:08:01

right edge towards ourselves with the

00:08:04

top edge clockwise and the

00:08:07

front edge counterclockwise

00:08:11

then the edge

00:08:12

turns the other side and everything

00:08:16

matches

00:08:17

another example blue red center we

00:08:21

need either blue or different edges, for

00:08:25

example, there is a red edge,

00:08:27

turn the center of the red side here and

00:08:31

bring the edge,

00:08:33

we see it doesn’t fit in shape, the

00:08:37

color is red with red, but in the shape we see

00:08:40

protruding parts on the right, we hold the red

00:08:44

irregular edge towards ourselves right edge

00:08:48

clockwise on the top edge counterclockwise on the

00:08:52

front area and our edge has become

00:08:56

the other side,

00:08:58

then we see the blue one, which is on the

00:09:01

red side, let’s

00:09:03

move the side away from the example, lower it down,

00:09:06

turn the top edge and return this

00:09:10

edge

00:09:11

back again, the color matches but the

00:09:14

shape doesn’t, we lower it towards ourselves,

00:09:19

turn the top edge and clockwise and turn the

00:09:22

front face counterclockwise,

00:09:25

everything worked out,

00:09:26

we look further, we look further, there is some

00:09:31

blue edge, it needs to be raised

00:09:35

to the blue side, we turn the center, here we bring the blue

00:09:40

edge

00:09:41

closer, everything coincides at once,

00:09:45

but we just have to find another red one,

00:09:48

for example, a red one, we rotate it, we lift

00:09:53

everything up, in the end we understand that for

00:09:56

in order to assemble the edges of the cross in the

00:09:58

correct order, questions, we find an edge of the

00:10:01

desired color and bring it to the desired

00:10:04

side of the center,

00:10:06

if the shape matches, then good, if it doesn’t

00:10:10

match, then

00:10:11

we unfold the edge with the other side and

00:10:13

for this we make these transitions to

00:10:16

ourselves of the right edge clockwise the top

00:10:19

edge and counterclockwise the front one and now the

00:10:23

edge has turned around and, accordingly, to

00:10:26

return everything to its place, we hold

00:10:29

the wrong edge on the right, lowering it towards

00:10:33

ourselves,

00:10:34

turn the top edge and

00:10:37

turn the front

00:10:39

all five turned around, turn

00:10:42

the edge around in any other way, you can

00:10:45

immediately select it so that the edges stand on the

00:10:48

right side, the process is intuitive and I

00:10:51

just showed one of the short ways,

00:10:53

we assembled the edges of the cross in the right order,

00:10:57

but the cross is not yet correct. We

00:11:00

now have the same situation as with

00:11:02

3 by 3 cubes, the

00:11:03

order seems to be correct, but the colors with the

00:11:06

centers do not match, if in the cube it

00:11:10

was enough to just turn it in and that’s it

00:11:13

coincided then in matter can be a little more

00:11:16

complicated we have two blue edges two red edges the

00:11:21

centers are red yellow red green

00:11:24

green blue and blue yellow we see

00:11:30

that if we just

00:11:31

rotate like this then all this won’t match

00:11:35

Ilya it’s unlikely that this will happen but we

00:11:39

we remember that there are two blue edges and among these

00:11:42

four centers that are in contact with

00:11:46

the cross there are two centers with blue color and

00:11:50

two centers with red color red

00:11:54

yellow red green

00:11:55

it is obvious that the centers where there is red

00:11:59

color should be approached by red edges that are not

00:12:02

blue as now but precisely red

00:12:07

then It’s obvious that the blue ribs will approach the

00:12:11

centers where there is a blue color, now the

00:12:14

ribs are in the right order and under the

00:12:18

right centers, but here everything is

00:12:21

fine, both in color and shape, everything

00:12:24

matches here it matches in shape but not in color, the

00:12:28

same thing here, but here there is no coincidence

00:12:33

neither color nor shape, as with many other

00:12:36

spike mods of a 3 by 3 cube,

00:12:38

here there is a need to correctly

00:12:41

rotate the center of the second layer, from now on we

00:12:45

begin to hold the blue red cross

00:12:48

from below, we look at the edge that does not

00:12:51

match either in shape or color with the

00:12:53

center in fact just one

00:12:56

discrepancy is enough to correct it,

00:12:59

we rotate the front edge 180

00:13:04

degrees, raise the edge that was at

00:13:07

the cross up, then move this

00:13:12

edge to the side, then turn the center with the

00:13:17

blue side up from the zine

00:13:23

and return the edge, if everything matches in shape,

00:13:28

then it’s good and we lower it the front

00:13:35

edge back together with the edge, now

00:13:39

everything matches in color and shape,

00:13:44

here everything was fine,

00:13:46

move on to the next center,

00:13:50

lift the red edge up, move it to the side,

00:13:55

after that the center is

00:13:57

red, turn it up,

00:14:01

bring the edge up and look at the color

00:14:05

it matches, but the shape doesn’t if it doesn’t fit

00:14:09

to this side of the center then it will go to the

00:14:11

other side,

00:14:12

it is also red, so we move the edge away again,

00:14:15

turn the

00:14:19

center again and return the edge, now everything

00:14:25

matches,

00:14:26

so we can return the

00:14:29

edge to its place with the front edge, the color and shape match,

00:14:35

we move on, here the red edge

00:14:38

approaches the yellow side of the center,

00:14:40

lift it up with a

00:14:43

double movement from we introduce the red

00:14:46

edge to the side and turn the center with

00:14:50

red color return the edge we

00:14:54

see the shape does not match repeat the

00:14:58

procedure remove the edge

00:15:01

turn the center upward with another red color

00:15:04

return the edge now everything is fine lower the

00:15:09

front edge

00:15:10

down so that the edge returns

00:15:14

to the cross

00:15:16

look at the cross is intact and that’s it the lateral centers

00:15:22

coincide in shape and color with the cross,

00:15:26

this is not the easiest to understand it up,

00:15:29

so I’ll show you another example of assembly,

00:15:32

we find the blue red center and

00:15:35

try to substitute the blue and red

00:15:38

edges to it, we see the blue edge it is on the red

00:15:41

side, move it down, turn the top

00:15:47

edge let 's bring it in shape, it doesn't fit

00:15:54

clockwise, the upper edge and the front one

00:15:58

counterclockwise now fits further side by side

00:16:02

and another blue edge needs to be inserted here, let's move it

00:16:05

towards ourselves, turn the

00:16:10

upper edge and lift everything coincides,

00:16:14

unfold it, there's no need to

00:16:16

put two red edges,

00:16:19

we see one is there,

00:16:22

it's worth not that side so you need to

00:16:26

turn it towards you upwards clockwise the front

00:16:30

counterclockwise

00:16:33

turned around another red one you need to

00:16:37

eat here we put it again it doesn’t fit the

00:16:45

shape so we turn the right one towards

00:16:48

you upwards clockwise the

00:16:52

front counterclockwise the ribs are in the

00:16:59

correct order move the cross down

00:17:02

and find where we have centers with red

00:17:06

color, well, either Dallas red or until

00:17:08

autumn

00:17:09

here and not here red two edges

00:17:12

red will

00:17:13

not work rotate the bottom layer here here

00:17:17

we have red

00:17:19

not red everything fits now all that remains is to

00:17:22

expand the centers here everything is fine

00:17:26

here you need to expand it it’s easy to notice

00:17:29

what is there the center and the edge coincide in

00:17:32

shape, then we need to turn it 180

00:17:36

degrees, let's check this assumption, that is,

00:17:40

now the colors do not match, one

00:17:42

shape matches, we lift it up with the edge, move it

00:17:46

to the side and turn this center

00:17:51

immediately 180 degrees, that is,

00:17:55

not just like the first red color that comes across, but

00:17:57

immediately the next one, that is, two

00:18:00

turns of 90 or one of 180, we return

00:18:04

the edge and see that everything immediately coincides with the

00:18:08

first attempt, we return the edge to its place,

00:18:13

we move on, here everything is fine, here it does not

00:18:18

match in shape, which

00:18:20

means the rotation will not be 180

00:18:23

degrees, but 90 is possible using the method selection, you

00:18:25

can do this by filling it out, we lift it

00:18:29

to the side and immediately understand that the

00:18:33

blue color of the center will be exactly this one,

00:18:36

which in one turn

00:18:40

will rise 90 degrees to the top, we

00:18:42

return everything that fits, we put the front

00:18:47

face together with the edge,

00:18:50

we get the correct cross,

00:18:58

after assembling the correct cross on the

00:19:00

Rubik's cube, we collect the first layer

00:19:04

for this we use a combination

00:19:07

called bang-bang, first you need to find a

00:19:10

corner with a white color for example white

00:19:14

blue orange this is if we started with a

00:19:16

white cross and you need to place it

00:19:19

above your place there is a white corner and

00:19:23

in addition to this there is a color blue and orange

00:19:26

indicated should be between the

00:19:27

orange and blue centers, the place where you

00:19:31

need to install this corner, we

00:19:33

place it on the bottom right in front, this is

00:19:36

where the corner needs to be placed and right above

00:19:39

it we place the desired corner, after

00:19:43

which we make a bang-bang of the right edge

00:19:47

away from you, the top clockwise right edge towards

00:19:52

you, the

00:19:53

top counter hourly depending on the

00:19:58

orientation of the corner, bang-bang needs to

00:20:00

be repeated one three or five times, but

00:20:03

instead of 5 times you can do one reverse

00:20:06

bang-bang of the following tax white green

00:20:08

red

00:20:10

it needs to be placed above the white

00:20:14

green-red place, that is, here

00:20:16

between the red and green centers

00:20:19

on top put it here, if the white color

00:20:23

was facing up, then you had to make

00:20:26

three bang-bangs

00:20:30

to the right of you, the top clockwise, to the right of

00:20:34

you, the top counterclockwise and the third

00:20:37

time we repeat the same algorithm

00:20:42

three times

00:20:43

and the corner falls into place, for example

00:20:46

from white and blue - we place the red one above

00:20:49

its place, if the white color is facing

00:20:52

to the right, then one bang-bang is enough,

00:21:00

and the most unpleasant case was in the method

00:21:02

for beginners, then if the corner is once

00:21:05

positively in its place and the white color is

00:21:08

facing us, then we had to do 5

00:21:11

bang-bang of 1234

00:21:22

5 or it was possible to make one reverse

00:21:26

bang-bang, that is, first rotate the

00:21:28

top edge clockwise, raise the right

00:21:31

edge,

00:21:32

return the top and lower the right ones, and

00:21:36

also with any orientation of the corner, you could

00:21:39

rotate the bang-bang until it

00:21:42

falls into place in the desired

00:21:44

orientation, that is, an example, this is

00:21:47

the position

00:21:48

we do bang-bang stood up, but in the wrong

00:21:51

orientation, then

00:21:52

bang-bang went up,

00:21:55

do another bang-bang stood in the desired

00:21:59

orientation, you can stop a

00:22:01

simple principle for assembling the first layer

00:22:04

in a 3 by 3 cube

00:22:06

on Master Morphie xi we will also

00:22:08

use bang-bang and here there are two types of

00:22:12

corners and the easiest way is to leave them

00:22:14

the same color since their orientation

00:22:17

does not matter, this small blue

00:22:21

corner of the triangle should be

00:22:24

in this place by shape and color you

00:22:27

can easily determine now in its

00:22:29

place there is a red corner this means

00:22:32

we must place a blue corner above this place,

00:22:35

here in front of us there should

00:22:40

be a two-color center and on the right, also a

00:22:43

two-color one,

00:22:44

so we put the corner in Sydney, this is the center and

00:22:47

this center should have blue colors, well,

00:22:50

it’s easier to determine

00:22:51

exactly where this corner should go

00:22:55

if the corner is one-color forever

00:22:59

grab one

00:23:01

bang-bang, raise the right side,

00:23:04

turn the top one clockwise,

00:23:07

lower the right one, and even the 4th move can be left unfinished,

00:23:12

three moves are enough, once again

00:23:15

place a one-color corner above its

00:23:19

place between two blue

00:23:21

edges, make three moves from the bang-bang

00:23:24

right side clockwise, top

00:23:28

clockwise and the right edge is counterclockwise

00:23:30

or facing itself,

00:23:32

the block is standing still, we’ll find the red

00:23:35

corner, here it is, we’ll find its place, it’s

00:23:40

just above it, it’s standing between two red

00:23:43

edges, where the red corner is, we place in front of

00:23:47

us a two-color center

00:23:49

on the right, another two-color one, and again,

00:23:52

to move this corner here, we

00:23:55

we make three moves from bang-bang to the right, earlier

00:23:58

from ourselves, the upper clockwise right edge

00:24:02

towards ourselves and now we have two corners

00:24:06

in their places, we started with a blue

00:24:09

red center, so all the corners

00:24:11

that we will put on the first

00:24:13

condition will have either blue or

00:24:15

red colors

00:24:17

they will have a clear one-color and either

00:24:19

blue or red, we put it in

00:24:21

place worse, and three-color corners must

00:24:24

necessarily

00:24:25

contain both blue and red colors, for

00:24:28

example, this corner on the top layer is

00:24:32

yellow-green blue blue color it

00:24:34

has but there is no red, which means it’s not ours,

00:24:37

look further blue red yellow and

00:24:41

blue and red and there is, well, the third yellow is

00:24:46

not there, it will help us determine where it

00:24:48

should be blue red and here is the yellow

00:24:53

center

00:24:54

between the yellow centers and its place

00:24:57

is one of the centers in front of us, a

00:25:00

friend and on the right in this position we will

00:25:03

do bang-bang and now we can simply

00:25:07

do bang-bang until the corner is

00:25:10

in place in the correct

00:25:11

orientation, we do the first bang-bang of the rules,

00:25:15

remove the top clockwise from ourselves to the right and

00:25:18

take over and see that you can

00:25:23

not turn the top ones and the corner

00:25:26

is already in the right position in its place and

00:25:30

look for another blue-red one, we find a

00:25:33

blue-red one, it has a color, it’s still

00:25:36

green, here the place is occupied, here it’s

00:25:39

occupied, here it’s occupied, here the place is

00:25:42

occupied by another corner, but

00:25:47

green and blue are red, that’s all we need,

00:25:51

we bring the corner above our place and

00:25:54

start making a pif -bang in front of us is one

00:25:58

two-color center

00:25:59

the other on the right here is the place blue-red

00:26:03

green corner blue red

00:26:06

not green colors make the first bang-bang

00:26:13

check the colors do not match make 2

00:26:18

bang-bang not a corner goes up

00:26:22

make 3 bang-bang the colors

00:26:27

don’t match again make the 4th

00:26:32

corner again on top, but out of 5 bang-bangs,

00:26:36

the colors should all match, and

00:26:41

if it happens

00:26:43

that the top layer does not have the necessary corners and the

00:26:48

bottom layer has not yet been assembled, then most

00:26:52

likely we have a corner either in its

00:26:55

place but in the wrong orientation, or two

00:26:58

corners have swapped places to get

00:27:02

some corner from bottom to top, you just need

00:27:06

to make one bang-bang behind you, put one

00:27:08

center in front of you, the second from the right, the

00:27:10

desired corner on the right in front from the bottom,

00:27:14

do bang-bang and the corner rises up,

00:27:18

then place it above your

00:27:22

place, if it is the same color, make a

00:27:25

transition from the bang -bang, well, the other corner

00:27:30

will rise to the top edge, it needs to be

00:27:34

set in its place and using this corner as an example,

00:27:38

let's see how to determine in advance

00:27:41

how many bang-bang of or which

00:27:44

bang-bang you need to do, this knowledge is not

00:27:47

necessary and if you are not interested, you can

00:27:49

skip it, keep it

00:27:52

master bar fix in the desired position center in

00:27:54

front of you center on the

00:27:56

right here is the place of the corner here

00:27:59

blue colors here red distant color

00:28:02

red

00:28:03

if the distant color matches this

00:28:06

color then one

00:28:08

bang-bang will be enough red color and this light

00:28:12

matches the distant one with the distant one we make one

00:28:17

bang-bang, but rather than the transition from it, everything

00:28:21

immediately falls into place in such a

00:28:23

situation, the distant color is green and it is clear

00:28:26

that it is not blue or red, the

00:28:29

distant building cannot match, but there is a color

00:28:32

near, or left,

00:28:34

if this color coincides with this

00:28:37

color, then we we do one bang-bang and if

00:28:41

this color coincides with this, we need

00:28:43

to do

00:28:44

5 bang-bang of or one reverse one, but

00:28:47

naturally I will choose one reverse one,

00:28:49

first we turn the top edge and raise the right one, we

00:28:52

return the top one and

00:28:56

lower the right ones, everything coincides,

00:28:59

and the third situation is when the distant color the

00:29:03

far one does not match the near color does

00:29:06

not match the near one either, it’s clear that you

00:29:09

need to make three bang-bangs and we can also

00:29:12

see that this is the color that is

00:29:15

lower, it matches the colors of the center in

00:29:19

this case we make three bang-bangs everything

00:29:27

fell into place just in case

00:29:30

another example, the correct cross has been assembled, we

00:29:33

begin to look for

00:29:34

corners more easily, first with single-color ones, in order to

00:29:38

somehow free up space, since

00:29:41

three-color corners can be located at the bottom

00:29:43

and it’s easier to lift them up to

00:29:46

put them in their place, here’s the red

00:29:49

corner, we need red and blue,

00:29:52

we place the red corner

00:29:54

above its place we make three moves from

00:29:57

bang-bang, everything is standing, then we are looking for if

00:30:02

blue-blue is found on top, it is

00:30:05

located just the same, well, in its

00:30:07

place, I’m a master of mor fix,

00:30:11

we put the blue one in place correctly, then immediately

00:30:16

there is a blue red green corner,

00:30:19

you need to put it here, bruise once

00:30:23

at the green place, but we also look at the low

00:30:27

beam and the near beam does not coincide, the high beam does

00:30:30

not coincide with the far beam, well, or the green

00:30:33

coincides with this, you will have to do three

00:30:35

bang-bang

00:30:36

or just do bang-bang and until the

00:30:48

corner is assembled in place, this corner does not have

00:30:52

blue color here blue red-yellow

00:30:55

is not above its place we are looking for its place

00:30:59

here in its place blue yellow green under we

00:31:04

enter closer and look

00:31:08

yellow does not coincide with red blue blue

00:31:11

coincides one bang-bang will be enough,

00:31:14

that is, the far one with the far one we do

00:31:17

bang-bang so all the first layer is assembled, the

00:31:28

second layer on a Rubik's cube can be

00:31:31

assembled in different ways, if you learned from

00:31:34

my training video, then the same algorithms

00:31:36

will help us in Master Morphie xi, if you

00:31:40

use an algorithm like a chamomile

00:31:42

ladder that unfolds the centers,

00:31:45

then you will have to learn the combination

00:31:48

that I will now show since the

00:31:50

ones you own will not help you if the

00:31:53

first layer is assembled we find on the top

00:31:57

layer an edge that does not contain yellow,

00:32:01

for example red-green, then

00:32:04

we place the red color above our center, here the

00:32:07

red color means you need to tuck the

00:32:10

red center, so you get three in a row

00:32:13

after this it’s possible two cases, first

00:32:16

this edge needs to be rearranged to the left 2nd

00:32:20

inst the edge needs to be rearranged to the right how to

00:32:23

determine by the top color here the

00:32:26

green color is looking for the green center

00:32:29

it is located and on the right means the place of this

00:32:32

edge on the right can be checked by the gate of the

00:32:35

front edge of the color matches it means

00:32:40

everything is correct if the edge is needed

00:32:44

rearrange to the right what we do is the

00:32:46

following combination we move this edge

00:32:49

not to the right where they want and in the other

00:32:52

direction after that we lift it to the place

00:32:57

where

00:32:58

this edge should be we cancel the first move if

00:33:02

we return the edge we

00:33:04

cancel the second move we get a pair

00:33:10

we move this pair back in white and then

00:33:16

lift the place where this pair should

00:33:19

stand, raise the front edge,

00:33:22

insert the pair here

00:33:24

and lower the front edge at the bottom of the screen,

00:33:27

this algorithm is written in the language of rotation

00:33:30

for a three-by-three cube,

00:33:31

if an edge needs to be moved to the left, we

00:33:34

do a mirror algorithm, move it

00:33:37

first

00:33:38

to the right, raise the place, cancel

00:33:42

the movements, cancel the second movement,

00:33:45

we get pair and move it back with white color,

00:33:48

raise the front edge of the place

00:33:52

where this pair should stand, insert

00:33:55

the pair and lower the front edge, everything is

00:33:58

assembled using the same algorithms we use

00:34:01

in the master morphy ksi, the only one is 10

00:34:04

complexity that

00:34:05

the edges are the same color and this yellow edge

00:34:09

matches the color of this center

00:34:11

so with this center it should be

00:34:14

located on the same

00:34:17

center should be chosen here, if the shape coincides, then from

00:34:22

this position it will not be possible to do it

00:34:24

more accurately, we will do it, but the edge will be in the

00:34:27

same form as now and here it is already

00:34:29

located, that is, the incorrectly

00:34:32

oriented one must be placed above the

00:34:36

center where it coincides in color

00:34:39

but does not match in shape, or, more simply put,

00:34:42

where it is crooked,

00:34:44

that is, we put the edge above the center crookedly and

00:34:47

then we look here at the

00:34:50

yellow place here at the blue place the

00:34:53

edge is yellow if we also rotate the

00:34:57

front edge then we see that everything will be

00:35:00

beautiful, which means this place is really

00:35:03

for of this edge,

00:35:05

if we are on this side where the shape

00:35:09

coincides, we also lower the edge,

00:35:11

then we will see that the shape will not match in the end, which

00:35:15

means this position is

00:35:17

incorrect, in the end

00:35:20

we find an edge of the desired color and

00:35:23

place it above the center of the same color, but

00:35:28

so that it stands crookedly,

00:35:30

after which if an edge needs to be placed

00:35:34

to the left, then we do the corresponding

00:35:37

algorithm: we move the edges to the right, we

00:35:41

raise the place, we return the edge,

00:35:47

we return this movement, we get a

00:35:51

pair instead of white, here we move this

00:35:53

colored side

00:35:54

back to the side so that the

00:35:58

pair does not collapse the front face and

00:36:01

raise it, insert the pair here

00:36:05

and lower everything the ribs are in place, we are looking for the

00:36:13

rest,

00:36:14

well, here it should be blue and it is

00:36:17

here side by side and is located, we see that

00:36:20

this edge is located above the center where there is a

00:36:23

blue color, that is, it does not have to

00:36:25

be on top, the main thing is that it should

00:36:28

be on this side, there is also a blue color,

00:36:32

but here the shape matches the night, you need to

00:36:36

insert from the neighboring one, that is, from this

00:36:39

center where there is a blue color, we must

00:36:43

rearrange the edge to the right, in this case

00:36:46

we use the algorithm, we shift this edge to the left

00:36:49

in the other direction from the place, raising

00:36:53

the place, we cancel the first movement, we cancel the

00:36:56

second movement, we get a pair,

00:36:59

we take it away and I back, raise the

00:37:05

front edge, insert a couple here and

00:37:10

return everything to its place, one more

00:37:16

edge has gathered further, the green one

00:37:19

has fallen into place on its own, here you need a

00:37:22

red

00:37:23

edge, look, there are red edges,

00:37:26

we place it above the center with a

00:37:30

red color so that it stands

00:37:32

crookedly, that is, with this one not on this side,

00:37:35

everything is smooth here, but on this one,

00:37:40

here again you need to rearrange it to the

00:37:42

right, do the same algorithm,

00:37:45

move it to the left, raise the place,

00:37:49

return the edge, return this movement, we

00:37:52

get

00:37:53

ru, move the pair back, raise the front

00:37:58

edge, insert the pair there

00:38:01

and lower the front edge and the second layer

00:38:06

assembled, perhaps this is the situation

00:38:09

if the rib is in its place and is not

00:38:12

correctly oriented, that is, it matches in color

00:38:15

but is not in shape and there are

00:38:18

no more such ribs on top if such a rib

00:38:21

still existed, for example, if we were talking about

00:38:23

yellow ribery since there are still on top two

00:38:25

yellow ones, we would simply put a normal one instead of a crooked yellow one,

00:38:28

the same

00:38:31

would apply to the green edge, and since there are more of the

00:38:34

same ones here, but if the last one has a

00:38:37

blue or red one left, then it needs to be

00:38:41

turned around in its place, this is equivalent to this

00:38:44

situation on a Rubik’s cube, the first one is solved

00:38:47

accordingly the simplest way is

00:38:49

that in place of this edge you need

00:38:52

to put some other absolutely

00:38:54

any let's say we'll put this here using the

00:38:57

same algorithm to the side

00:39:00

we'll lift it we'll return it we'll return it like this no yes it's

00:39:05

time to move back we won't put everything

00:39:10

back here the corner remains

00:39:13

but instead the green orange edges

00:39:15

are green -yellow

00:39:17

now we find our green orange

00:39:20

and put it here again but in the

00:39:23

correct orientation we move it away, we get

00:39:28

a pair we

00:39:29

take it back we raise the front

00:39:32

edge we insert we return it, that is, the

00:39:36

same algorithms or you can

00:39:38

use the formula from ftl then the

00:39:42

pair is brought up to the top u2 to

00:39:47

move it away back

00:39:50

movement po2

00:39:54

r-stroke we go out to the 3rd move,

00:39:58

we turn here and three moves kai but

00:40:02

we drive it into place if you have it in yours,

00:40:06

this algorithm or a similar one

00:40:09

can also be used here, we will put in

00:40:12

place of this red edge

00:40:13

some kind of yellow one, for example

00:40:16

moving it to the side, lift it back, return it,

00:40:19

go back,

00:40:23

lift the front one, earlier insert

00:40:26

such a crooked pair here and lower it down, instead of the

00:40:31

red edge, all the yellow ones appeared,

00:40:33

now we find the red ones and stand it from the

00:40:37

same position, move it here, lift it,

00:40:39

return it,

00:40:44

return it, now a normal pair,

00:40:47

move it back, raise the front

00:40:51

edge and insert we return if you

00:40:55

decide to use other algorithms to

00:40:57

assemble 2 layers, your centers will turn around,

00:41:01

so use the algorithm that I

00:41:03

showed and everything will be fine at the end of the video, I will

00:41:07

also show you how to assemble the first two

00:41:10

layers using ftl on the master more sexy

00:41:17

further, unlike a regular cube

00:41:20

Rubik, we must completely assemble the ribs,

00:41:23

that is, arrange them in their places and

00:41:25

correctly orient them, I considered

00:41:28

different ways to

00:41:30

do this, now I will propose the most

00:41:32

optimal one, even though it has more movement

00:41:35

than the standard three by three,

00:41:37

first we must find an edge

00:41:40

that is positioned correctly relative to the

00:41:43

center We are now looking at the green

00:41:45

yellow layer of the edge, here there are only yellow and

00:41:50

green, the center is

00:41:51

green-yellow, we see that this edge is

00:41:55

green in shape and color with the center,

00:41:58

for convenience we can place

00:42:02

it above the center so that it also matches in color and

00:42:04

shape, but this is not necessary

00:42:07

after that, we hold the master mafic so

00:42:11

that this right edge

00:42:13

is in front of us, after that we do a

00:42:16

3 by 3 algorithm called

00:42:19

fish, this algorithm rearranges

00:42:23

these three edges counterclockwise,

00:42:25

that is, this edge will go here, this here,

00:42:29

this

00:42:30

here is performed as follows,

00:42:32

turn right faces away from you,

00:42:35

top clockwise, right faces

00:42:39

toward you, top

00:42:41

again, clockwise, right faces away from

00:42:45

you, top edges, turn the

00:42:49

right faces toward

00:42:50

you twice, perform the algorithm, right away from

00:42:55

you, up, clockwise, right toward you,

00:42:59

up, clockwise, right away from you, up,

00:43:04

turn two once the right one looks at ourselves,

00:43:08

what happened is this edge, as it

00:43:12

was in place and remained, these

00:43:14

have moved, but it doesn’t matter until the

00:43:18

colors match, not all of them, that is, the yellow one

00:43:20

matches, but these

00:43:23

don’t, we repeat

00:43:25

the right one here, up clockwise, right

00:43:30

at ourselves, up clockwise

00:43:33

right away from you upwards twice right towards

00:43:38

you and we see that all the edges

00:43:41

have moved into place, now they

00:43:44

match both in color and in shape and min

00:43:47

we should achieve this result at

00:43:49

this stage, but it does

00:43:51

n’t happen, then let’s consider the following situation and

00:43:55

find the edge that is positioned correctly

00:43:58

we place it above our center and

00:44:02

look at it yellow-green doesn’t match doesn’t

00:44:05

match but here the colors match in

00:44:07

shape no do the fish here

00:44:13

clockwise towards yourself clockwise away from you up

00:44:18

twice at yourself

00:44:21

look here it matches here it doesn’t match

00:44:26

do it again here you go clockwise at

00:44:31

ourselves clockwise here at ourselves twice

00:44:37

looking at ourselves by color and shape here it

00:44:41

matches and here here it matches only in

00:44:46

color

00:44:47

but not in shape this means that if all

00:44:51

the edges match in color but not in shape

00:44:54

you need to unfold these edges then there is a

00:44:58

correct orientation on a Rubik's cube,

00:45:00

this is equivalent to a stick situation where two

00:45:04

edges are correctly oriented, two edges are

00:45:06

incorrectly looked at visually similar,

00:45:09

in order to correctly orient the edges in a

00:45:11

stick situation, we place the stick

00:45:14

itself horizontally, perform

00:45:17

the following algorithm, rotate the

00:45:20

front front face clockwise, do

00:45:23

bang-bang

00:45:27

and we return the front back, we

00:45:29

get a cross, in this case we also

00:45:35

hold the stick and horizontally the front makes

00:45:40

a bang-bang return the front we see that the

00:45:47

green edge is positioned correctly, let's take

00:45:50

it in front of us, these edges no longer

00:45:53

coincide in color with the center, which means

00:45:56

we need to rearrange them again for this we

00:45:59

make a fish for ourselves, clockwise, for ourselves,

00:46:05

clockwise, for

00:46:07

ourselves, twice twice, no matter

00:46:11

which direction, for ourselves,

00:46:13

what we see while they are standing incorrectly, that

00:46:18

is, yellow-green does not match, we do it

00:46:20

again, at least for ourselves, clockwise, for ourselves,

00:46:25

clockwise, here we are, two of us times on ourselves and

00:46:30

now we get the correct cross, but with

00:46:34

the orientation of the edge it is possible not only a

00:46:36

stick but also another situation, let's

00:46:40

look at this situation again,

00:46:42

we have an edge which is positioned correctly

00:46:44

in front of us and we begin to

00:46:48

arrange the remaining edges, we see that

00:46:51

here the colors do not match only this

00:46:54

of the remaining three matches we do the

00:46:56

fish

00:47:04

that we see here it coincided here no here

00:47:09

no we do it again

00:47:17

green in shape in color here also

00:47:19

here in color but not in shape that is, this is

00:47:23

exactly the same

00:47:25

corner on the Rubik's cube but it looks like

00:47:28

this we place the daw so that the

00:47:31

yellow ribs are more to the left and behind we make

00:47:35

the front now we do a reverse bang-bang at the r-stroke

00:47:41

r-stroke and return the front we get

00:47:45

a cross instead of a reverse bang-bang you can

00:47:48

do 2 usually, but for ours in the gut I often do

00:47:51

the reverse since

00:47:53

we have fewer movements corner so that the correct

00:47:56

edges are behind and on the left we make the front

00:48:04

r-stroke r-stroke back bang-bang we make the

00:48:10

front stroke that we see the green edge in place

00:48:15

these need to be rearranged again we perform the

00:48:19

fish

00:48:26

and get the correct cross quite

00:48:30

rarely it happens that there is not a single edge

00:48:33

that stands correctly relative to the

00:48:35

center in this case, you can

00:48:37

make a fish from any position and such an edge will most

00:48:40

likely appear, just do

00:48:43

the fish here clockwise towards yourself

00:48:49

clockwise away from yourself twice and we see that

00:48:55

even two such edges have appeared, but at

00:48:58

least one should appear after which

00:49:01

you can place

00:49:02

the ribs in their places and correctly

00:49:04

orientate them, attentive viewers might

00:49:06

think that I did not consider the situation and

00:49:10

how much 3 by 3 is called.

00:49:12

I need to orient four edges at once, the

00:49:15

thing is that there are no points on the master morphy xi,

00:49:18

if anything can happen, this is a

00:49:21

situation where all 4 edges are

00:49:25

oriented correctly at once, but the center is

00:49:28

not in the right place, and in order to rotate this center

00:49:31

by 180 degrees, you can use two

00:49:33

types of algorithms both are simple, from any

00:49:37

position we make the fish,

00:49:46

we turn it up clockwise with

00:49:49

movement,

00:49:50

we make the fish again and we have it selected and

00:49:59

it becomes correct relative to the center,

00:50:01

you can

00:50:02

turn it further, and the second method, again from

00:50:06

any position, you can follow the

00:50:08

algorithm with stroke y, that is, the first part

00:50:14

of the fish repeat this five times

00:50:18

r-y-and stroke y

00:50:20

this is 2 r y with stroke three r & r stroke y 4

00:50:30

ur3 y this is 5 and the center turns around,

00:50:35

you can confuse the situation of the center turning

00:50:38

180 degrees with this situation where the center

00:50:40

turns 90

00:50:42

this situation you avoid it if you first

00:50:45

find the correct edge and then

00:50:48

rearrange the rest,

00:50:50

if we do the same algorithm for

00:50:51

rotating the center by 180 degrees, we will

00:50:54

get a similar situation,

00:51:06

also the center will be incorrectly

00:51:08

oriented relative to the edge, but you need to do

00:51:11

it in the usual way; there is no correctly standing

00:51:14

edge, we make a fish,

00:51:21

after which such an edge appears in In

00:51:25

this case, all the ribs appear at once

00:51:28

standing in their places and it is necessary to

00:51:31

unfold them. Well, an example of assembly for

00:51:34

fastening, I chose the most clumsy

00:51:37

case, not a single rib is located near the center

00:51:40

correctly, so we take any we make

00:51:44

a fish

00:51:50

so the rib appears correctly,

00:51:54

we place it in front of us,

00:51:56

we look at the remaining ribs does not match

00:51:59

does not match does not match again, you

00:52:03

could notice that sometimes the ribs can

00:52:06

stand up correctly after one fish,

00:52:08

sometimes it takes 2, we know that an ordinary

00:52:13

fish rearranges its ribs

00:52:15

counterclockwise yellow will become a yellow place

00:52:18

this is yellow again to yellow and green

00:52:21

to green that is after the first attempt,

00:52:24

our ribs will fall into place,

00:52:27

we perform a fish,

00:52:31

ribs of steel, but if we need to

00:52:34

move the ribs in the other direction, we

00:52:37

can use a

00:52:38

mirror algorithm; sometimes I use it

00:52:41

to solve this kind of thing: for 3

00:52:44

by 3 cubes, a mirror of a regular fish

00:52:49

or a stroke of sharp

00:52:52

el que is done pulley or stroke

00:52:55

q2 and here the rearrangement of the edges goes in the

00:53:00

other direction, for example, in this

00:53:03

situation we see that this edge

00:53:05

is positioned correctly, but these ones are not, we see

00:53:09

that the yellow one will come here green to the

00:53:12

yellow place and the yellow ones to the green

00:53:15

then the silver ones will not stand on their places, but

00:53:18

if you make a rearrangement in the other

00:53:20

direction, then the first time you can

00:53:23

put them in their places, that is, we make

00:53:25

either 2 ordinary fish or one

00:53:29

mirror one, that is, the left fish, that is, the

00:53:31

same movements but mirrored on the left

00:53:34

side, raise counterclockwise,

00:53:39

lower counterclockwise

00:53:43

we raise it twice, we lower it, we see that

00:53:49

on the first attempt the ribs are in their

00:53:52

places, we already determine the situation

00:53:56

of a corner or a stick, there will never be a point here

00:53:59

for the reason that we always have a

00:54:01

correctly oriented edge, which

00:54:03

we initially find, now we have a daw,

00:54:07

this is correct and this

00:54:09

we place it correctly and behind not on the left we make

00:54:12

the algorithm front y r o stroke r-stroke and

00:54:20

the front back we see that the ribs are

00:54:24

mixed again we take

00:54:26

the correct one in front of us and look the yellow one will go here

00:54:30

the yellow one here the green one here that is, the usual

00:54:34

right fish we have enough

00:54:42

ribs collected and other situations it cannot be on the edges,

00:54:45

we have considered all the

00:54:47

possible ones

00:54:49

if you assemble in the order

00:54:51

as I showed, all that remains is

00:54:58

to place the corners in their places and

00:55:01

orient them correctly in order to

00:55:03

place the corners in their places we will

00:55:05

again use the algorithm from a

00:55:07

3 by 3 cube as in the method for beginners, we

00:55:12

find on the yellow side one corner that

00:55:15

is correctly positioned, we

00:55:16

place the yellow side in front of us, that

00:55:20

is, initially the cube was in this

00:55:21

position, after which the oil with that side is

00:55:24

turned over onto ourselves the correct

00:55:26

angle is the corner that is in its place,

00:55:29

we place the yellow side on the top left

00:55:33

in front of us after which an algorithm was executed

00:55:36

that rearranged this

00:55:39

corner here, this one here and this one here at the bottom of

00:55:44

the screen, written in the language of rotation of the movements,

00:55:46

the following lift the right edge of the upper one

00:55:51

against the clockwise right edge in the same

00:55:54

direction, the lower one, turn the right edge twice

00:55:59

towards itself, the

00:56:00

upper one clockwise to the right edge away from itself, the

00:56:05

lower one turns

00:56:07

twice and the right edge twice the corners are

00:56:12

placed in their places, you

00:56:14

can also use the reverse

00:56:16

algorithm if it is more convenient for someone

00:56:20

twice the right edge

00:56:21

twice the bottom edge and right to yourself

00:56:25

top counterclockwise right away from you

00:56:29

bottom twice right to yourself

00:56:34

top clockwise right to myself in spike

00:56:38

mods with a highly modified form, I usually

00:56:40

use only one algorithm so as not to

00:56:43

make a mistake in quality, and the yellow edge

00:56:45

we have is the green yellow center edge, which is what

00:56:48

we must put to ourselves, that

00:56:52

is, initially the master mor fix is in this

00:56:54

position

00:56:55

and the top edge rotates and we must

00:56:58

place green with the yellow center towards

00:57:00

you

00:57:01

then find a corner here that is

00:57:05

in its place if it is a one-color

00:57:08

corner then this is noticeably good if it is

00:57:11

three-color then we check the colors yellow

00:57:15

red green the colors do not

00:57:19

have to coincide with the edges, the main thing is that

00:57:21

their set is the same as that of the

00:57:24

adjacent edges then here there is

00:57:26

green-yellow and there is and the red one is sitting does not

00:57:30

coincide with the night this corner is not in its

00:57:33

place it is clear that if the three-color

00:57:36

corner is in place on the color new

00:57:38

or vice versa it is also not in its place the

00:57:41

elements are located we find a corner

00:57:44

that is in the right place this green

00:57:47

yellow center in front of us is a corner on the left,

00:57:51

top in front,

00:57:53

if there are no correctly placed corners, then we

00:57:56

first simply do this algorithm and the

00:57:59

corner will appear in its place, after

00:58:02

which we do the algorithm again, and then we

00:58:05

perform the movement, lift it

00:58:09

counterclockwise, continue moving the bottom edge

00:58:14

twice, here you need to be more careful in following the

00:58:17

edges, but here’s one the edge passed through

00:58:21

the center and the second one, which means there was a

00:58:23

double movement of the right edge towards itself, the

00:58:27

upper edge along the clockwise right edge

00:58:31

under itself, below again twice,

00:58:37

and the right ones twice, we look at what

00:58:41

happened yellow corner as it stood and still

00:58:44

stands this corner yellow green blue is

00:58:48

out of place but and we see that this one

00:58:51

sticks out clearly out of place,

00:58:53

just like this one wears the algorithm needs to be

00:58:56

repeated either the first time or from the

00:58:59

second corner, they will stand in their place,

00:59:03

raise it counterclockwise, continue downwards

00:59:08

twice towards themselves, clockwise away from themselves downwards

00:59:17

twice, and then right

00:59:21

look twice now the green yellow-red

00:59:24

corner is between the yellow red and

00:59:26

green edges it started to be in its

00:59:29

place this corner is definitely in the

00:59:32

right place and this green blue

00:59:35

yellow green blue yellow is in

00:59:39

place before unfolding the corner let’s

00:59:41

look at the situation when one corner is

00:59:44

not in its place in this case, we

00:59:47

again place the green-yellow center

00:59:49

in front of us so that the

00:59:51

right and not the upper edge rotates, and

00:59:54

here we have absolutely any corner, we

00:59:57

just immediately do the algorithm, the

01:00:00

main thing is not to forget from this position

01:00:03

as we collected master mor fix

01:00:04

turn it over so that the

01:00:07

green-yellow center is in front of us, we do

01:00:22

n’t look at the algorithm for the first time, but this corner is out of

01:00:26

place, this one is also

01:00:30

red-green yellow yellow red

01:00:34

green all the same colors, which means

01:00:36

this corner is in the right place We

01:00:39

place it on the top left and repeat

01:00:43

the algorithm;

01:00:56

double movements can be done in any

01:00:58

direction, either clockwise or

01:01:01

counterclockwise, the effect will be

01:01:03

the same, but again we got that the

01:01:06

corners are in their places and all that remains is to

01:01:10

unfold them; sometimes it happens that the

01:01:13

corners are already unfolded correctly and master

01:01:17

mark x is completely assembled

01:01:19

don’t be afraid of this it’s normal at the end of the assembly it

01:01:22

may be necessary to unfold both two

01:01:24

corners and one corner green yellow

01:01:27

unfold not not required you

01:01:29

may have to do this in case of

01:01:31

pseudo parity

01:01:34

we will again unfold the corners like in three by three

01:01:36

for of this we turn the yellow side

01:01:38

to the left and bang-bang mia we unfold the

01:01:42

far left upper corner if

01:01:45

we orient the corner correctly, we don’t need it,

01:01:47

ours is tucked in the left side of the

01:01:50

next one if the yellow color is directed

01:01:53

upward then we do 4 bang-bang 23

01:02:02

4 block is oriented correctly and

01:02:06

then we turn it up next corner if the

01:02:08

yellow color is directed back we do 2

01:02:10

bang-bangs, pay attention that the right

01:02:13

side of the cube is now disassembled,

01:02:15

don’t be afraid, you just need to continue doing

01:02:17

bang-bangs and every 6 bang-bangs and into the cube

01:02:20

will restore its position

01:02:23

yellow back two bang-bangs

01:02:29

that’s it oriented correctly, all that remains is

01:02:31

to turn it onto the yellow edge on the

01:02:34

master morphie xi instead of the yellow edge, we have a

01:02:37

green face with a yellow center and

01:02:40

turn it to the left, make it so that the

01:02:43

left edge rotates,

01:02:45

the top and right, that is, there should not be

01:02:49

any intermediate position so that

01:02:51

you feel uncomfortable in front of we should have a

01:02:53

two-color center rotates the top

01:02:55

edge rotates the right edge this

01:02:58

corner of us will unfold here it

01:03:01

is difficult for us to understand how much to do bang-bang

01:03:03

of so we do 2 bang-bangs look

01:03:05

the corner unfolded correctly if not

01:03:08

then do two more bang-bangs let's

01:03:11

start green yellow center

01:03:14

on the left, this is the corner we unfold,

01:03:18

we make the first bang-bang, we make 2 bang-bangs,

01:03:26

in front of us all the time there should be this

01:03:29

center that was at the beginning, this is the

01:03:31

yellow-red one, we look at the corner unfolded

01:03:34

correctly, it matches the colors of

01:03:36

the adjacent edges, this is good

01:03:40

yellow-red center in front of us

01:03:42

we turn the next corner, we make

01:03:47

two bang-bangs on it,

01:03:56

we look at the corner did not turn out correctly,

01:04:00

then we do two more bang-bangs,

01:04:12

the corner turned around correctly,

01:04:14

we turn this edge master mor fix

01:04:18

assembled, we were lucky and

01:04:21

the stage of orienting the corners was very

01:04:23

simple, well, this does not always happen

01:04:25

for Let's start by looking at what to do when you

01:04:28

only need to orient one corner, in

01:04:31

this case we do either 2 or 4

01:04:35

bang-bangs on this corner, the remaining either

01:04:38

4 or 2

01:04:39

on the adjacent one of the same color, in this case the

01:04:43

desired corner will unfold as

01:04:46

necessary and this one will unfold somehow it does

01:04:49

n’t matter to him what

01:04:51

orientation we are in,

01:04:53

we place the green-yellow edge on the left in

01:04:56

front of us, the

01:04:57

two-color green-yellow center on the left,

01:05:00

we will unfold this corner,

01:05:03

do 2 bang-bangs and look once, bang-bang,

01:05:07

2 bang-bangs, look if it doesn’t turn around, then

01:05:12

we do two more bang-bang one bang-bang 2

01:05:18

bang-bang turned around we have all the corners

01:05:21

oriented correctly but here everything is

01:05:24

destroyed so in place of

01:05:27

the corner that we now oriented

01:05:29

we tuck the one-color closest one

01:05:33

turned here and do

01:05:36

bang-bang on it and until it won’t

01:05:39

come together if on the first corner we

01:05:42

made 4 bang-bangs, then there will only be

01:05:44

two left to do;

01:05:46

if you did 2, then there will be 4 left so that everyone

01:05:49

has six, just do it until the right

01:05:54

side comes together,

01:05:57

two bang-bangs are enough, just turn

01:06:00

it up, the need to unfold a

01:06:03

one-color corner may arise and when

01:06:06

orienting two corners, for example, here is

01:06:08

such a case, we place the

01:06:11

green-yellow centers as usual on the left

01:06:13

in front of us, another two-color corner

01:06:17

that needs to be expanded is located here,

01:06:19

we do 2 bang-bang and look at one bang-bang

01:06:25

2 bang-bang has not turned around, we do two more

01:06:30

one bang -bang 2 bang-bang turned around

01:06:36

correctly,

01:06:37

turn up the next corner and make

01:06:42

two bang-bangs on it 1 2 master my fix in the

01:06:50

right side and it’s assembled

01:06:51

but the corner is not there yet and in fact this

01:06:54

turns out to be a situation with

01:06:56

one corner incorrectly oriented

01:06:58

and what did we do in that case

01:06:59

oriented this corner correctly and the

01:07:02

remaining bang-bang was twisted

01:07:04

on the one-color one, we also do and here we

01:07:07

continue to twist the bang-bang one bang-bang

01:07:12

2 bang-bang corner oriented the right

01:07:16

side is stirred, we turn

01:07:19

the one-color one in this place and twist the

01:07:22

bang-bang and until the right part will

01:07:24

not assemble

01:07:27

1

01:07:36

234 we turn the left uranium, that is, the

01:07:41

top one and everything is assembled for fastening, I

01:07:45

will show examples of assembly from beginning to

01:07:47

end, the mixed master midges start the

01:07:55

blue of the red center, one edge

01:07:58

is already in place,

01:07:59

we look for the rest, we see here the red one, we bring it

01:08:03

coincided, then the

01:08:05

blue ones coincided, another blue one the colors do not

01:08:13

match, we place the

01:08:17

right on the right and up clockwise and

01:08:22

the front rank counterclockwise, the

01:08:25

ribs are positioned correctly, we turn the two

01:08:29

centers over with a blue color, which is the color we use to draw the blue ribs,

01:08:33

so here, obviously, the red ones

01:08:38

match these red ones in shape and color

01:08:41

match, all that

01:08:42

remains is to unfold only the blue yellow

01:08:45

and the blue green

01:08:46

center we see that both do not

01:08:49

match in shape, which means a rotation of 90

01:08:52

degrees will help us lift it up, move it to the

01:08:56

side, turn it up in

01:08:58

blue,

01:09:01

return the edge, we see everything is fine,

01:09:05

lower it down, do the same with this,

01:09:10

lift it up, move it to the side,

01:09:15

turn it blue with the center side up,

01:09:19

bring the edge down, lower the correct

01:09:24

cross down, ready to begin assembling the first

01:09:28

layer,

01:09:29

find a one-color red halog on top,

01:09:33

put in place the blue red green, it

01:09:39

should be blue red green place,

01:09:42

look at the blue, the blue matches the

01:09:46

neighbor, you know, the reverse

01:09:49

bang-bang is enough, or just twist the piff- bang until it

01:09:51

falls into place then

01:09:56

look at the blue red in the place of the blue

01:09:59

jackdaw and sit in the place of the truth of the red

01:10:02

let's take one bang-bang we'll extract this

01:10:05

one we'll bring here we won't put it in its

01:10:11

place now we'll put this one here the

01:10:16

high beam coincided with the high beam that means

01:10:19

one regular bang-bang, so everything is fine, the

01:10:24

first layer is ready,

01:10:26

we assemble 2 we see a yellow edge that

01:10:30

should already be here, the shape

01:10:32

matches, we move it to the neighboring ones here,

01:10:36

the shape does not match, from here we

01:10:39

install the edge here, we introduce the side, we

01:10:43

raise it, we create a pair, we move it back

01:10:48

and through the front edge we put it on

01:10:53

one place is ready further here there should be

01:10:56

blue ones just here the shape

01:10:59

matches so we take it to the next

01:11:03

place and from here we install it, we

01:11:10

got a pair not a pair we drive it so it’s here it’s

01:11:18

red here the red

01:11:21

revo paint is above the center we put it

01:11:24

here then we made it mirrored from and enter

01:11:28

raise return return the pair

01:11:32

move back raise return

01:11:38

lower two layers ready look here

01:11:42

not a single edge is in its place

01:11:44

so first we make a fish and the edge

01:11:53

that stands correctly appears

01:11:56

we place it above the green center for

01:11:58

aesthetics this is not necessary look

01:12:01

yellow will go here

01:12:03

green here yellow not here will assemble,

01:12:08

so it’s better to make the left fish so that

01:12:10

in one algorithm the ribs fall into place;

01:12:21

we’re lucky; we didn’t have to make

01:12:24

the orientation of the regar, which is not very interesting,

01:12:27

so let’s model it so that

01:12:30

we have to, let’s say we got it like

01:12:32

this in the sample series, the color matches,

01:12:35

but these two don’t match according to the shape,

01:12:38

we place the resulting shelf

01:12:41

horizontally, we make the front

01:12:44

bang-bang front stroke again green in

01:12:51

place, it remains to rearrange the ribs with one

01:12:54

fish, we see that if we

01:12:57

rearrange the ribs counterclockwise, they

01:12:59

will not come together, so sing the left fish, the

01:13:12

ribs are assembled, we rearrange the corners, the yellow

01:13:17

corner is in its place green- with the yellow edge

01:13:20

towards you we place this one in front from above

01:13:24

we carry out the algorithm for rearranging the

01:13:27

corners and so the master mor fix has gathered

01:13:39

again we are lucky

01:13:41

again this is not interesting we model a not

01:13:44

so rosy situation we place the green yellow

01:13:47

center to the left

01:13:49

in front of us we hold another two-color and

01:13:52

bang-bang my we unfold the far

01:13:55

upper left corner this one every two

01:14:00

bang-bangs we check whether it is

01:14:02

oriented correctly or not one bang-bang 2

01:14:08

bang-bang incorrectly 3 bang-bang 4 bang-bang

01:14:15

correctly oriented tuck the

01:14:18

next one

01:14:19

we do two more bang-bangs 1 2 not correct

01:14:26

we do 2 more 1 2 now correct the right

01:14:33

side of the master mafic is mixed, so

01:14:36

we turn the

01:14:38

one-color corner to the back and twist bang-bang

01:14:42

until the right side is assembled

01:14:47

12

01:14:49

not enough,

01:14:53

two more are enough, the master buffer is

01:14:58

assembled, the master mur fix is quite possible to

01:15:07

assemble at speed and it is convenient to

01:15:09

assemble the first two layer method and vtl

01:15:12

part I will show the general principle of how to

01:15:14

do it intuitively for those who are interested, you

01:15:17

can watch for a regular assembly this

01:15:21

information will not necessarily be recalled on a

01:15:23

regular cube if there is a ready-made one,

01:15:26

it’s time to put it right here, for this

01:15:28

you can use reverse bang-bang or

01:15:34

surkhai world the entire pair is placed in its

01:15:40

slot, but master morphine,

01:15:42

ready-made pairs are often formed since there are many

01:15:44

identical elements and we also have

01:15:47

same-color corners, the correct pairs

01:15:49

are formed even more often, for example, we see

01:15:52

such a pair if it is placed above its

01:15:54

place, you can

01:15:56

reverse bang-bang am put in in your garden you

01:15:59

can also find a blue red corner

01:16:02

with an edge of a matching color

01:16:04

and this will also be a pair which

01:16:07

can also be placed in your slot, for

01:16:11

example with such movements

01:16:12

one of the shortest combinations for

01:16:15

assembling ftl into 3 by 3 cubes is 3

01:16:18

moves when we have a silver corner in

01:16:23

one movement it is assembled into a pair if

01:16:27

you place a corner above your slot, you can

01:16:29

put both elements in your slot in 3 years,

01:16:34

again due to the presence of single-color

01:16:36

elements, no matter, the morsel now

01:16:39

appears in 3 moves since the orientation of

01:16:41

this corner

01:16:42

does not matter; this corner with this edge is one a

01:16:46

move can be combined into a pair, which means

01:16:49

if we place a corner above our

01:16:51

place, in three moves we put the entire pair

01:16:56

in our slot

01:16:58

example 3 moves with 3 colors corner

01:17:00

blue red-yellow with this yellow

01:17:04

color with this yellow edge in one move

01:17:07

combines into a pair and that means we

01:17:11

place the corner above our place 7

01:17:14

red-yellow here the red slot is not the one

01:17:19

here the green color here blue here is

01:17:24

the one that is needed blue red yellow

01:17:26

slot of three moves kai we place a pair in our

01:17:35

slot what is convenient master mor fix it is very

01:17:38

easy to place one-color corner with

01:17:41

your edges into place and then from the

01:17:44

remaining elements the

01:17:45

remaining pairs are assembled and

01:17:49

from the three-color corners we select only

01:17:51

those where there are blue and red colors and for

01:17:55

them only green and yellow

01:17:57

edges are suitable, all this works if we start

01:18:01

assembling a blue red cent if

01:18:04

you start another, respectively the colors

01:18:06

will be different one-color time for

01:18:09

movie cubes 3

01:18:10

is solved as follows: we lower

01:18:14

the corner so as not to destroy

01:18:16

anything collected, we bring

01:18:20

the edge there, we don’t get a pair, then in any

01:18:24

way we drive the pair into its slot

01:18:27

one-color pairs on the master morphie xi are

01:18:29

relevant mainly for three-color

01:18:32

corners or in in rare cases when a

01:18:35

single-color corner of its edge stands

01:18:37

conveniently, for example, like now this

01:18:41

corner with this edge in one move we wo

01:18:44

n’t connect mine into a pair, but if we

01:18:47

lower this corner, adjust the edge here and

01:18:52

then raise it, we will get a pair and

01:18:55

we will already have this pair we completely install

01:19:00

our slot

01:19:02

for a three-color corner to a similar

01:19:05

example would be the following situation, we

01:19:07

see blue-red colors and on one

01:19:10

side green, this green should

01:19:13

approach the wide part of the edge, we see that

01:19:16

this edge can easily be brought

01:19:19

here with the wide part, which

01:19:20

means we lower the corner and bring the edge and

01:19:25

return the corner, you will get a pair and

01:19:29

again install this pair in its place in any way,

01:19:34

and the remaining pairs in the intuitive

01:19:38

ftl is when

01:19:39

the corner is directed white upwards,

01:19:42

you need to

01:19:43

combine the edge like met one for

01:19:46

beginners with your center and then

01:19:49

tilt this edge to the

01:19:52

opposite side from the desired center there is a

01:19:55

green color, you need a green center and you

01:19:57

need to tilt it in the other direction,

01:20:00

bring the corner there and get a pair,

01:20:04

after which it’s time to

01:20:06

put it in your slot again in any way, but master

01:20:10

morphessi such a solution to the pair is

01:20:12

only relevant for three colors of the corners since it’s

01:20:15

easier to solve with a single color like a 3 move

01:20:17

or a one-color pair, in this case

01:20:20

we should have a blue red corner and a

01:20:22

yellow or green color pointing

01:20:25

down, blue red on top and yellow or

01:20:28

green pointing down, we find an edge

01:20:32

that is the same color as the bottom color

01:20:35

but yellow or green and in our In case

01:20:37

of yellow, here it is located in

01:20:42

some center so as not to

01:20:44

break the elements of the front layer and this

01:20:47

edge

01:20:48

needs to be lowered onto the second layer so

01:20:51

that the wide part is

01:20:54

on top, the

01:20:55

not so wide part is on the bottom, there is a

01:20:59

wide part on top and

01:21:03

now you need to fit a

01:21:05

corner to this edge after which,

01:21:08

lifting it up, we get a ready-made pair,

01:21:12

which we can easily leave in our slot;

01:21:20

another example for fastening; blue

01:21:23

red corner; green color from below; look for the

01:21:27

green edge; here we lower the green edge

01:21:30

so that the

01:21:34

wide part is on top and at the

01:21:36

same time do not destroy the assembled elements, for

01:21:40

example like this wide on top, adjust the

01:21:45

angle there, everything matches up, we

01:21:48

get the finished pair, push it into the

01:21:52

right slot, these are the basic principles of assembling the

01:21:57

first two layers using

01:21:59

intuitive ftl in this video, I

01:22:02

explained in as much detail as possible all the

01:22:05

necessary material for assembling master

01:22:07

morphy from three to three,

01:22:09

this is the video I will be using refer to

01:22:11

tutorials for a larger sirman

01:22:13

fix in each of them there will be a 3 by 3 stage

01:22:16

which will be assembled exactly the same way

01:22:18

as I showed in this video on the even

01:22:21

version additionally there will be parity and

01:22:24

train and you will succeed and

01:22:27

that’s all thanks to everyone bye

01:22:31

[music]

Description:

Мастерморфикс 3х3 иногда ошибочно называют как Мастер Пираморфикс. В этом видео представлено подробное руководство по решению этой головоломки, приведена полная сборка с объяснениями и даны дополнительные рекомендации по ускорению, в том числе по применению интуитивного F2L. Как собрать Мастерморфикс 2х2 https://www.youtube.com/watch?v=1AIjeh7nxnE Как собрать Мастерморфикс 3х3 https://www.youtube.com/watch?v=hs5jZee0XUo Как собрать Мастерморфикс 4х4 https://www.youtube.com/watch?v=ZE_zPegnYTY Как собрать Мастерморфикс 5х5 https://www.youtube.com/watch?v=-EubInUppx4 Как собрать Мастерморфикс 6х6 - не очень скоро Как собрать Мастерморфикс 7х7 - не очень скоро Как собрать Мастерморфикс 8х8 - совсем не скоро Тайм-коды: 0:00 Приветствие 0:52 Строение и этапы сборки 5:41 Крест 18:55 1 слой 31:25 2 слой 41:14 Ребра верхнего слоя 54:54 Углы верхнего слоя 1:07:49 Пример сборки 1:15:01 Основы F2L Школа Спидкубинга в Тамбове https://vk.com/cubeschooltambov Как собрать кубик Рубика 2х2 https://www.youtube.com/watch?v=hYHEYwGnLyU Как собрать кубик Рубика 3х3 https://www.youtube.com/watch?v=bvC_nEzCi5M Как собрать кубик Рубика 4х4 https://www.youtube.com/watch?v=v5ytiOyTFSA Как собрать кубик Рубика 5х5 https://www.youtube.com/watch?v=H4PlvjtFByM Как собрать кубик Рубика 6х6 https://www.youtube.com/watch?v=yqEIek_l-44 Как собрать кубик Рубика 7х7 https://www.youtube.com/watch?v=w41zK-1qruY Как собрать мегаминкс https://www.youtube.com/watch?v=WgoguOY3tKI Как собрать пирамидку https://www.youtube.com/watch?v=yKhPH0atyGE Как собрать скьюб https://www.youtube.com/watch?v=EICw3aqn6Bc Как собрать Клок-Часы Рубика https://www.youtube.com/watch?v=ZZC2jXtkUlY Как собрать Square-1 https://www.youtube.com/watch?v=XguuJTUwJoE Социальные сети ВКонтакте https://vk.com/id21825350 Instagram https://www.instagram.com/alexeyyarygin/ Facebook https://www.facebook.com/profile.php?id=100025225253878 ОК https://ok.ru/profile/576304058496 Поддержать канал https://www.donationalerts.com/r/alexeyyarygin

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