I am bored so, i will make a guide for 2d ,1 step vector

STEP 1: use a Function block, Get location value from yaw of player [LET: A]
, and add a condition, If compare number A < 0, then A+=360.
STEP 2: get Radian of variable A [Let: B] and get the value of cosine and sine with the variable B [LET: C and S as variable [respectively]]
STEP 3: you can multiply the C and S values using (*) in set variable with the no. of blocks far away it should be..
STEP 4: now, Set Location as player's eye location with x cordinates of the location += C [Cosine] and z cordinates of location += S [Sine]
STEP5 : now u can play particles at that location to see the vector!

 

[Meds67u]

STEP 1: use a Function block, Get location value from yaw of player [LET: A]
, and add a condition, If compare number A < 0, then A+=360.
STEP 2: get Radian of variable A [Let: B] and get the value of cosine and sine with the variable B [LET: C and S as variable [respectively]]
STEP 3: you can multiply the C and S values using (*) in set variable with the no. of blocks far away it should be..
STEP 4: now, Set Location as player's eye location with x cordinates of the location += C [Cosine] and z cordinates of location += S [Sine]
STEP5 : now u can play particles at that location to see the vector!

It's terrible, you can do without trigonometry!

 

[piyushwarior]

It's terrible, you can do without trigonometry!

there is no function here to do this without trigno metry

 

[piyushwarior]

there is no function here to do this without trigno metry

only python has this stuff like circle() and stuff

 

[Meds67u]

only python has this stuff like circle() and stuff

stfu, the usual basic actions are there, don't fool me with piyushwarior!

 

[piyushwarior]

stfu, the usual basic actions are there, don't fool me with piyushwarior!

Ok

 

[Meds67u]

Ok

Sorry for ban pls)

 

[Meds67u]

STEP 1: use a Function block, Get location value from yaw of player [LET: A]
, and add a condition, If compare number A < 0, then A+=360.
STEP 2: get Radian of variable A [Let: B] and get the value of cosine and sine with the variable B [LET: C and S as variable [respectively]]
STEP 3: you can multiply the C and S values using (*) in set variable with the no. of blocks far away it should be..
STEP 4: now, Set Location as player's eye location with x cordinates of the location += C [Cosine] and z cordinates of location += S [Sine]
STEP5 : now u can play particles at that location to see the vector!

By the way, instead of checking, I could take the rest ^ in STEP 1