previous costume

switch costume to [((costume #) - (1)) v]

previous backdrop

switch costume to [((backdrop #) - (1)) v]

hide all sprites

hide
broadcast [hide v]

when I receive [hide v]
hide

bounce

point in direction ( ( direction ) - ( 180 ) )

point towards x:(x)y:(y)

point in direction (((180) * <<(y position) > (y)> or <(y postion) = (y)>>) + ([atan v] of (((x position) - (x)) / ((y position) - (y)))))

point in direction (((180) * <<(y position) > (y)> or <(y postion) = (y)>>) + ([atan v] of (((x position) - (x)) / ((y position) - (y)))))

glide () seconds to (x) x (y) y

set (speed x v) to ((x) - (x position)) / ((seconds) * (30))
set (speed y v) to ((y) - (y position)) / ((seconds) * (30))
repeat ((seconds) * (30))
change x by (speed x)
change y by (speed y)
end

when ( :: obsolete) clicked :: hat

when @greenFlag clicked
forever
set [timer v] to ( timer )
end

when [timer v] > ( timer :: variables )

while < > {

} @loopArrow 

repeat until < not < something is equal to something or i.e. true > >

end


forever if <>

end

forever
if <> then

end
end

< key [some key v] pressed? >

< key ( join [enter] [] ) pressed? >

< key ( join [;] [] ) pressed? >

< key ( join ['] [] ) pressed? >

< key ( join [/] [] ) pressed? >

< key ( join [,] [] ) pressed? >

draw square length and width () steps

define draw square length and width () steps
pen down
repeat (4)
move (length) steps
turn cw (90) degrees
end

draw triangle size ()

pen down
repeat (3)
move (size) steps
turn cw ((360) / (3)) degrees
end
pen up

draw polygon sides () size ()

pen down
repeat (sides)
move (size) steps
turn cw ((360) / (sides)) degrees
end
pen up

point towards x: () y: ()

Monna-Uka wrote:

Cool! You should include the

point towards x: () y: ()

too!

define point towards x: (x) y: (y)
//RO tutorials's method
point in direction (((180) * <<(y position) > (y)> or <(y postion) = (y)>>) + ([atan v] of (((x position) - (x)) / ((y position) - (y)))))

point in direction (((180) * <<(y position) > (y)> or <(y postion) = (y)>>) + ([atan v] of (((x position) - (x)) / ((y position) - (y)))))

define point towards x: (a) y: (b)
//My little update, reduces 1 boolean
point in direction (((180) * <not <(y position) < (b)>>) + ([atan v] of (((x position) - (a)) / ((y position) - (b)))))

point in direction (((180) * <not <(y position) < (b)>>) + ([atan v] of (((x position) - (a)) / ((y position) - (b)))))

R4356th wrote:

Are you sure it works? I tested it and it did nothing.

Monna-Uka wrote:

R4356th wrote:

Are you sure it works? I tested it and it did nothing.

That's from RO tutorials, so I can't sure it's workable for 100%.

repeat until <I receive message 1>

end

when [ v] key pressed
set [Message 1 v] to [1]

when green flag clicked
repeat until <[(Message 1)] = [1]>

end
set [Message 1 v] to [0]

PizzaAddict4Life wrote:

Is there a work around for

repeat until <I receive message 1>

end

?

when I receive [message 1 v]
set [message 1 received? v] to (1)

when flag clicked
set [message 1 received? v] to (0)
repeat until <(message 1 received?) = (1)>
...

Maximouse wrote:

PizzaAddict4Life wrote:

Is there a work around for

repeat until <I receive message 1>

end

?

I think this should work:

when I receive [message 1 v]
set [message 1 received? v] to (1)

when flag clicked
set [message 1 received? v] to (0)
repeat until <(message 1 received?) = (1)>
...

R4356th wrote:

Looks:

previous costume :: looks

switch costume to ((costume [number v] :: looks) - (1))

previous backdrop :: looks

switch costume to ((backdrop #) - (1))

hide all sprites :: looks

hide
broadcast [hide v]

when I receive [hide v]
hide

———————————————————–
Motion:

bounce :: motion

point in direction ( ( direction ) - ( 180 ) )

———————————————————–
Events:

when ( :: obsolete) clicked :: events hat

when @greenFlag clicked
forever
set [timer v] to ( timer )
end

when [timer v] > ( timer :: variables )

———————————————————–
Control:

while <condition :: grey> {

} @loopArrow :: control

repeat until < not <condition :: grey> >

end

———————————————————–
Sensing:

< key [some key v] pressed? >

< key ( join [enter] [] ) pressed? >
< key ( join [;] [] ) pressed? >
< key ( join ['] [] ) pressed? >
< key ( join [/] [] ) pressed? >
< key ( join [,] [] ) pressed? >

———————————————————–
Extensions:

Pen:

draw square length and width () steps :: pen

define draw square length and width (length) steps
pen down
repeat (4)
move (length) steps
turn cw (90) degrees
end

draw triangle size () :: pen

pen down
repeat (3)
move (size) steps
turn cw ((360) / (3)) degrees
end
pen up

draw polygon sides () size () :: pen

pen down
repeat (sides)
move (size) steps
turn cw ((360) / (sides)) degrees
end
pen up

Monna-Uka wrote:

define point towards x: (x) y: (y)
//RO tutorials's method
point in direction (((180) * <<(y position) > (y)> or <(y postion) = (y)>>) + ([atan v] of (((x position) - (x)) / ((y position) - (y)))))

point in direction (((180) * <<(y position) > (y)> or <(y postion) = (y)>>) + ([atan v] of (((x position) - (x)) / ((y position) - (y)))))

define point towards x: (a) y: (b)
//My little update, reduces 1 boolean
point in direction (((180) * <not <(y position) < (b)>>) + ([atan v] of (((x position) - (a)) / ((y position) - (b)))))

point in direction (((180) * <not <(y position) < (b)>>) + ([atan v] of (((x position) - (a)) / ((y position) - (b)))))

Here's the workarounds.

R4356th wrote:

That project is taking too long to load, so I will check that after getting access to a computer.

Monna-Uka wrote:

Also, this may be a duplicate of this Scratch Wiki article. You may want to close the topic, or just copy all those workarounds here, but it'll be super long. :c
(That also has the point towards x-y block, but the first boolean is replaced with <(y) > (y position)>).

Monna-Uka wrote:

I got a link to the project that uses RO's custom block. I checked the blocks, there's no difference. So that works okay, I guess?

R4356th wrote:

Monna-Uka wrote:

I got a link to the project that uses RO's custom block. I checked the blocks, there's no difference. So that works okay, I guess?

Uh, that worked! I am adding it with credit.

R4356th wrote:

Monna-Uka wrote:

Also, this may be a duplicate of this Scratch Wiki article. You may want to close the topic, or just copy all those workarounds here, but it'll be super long. :c
(That also has the point towards x-y block, but the first boolean is replaced with <(y) > (y position)>).

That covers the blocks Scratch already has.