forever
if <touching color [color of ground]?> then
if <key [up arrow v] pressed?> then
repeat (10)
change y by (3)
end
repeat (5)
change y by (1)
end
wait (0.05) secs
end
else
change y by (-3)

when green flag clicked
set [velocity] to [0]
set [gravity] to [-0.3]
forever
    
if <touching [ground]?> then
if <key [space] pressed?> then
set [velocity] to (pick random (4) to (7))
set y position to ((y position) + (velocity))
    
end
else
set [velocity] to ((velocity) + (gravity))
set y position to ((y position) + (velocity))
    
end
end

VyzymZ wrote:

You can make a variables called velocity & gravity, for better and cleaner movement.

when green flag clicked
set [velocity] to [0]
set [gravity] to [-0.3]
forever
    
if <touching [ground]?> then
if <key [space] pressed?> then
set [velocity] to (pick random (4) to (7))
set y position to ((y position) + (velocity))
    
end
else
set [velocity] to ((velocity) + (gravity))
set y position to ((y position) + (velocity))
    
end
end

But this script make the game more lag.

when green flag clicked
forever
    
change [yv v] by (-0.5)
change y by (yv)
if <<touching [ground v]?> and <key [up arrow v] pressed?>> then
set [yv v] to [8]
    
end
if <touching [ground v]?> then
change y by ((yv) * (-1))
set [yv v] to [0]
    
end
end

picopaper wrote:

Here's my favorite jumping script:

when green flag clicked
forever
    
change [yv v] by (-0.5)
change y by (yv)
if <<touching [ground v]?> and <key [up arrow v] pressed?>> then
set [yv v] to [8]
change y by (8)
    
end
if <touching [ground v]?> then
change y by ((yv) * (-1))
set [yv v] to [0]
    
end
end

This gives a good parabolic arc while still preventing “sink effect.” However, there is a slight bounce before you land.
Hope this helps!

1234abcdcba4321 wrote:

picopaper wrote:

Here's my favorite jumping script:

when green flag clicked
forever
    
change [yv v] by (-0.5)
change y by (yv)
if <<touching [ground v]?> and <key [up arrow v] pressed?>> then
set [yv v] to [8]
change y by (8)
    
end
if <touching [ground v]?> then
change y by ((yv) * (-1))
set [yv v] to [0]
    
end
end

This gives a good parabolic arc while still preventing “sink effect.” However, there is a slight bounce before you land.
Hope this helps!

That script doesn't work. I fixed it for you.

play drum (hello v) for (0.25) beats

when backdrop switches to <>
timer :: stack

(answer)(answer)(answer)
ask [] and wait
ask [] and wait
ask [] and wait
ask (answer)(answer)(answer)<key [(mouse x)(mouse y)<key [<touching color [#1b37da] ?>(distance to [ v]) v] pressed?> v] pressed?> and wait
set drag mode to [draggable v] :: sensing(distance to [<mouse down?>(mouse x)(timer) v])
set drag mode to [draggable v] :: sensing(loudness)(answer)
turn cw () degrees
change x by ()
turn cw () degrees
turn ccw () degrees
change x by ()
stop all sounds
play sound [ v] until done
play sound [ v]

set drag mode to [draggable v] :: sensing
set drag mode [draggable v] :: sensing