Tweets movement description and chart display

Chart

Movement description

linear
 Linear uniform motion effect 

Sine.easeIn
 The slow motion of a sinusoid （sin(t)）/  from 0 Start to accelerate the jog , That is, slow first, then fast 

Sine.easeOut
 The slow motion of a sinusoid （sin(t)）/  Slow down to 0 Slow motion of , That is, fast first, then slow 

Sine.easeInOut
 The slow motion of a sinusoid （sin(t)）/  The first half from 0 Start accelerating , The second half decelerates to 0 Slow motion of 

Quad.easeIn
 Second power slow motion （t^2）/  from 0 Start to accelerate the jog , That is, slow first, then fast 

Quad.easeOut
 Second power slow motion （t^2）/  Slow down to 0 Slow motion of , That is, fast first, then slow 

Quad.easeInOut
 Second power slow motion （t^2）/  The first half from 0 Start accelerating , The second half decelerates to 0 Slow motion of 

Cubic.easeIn
 Third power slow motion （t^3）/  from 0 Start to accelerate the jog , That is, slow first, then fast 

Cubic.easeOut
 Third power slow motion （t^3）/  Slow down to 0 Slow motion of , That is, fast first, then slow 

Cubic.easeInOut
 Third power slow motion （t^3）/  The first half from 0 Start accelerating , The second half decelerates to 0 Slow motion of 

Quart.easeIn
 Fourth power slow motion （t^4）/  from 0 Start to accelerate the jog , That is, slow first, then fast 

Quart.easeOut
 Fourth power slow motion （t^4）/  Slow down to 0 Slow motion of , That is, fast first, then slow 

Quart.easeInOut
 Fourth power slow motion （t^4）/  The first half from 0 Start accelerating , The second half decelerates to 0 Slow motion of 

Quint.easeIn
 Slow motion of the fifth power （t^5）/  from 0 Start to accelerate the jog , That is, slow first, then fast 

Quint.easeOut
 Slow motion of the fifth power （t^5）/  Slow down to 0 Slow motion of , That is, fast first, then slow 

Quint.easeInOut
 Slow motion of the fifth power （t^5）/  The first half from 0 Start accelerating , The second half decelerates to 0 Slow motion of 

Expo.easeIn
 The slow motion of the exponential curve （2^t）/  from 0 Start to accelerate the jog , That is, slow first, then fast 

Expo.easeOut
 The slow motion of the exponential curve （2^t）/  Slow down to 0 Slow motion of , That is, fast first, then slow 

Expo.easeInOut
 The slow motion of the exponential curve （2^t）/  The first half from 0 Start accelerating , The second half decelerates to 0 Slow motion of 

Circ.easeIn
 Slow motion of circular curve （sqrt(1-t^2)）/  from 0 Start to accelerate the jog , That is, slow first, then fast 

Circ.easeOut
 Slow motion of circular curve （sqrt(1-t^2)）/  Slow down to 0 Slow motion of , That is, fast first, then slow 

Circ.easeInOut
 Slow motion of circular curve （sqrt(1-t^2)）/  The first half from 0 Start accelerating , The second half decelerates to 0 Slow motion of 

Back.easeIn
 Out of range cubic jog （(s+1)*t^3 – s*t^2）/  from 0 Start to accelerate the jog , That is, slow first, then fast 

Back.easeOut
 Out of range cubic jog （(s+1)*t^3 – s*t^2）/  Slow down to 0 Slow motion of , That is, fast first, then slow 

Back.easeInOut
 Out of range cubic jog （(s+1)*t^3 – s*t^2）/  The first half from 0 Start accelerating , The second half decelerates to 0 Slow motion of 

Elastic.easeIn
 The exponential decay of the sinusoid slows  /  from 0 Start to accelerate the jog , That is, slow first, then fast 

Elastic.easeOut
 The exponential decay of the sinusoid slows  /  Slow down to 0 Slow motion of , That is, fast first, then slow 

Elastic.easeInOut
 The exponential decay of the sinusoid slows  /  The first half from 0 Start accelerating , The second half decelerates to 0 Slow motion of 

Bounce.easeIn
 The rebound of exponential decay slows down  /  from 0 Start to accelerate the jog , That is, slow first, then fast 

Bounce.easeOut
 The rebound of exponential decay slows down  /  Slow down to 0 Slow motion of , That is, fast first, then slow 

Bounce.easeInOut
 The rebound of exponential decay slows down  /  The first half from 0 Start accelerating , The second half decelerates to 0 Slow motion of