Wolfram Language Paclet Repository
Community-contributed installable additions to the Wolfram Language
KevinSetter`SetterAssumptions`
FrameAndStore  |
| |
Examples
(1)
Basic Examples
(1)
To store the result of a calculation in a variable and then display the result as a framed image, use:
In[1]:=
 | FrameAndStore |
Out[1]=
ans = 9
Since the answer has been stored to a variable, it can be referenced in further calculations:
In[2]:=
ans+7
Out[2]=
16
For more complicated calculations, it is helpful to break into multiple lines:
In[3]:=
γm\//.mQuantity["ProtonMass"],cQuantity["SpeedOfLight"],γ,v0.8c//UnitConvert;
[energy,%]
2
c
1
1-
2
(v/c)
| FrameAndStore |
Out[3]=
energy =
2.50546×
-10
10
kg/
2
m
2
s
To store display and store multiple values at once, assign answers to a list of variables:
In[4]:=
γm\//.mQuantity["ProtonMass"],cQuantity["SpeedOfLight"],γ,v0.8c//UnitConvert;γmv\//.mQuantity["ProtonMass"],cQuantity["SpeedOfLight"],γ,v0.8c//UnitConvert;
[{energy,momentum},{%%,%}]
2
c
1
1-
2
(v/c)
1
1-
2
(v/c)
| FrameAndStore |
Out[4]=
{energy,momentum} = ,
2.50546×
-10
10
kg/
2
m
2
s
6.68586×
-19
10
kgm/s
To frame the result of a calculation and make it into a function for future use, include underscores in the arguments:
In[5]:=
2
A
-+
b
2
m
2
x
2
m
2
b
2
t
2
ℏ
2
m
2
b
2
t
2
ℏ
1/4
b
1/4
π
| FrameAndStore |
Out[5]=
P[x_,t_] = m+
b
-+
b
2
m
2
x
2
m
2
b
2
t
2
ℏ
π
2
m
2
b
2
t
2
ℏ
 |
|
 |
|
""