SamplePublisher`GrassmannCalculus`
FluxionToDerivatives  |
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Details and Options
Examples
(1)
Basic Examples
(1)
In[1]:=
<<GrassmannCalculus`
In[2]:=
SetGrassmannNSpace[2,{x,y},"Vector"]
[]
 | GrassmannSymbolsPalette |
In[3]:=
| EstablishFluxionNotation |
 | DtConstants |
e
x
e
y
The following generates a fluxion expression and then converts it to a normal derivative expression.
In[4]:=
a+2x+
+xy+
[x]%/.
| FDt |
2
x
 | FDt |
e
x
| FluxionToDerivatives |
Out[4]=
a+2x+(2x+y++x)
e
x
x
x
¨
x
y
Out[4]=
a+2x[t]+(2x[t][t]+y[t][t]+x[t][t]+[t])
e
x
′
x
′
x
′
y
′′
x
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""