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Table
Table[
expr
,
imax
] generates a list of imax copies of expr.
Table[
expr
,
i
,
imax
] generates a list of the values of expr when i runs from 1 to imax.
Table[
expr
,
i
,
imin
,
imax
] starts with i
=
imin.
Table[
expr
,
i
,
imin
,
imax
,
di
] uses steps di.
Table[
expr
,
i
,
imin
,
imax
,
j
,
jmin
,
jmax
, ... ] gives a nested list. The list associated with i is outermost.
Table evaluates its arguments in a non-standard way (see Section A.4.2).
Example: Table[f[i],
i, 4
] .
Table uses the standard Mathematica iteration specification.
Example: Table[i-j,
i, 2
,
j, 2
].
You can use Table to build up vectors, matrices and tensors.
See the Mathematica book: Section 1.7.3, Section 1.8.2.
See also: Range, DiagonalMatrix, IdentityMatrix, Array, Do, Sum, Product, FunctionInterpolation.
Related package: LinearAlgebra`MatrixManipulation`.
Further Examples
Here are the squares of the first 10 integers.
In[1]:= 
Out[1]= 
This gives the cubes of the integers from -3 to 3.
In[2]:= 
Out[2]= 
Here is Pascal's triangle using nested lists with the inner iterator j dependent upon the outer iterator i. The output is then formatted with TableForm.
In[3]:= 
Out[3]//TableForm= 
THIS IS DOCUMENTATION FOR AN OBSOLETE PRODUCT. SEE THE DOCUMENTATION CENTER FOR THE LATEST INFORMATION. | | | |
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