SF Districts in the style of Andy Warhol

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Text under image 1.

Col1	Col2
Val11	Val12
Val21	Val11

Text under table 1.

Inline LaTeX: $E = mc^2$

Block LaTeX:

$$x + n + a = \sqrt{ax + (n + a)^2 + x \sqrt{a (x + n) + (n + a)^2 + (x + n) \sqrt{\dots}}}$$

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Text under image 2.

Col1	Col2
Val11	Val12
Val21	Val11

Text under table 2.

Inline LaTeX: $E = mc^2$

Block LaTeX:

$$x + n + a = \sqrt{ax + (n + a)^2 + x \sqrt{a (x + n) + (n + a)^2 + (x + n) \sqrt{\dots}}}$$

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Text under image 3.

Col1	Col2
Val11	Val12
Val21	Val11

Text under table 3.

Inline LaTeX: $E = mc^2$

Block LaTeX:

$$x + n + a = \sqrt{ax + (n + a)^2 + x \sqrt{a (x + n) + (n + a)^2 + (x + n) \sqrt{\dots}}}$$

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Text under image 4.

Col1	Col2
Val11	Val12
Val21	Val11

Text under table 4.

Inline LaTeX: $E = mc^2$

Block LaTeX:

$$x + n + a = \sqrt{ax + (n + a)^2 + x \sqrt{a (x + n) + (n + a)^2 + (x + n) \sqrt{\dots}}}$$

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Text under image 5.

Col1	Col2
Val11	Val12
Val21	Val11

Text under table 5.

Inline LaTeX: $E = mc^2$

Block LaTeX:

$$x + n + a = \sqrt{ax + (n + a)^2 + x \sqrt{a (x + n) + (n + a)^2 + (x + n) \sqrt{\dots}}}$$