1 | | [[formula(\sigma(i) = exp(-\alpha_1(-log(\frac{i}{n})^{\alpha_2})))]] |
| 1 | A basic formula: |
| 2 | {{{ |
| 3 | #!formula |
| 4 | \sigma(i) = exp(-\alpha_1(-log(\frac{i}{n})^{\alpha_2}) |
| 5 | }}} |
| 6 | |
| 7 | |
| 8 | Making the rendered formula bigger: |
| 9 | {{{ |
| 10 | #!formula |
| 11 | #density=200 |
| 12 | \sigma(i) = exp(-\alpha_1(-log(\frac{i}{n})^{\alpha_2}) |
| 13 | }}} |
| 14 | |
| 15 | |
| 16 | Indenting the formula from the left margin: |
| 17 | {{{ |
| 18 | #!formula |
| 19 | #fleqn=1 |
| 20 | \sigma(i) = exp(-\alpha_1(-log(\frac{i}{n})^{\alpha_2}) |
| 21 | }}} |
| 22 | |
| 23 | |
| 24 | Centering the rendered formula on the page: |
| 25 | {{{ |
| 26 | #!formula |
| 27 | #center=1 |
| 28 | \sigma(i) = exp(-\alpha_1(-log(\frac{i}{n})^{\alpha_2}) |
| 29 | }}} |
| 30 | |
| 31 | |