Closed humenda closed 7 years ago
The following document is the source:
<p><EQ ENV="displaymath">r_{c_{z_t}c_{z_k}} = \frac{\bar{r}_{t_n k_m}}{\sqrt{\frac{1}{n} + \frac{(n-1)}{n}\bar{r}_{tt}}\sqrt{\frac{1}{m}+\frac{(m-1)}{m}\bar{r}_{kk}}}</EQ></p>
Using gladtex -a -d images, the outcome is as follows:
gladtex -a -d images
<p><a href="images/outsourced-descriptions.html#r_c_zt_c_zk_.frac_.bar_r__tnkm__.sqrt_.frac_1__n_.frac_-n1-__n_.bar_r__t_.sqrt_.frac_1__m_.frac_-m1-__m_.bar_r__k_"><img src="images/eqn000.png" style="vertical-align: -18px; margin: 0;" height="15px" width="224px" alt="r_{c_{z_t}c_{z_k}} = \frac{\bar{r}_{t_n k_m}}{\sqrt{\frac{1}{n} + \frac{(n-1)}{n}\bar{r}_{tt}}\sqrt{..." class="inlinemath" /></a></p>
This leads to additional compression of the formulas and in unreadable formulas.
The following document is the source:
Using
gladtex -a -d images, the outcome is as follows:This leads to additional compression of the formulas and in unreadable formulas.