bin/work/texpng

   1 #!/bin/bash
   2 options="-z -r 600x600"
   3 cd /home/ramsi/Development/PHP/Rohr/images
   4 tex2im $options -o A_Rohr.png "\mathsf{A_{Rohr}=\frac{(d_{a,min}^2-d_{i,max}^2)\cdot \pi}{4}}"
   5 tex2im $options -o kappa_t.png "\mathsf{\kappa_t=\frac{t_{Rohr}}{t_{D\\\"UR}}}"
   6 #convert -density 200 -transparent "#FFFFFF" A_Rohr.png A_Rohr.png
   7 tex2im $options -o A_DUER.png "\mathsf{A_{D\\\"UR}=\frac{(d_{a,D\\\"UR}^2-d_{i,D\\\"UR}^2)\cdot \pi}{4}}"
   8 tex2im $options -o phi_Deltaacal.png "\mathsf{\varphi_{\Delta,cal}=\arctan\left(\frac{\Delta a_{cal}}{d_{a,min}}\right)}"
   9 tex2im $options -o alpha_DT.png "\mathsf{\alpha_{D,T}=\frac{f_{tm}}{f_k}\cdot\frac{1}{\kappa_R}\leq1}"
  10 tex2im $options -o f_d.png "\mathsf{f_d=\frac{f_k}{Y_{M,ax}}}"
  11 tex2im $options -o Deltas_R.png "\mathsf{\Delta s_R=\sigma_{max}\cdot\kappa_{\alpha b}\cdot\frac{L_R}{E_{R,ax}}}"
  12 tex2im $options -o Deltas_DUER.png "\mathsf{\Delta s_{D\\\"UR}=s_{d,i}\cdot\sqrt{\frac{\sigma_{cal}}{E_{cal,i}}}\cdot\frac{d_{a,min}}{d_{a,D\\\"UR}}}"
  13 tex2im $options -o alpha_b.png "\mathsf{\alpha_b=0,008\left(\frac{L_R}{D_A}\right)^2- \\\\
  14                                                 0,099\left(\frac{L_R}{D_A}\right)+0,891}"
  15 tex2im $options -o F_j.png "\mathsf{F_j=\frac{A_{Rohr}\cdot\sigma_{max}}{\gamma_F\cdot\left(\frac{\sigma_{max}}{\sigma_0}\right)}}"
  16 tex2im $options -o z_kd_amin.png "\mathsf{\frac{z_k}{d_{a,min}}=\frac{\Delta s_{D\\\"UR} + \Delta s_R}{\tan(\varphi_{ges}) \cdot d_{a,D\\\"UR}} \leq 1}"
  17 tex2im $options -o E_cal_VollH.png "\mathsf{E_{cal}\left(\sigma_{cal}\right) = \left[218,2 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right)^{1,75} \cdot \sigma_{cal} +
  18                                                                                \left(5500 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right)^2 -
  19                                                                                6900 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right) + 1500 \right) \right] \cdot \\\\
  20                                                                                \left( -0,012 \cdot s_d + 1,4\right)}"
  21
  22 tex2im $options -o E_cal_SpanP.png "\mathsf{E_{cal}\left(\sigma_{cal}\right) = \left[83,6 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right)^{1,5} \cdot \sigma_{cal} +
  23                                                                                \left(-1284,53 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right)
  24                                                                                      +6108,7 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right)^2
  25                                                                                      -14090 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right)^3+ \right. \right. \\\\
  26                                                                                 \left. \left. 10130 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right)^4
  27                                                                                      +0,52235\right)\right]
  28                                                                                 \cdot (0,0305 \cdot s_d + 0,4835)}"
  29
  30 tex2im $options -o E_cal_OSB.png "\mathsf{E_{cal}\left(\sigma_{cal}\right) = \left[61,113 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right)^{1,33} \cdot \sigma_{cal} +
  31                                                                              \left(-983,8 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right)
  32                                                                                    +3249 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right)^2
  33                                                                                    -5866 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right)^3+ \right. \right. \\\\
  34                                                                                 \left. \left.   4140 \cdot \left( \frac{\sigma_I}{\sigma_{cal}} \right)^4
  35                                                                                    +0,23236 \right) \right]
  36                                                                              \cdot \left(-0,9 \cdot 10^{-3} \cdot s_d^3 + 0,0608 \cdot s_d^2 -1,2216 \cdot s_d + 8,6507\right)}"
  37
  38
  39 #convert -density 200 -transparent "#FFFFFF" A_Rohr.png A_Rohr.png