PyXPlot

Script

width  = 10.24
height =  7.68

x = width/100.0
y = height/100.0
set dpi 160
set multiplot
set nodisplay

set texthalign centre
set textvalign centre
set textcolour yellow

jpeg "background.jpg" width width

# Main body of slide 
text '\Large \textbf{Modelling Dust Emission from VSGs}' at x*50, y*92

text '\parbox[t]{9cm}{\begin{itemize} \item Let $P_i$ be the probability \
of a grain being in energy bin $i$. \item Let a matrix $\mathbf{T}$ describe \
the time-evolution of $P_i$. \item $\mathbf{T}_{ji} = $ the probability of a \
grain in bin $i$ making a transition to bin $j$ in unit time. \item $P_i$ \
evolves according to: \begin{displaymath} \frac{\mathrm{d}P_i}{\mathrm{d}t} = \
\sum_{j\neq i} \mathbf{T}_{ij} P_j - \sum_{j\neq i} \mathbf{T}_{ji} P_i \
\end{displaymath} \item For the steady-state solution, the above is zero. \
\end{itemize} }' at x*50,y*50

set textcolour cyan
text '(Draine \& Li 2001)' at x*75, y*12

# Put watermark at bottom of slide
set textcolour cyan
text '\tiny MRAO Seminar, 13th February 2007'  at x*75, y*5

# Print out final slide
set display
refresh