<p>The display of cells has been repressed for the sake of clarity. This snapshot was taken while the simulation was still incomplete but one can already see the excessive branching from the initial veins. This simulation went on to almost fill the entire tissue with sub-lateral veins (not shown). the sink is in the exact centre of the tissue. Similar results were found for the competitive model.</p
<p>The simulation on the left is flux-driven while that on the right is flux density-driven. These P...
<p>As required the top layer, representing the L1, has a diffuse PIN allocation pointing towards the...
<p>A higher value generates a less branched pattern whose vascular strands are much better defined....
<p>In all three cases the sink is perfect and in the centre of the tissue. The walls have an area of...
<p>While allowing for the sink in these simulations being perfect, they should be compared to <a hre...
(A) The tissue is viewed obliquely from the bottom. The three sink cells (in purple) are located at ...
Simulation performed on the same tissue template as in Fig 5, with the same spatial distribution of ...
<p>Columns (1–5) correspond to progress of time (5960, 6100, 6430, 6610, 6850 simulation time units)...
<p>These simulations were run on a tissue generated by randomizing the vertex positions of a square ...
<p>The centre of the tissue and of each of the lobes is centred on a realistic sink, each of which h...
<p>Distribution of cell lengths at different time points during the simulation. Red line and inset d...
<p>In both simulations the bottom left-hand cell is a perfect sink while all other cells generate au...
(A) This image is to be considered as a shoot apical meristem viewed from above. Regions of high cel...
<p>(<b>A</b>) Network of microvessels in rat mesentery, imaged using intravital microscopy. Shaded o...
<p>(A) Detail of simulated tissue at various time points, showing the cells (top) and relative conce...
<p>The simulation on the left is flux-driven while that on the right is flux density-driven. These P...
<p>As required the top layer, representing the L1, has a diffuse PIN allocation pointing towards the...
<p>A higher value generates a less branched pattern whose vascular strands are much better defined....
<p>In all three cases the sink is perfect and in the centre of the tissue. The walls have an area of...
<p>While allowing for the sink in these simulations being perfect, they should be compared to <a hre...
(A) The tissue is viewed obliquely from the bottom. The three sink cells (in purple) are located at ...
Simulation performed on the same tissue template as in Fig 5, with the same spatial distribution of ...
<p>Columns (1–5) correspond to progress of time (5960, 6100, 6430, 6610, 6850 simulation time units)...
<p>These simulations were run on a tissue generated by randomizing the vertex positions of a square ...
<p>The centre of the tissue and of each of the lobes is centred on a realistic sink, each of which h...
<p>Distribution of cell lengths at different time points during the simulation. Red line and inset d...
<p>In both simulations the bottom left-hand cell is a perfect sink while all other cells generate au...
(A) This image is to be considered as a shoot apical meristem viewed from above. Regions of high cel...
<p>(<b>A</b>) Network of microvessels in rat mesentery, imaged using intravital microscopy. Shaded o...
<p>(A) Detail of simulated tissue at various time points, showing the cells (top) and relative conce...
<p>The simulation on the left is flux-driven while that on the right is flux density-driven. These P...
<p>As required the top layer, representing the L1, has a diffuse PIN allocation pointing towards the...
<p>A higher value generates a less branched pattern whose vascular strands are much better defined....