SmoothBatimCoefs - Revision history

Guillaume at 17:53, 1 August 2011

2011-08-01T17:53:02Z

2011-08-01T17:52:27Z

2011-08-01T17:50:51Z

2011-08-01T17:50:32Z

2011-08-01T17:49:34Z

2011-08-01T17:49:05Z

2011-06-20T13:19:59Z

‎Algorithms

2011-06-20T13:19:46Z

‎Algorithms

2008-12-03T11:52:44Z

2008-12-03T11:50:28Z

‎Algorithms

@@ Line 23: / Line 23: @@
 :<math>\forall\;_{i\,j}\quad C_{i\,j} = \begin{cases} \frac{(ILB-i)^2}{Ncells^2}, & if\; (ILB-i)^2 < Ncells^2 \\ \frac{(IUB-i)^2}{Ncells^2}, & if\; (IUB-i)^2 < Ncells^2\end{cases}</math>
-:<math> \forall\;_{i\,j}\quad C_{i\,j} = \begin{cases} \frac{(JLB-j)^2}{Ncells^2}, & if\; (JLB-j)^2 < Ncells^2 \\ \frac{(JUB-j)^2}{Ncells^2}, & if\; (JUB-j)^2 < Ncells^2 \\ 1., & otherwise \end{cases}</math>
+:<math> \begin{cases} \frac{(JLB-j)^2}{Ncells^2}, & if\; (JLB-j)^2 < Ncells^2 \\ \frac{(JUB-j)^2}{Ncells^2}, & if\; (JUB-j)^2 < Ncells^2 \\ 1., & otherwise \end{cases}</math>
 ===Future algorithms===
 Please place here the algorithms you'd wish be implemented:
 *...

@@ Line 22: / Line 22: @@
 *''JUB'': upper bound in the ''j'' direction.
-:<math>\forall\;_{i\,j}\quad C_{i\,j} = \begin{cases} \frac{(ILB-i)^2}{Ncells^2}, & if\; (ILB-i)^2 < Ncells^2 \\ \frac{(IUB-i)^2}{Ncells^2}, & if\; (IUB-i)^2 < Ncells^2 \\ \frac{(JLB-j)^2}{Ncells^2}, & if\; (JLB-j)^2 < Ncells^2\end{cases}</math>
+:<math>\forall\;_{i\,j}\quad C_{i\,j} = \begin{cases} \frac{(ILB-i)^2}{Ncells^2}, & if\; (ILB-i)^2 < Ncells^2 \\ \frac{(IUB-i)^2}{Ncells^2}, & if\; (IUB-i)^2 < Ncells^2\end{cases}</math>
 ===Future algorithms===
 Please place here the algorithms you'd wish be implemented:
 *...

@@ Line 22: / Line 22: @@
 *''JUB'': upper bound in the ''j'' direction.
-:<math>\forall\;_{i\,j}\quad C_{i\,j} = \begin{cases} \frac{(ILB-i)^2}{Ncells^2}, & if\; (ILB-i)^2 < Ncells^2 \\ \frac{(IUB-i)^2}{Ncells^2}, & if\; (IUB-i)^2 < Ncells^2 \end{cases}</math>
+:<math>\forall\;_{i\,j}\quad C_{i\,j} = \begin{cases} \frac{(ILB-i)^2}{Ncells^2}, & if\; (ILB-i)^2 < Ncells^2 \\ \frac{(IUB-i)^2}{Ncells^2}, & if\; (IUB-i)^2 < Ncells^2 \\ \frac{(JLB-j)^2}{Ncells^2}, & if\; (JLB-j)^2 < Ncells^2\end{cases}</math>
 ===Future algorithms===
 Please place here the algorithms you'd wish be implemented:
 *...

@@ Line 22: / Line 22: @@
 *''JUB'': upper bound in the ''j'' direction.
-:<math>\forall\;_{i\,j}\quad C_{i\,j} = </math>
+:<math>\forall\;_{i\,j}\quad C_{i\,j} = \begin{cases} \frac{(ILB-i)^2}{Ncells^2}, & if\; (ILB-i)^2 < Ncells^2 \\ \frac{(IUB-i)^2}{Ncells^2}, & if\; (IUB-i)^2 < Ncells^2 \end{cases}</math>
 ===Future algorithms===
 Please place here the algorithms you'd wish be implemented:
 *...

@@ Line 22: / Line 22: @@
 *''JUB'': upper bound in the ''j'' direction.
-:<math>\forall\;_{i\,j}\quad C_{i\,j} = \begin{cases} \frac{(ILB-i)^2}{Ncells^2}, & if\; (ILB-i)^2 < Ncells^2 \\ \frac{(IUB-i)^2}{Ncells^2}, & if\; (IUB-i)^2 < Ncells^2 \\ \frac{(JLB-j)^2}{Ncells^2}, & if\; (JLB-j)^2 < Ncells^2 \\ \frac{(JUB-j)^2}{Ncells^2}, & if\; (JUB-j)^2 < Ncells^2 \\ 1., & otherwise \end{cases}</math>
+:<math>\forall\;_{i\,j}\quad C_{i\,j} = </math>
 ===Future algorithms===
 Please place here the algorithms you'd wish be implemented:
 *...