this is for holding javascript data
Ardo Illaste edited res_fitting2.md
almost 10 years ago
Commit id: a9992e852c2e3d6fe005007db3e239d035bfb900
deletions | additions
diff --git a/res_fitting2.md b/res_fitting2.md
index 57ff40b..c5dfcd4 100644
--- a/res_fitting2.md
+++ b/res_fitting2.md
...
=\left[A_i, d_i ,\tau_{d,i},\tau_{r,i},\mu_i,x_i,y_i\right] =
\left[\mathbf{p}^s_{i}, \mathbf{p}^p_{i}\right]
\]
, where
\(\mathbf{p}^s=\left[A,d,\tau{d},\tau_{r}\right]\) \(\mathbf{p}^s_i=\left[A_i,d_i,\tau_{d}_i,\tau_{r}_i\right]\) is the shape parameter vector,
\(\mathbf{p}^p=\left[\mu,x,y\right]\) \(\mathbf{p}^p_i=\left[\mu_i,x_i,y_i\right]\) is the position parameter vector and the whole parameter vector \(\mathbf{r}_i\) is obtained by combining the two.
The *k*-th event detected in pixel *i* is represented by vectors
\(\mathbf{p}^s_{i,k}\) and \(\mathbf{p}^p_{i,k}\). These vectors can be stacked to create an event matrix (E) for pixel *i*: