*.field data.dat

Output file about the electric field(the begin energy is the same) from the different positions and lambdas.

Format

      Lamda_1    Lamda_2   Lamda_3      ......           Lamda_n

$x$　　　　$(E{r}_{down}11,E{i}_{down}11,H{r}_{down}11,H{i}_{down}11,E{r}_{up}11,E{i}_{up}11,H{r}_{up}11,H{i}_{up}11)$   ......　　  　　  
$x2$　　　　$(E{r}_{down}21,E{i}_{down}21,H{r}_{down}21,H{i}_{down}21,E{r}_{up}21,E{i}_{up}21,H{r}_{up}11,H{i}_{up}21)$  ......　　  　　  
...

Parameter Explanation

• $Lambda$ : The same of the input file $lamda2. $(nm)$

• $x$ : Position $(nm)$　

• $(E{r}_{down}(n),E{i}_{down}(n)$ : The electric field (real,image)　from different lambdas and positions (propagation direction of source light is downward) (n is the same of $lambdalength) $(V{m}^{-1})$　

• $(E{r}_{up}(n),E{i}_{up}(n)$ : The electric field (real,image)　from different lambdas and positions (propagation direction of source light is upward) (n is the same of $lambdalength) $(V{m}^{-1})$　

• $(H{r}_{down}(n),H{i}_{down}(n)$ : The magnetic field (real,image)　from different lambdas and positions (propagation direction of source light is downward) (n is the same of $lambdalength) $(V{m}^{-1})$　

• $(H{r}_{up}(n),H{i}_{up}(n)$ : The magnetic field (real,image)　from different lambdas and positions (propagation direction of source light is upward) (n is the same of $lambdalength) $(V{m}^{-1})$