Algorithm 1: Automatic Radio Map Ray-Tracing (ARM-RT) Generation
	Input: $Building Map, Relative Permittivity List,AccessPoint List$
	Output: $Automatic Radio Map Ray Tracing\left(ARMRT\right)$
1:	$Defining a Finite Panel \left(Walls\right)$
2:	$3D Formation of the Structure$
3:	$Calculating Fresnel Coefficients for Walls$
4:	$\mathit{F}\mathit{o}\mathit{r} i\leftarrow 1 to size \left(wall.xyz1,1\right) \mathit{d}\mathit{o}$
5:	$find reflection and transmission Fresnel coefficient for each wall$
6:	$\mathit{E}\mathit{n}\mathit{d} For$
7:	$Meshing the Boundary Volume and Assign the RX height$
8:	$Calculating the Distance of TX\left(s\right) from every mesh node RXi$
9:	$\mathit{F}\mathit{o}\mathit{r} i\leftarrow 1 to \mathit{d}\mathit{o}$
10:	$find the distance$
11:	$\mathit{E}\mathit{n}\mathit{d} For$
12:	$Equating the Panels \left(Walls\right) in 3D$
13:	$finding the projection of TX on each panel$
14:	$calculating the reflection \left(mirror\right) of TX across each panel$
15:	$Calculating the 2nd Image of TX across each wall$
16:	$Calculating LOS Components$
17:	$Calculating Multipath \& Reflection Components$
18:	$find the reflection coefficient$
19:	$count the walls between reflection paths$
20:	$find the antenna gain and beam departure angle$
21:	$calculating the angle of arrival$
22:	$find the walls between TX and the reflection point$
23:	$find finite walls between reflection point and RX$
24:	$find the number of walls between reflection paths$
25:	$calculate the received signal at RX from the reflection point on wall j$
26:	$calculate 2nd reflection$
27:	$Drawing the Maps$
28:	$LOS Propagation Map Only \left(a\right)$
29:	$1st Reflection Propagation Map Only \left(b\right)$
30:	$2nd Reflection Propagation Map Only \left(c\right)$
31:	$LOS and Propagation Map=a+b+c$
32:	$\mathit{R}\mathit{e}\mathit{t}\mathit{u}\mathit{r}\mathit{n} ARMRT$