Some modifs

src/dash-3d/client.tex

@@ -172,13 +172,18 @@ Algorithm~\ref{d3:next-segment} details how our DASH client makes decisions.
     \SetKwFunction{Argmax}{argmax}
     \SetKwFunction{Filter}{filter}
     \SetKwFunction{EstimateNetwork}{estimate\_network\_parameters}
+    \SetKwFunction{Append}{append}
 
     \Input{Current index $i$, time $t_i$, viewpoint $v(t_i)$, buffer of already downloaded  \texttt{segments} $\mathcal{B}_i$, MPD}
     \Output{Next segment $s^{*}_i$ to request, updated buffer $\mathcal{B}_{i+1}$}
+    \BlankLine{}
     (\Bw, \Rtt) \leftarrow{} \EstimateNetwork{}\;
 
-    \Candidates\leftarrow{}\AllSegments\newline\makebox[1cm]{}.\Filter{$\Segment\rightarrow\Segment\notin\DownloadedSegments\land\Segment\in\Frustum$}\;
+    \BlankLine{}
+    \Candidates\leftarrow{} \AllSegments\newline\makebox[1cm]{}.\Filter{$\Segment\rightarrow\Segment\notin\DownloadedSegments$}\newline\makebox[1cm]{}.\Filter{$\Segment\rightarrow\Segment\in\Frustum$}\;
+    \BlankLine{}
     \Segment\leftarrow{} \Argmax{\Candidates, \Segment\rightarrow{} $\Omega\left(\mathcal{U}(\Segment)\right)$}\;
+    \DownloadedSegments.\Append{\Segment}\;
     {\caption{Algorithm to identify the next segment to query\label{d3:next-segment}}}
 \end{algorithm}
 

src/foreword/3d-model.tex

@@ -85,15 +85,15 @@ A typical 3D renderer follows Algorithm~\ref{f:renderer}.
     \SetKwFunction{Draw}{draw}
 
     \tcc{Initialization}
-    \For{\Object\in\Scene}{%
+    \For{$\Object\in\Scene$}{%
-        \LoadGeometry(\Object.\Geometry)\;
+        \LoadGeometry{\Object.\Geometry}\;
-        \LoadTexture(\Object.\Texture)\;
+        \LoadTexture{\Object.\Texture}\;
     }
     \BlankLine%
     \BlankLine%
     \tcc{Render loop}
     \While{\True}{%
-        \For{\Object\in\Scene}{%
+        \For{$\Object\in\Scene$}{%
             \BindTexture{\Object.\Texture}\;
             \Draw{\Object.\Geometry}\;
         }
@@ -135,8 +135,8 @@ Algorithm~\ref{f:frustum-culling} is a variation of Algorithm~\ref{f:renderer} w
 
     \tcc{Initialization}
     \For{$\Object\in\Scene$}{%
-        \LoadGeometry(\Object.\Geometry)\;
+        \LoadGeometry{\Object.\Geometry}\;
-        \LoadTexture(\Object.\Texture)\;
+        \LoadTexture{\Object.\Texture}\;
     }
     \BlankLine%
     \BlankLine%

src/main.tex

@@ -58,6 +58,12 @@ This version was compiled on \today{} at \currenttime{}.
 
 \input{plan}
 
+\newpage
+\listoffigures%
+\listoftables%
+\listofalgorithms%
+\lstlistoflistings%
+
 \bibliography{src/bib.bib}
 
 \end{document}

src/system-bookmarks/bookmark.tex

@@ -227,30 +227,50 @@ The three first values in the supplemental property are the camera position coor
 We build on the loader introduced in Algorithm~\ref{d3:next-segment} to implement a client adaptation logic.
 We include a bookmark adaptation logic such that (i) when a bookmark is hovered for the first time, the corresponding images (see Listing~\ref{sb:bookmark-as}) are downloaded, and (ii) when a bookmark is clicked, we switch from utility $\mathcal{U}$ to optimized utility $\mathcal{U}^*$ to determine which segments to download next.
 
+\newcommand\mycommfont[1]{\footnotesize\ttfamily\textcolor{blue}{#1}}
+\SetCommentSty{mycommfont}
+\SetNoFillComment%
 \begin{algorithm}[th]
     \SetKwInOut{Input}{input}
     \SetKwInOut{Output}{output}
-    \Input{Current index $i$, time $t_i$, viewpoint $v(t_i)$, buffer of already downloaded  \texttt{segments} $\mathcal{B}_i$, MPD}
-    \Output{Next segment $s^{*}_i$ to request, updated buffer $\mathcal{B}_{i+1}$}
-    \SetAlgoLined%
-    {- Estimate the bandwidth $\widehat{BW_i}$ and RTT $\widehat{\tau_i}$ \;}
 
-    {-  Among all \texttt{segments} that are not already downloaded $s \in \mathcal{S} \backslash \mathcal{B}_i$, % \;}
+    \SetKw{Continue}{continue}
-   % {-
+    \SetKwData{Bw}{bw\_estimation}
-    keep the ones inside the upcoming viewing frustums $\mathcal{FC}=\mathbb{FC}(\widehat{v}(t_i)), t\in [t_i, t_i+\chi]$  thanks to a viewpoint predictor $t_i \rightarrow \hat{v}(t_i)$, a temporal horizon $\chi$ and a frustum culling operator $\mathbb{FC}$ \;}
+    \SetKwData{Rtt}{rtt\_estimation}
+    \SetKwData{Segment}{best\_segment}
+    \SetKwData{Candidates}{candidates}
+    \SetKwData{AllSegments}{all\_segments}
+    \SetKwData{DownloadedSegments}{downloaded\_segments}
+    \SetKwData{Frustum}{frustum}
+    \SetKwFunction{Argmax}{argmax}
+    \SetKwFunction{Filter}{filter}
+    \SetKwFunction{EstimateNetwork}{estimate\_network\_parameters}
+    \SetKwFunction{Append}{append}
 
+    \Input{Current index $i$, time $t_i$, viewpoint $v(t_i)$, buffer of already downloaded \texttt{segments}, MPD}
+    \Output{Next segment to request, updated buffer}
+    \BlankLine{}
 
-    {- Optimize a criterion  $\Omega$ based on $\mathcal{U}$ values and well chosen viewpoint $v(t_i)$ to select the next segment to query }
+    \uIf{bookmark clicking}{%
-   {\begin{equation*}
+        \uIf{not optimal order fetched}{%
-   s^{*}_i= \argmax{s \in \mathcal{S} \backslash \mathcal{B}_i \cap \mathcal{FC}}  \Omega_{\theta_i} \Big(\mathcal{U}(s,v(t_i))\Big) \label{sb:eq1}
+            \Return{} optimal order segment\;
-   \end{equation*} \\
+        }
-   given parameters $\theta_i$ that gathers both online parameters $(i,t_i,v(t_i),\widehat{BW_i}, \widehat{\tau_i}, \mathcal{B}_i)$ and offline metadata;}
+        \Else{%
-
+            \Return{} next segment\;
-    {- Update the buffer $\mathcal{B}_{i+1}$  for the next decision: $s^{*}_i$ and lowest \texttt{representations} of $s^{*}_i$ are considered downloaded\;}
+        }
-     {- \Return{segment  $s^{*}_i$, buffer $\mathcal{B}_{i+1}$}\;}
+    }
+    \Else{%
+        \tcc{Loading policy from previous chapter}
+        (\Bw, \Rtt) \leftarrow{} \EstimateNetwork{}\;
 
+        \BlankLine{}
+        \Candidates\leftarrow{} \AllSegments\newline\makebox[1cm]{}.\Filter{$\Segment\rightarrow\Segment\notin\DownloadedSegments$}\newline\makebox[1cm]{}.\Filter{$\Segment\rightarrow\Segment\in\Frustum$}\;
+        \BlankLine{}
+        \Segment\leftarrow{} \Argmax{\Candidates, \Segment\rightarrow{} $\Omega\left(\mathcal{U}(\Segment)\right)$}\;
+        \DownloadedSegments.\Append{\Segment}\;
+        \Return\Segment;
         {\caption{Algorithm to identify the next segment to query\label{sb:next-segment}}}
+
+    }
 \end{algorithm}
 
-\todo[inline]{to be modified to include bookmarks}
-