added pdfs - task defintions

Data/1_Writing/0_Deco/1_Erkl.qmd

@@ -15,8 +15,3 @@ In addition, I confirm that I did not use any tools, materials or sources other
 \noindent Signature:
 
 ![](../../2_Figures/0_Deco/signature_1.jpg){width=30% .unnumbered}
-
-Hello Hello 
-here and Hello adn Hello asdn Hello asjsfjd siudfdfg Hello Hello
-
-<!-- {{< include 4_Mast.pdf >}} -->

Data/1_Writing/0_Deco/2_0_Task_Def.qmd

@@ -0,0 +1,3 @@
+# Task defintion {.unnumbered}
+<iframe src="./4_Mast.pdf" width="100%" height="97%"></iframe>
+<!-- <iframe src="./5_Mast.pdf" width="100%" height="100%"></iframe> -->

Data/1_Writing/0_Deco/4_Mast.pdf

@@ -1,3 +1,3 @@
 version https://git-lfs.github.com/spec/v1
-oid sha256:d4dad38130e9011f3b2ef7986ac0b0df874ecc240859f66d31e32d1f0422633b
-size 2387366
+oid sha256:9c36c9856c40d12c732b5841199837dc5e5ceeeef79b9a1ff59607a66f3a1a57
+size 4602653

Data/1_Writing/0_Deco/5_Mast.pdf

@@ -1,3 +0,0 @@
-version https://git-lfs.github.com/spec/v1
-oid sha256:6bed1fa951882291159c030d3ad740eaf49bdd2c3241f7335f74e29f067e6480
-size 2215213

Data/1_Writing/2_Task/1_Data_Gen.qmd

@@ -215,7 +215,7 @@ $$
     F_{CNMc} = \left(\dot{\vec{x}}(t), \, \vec{\beta} \right) = 
     \left( \frac{\vec{x}(t)}{dt}, \, \vec{\beta} \right) =
      f(\vec{x}(t), \, \vec{\beta} )
-     \tag{[-@sec-eq_1_1_MPV]}
+     \tag{3.2}
 \end{equation}$$ 
 
 The solution to @eq-eq_1_1_MPV is obtained numerically by applying *SciPy's RK45* \gls{ode} solver. If desired \gls{cnmc} allows completing this task in parallel. Additional notes on executing this task in parallel are given in section [-@sec-sec_Motivation]. The main reason for relying on *RK45* is that it is commonly known to be a reliable option. 

Data/1_Writing/2_Task/7_QT.qmd

@@ -45,11 +45,10 @@ $$
 \begin{equation}
     \boldsymbol {A_{i \mu}} \approx \boldsymbol A^{\prime}_{i \mu}  = (\boldsymbol W  \boldsymbol H)_{i \mu}  = \sum_{a = 1}^{r} 
     \boldsymbol W_{ia} \boldsymbol H_{a \mu}
-    \tag{}
+    \tag{4.5}
 \end{equation}
 $$ 
 
-
 The issue with \gls{nmf} is that the solution is obtained through an iterative optimization process. 
 The number of iterations can be in the order of millions and higher to meet the convergence criteria.
 Because the optimal $r_{opt}$ depends on the dynamical system, there is no general rule for acquiring it directly. 

Usage_Info/open.md

@@ -1,5 +1,3 @@
-1) equation Equation.1 --> equation @ew-Eq_Label
-2) section/subsection/chapter/figure/table/
 3) tag equation, eq_5_NMF
 $$
 \begin{equation}
@@ -8,32 +6,20 @@ $$
     \tag{}
 \end{equation}
 $$ 
-4) Comments
-5) gls
-6) figures
-7) cites
-8) vspace
-9) Appendix
-10) Some images must be redone in inkscape
+9)  Some images must be redone in inkscape
     1)  1_Task/1_CNMc.svg
-11) Allow downloading images multiple output formats as you have seen it once
-12) Make sure to mention
+10) Allow downloading images multiple output formats as you have seen it once
+11) Make sure to mention
     1)  You are using now a much more powerful tool than a simple pdf or latex (which is already is quite powerful, but clearly not as featurerich as html, css and javascript) --> it was tried to replicate the orignal master thesis pdf --> thus a lot of imporivements which are now possible have been not implemented. However, some features were just to tempting to not implement them. Note, some mistakes which the author made, i.e. spelling and simmilar mistakes were not removed, since it can be considered to be more honest to stick to the original version --> best representation of the master thesis output at that time
     2)  The reader finds it much easier to get the abbreviations --> thus interactive hover is enabled
     3)  Maybe some modifications are going to be made. If so, then this shall be highledted lcearly, inshallah (with the premission and help of the allmighty Allah)
-13) praise to the ONE, acknowledge, make the one big
-14) glossary
-15) include pdfs and make sure the order matches with the true pdf
-16) list of figures and tables
-17) integrate buymeacofee
+12) praise to the ONE, acknowledge, make the one big
+13) glossary
+14) include pdfs and make sure the order matches with the true pdf
+15) list of figures and tables
 18) share on other webpages
-19) interactive main page
-20) left nav bar color
-21) interactive main image on top left side
 22) contact information
 23) money buymeacofee or kofi integration
 24) https://animate.style/ add rubberband on headers if clicked
 25) Add all licenses -- correct refering
-26) small gif that shows the capabilties of yout website
-27) Latex writing style looks nice --> make it your own thing
-28) loading banner - make sure that the first image is shown and if not the user shall wait for it
+26) small gif that shows the capabilties of yout website

_quarto.yml

@@ -76,7 +76,7 @@ cluster-based network modeling"
     # logo: Data/6_Html_Data/1_Logo_Img/0_Tornado.svg
     logo: Data/6_Html_Data/1_Logo_Img/1_Tornado.svg
     # logo: Data/3_Figs_Pyth/2_Task/2_Tornado.svg
-    title: "master thesis javed Arshad Butt"
+    title: "Javed Arshad Butt - Master Thesis"
     # subtitle:""
 
     tools:
@@ -121,6 +121,8 @@ cluster-based network modeling"
 
         - Data/1_Writing/0_Deco/2_1_Abstract.qmd
 
+        - Data/1_Writing/0_Deco/2_0_Task_Def.qmd
+
         # toc, list figures, list tables
 
         - Data/1_Writing/0_Deco/3_Used_Abbrev.qmd