Change limit of pages for report

Author: Daniel Precioso

modules/collective-motion/assignment.qmd

@@ -17,7 +17,7 @@ You can follow the guide here:
 3. Implement an order parameter that quantifies the degree of alignment in the system. Read the original paper [@couzin2002collective] to find out how they defined it. You can also check the [Vicsek order parameter](vicsek.qmd#order-parameter) for inspiration.
 4. Explore the parameter space and report your insights. Find the four collective dynamical behaviours described in the original paper [@couzin2002collective].
 
-Upload the code and a short report (1-2 pages done in LaTeX) describing your findings to the course platform.
+Upload the code and a short report done in LaTeX (10 pages max.) describing your findings to the course platform.
 
 ### Extra Mile (Optional)
 
@@ -38,7 +38,7 @@ Your goal is:
 2. Implement the predator avoidance rule and add a predator to the animation.
 3. Explore the parameter space and report your insights. How does the predator affect the collective behaviour of the particles? Can you find a regime where the particles can escape the predator?
 
-Upload the code and a short report (1-2 pages done in LaTeX) describing your findings to the course platform.
+Upload the code and a short report done in LaTeX (10 pages max.) describing your findings to the course platform.
 
 \vspace{1cm}
 

modules/lorenz/assignment.qmd

@@ -25,7 +25,7 @@ Your submission should show that you can do three things:
 Submit two files:
 
 1. Code that reproduces your figures.
-2. A short report, 1 to 2 pages, that explains your observations.
+2.  A short report done in LaTeX (10 pages max.), that explains your observations.
 :::
 
 ## Required

modules/networks/assignment.qmd

@@ -24,7 +24,7 @@ Your goal is not only to "run code", but to justify what you measure, make your
 Submit **two files**:
 
 1. **Code**: a notebook/script that reproduces all figures and numbers (must run end-to-end).
-2. **Short report (PDF using LaTeX, 2–3 pages)** with:
+2. **Short report done in LaTeX (10 pages max.)** with:
 	- a table of core network metrics,
 	- at least 1 structural plot (e.g., degree histogram),
 	- top-10 nodes by degree centrality + one additional centrality metric (with interpretation),

modules/ode-1d/assignment.qmd

@@ -24,7 +24,7 @@ Your submission should show that you can do three things:
 Submit two files:
 
 1. The Python code for your Streamlit app and any helper module you created.
-2. A short report, 1 to 2 pages, that answers the exploration questions you chose.
+2. A short report done in LaTeX (10 pages max.) that answers the exploration questions you chose.
 :::
 
 ## Required

modules/pde-1d/assignment.qmd

@@ -25,7 +25,7 @@ Your submission should show that you can do three things:
 Submit two files:
 
 1. One coding deliverable, your choice of a Python script, a notebook, or a small dashboard/app. Students are free to choose the format, but it must reproduce all figures and numerical results end to end.
-2. A short report, 1 to 2 pages in LaTeX and submitted as PDF.
+2. A short report done in LaTeX (10 pages max.) and submitted as PDF.
 
 Your report should include: