Remove trailing whitespaces

tpadioleau · tpadioleau · commit 7102a5802667 · 2026-04-05T23:03:28.000+02:00
diff --git a/content/MDFT/index.md b/content/MDFT/index.md
@@ -13,13 +13,13 @@ sections:
 #        url:
 #        label: Git repository
 #        icon_pack: fab
-#        icon: github    
+#        icon: github
   - block: markdown
     content:
       text: |
-        MDFT is a software package for classical and molecular density functional theory calculations, enabling the computation of salvation free energies of complexe solutes in solution for a fraction of the price of fully atomistic simulations while keeping data on the solvent structure. Currently MDFT enable solvation in water, supercritical CO2 and high pressured dichloromethane. 
-        
+        MDFT is a software package for classical and molecular density functional theory calculations, enabling the computation of salvation free energies of complexe solutes in solution for a fraction of the price of fully atomistic simulations while keeping data on the solvent structure. Currently MDFT enable solvation in water, supercritical CO2 and high pressured dichloromethane.
+
         Currently the code is 50k lines in fortran90 enabling basic OpenMP paralization. The main kernel of the code compute an angular convolution through spherical harmonics on a spatial grid. This is done using state of the art FFTs library. This kernel is currently re-written in C++ with the Kokkos and KokkosFFT libraries to enable heterogeneous computing.
-        
+
         {{< figure src="MDFTlogo.jpg" >}}
 ---
diff --git a/content/_index.md b/content/_index.md
@@ -31,7 +31,7 @@ sections:
       loop: true
       # Duration of transition between slides (in ms)
       interval: 8000
-  
+
   - block: hero
     content:
       title: <span id="the-project">The project</span>
@@ -47,14 +47,14 @@ sections:
         These supercomputers confirm the trend of a shift towards accelerated architectures where GPUs provide the computing power.
         The Alice Recoque Exascale machine to be installed in France, at CEA/TGCC, can only follow this trend.
         This raises a challenge for French and European applications that have to be redesigned to use these infrastructure.
-        
+
         CExA will work to offer applications a sustainable middleware that can act as a future-proof software catalyst to leverage heterogeneous and GPU-based supercomputers:
         1. adopt and adapt [Kokkos](https://kokkos.org/) and contribute to its ecosystem to offer applications a sustainable software catalyst,
         2. implement this approach in three demonstrator applications to guide our choices and demonstrate their effectiveness,
         3. offer training and contribute to the dissemination of CExA to build an expert network sharing experience and knowledge.
-        
+
         With this project, the CEA will acquire mastery of an essential link in the software stack by increasing its skills on existing tools while filling gaps on critical points for the specific needs of the CEA, the French and European HPC ecosystem.
-        
+
         <div class="mb-3"></div>
 
   - block: features
@@ -89,7 +89,7 @@ sections:
           icon_pack: fas
   - block: markdown
     content:
-      title: 
+      title:
       subtitle:
       text: |
         {{% cta cta_link="./team/" cta_text="Meet the team →" %}}
diff --git a/content/authors/adrien-taberner/_index.md b/content/authors/adrien-taberner/_index.md
@@ -17,6 +17,6 @@ user_groups:
   - Core team
 ---
 
-Adrien joined the CExA team in January 2025 as a developer. He graduated from the ISTY engineering school and completed the CHPS master's program at UVSQ Paris-Saclay during his final year. 
+Adrien joined the CExA team in January 2025 as a developer. He graduated from the ISTY engineering school and completed the CHPS master's program at UVSQ Paris-Saclay during his final year.
 He has a keen interest in high-performance computing, GPGPU, and GPU architectures, with a particular emphasis on iterative solvers, including Krylov methods.
 
diff --git a/content/documents/_index.md b/content/documents/_index.md
@@ -1,5 +1,5 @@
 ---
-title: Cheat Sheets for Kokkos                
+title: Cheat Sheets for Kokkos
 ---
 <style>/*<--!*/
 .black_bordered{
diff --git a/content/dyablo/index.md b/content/dyablo/index.md
@@ -10,16 +10,16 @@ sections:
         filename: Dyablo1.png
       text: Dyablo cosmological run
       cta:
-        url: https://github.com/Dyablo-HPC/Dyablo 
+        url: https://github.com/Dyablo-HPC/Dyablo
         label: Git repository
         icon_pack: fab
-        icon: github    
+        icon: github
   - block: markdown
     content:
       text: |
         Dyablo is a modern C++ code for the simulation of astrophysical fluids with adaptive mesh refinement on heterogenous architectures. Dyablo is developed mainly at CEA and has users all over France. Parallelism is handled using Kokkos and MPI and is thus compatible with all major supercomputer infrastructures in France. Its modular architecture allows it to simulate various phenomena from compressible hydrodynamics to cosmology and magnetohydrodynamics.
         The code is open-source and available on [github](https://github.com/Dyablo-HPC/Dyablo)
-        
+
         {{< figure src="Dyablo2.png" >}}
-        
+
 ---
diff --git a/content/join-us/2023-06-01-Engineer/index.md b/content/join-us/2023-06-01-Engineer/index.md
@@ -1,6 +1,6 @@
 ---
 title: 2-years C++ expert engineer position
-date: 
+date:
 image:
   placement: 1
   focal_point: "Center"
@@ -13,10 +13,10 @@ links:
 
 ---
 
-**THIS POSITION HAS BEEN FILLED.**  
+**THIS POSITION HAS BEEN FILLED.**
 However, please feel free to send us your CV at contact@cexa-project.org, so we can contact you if an opportunity matching your profile becomes available.
 
-<!--more--> 
+<!--more-->
 ---
 
 
diff --git a/content/join-us/2023-11-26-Devops/index.md b/content/join-us/2023-11-26-Devops/index.md
@@ -13,10 +13,10 @@ links:
 
 ---
 
-**THIS POSITION HAS BEEN FILLED.**  
+**THIS POSITION HAS BEEN FILLED.**
 However, please feel free to send us your CV at contact@cexa-project.org, so we can contact you if an opportunity matching your profile becomes available.
 
-<!--more--> 
+<!--more-->
 ---
 
 
diff --git a/content/join-us/2024-09-11-Engineer/index.md b/content/join-us/2024-09-11-Engineer/index.md
@@ -13,10 +13,10 @@ links:
 
 ---
 
-**THIS POSITION HAS BEEN FILLED.**  
+**THIS POSITION HAS BEEN FILLED.**
 However, please feel free to send us your CV at contact@cexa-project.org, so we can contact you if an opportunity matching your profile becomes available.
 
-<!--more--> 
+<!--more-->
 ---
 
 
diff --git a/content/join-us/2024-09-11-Engineer_GenEx/index.md b/content/join-us/2024-09-11-Engineer_GenEx/index.md
@@ -13,10 +13,10 @@ links:
 
 ---
 
-**THIS POSITION HAS BEEN FILLED.**  
+**THIS POSITION HAS BEEN FILLED.**
 However, please feel free to send us your CV at contact@cexa-project.org, so we can contact you if an opportunity matching your profile becomes available.
 
-<!--more--> 
+<!--more-->
 ---
 
 
@@ -45,16 +45,16 @@ Your mission will include:
 
 *	Discussions and set-up of the physical models to modelise DNA repairs
 *	Test of various algorithms to solve these models
-*	Development of an highly efficient code, based on Kokkos, to implement the aforementioned algorithms 
+*	Development of an highly efficient code, based on Kokkos, to implement the aforementioned algorithms
 
 ## Skills
 
 You have a Master's degree and/or an engineering degree in computer science and:
 
-* You have a good knowledge of C++ 
-*	You have skills in software engineering. You are familiar with common development environments and associated tools 
+* You have a good knowledge of C++
+*	You have skills in software engineering. You are familiar with common development environments and associated tools
 *	Knowledge of parallel programming (GPU, multi-threaded, etc.) is a plus, especially with the Kokkos library or equivalent.
-*	You are autonomous and you wish to be part of an interdisciplinary work team. 
+*	You are autonomous and you wish to be part of an interdisciplinary work team.
 
 
 
diff --git a/content/join-us/2026-02-11-PosDoc/index.md b/content/join-us/2026-02-11-PosDoc/index.md
@@ -13,7 +13,7 @@ links:
 
 ---
 
-<!--more--> 
+<!--more-->
 ---
 
 
diff --git a/content/kokkos-tea-time/2024-12-18-kokkos-tea-time-cabana-a-kokkos-mpi-library-for-particles-and-hybrid-particle-grid-applications/index.md b/content/kokkos-tea-time/2024-12-18-kokkos-tea-time-cabana-a-kokkos-mpi-library-for-particles-and-hybrid-particle-grid-applications/index.md
@@ -27,7 +27,7 @@ Sam Reeve will give a talk on "Cabana: a Kokkos+MPI library for particles and hy
 
 <!-- ![](portrait.jpg "") -->
 
-Sam Reeve is a staff scientist at Oak Ridge National Lab, working at the intersection of materials and computational science. His current focus is software development for performance portability and scalability in materials applications. He obtained his BS from Iowa State University and his PhD from Purdue University, both in Materials Engineering.        
+Sam Reeve is a staff scientist at Oak Ridge National Lab, working at the intersection of materials and computational science. His current focus is software development for performance portability and scalability in materials applications. He obtained his BS from Iowa State University and his PhD from Purdue University, both in Materials Engineering.
 
 {{% cta cta_text="Get the slides" cta_link="slides.pdf" cta_new_tab="true" %}}
 
diff --git a/content/kokkos-tea-time/2025-01-15-kokkos-tea-time-optimizing-derived-data-computation-with-kokkos-for-i-o-bound-workloads/index.md b/content/kokkos-tea-time/2025-01-15-kokkos-tea-time-optimizing-derived-data-computation-with-kokkos-for-i-o-bound-workloads/index.md
@@ -29,7 +29,7 @@ Ana Gainaru will give a talk on "Optimizing Derived Data Computation with Kokkos
 
 Ana Gainaru is a computer scientist in the CSM division at Oak Ridge National Laboratory, working on performance optimization for large scale scientific applications and on profiling, managing, and analyzing large-scale data. She received her PhD from the University of Illinois at Urbana-Champaign and has a background in optimizing the execution of scientific applications at every level of the software stack, from data-aware runtime design to scheduling, fault tolerance and code optimization.
 
-{{% cta cta_text="Get the slides" cta_link="slides.pdf" cta_new_tab="true" %}} 
+{{% cta cta_text="Get the slides" cta_link="slides.pdf" cta_new_tab="true" %}}
 
 <!-- {{< youtube  >}} -->
 
diff --git a/content/kokkos-tea-time/2025-02-19-kokkos-tea-time-experience-with-kokkos-for-lattice-qcd-code-bridge-/index.md b/content/kokkos-tea-time/2025-02-19-kokkos-tea-time-experience-with-kokkos-for-lattice-qcd-code-bridge-/index.md
@@ -29,15 +29,15 @@ Keigo Nitadori will give a talk entitled "Experience with Kokkos for Lattice QCD
 
 Keigo Nitadori is a technical scientist at RIKEN R-CCS. He has a Ph.D. in Science (defended in 2009), for Computational Astronomy; he specializes in high-performance gravitational N-body simulations and was recipient of the ACM Gordon Bell Prize in SC09 and SC12.
 
-{{% cta cta_text="Get the slides" cta_link="slides.pdf" cta_new_tab="true" %}} 
+{{% cta cta_text="Get the slides" cta_link="slides.pdf" cta_new_tab="true" %}}
 
 {{< youtube Mab0A84xBMM >}}
 
 
 
 ## Experience with Kokkos for Lattice QCD Code Bridge++
 
-Keigo Nitadori will share some insights from his initial experience developing with the Kokkos framework. The target was a Lattice QCD code, specifically the Domain-wall Fermion kernel from a Japanese community code set, Bridge++.  
+Keigo Nitadori will share some insights from his initial experience developing with the Kokkos framework. The target was a Lattice QCD code, specifically the Domain-wall Fermion kernel from a Japanese community code set, Bridge++.
 
 One of the initial challenges was that even a simple "Hello World" code required adequate knowledge of CMAKE for successful builds, posing a significant barrier for first-time users. To integrate Kokkos with Bridge++ without disrupting their conventions, careful attention was paid to maintaining loose coupling through techniques like the pImpl idiom.
 
diff --git a/content/kokkos-tea-time/2025-09-17-kokkos-tea-time-experience-converting-large-scientific-software-packages-written-in-c-to-c-modules/index.md b/content/kokkos-tea-time/2025-09-17-kokkos-tea-time-experience-converting-large-scientific-software-packages-written-in-c-to-c-modules/index.md
@@ -7,7 +7,7 @@ links:
 - icon_pack: fab
   name: 'Watch on Youtube'
   icon: youtube
-  url: https://youtu.be/Mab0A84xBMM?si=uabJPNtUVNTEL_Tz 
+  url: https://youtu.be/Mab0A84xBMM?si=uabJPNtUVNTEL_Tz
   cta_new_tab: true
 #- icon_pack: fas
 #  name: 'Get the slides'
diff --git a/content/kokkos-tea-time/2026-01-21-kokkos-tea-time--kokkos-comm/index.md b/content/kokkos-tea-time/2026-01-21-kokkos-tea-time--kokkos-comm/index.md
@@ -35,7 +35,7 @@ It can be followed on [Zoom](https://zoom-lfx.platform.linuxfoundation.org/meeti
 
 Gabriel Dos Santos (CEA, France) will give a talk entitled "Kokkos Comm: Performance-Portable Communication API for Distributed Kokkos Applications".
 
-Gabriel Dos Santos is a Ph.D. student at CEA, France. Following a Master’s degree in High-Performance Computing and Simulation from Paris-Saclay University, his research now focuses on data structure optimization and parallel programming. 
+Gabriel Dos Santos is a Ph.D. student at CEA, France. Following a Master’s degree in High-Performance Computing and Simulation from Paris-Saclay University, his research now focuses on data structure optimization and parallel programming.
 
 
 ## Kokkos Comm: Performance-Portable Communication API for Distributed Kokkos Applications
diff --git a/content/kokkos-tea-time/2026-02-18-tea-time-c++-reflection/index.md b/content/kokkos-tea-time/2026-02-18-tea-time-c++-reflection/index.md
@@ -2,7 +2,7 @@
 title: "February tea-time: C++ Reflection for Data Layout Abstraction"
 subtitle: "February 18th 2026: Kokkos tea-time"
 summary: 'On February 18th, Jolly Chen from CERN & University of Twente will give a talk entitled "C++ Reflection for Data Layout Abstraction"'
-date: 2026-02-12              
+date: 2026-02-12
 links:
 - icon_pack: fab
   name: 'Watch on Youtube'
@@ -29,7 +29,7 @@ It can be followed on [Zoom](https://zoom-lfx.platform.linuxfoundation.org/meeti
 
 Jolly Chen will give a talk entitled "C++ Reflection for Data Layout Abstraction"
 
-Jolly Chen is a second year PhD student in Computer Science at CERN, affiliated with the University of Twente in The Netherlands. The topic of her PhD is "Optimizing Memory Access patterns through Data Layout Transformation". Broadly speaking, her research interests are Performance Engineering, GPU Programming, and Performance Modelling. 
+Jolly Chen is a second year PhD student in Computer Science at CERN, affiliated with the University of Twente in The Netherlands. The topic of her PhD is "Optimizing Memory Access patterns through Data Layout Transformation". Broadly speaking, her research interests are Performance Engineering, GPU Programming, and Performance Modelling.
 
 <!--{{% cta cta_text="Get the slides" cta_link="slides.pdf" cta_new_tab="true" %}}-->
 
@@ -43,7 +43,7 @@ Jolly Chen is a second year PhD student in Computer Science at CERN, affiliated
 
 Good performance requires good memory access patterns. A common optimization dilemma is choosing between array-of-structures (AoS) and struct-of-arrays (SoA). However, in C++, changing the data layout between AoS to SoA requires modifying both the data structure declarations and the access syntax. This work is repetitive, time consuming, and can lead to less intuitive code. For example, with AoS, we can have an array of particles and access the third particle’s momentum with the syntax `particles[2].x`. In contrast, SoA requires the syntax `particles.x[2]`. To address this dilemma, we want to decouple memory organization from logical data access while preserving the standard C++ access syntax.
 
-In this talk, Jolly will present different approaches to abstracting SoA as AoS at compile-time, using C++26 reflection and some Code Injection with Token Sequences as proposed by P3294, which she compare with manually defining SoAs. In addition, she will share her experience with using C++ reflection.  
+In this talk, Jolly will present different approaches to abstracting SoA as AoS at compile-time, using C++26 reflection and some Code Injection with Token Sequences as proposed by P3294, which she compare with manually defining SoAs. In addition, she will share her experience with using C++ reflection.
 
 
 
diff --git a/content/kokkos-tea-time/2026-03-18-tea-time-HOPPS/index.md b/content/kokkos-tea-time/2026-03-18-tea-time-HOPPS/index.md
@@ -7,7 +7,7 @@ links:
 - icon_pack: fab
   name: 'Watch on Youtube'
   icon: youtube
-  url: https://youtu.be/MBnK4XEm1-Q?si=IppeIWk5bS05KKmt 
+  url: https://youtu.be/MBnK4XEm1-Q?si=IppeIWk5bS05KKmt
   cta_new_tab: true
 - icon_pack: fas
   name: 'Get the slides'
diff --git a/content/kokkos-tea-time/2026-04-15-tea-time-parthenon/index.md b/content/kokkos-tea-time/2026-04-15-tea-time-parthenon/index.md
@@ -2,12 +2,12 @@
 title: "April tea-time: Parthenon – a performance portable block-structured adaptive mesh refinement framework"
 subtitle: "April 15th 2026: Kokkos tea-time"
 summary: 'On April 15th, Philipp Grete from the University of Hamburg will give a talk entitled "Parthenon – a performance portable block-structured adaptive mesh refinement framework"'
-date: 2026-03-17              
+date: 2026-03-17
 links:
 #- icon_pack: fab
 #  name: 'Watch on Youtube'
 #  icon: youtube
-#  url: 
+#  url:
 #  cta_new_tab: true
 # - icon_pack: fas
 #  name: 'Get the slides'
diff --git a/content/news/2023-11-27-First-CExA-coffee/index.md b/content/news/2023-11-27-First-CExA-coffee/index.md
@@ -22,11 +22,11 @@ Baptiste Legouix will give a talk entitled "Performance portable Fourier & Splin
 
 ## Performance portable Fourier & Spline transforms for Vlasov-Poisson numerical solve
 
-Numerical changes of basis functions is a very usefull tool for numerical 
-simulation: involved in interpolations, integrations, PDE solvers... In the 
-context of a collaboration between Mdls and IRFM, a Fourier and a Spline 
-transform kernels have been developed and integrated in the library DDC to 
-address the use-case of the gyrokinetic code Gysela in a performance 
+Numerical changes of basis functions is a very usefull tool for numerical
+simulation: involved in interpolations, integrations, PDE solvers... In the
+context of a collaboration between Mdls and IRFM, a Fourier and a Spline
+transform kernels have been developed and integrated in the library DDC to
+address the use-case of the gyrokinetic code Gysela in a performance
 perspective (compatibility with GPU).
 
 {{< cta cta_text="Get the slides" cta_link="dose_slides.pdf" cta_new_tab="true" >}}
@@ -40,7 +40,7 @@ Feel free to contact us to propose a talk: contact@cexa-project.org
 ## Kokkos Korner
 
 For those interested, the coffee will be followed by a "Kokkos Korner".
-If you've tried Kokkos tutorials and you're stuck, if you have issues with Kokkos use, our experts will be available at 2PM in 
+If you've tried Kokkos tutorials and you're stuck, if you have issues with Kokkos use, our experts will be available at 2PM in
 Si vous avez essayé les tutoriaux Kokkos et que vous êtes bloqués, si vous avez des difficultés avec son utilisation, nos experts Kokkos seront disponibles à 14h au même endroit pour répondre à vos questions.
 Pour ceux qui ne peuvent pas se déplacer sur Saclay, nous sommes joignable sur le slack de Kokkos : https://kokkosteam.slack.com/messages , canal #general-fr.
 
diff --git a/content/news/2024-10-25-Steering-committee/index.md b/content/news/2024-10-25-Steering-committee/index.md
@@ -17,7 +17,7 @@ The public part of this session can be followed on [Zoom](https://cnrs.zoom.us/j
 
 {{< cta cta_text="<i class='fa fa-calendar'></i>&nbsp; Add to calendar" cta_link="steering-committee.ics" >}}
 
-The CExA team will present its work to CEA's Operating Divisions. This in-depth dive into the achievements of the project will include talks by demonstrators working on applications, that have been collaborating with CExA developers. 
+The CExA team will present its work to CEA's Operating Divisions. This in-depth dive into the achievements of the project will include talks by demonstrators working on applications, that have been collaborating with CExA developers.
 
 The <span id=agenda>agenda</span> for the public session of the Steering Committee is as follows:
 - 9:00-9:10 - General introduction
@@ -37,7 +37,7 @@ The <span id=agenda>agenda</span> for the public session of the Steering Committ
 
 ## Additional info
 
-### Join us physically in  Room 045 of the DIGITEO building 
+### Join us physically in  Room 045 of the DIGITEO building
 
 Room 045 of [Digiteo Saclay building](https://maps.app.goo.gl/dWmfDSAyc6TLkrnC9) is in Saclay center, near the Orphée entrance.
 <iframe src="https://www.google.com/maps/embed?pb=!1m18!1m12!1m3!1d2631.8449189785!2d2.15407651328232!3d48.72755487119501!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m3!1m2!1s0x47e67f3d6ca35351%3A0xad658a7f81b4a1fe!2sMaison%20de%20la%20Simulation!5e0!3m2!1sen!2sfr!4v1690451425962!5m2!1sen!2sfr" width="600" height="450" style="border:0;" allowfullscreen="" loading="lazy" referrerpolicy="no-referrer-when-downgrade"></iframe>
diff --git a/content/news/2024-11-04-Tenth-CExA-coffee/index.md b/content/news/2024-11-04-Tenth-CExA-coffee/index.md
@@ -20,7 +20,7 @@ It can be followed on [Zoom](https://cnrs.zoom.us/j/97834891802?pwd=NXhzd2paY051
 
 Romin Tomasetti will animate a discussion around the theme: "Asynchronous execution, use cases and adoption"
 
-{{% cta cta_text="Get the slides" cta_link="kokkos_tea_time_2024_11_04_graph-trimmed.pdf" cta_new_tab="true" %}} 
+{{% cta cta_text="Get the slides" cta_link="kokkos_tea_time_2024_11_04_graph-trimmed.pdf" cta_new_tab="true" %}}
 
 
 ## Kokkos::Graph : Asynchronous execution, use cases and adoption
diff --git a/content/news/2024-12-18-Sixth-Kokkos-tea-time/index.md b/content/news/2024-12-18-Sixth-Kokkos-tea-time/index.md
@@ -31,7 +31,7 @@ Sam Reeve will give a talk on "Cabana: a Kokkos+MPI library for particles and hy
 
 <!-- ![](portrait.jpg "") -->
 
-Sam Reeve is a staff scientist at Oak Ridge National Lab, working at the intersection of materials and computational science. His current focus is software development for performance portability and scalability in materials applications. He obtained his BS from Iowa State University and his PhD from Purdue University, both in Materials Engineering.        
+Sam Reeve is a staff scientist at Oak Ridge National Lab, working at the intersection of materials and computational science. His current focus is software development for performance portability and scalability in materials applications. He obtained his BS from Iowa State University and his PhD from Purdue University, both in Materials Engineering.
 
 {{% cta cta_text="Get the slides" cta_link="slides.pdf" cta_new_tab="true" %}}
 
diff --git a/content/news/2025-01-15-Seventh-Kokkos-tea-time/index.md b/content/news/2025-01-15-Seventh-Kokkos-tea-time/index.md
diff --git a/content/news/2025-02-19-Eigth-Kokkos-tea-time/index.md b/content/news/2025-02-19-Eigth-Kokkos-tea-time/index.md
diff --git a/content/news/2025-04-01-youtube-HPSF/index.md b/content/news/2025-04-01-youtube-HPSF/index.md
diff --git a/content/news/2025-09-17-kokkos-tea-time-experience-converting-large-scientific-software-packages-written-in-c-to-c-modules/index.md b/content/news/2025-09-17-kokkos-tea-time-experience-converting-large-scientific-software-packages-written-in-c-to-c-modules/index.md
diff --git a/content/news/2026-01-22-kokkos-hackathon-review/index.md b/content/news/2026-01-22-kokkos-hackathon-review/index.md
diff --git a/content/news/2026-03-05-kokkos-fft/index.md b/content/news/2026-03-05-kokkos-fft/index.md
diff --git a/content/triclade/index.md b/content/triclade/index.md
diff --git a/content/triocfd/index.md b/content/triocfd/index.md
