Hacktoberfest 2026: as issues que os mantenedores marcaram para outubro, abertas e boas para iniciantes. Ver issues do Hacktoberfest

Tutorial videos: planned list

Aberta
  • Algo errado?
#299 0 comentários 0 reações 0 responsáveis Ver no GitHub

Ninguém assumiu esta issue ainda.

Avaliação

Dificuldade
4/5
Tempo estimado
3-5 dias
Facilidade para iniciantes
48/100
Tipo de issue
Documentação
Clareza
Razoavelmente clara
Status de atividade
Ativa
Stack de tecnologia
linux
Domínio
documentation

Direção de pesquisa

Start with the planned tutorial list and its recording notes; the issue names no source files or tests to inspect. Pick one tutorial and use its listed topics to plan the recording and narration; done means producing a short English and Swedish video with separately recorded voice, subtitles, chapters, and the described title and end cards.

Escrita pelo modelo de indexação a partir do texto da issue.

Descrição

Planned short tutorial videos (each a few minutes, English and Swedish, voice recorded separately, subtitles and chapters). Umbrella: #269.

Done

  • Your first ORCA calculation with ECCE (water, optimisation and frequencies) — https://youtu.be/8NzblPZJl5k
  • Your first calculation with ECCE-QM (water) — https://youtu.be/HQarL7NbFjk
  • Loading a structure and calculating its energy (CO from the Teaching library, ECCE-QM single point)

Planned

  1. Drawing and building molecules. The Builder's tools on one molecule that needs all of them, e.g. trans-[PdCl2(PPh3)2]: metal and coordination shape, Cl and P, phenyl rings from the library, bond orders and metal bonds, Add Hydrogen, Clean, measuring, symmetry (Find, Sym. Clean). Uses the new Ligands folder. Record after #286 (element tool) is in.
  2. Adding codes and queues. Register Machines on localhost: finding programs, environment variables (e.g. NBO for ORCA/Gaussian), discovering and saving queues.
  3. Adding a remote HPC cluster. Register Machines for a cluster: connection, ssh keys, queue manager, a test submission.
  4. Looking at results. A tour of the Viewer: MOs and their composition, ESP surface, vibrations and the IR spectrum, charge schemes, dipole.
  5. Importing a calculation. Results from a job run outside ECCE.
  6. The example calculations. What ships with ECCE and what each example shows.
  7. Setting up ECCE for a class. A central server and student accounts, from the teacher's side.
  8. Comparing charge schemes. One molecule with Mulliken, Löwdin, CHELPG, Hirshfeld and NPA side by side.
  9. A tour of what ECCE can do (capability overview).

Recording notes: OBS canvas and output 1920×1200, conky stopped; the assembler crops the top bar and bottom panel, cuts idle stretches, and adds the title and end cards (design 2, centred). The narration script is written from the screen recording.

Linguagem predominante
C
Estrelas
10
Forks
8
Merge médio
21min
PRs com merge (30d)
1

Preparar o ambiente

Este projeto não oferece contêiner de desenvolvimento, Dockerfile nem guia de contribuição, então a configuração fica por sua conta: comece pelo README e veja nosso guia da primeira contribuição para os passos gerais.

Primeiros passos

  1. Leia a issue inteira e depois o guia de contribuição do projeto.
  2. Comente na issue dizendo que vai assumir — evita que duas pessoas façam o mesmo trabalho.
  3. Faça um fork do repositório e trabalhe em uma branch.
  4. Abra um pull request que referencie o número da issue.

Mais de FriendsofECCE/ECCE

Todas as issues de FriendsofECCE/ECCE

Issues semelhantes

Mais issues de C

Receba novas issues na sua caixa de entrada

Um resumo curto de issues do GitHub para quem está começando.