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book/_toc.yml
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format: jb-book
root: intro
parts:
- caption: Q1 Topics
numbered: 2
chapters:
- file: modelling/overview
title: Modelling Concepts
sections:
- file: modelling/classification
title: Classification
- file: modelling/decisions
title: Decisions
- file: modelling/validate_verify
title: Calibration, Validation & Verification
- file: modelling/gof
title: Goodness of Fit
# START REMOVE-FROM-PUBLISH
- file: modelling/sensitivity
title: Sensitivity Analysis
# END REMOVE-FROM-PUBLISH
# parts:
# - caption: Q1 Topics
# numbered: 2
# chapters:
# - file: modelling/overview
# title: Modelling Concepts
# sections:
# - file: modelling/classification
# title: Classification
# - file: modelling/decisions
# title: Decisions
# - file: modelling/validate_verify
# title: Calibration, Validation & Verification
# - file: modelling/gof
# title: Goodness of Fit
# # START REMOVE-FROM-PUBLISH
# - file: modelling/sensitivity
# title: Sensitivity Analysis
# # END REMOVE-FROM-PUBLISH
- file: propagation_uncertainty/overview
sections:
- file: propagation_uncertainty/00a_CovCorr.md
- file: propagation_uncertainty/00b_MultivariateNormal
- file: propagation_uncertainty/uncertainty
- file: propagation_uncertainty/01_ErrorPropagation.md
- file: propagation_uncertainty/02_LinearPropagation.md
- file: observation_theory/overview.md
sections:
- file: observation_theory/01_Introduction.md
- file: observation_theory/02_LeastSquares.md
sections:
- file: observation_theory/02_LeastSquares_NB.ipynb
- file: observation_theory/03_WeightedLSQ.md
sections:
- file: observation_theory/03_Notebook_WLS.ipynb
- file: observation_theory/04_BLUE.md
- file: observation_theory/05_Precision.md
sections:
- file: observation_theory/05_Notebook_ConfInt.ipynb
- file: observation_theory/06_MLE.md
- file: observation_theory/07_NLSQ.md
sections:
- file: observation_theory/07_Notebook_NLSQ.ipynb
- file: observation_theory/08_Testing.md
- file: observation_theory/09_TestingSandM.md
sections:
- file: observation_theory/09_Notebook_Testing.ipynb
- file: observation_theory/09_Notebook_OMT.ipynb
- file: observation_theory/99_NotationFormulas
# - file: propagation_uncertainty/overview
# sections:
# - file: propagation_uncertainty/00a_CovCorr.md
# - file: propagation_uncertainty/00b_MultivariateNormal
# - file: propagation_uncertainty/uncertainty
# - file: propagation_uncertainty/01_ErrorPropagation.md
# - file: propagation_uncertainty/02_LinearPropagation.md
# - file: observation_theory/overview.md
# sections:
# - file: observation_theory/01_Introduction.md
# - file: observation_theory/02_LeastSquares.md
# sections:
# - file: observation_theory/02_LeastSquares_NB.ipynb
# - file: observation_theory/03_WeightedLSQ.md
# sections:
# - file: observation_theory/03_Notebook_WLS.ipynb
# - file: observation_theory/04_BLUE.md
# - file: observation_theory/05_Precision.md
# sections:
# - file: observation_theory/05_Notebook_ConfInt.ipynb
# - file: observation_theory/06_MLE.md
# - file: observation_theory/07_NLSQ.md
# sections:
# - file: observation_theory/07_Notebook_NLSQ.ipynb
# - file: observation_theory/08_Testing.md
# - file: observation_theory/09_TestingSandM.md
# sections:
# - file: observation_theory/09_Notebook_Testing.ipynb
# - file: observation_theory/09_Notebook_OMT.ipynb
# - file: observation_theory/99_NotationFormulas
- file: numerical_methods/overview
title: Numerical Modelling
sections:
- file: numerical_methods/1-numerical-solns.ipynb
- file: numerical_methods/2-numerical-interp.ipynb
- file: numerical_methods/3-taylor-series.ipynb
sections:
- file: numerical_methods/3-taylor-series-exercise.ipynb
- file: numerical_methods/4-FDM-intro.ipynb
- file: numerical_methods/5-numerical_derivatives.ipynb
- file: numerical_methods/6-simple_solvers_ODE.ipynb
- file: numerical_methods/7-solver_2nd_order.ipynb
- file: numerical_methods/8-solvers_non-linear.ipynb
- file: numerical_methods/9-exercise.ipynb
- file: numerical_methods/10-advanced_solvers.ipynb
- file: probability/Reminder_intro.md
title: Continuous Distributions
sections:
- file: probability/PDF_CDF
- file: probability/empirical
- file: probability/Param_distr.md
title: Parametric distributions
sections:
- file: probability/Gaussian.md
- file: probability/other_distr.md
- file: probability/Uniform.md
- file: probability/Exponential.md
- file: probability/Gumbel.md
- file: probability/Lognormal.md
- file: probability/summary.md
- file: probability/fitting.md
title: Fitting parametric distributions
sections:
- file: probability/moments.md
- file: probability/MLE_1.ipynb
- file: probability/GOF
- file: probability/Loc-scale.ipynb
- file: rr/prob-design/overview
title: Risk and Reliability Intro
sections:
- file: rr/prob-design/one-random-variable
- file: rr/prob-design/two-random-variables
- file: rr/prob-design/exercise
sections:
- file: rr/prob-design/exercise_solutions
# - file: numerical_methods/overview
# title: Numerical Modelling
# sections:
# - file: numerical_methods/1-numerical-solns.ipynb
# - file: numerical_methods/2-numerical-interp.ipynb
# - file: numerical_methods/3-taylor-series.ipynb
# sections:
# - file: numerical_methods/3-taylor-series-exercise.ipynb
# - file: numerical_methods/4-FDM-intro.ipynb
# - file: numerical_methods/5-numerical_derivatives.ipynb
# - file: numerical_methods/6-simple_solvers_ODE.ipynb
# - file: numerical_methods/7-solver_2nd_order.ipynb
# - file: numerical_methods/8-solvers_non-linear.ipynb
# - file: numerical_methods/9-exercise.ipynb
# - file: numerical_methods/10-advanced_solvers.ipynb
# - file: probability/Reminder_intro.md
# title: Continuous Distributions
# sections:
# - file: probability/PDF_CDF
# - file: probability/empirical
# - file: probability/Param_distr.md
# title: Parametric distributions
# sections:
# - file: probability/Gaussian.md
# - file: probability/other_distr.md
# - file: probability/Uniform.md
# - file: probability/Exponential.md
# - file: probability/Gumbel.md
# - file: probability/Lognormal.md
# - file: probability/summary.md
# - file: probability/fitting.md
# title: Fitting parametric distributions
# sections:
# - file: probability/moments.md
# - file: probability/MLE_1.ipynb
# - file: probability/GOF
# - file: probability/Loc-scale.ipynb
# - file: rr/prob-design/overview
# title: Risk and Reliability Intro
# sections:
# - file: rr/prob-design/one-random-variable
# - file: rr/prob-design/two-random-variables
# - file: rr/prob-design/exercise
# sections:
# - file: rr/prob-design/exercise_solutions
- caption: Q2 Topics
numbered: 2
# START REMOVE-FROM-PUBLISH
chapters:
- file: Q2_overview
title: Overview of Q2
# END REMOVE-FROM-PUBLISH
chapters:
- file: fvm/intro.md
title: Finite Volume Method
sections:
# - file: fvm/overview
# title: Overview
# sections:
- file: fvm/getting_started.md
title: Getting Started
- file: fvm/intro_2.md
- file: fvm/gauss.md
title: Gauss's Theorem
- file: fvm/frames.md
title: Reference Frames
- file: fvm/advection.md
title: Advection
# - file: boundaries.md
# title: Boundary Conditions
- file: fvm/stability.md
title: Stability
- file: fvm/exercises.md
title: Exercises
# - file: fvm/conservation.md
# title: Conservation Laws
# - file: fvm/navier.md
# title: Discretization
- file: fem/intro.md
title: Finite Element Method
sections:
- file: fem/strong.md
title: Strong form of the problem
- file: fem/weak.md
title: Weak form
- file: fem/discrete.ipynb
title: Discrete form
- file: fem/matrix.ipynb
title: Finite element implementation
- file: fem/shape.md
title: Elements and shape functions
- file: fem/videos.md
title: Videos (summary and additional material)
# - caption: Q2 Topics
# numbered: 2
# # START REMOVE-FROM-PUBLISH
# chapters:
# - file: Q2_overview
# title: Overview of Q2
# # END REMOVE-FROM-PUBLISH
# chapters:
# - file: fvm/intro.md
# title: Finite Volume Method
# sections:
# # - file: fvm/overview
# # title: Overview
# # sections:
# - file: fvm/getting_started.md
# title: Getting Started
# - file: fvm/intro_2.md
# - file: fvm/gauss.md
# title: Gauss's Theorem
# - file: fvm/frames.md
# title: Reference Frames
# - file: fvm/advection.md
# title: Advection
# # - file: boundaries.md
# # title: Boundary Conditions
# - file: fvm/stability.md
# title: Stability
# - file: fvm/exercises.md
# title: Exercises
# # - file: fvm/conservation.md
# # title: Conservation Laws
# # - file: fvm/navier.md
# # title: Discretization
# - file: fem/intro.md
# title: Finite Element Method
# sections:
# - file: fem/strong.md
# title: Strong form of the problem
# - file: fem/weak.md
# title: Weak form
# - file: fem/discrete.ipynb
# title: Discrete form
# - file: fem/matrix.ipynb
# title: Finite element implementation
# - file: fem/shape.md
# title: Elements and shape functions
# - file: fem/videos.md
# title: Videos (summary and additional material)
- file: signal/intro.md
title: Signal Processing
sections:
- file: signal/fourier_real
title: Fourier Series
sections:
- file: signal/fourier_nb
title: Square Wave Example
- file: signal/fourier_complex
title: Complex Fourier Series
- file: signal/fourier_transf
title: Fourier Transform
- file: signal/sampling
title: Sampling
- file: signal/dft
title: Discrete Fourier Transform
- file: signal/spectral_est
title: Spectral Estimation
- file: signal/videos
title: Supplementary Videos
- file: time_series/intro.md
title: Time Series Analysis
sections:
- file: time_series/components
title: "Time Series components"
sections:
- file: time_series/exercise1.ipynb
- file: time_series/types
title: "Types of Time Series"
- file: time_series/modelling
title: "Time Series modelling and estimation"
sections:
- file: time_series/exercise3.ipynb
- file: time_series/stationarity
title: "Stationarity"
sections:
- file: time_series/exercise2.ipynb
- file: time_series/acf
title: "Autocovariance function (ACF)"
sections:
- file: time_series/exercise4.ipynb
- file: time_series/arma
title: "AutoRegressive Moving Average (ARMA) process"
sections:
- file: time_series/exercise5.ipynb
- file: time_series/forecasting
title: "Time Series forecasting"
- file: time_series/optional
title: "Supplementary material"
# START REMOVE-FROM-PUBLISH
- file: time_series/notebook
title: Notebook
# END REMOVE-FROM-PUBLISH
- file: optimization/overview
title: Optimization
sections:
- file: optimization/origins
- file: optimization/general
- file: optimization/taxonomy
- file: optimization/sand_and_clay
sections:
- file: optimization/claysand.ipynb
- file: optimization/augmented_form
- file: optimization/sand_and_clay_simplex
sections:
- file: optimization/simplex_exercise
- file: optimization/airplane_exercise
sections:
- file: optimization/airplane_original.ipynb
- file: optimization/integer_programming
- file: optimization/some_constraints
- file: optimization/genetic_algorithm
- file: optimization/airlines.ipynb
title: Airline Exercise (Optional)
- file: optimization/project
title: Road Network Design Problem (Project 9)
sections:
- file: optimization/Project_MILP.ipynb
- file: optimization/Project_GA.ipynb
- file: optimization/performance
title: Performance Considerations in LP (Optional)
sections:
- file: optimization/airlines_performance.ipynb
- file: optimization/performance_generic_LP.ipynb
- file: ml/overview
title: Machine Learning
sections:
- file: ml/knn_interactive
- file: ml/decision_theory_interactive
- file: ml/linear_models_interactive
- file: ml/ridge_sgd_interactive
- file: ml/nn_interactive
- file: ml/review
- file: eva/intro.md
title: Extreme Value Analysis
sections:
- file: eva/extreme.md
title: Concept of Extreme
sections:
- file: eva/RT.md
title: Return period
- file: eva/sampling.md
title: Sampling extremes
- file: eva/BM_GEV.md
title: Block Maxima & GEV
sections:
- file: eva/BM.md
title: Block Maxima
- file: eva/Asymptotic.md
title: Asymptotic theorem
- file: eva/GEV.md
title: GEV distribution
- file: eva/RP_Binomial.md
title: RT & Design Life
- file: eva/POT_GPD.md
title: POT & GPD
sections:
- file: eva/POT.md
title: Peak Over Threshold
- file: eva/Poisson.md
- file: eva/Threshold.md
title: Parameters selection
- file: eva/GPD.md
title: Intro to GPD
- file: eva/GPD2.md
title: Practicalities for GPD
- file: eva/RP_Poisson.md
title: Revisiting RT
- file: eva/extra.md
title: Supplementary Material
sections:
- file: eva/Bernoulli.md
- file: eva/videos.md
title: EVA videos
- file: pd/intro.md
title: Risk and Reliability, Part 2
# Already in Q1:
# - file: pd/prob-design/overview.md
# sections:
# - file: pd/prob-design/01-one-random-variable.md
# - file: pd/prob-design/02-two-random-variables.md
# - file: pd/prob-design/example-river-system.md
sections:
- file: pd/risk-analysis/overview.md
sections:
- file: pd/risk-analysis/definition.md
- file: pd/risk-analysis/steps.md
- file: pd/risk-analysis/risk-curves.md
- file: pd/reliability-component/overview.md
sections:
- file: pd/reliability-component/contamination.ipynb
# - file: reliability-component/case-two-loads.md
# - file: reliability-component/case-r-s.md
- file: pd/reliability-system/overview.md
sections:
# - file: reliability-system/system-series.md
# - file: reliability-system/system-parallel.md
- file: pd/reliability-system/exercise-simple-city.md
- file: pd/risk-evaluation/overview.md
sections:
- file: pd/risk-evaluation/decision.md
- file: pd/risk-evaluation/cost-benefit.md
- file: pd/risk-evaluation/econ-optimization.md
- file: pd/risk-evaluation/example-dike-height.md
- file: pd/risk-evaluation/safety-standards.md
- file: pd/exercises/overview.md
sections:
- file: pd/exercises/exercise-fn-curve.md
- file: pd/exercises/exercise-paint.md
- file: pd/exercises/exercise-dam.md
- file: pd/exercises/exercise-sample-exam.md
- file: pd/videos.md
# - file: pd/notebooks/overview.md
# sections:
# - file: pd/notebooks/flood-risk/Exercise_Flood_Risk_Render.ipynb
# - file: pd/notebooks/contamination/Exercise_Contamination_Render.ipynb
# - file: pd/notebooks/traffic/Exercise_Traffic_Render.ipynb
# - file: signal/intro.md
# title: Signal Processing
# sections:
# - file: signal/fourier_real
# title: Fourier Series
# sections:
# - file: signal/fourier_nb
# title: Square Wave Example
# - file: signal/fourier_complex
# title: Complex Fourier Series
# - file: signal/fourier_transf
# title: Fourier Transform
# - file: signal/sampling
# title: Sampling
# - file: signal/dft
# title: Discrete Fourier Transform
# - file: signal/spectral_est
# title: Spectral Estimation
# - file: signal/videos
# title: Supplementary Videos
# - file: time_series/intro.md
# title: Time Series Analysis
# sections:
# - file: time_series/components
# title: "Time Series components"
# sections:
# - file: time_series/exercise1.ipynb
# - file: time_series/types
# title: "Types of Time Series"
# - file: time_series/modelling
# title: "Time Series modelling and estimation"
# sections:
# - file: time_series/exercise3.ipynb
# - file: time_series/stationarity
# title: "Stationarity"
# sections:
# - file: time_series/exercise2.ipynb
# - file: time_series/acf
# title: "Autocovariance function (ACF)"
# sections:
# - file: time_series/exercise4.ipynb
# - file: time_series/arma
# title: "AutoRegressive Moving Average (ARMA) process"
# sections:
# - file: time_series/exercise5.ipynb
# - file: time_series/forecasting
# title: "Time Series forecasting"
# - file: time_series/optional
# title: "Supplementary material"
# # START REMOVE-FROM-PUBLISH
# - file: time_series/notebook
# title: Notebook
# # END REMOVE-FROM-PUBLISH
# - file: optimization/overview
# title: Optimization
# sections:
# - file: optimization/origins
# - file: optimization/general
# - file: optimization/taxonomy
# - file: optimization/sand_and_clay
# sections:
# - file: optimization/claysand.ipynb
# - file: optimization/augmented_form
# - file: optimization/sand_and_clay_simplex
# sections:
# - file: optimization/simplex_exercise
# - file: optimization/airplane_exercise
# sections:
# - file: optimization/airplane_original.ipynb
# - file: optimization/integer_programming
# - file: optimization/some_constraints
# - file: optimization/genetic_algorithm
# - file: optimization/airlines.ipynb
# title: Airline Exercise (Optional)
# - file: optimization/project
# title: Road Network Design Problem (Project 9)
# sections:
# - file: optimization/Project_MILP.ipynb
# - file: optimization/Project_GA.ipynb
# - file: optimization/performance
# title: Performance Considerations in LP (Optional)
# sections:
# - file: optimization/airlines_performance.ipynb
# - file: optimization/performance_generic_LP.ipynb
# - file: ml/overview
# title: Machine Learning
# sections:
# - file: ml/knn_interactive
# - file: ml/decision_theory_interactive
# - file: ml/linear_models_interactive
# - file: ml/ridge_sgd_interactive
# - file: ml/nn_interactive
# - file: ml/review
# - file: eva/intro.md
# title: Extreme Value Analysis
# sections:
# - file: eva/extreme.md
# title: Concept of Extreme
# sections:
# - file: eva/RT.md
# title: Return period
# - file: eva/sampling.md
# title: Sampling extremes
# - file: eva/BM_GEV.md
# title: Block Maxima & GEV
# sections:
# - file: eva/BM.md
# title: Block Maxima
# - file: eva/Asymptotic.md
# title: Asymptotic theorem
# - file: eva/GEV.md
# title: GEV distribution
# - file: eva/RP_Binomial.md
# title: RT & Design Life
# - file: eva/POT_GPD.md
# title: POT & GPD
# sections:
# - file: eva/POT.md
# title: Peak Over Threshold
# - file: eva/Poisson.md
# - file: eva/Threshold.md
# title: Parameters selection
# - file: eva/GPD.md
# title: Intro to GPD
# - file: eva/GPD2.md
# title: Practicalities for GPD
# - file: eva/RP_Poisson.md
# title: Revisiting RT
# - file: eva/extra.md
# title: Supplementary Material
# sections:
# - file: eva/Bernoulli.md
# - file: eva/videos.md
# title: EVA videos
# - file: pd/intro.md
# title: Risk and Reliability, Part 2
# # Already in Q1:
# # - file: pd/prob-design/overview.md
# # sections:
# # - file: pd/prob-design/01-one-random-variable.md
# # - file: pd/prob-design/02-two-random-variables.md
# # - file: pd/prob-design/example-river-system.md
# sections:
# - file: pd/risk-analysis/overview.md
# sections:
# - file: pd/risk-analysis/definition.md
# - file: pd/risk-analysis/steps.md
# - file: pd/risk-analysis/risk-curves.md
# - file: pd/reliability-component/overview.md
# sections:
# - file: pd/reliability-component/contamination.ipynb
# # - file: reliability-component/case-two-loads.md
# # - file: reliability-component/case-r-s.md
# - file: pd/reliability-system/overview.md
# sections:
# # - file: reliability-system/system-series.md
# # - file: reliability-system/system-parallel.md
# - file: pd/reliability-system/exercise-simple-city.md
# - file: pd/risk-evaluation/overview.md
# sections:
# - file: pd/risk-evaluation/decision.md
# - file: pd/risk-evaluation/cost-benefit.md
# - file: pd/risk-evaluation/econ-optimization.md
# - file: pd/risk-evaluation/example-dike-height.md
# - file: pd/risk-evaluation/safety-standards.md
# - file: pd/exercises/overview.md
# sections:
# - file: pd/exercises/exercise-fn-curve.md
# - file: pd/exercises/exercise-paint.md
# - file: pd/exercises/exercise-dam.md
# - file: pd/exercises/exercise-sample-exam.md
# - file: pd/videos.md
# # - file: pd/notebooks/overview.md
# # sections:
# # - file: pd/notebooks/flood-risk/Exercise_Flood_Risk_Render.ipynb
# # - file: pd/notebooks/contamination/Exercise_Contamination_Render.ipynb
# # - file: pd/notebooks/traffic/Exercise_Traffic_Render.ipynb
# START REMOVE-FROM-PUBLISH
# REMOVED FROM DRAFT BOOK 1/12/2023 AS NEW EVA CHAPTERS ARE THERE
# - caption: Extreme Value Analysis
# numbered: 2
# chapters:
# - file: EVA_old/00_00_EVA
# - file: EVA_old/01_00_Extreme
# title: Extremes
# sections:
# - file: EVA_old/01_01_Bernoulli
# - file: EVA_old/01_02_RT
# - file: EVA_old/01_03_Sampling
# - file: EVA_old/02_00_BM_GEV
# sections:
# - file: EVA_old/02_01_BM
# - file: EVA_old/02_02_Asymptotic
# - file: EVA_old/02_03_GEV
# - file: EVA_old/02_04_RP_Binomial
# - file: EVA_old/03_00_POT_GPD
# sections:
# - file: EVA_old/03_01_POT
# - file: EVA_old/03_02_GPD
# - file: EVA_old/03_03_GPD2
# - file: EVA_old/03_04_Poisson
# - file: EVA_old/03_05_GPD3
# - file: EVA_old/03_06_RP_Poisson
# title: Return Period
# - file: EVA_old/04_00_Threshold
# sections:
# - file: EVA_old/04_01_Threshold_Poisson
# - file: EVA_old/04_02_Threshold_MRL
# - file: EVA_old/04_03_Threshold_stability
# - file: EVA_old/04_04_Threshold_DI
# - file: EVA_old/MUDE/01_00_MUDE
# title: MUDE Materials
# sections:
# - file: EVA_old/MUDE/01_01_EVA_1
# - file: EVA_old/MUDE/01_02_3-1-Extreme_Value_notebook.ipynb
# title: Assignment 1
# - file: EVA_old/MUDE/01_03_3-1-Extreme_Value_notebook_solved.ipynb
# title: Solution 1
# - file: EVA_old/MUDE/01_04_EVA_2
# - file: EVA_old/MUDE/01_05_4-1-EVA2_student.ipynb
# title: Assignment 2
# - file: EVA_old/MUDE/01_06_4-1-EVA2_teacher.ipynb
# title: Solution 2
# END REMOVE-FROM-PUBLISH
- caption: Fundamental Concepts
numbered: 2
chapters:
- file: fundamentals/00_01a_PreMath
- file: fundamentals/00_01b_PreMath
- file: fundamentals/00_01c_PreMath
- file: fundamentals/00_02_PreMath
- file: fundamentals/00_03_PreMath
- file: fundamentals/prob-background.md
- file: fundamentals/prob-rv.md
- file: fundamentals/00_04_MeanVar
- file: fundamentals/prob_tables/overview
title: Probability Tables
sections:
- file: fundamentals/prob_tables/normal
title: Normal
- file: fundamentals/prob_tables/chi2
title: Chi-Squared
- file: fundamentals/eemc-stuff
- caption: Programming
numbered: 3
chapters:
- file: external/learn-programming/book/year2/overview
title: Overview
- file: external/learn-programming/book/year2/golden_rules.ipynb
title: The Golden Rules
- file: external/learn-programming/book/year2/programs/overview
title: Programs
sections:
- file: external/learn-programming/book/year2/programs/git/version_control
- file: external/learn-programming/book/year2/programs/git/gui/overview
title: git and GitLab (GUI)
sections:
- file: external/learn-programming/book/year2/programs/git/gui/cloning
title: Cloning
- file: external/learn-programming/book/year2/programs/git/gui/commits_local
title: Local Commits
- file: external/learn-programming/book/year2/programs/git/gui/commits_remote
title: Remote Commits
- file: external/learn-programming/book/year2/programs/git/gui/fetch_pull
title: Fetch and Pull
- file: external/learn-programming/book/year2/programs/git/gui/pushing_problems
title: Pushing Problems
- file: external/learn-programming/book/year2/programs/git/cli/overview
title: git and GitLab (CLI)
sections:
- file: external/learn-programming/book/year2/programs/git/cli/getting_started
title: Getting Started
- file: external/learn-programming/book/year2/programs/git/cli/remote
title: Remote Repositories
- file: external/learn-programming/book/year2/programs/git/cli/branch_merge
- file: external/learn-programming/book/year2/programs/git/cli/merge_conflicts
- file: external/learn-programming/book/year2/programs/git/cli/git_the_rest
title: The Rest
- file: external/learn-programming/book/year2/programs/debugging/overview
title: Debugging and Testing
sections:
- file: external/learn-programming/book/year2/programs/debugging/errors
title: Error Types
- file: external/learn-programming/book/year2/programs/debugging/traceback
title: Traceback
# START REMOVE-FROM-PUBLISH
- file: external/learn-programming/book/year2/programs/debugging/errors_raise_handle
- file: external/learn-programming/book/year2/programs/debugging/assertions
- file: external/learn-programming/book/year2/programs/debugging/logging
- file: external/learn-programming/book/year2/programs/debugging/exercises
# END REMOVE-FROM-PUBLISH
- file: external/learn-python/other_python_stuff/year2/python_topics/overview
sections:
- file: external/learn-python/other_python_stuff/year2/python_topics/classes
title: Classes
- file: external/learn-python/other_python_stuff/year2/python_topics/visualization
title: Advanced Visualization
- file: external/learn-python/other_python_stuff/year2/sympy/sympy.ipynb
# START REMOVE-FROM-PUBLISH
- file: external/learn-python/other_python_stuff/year2/python_topics/modules
title: Modules
# TO BE ADDED LATER: NUMPY ADVANCED, PANDAS, PYTHONIC, ETC.
# REMOVED OCTOBER 2023 TO REORGGANIZE IN "Python Topics"
# - file: programming/communication/overview
# title: Communication
# sections:
# - file: programming/communication/visualization
# - file: programming/code/overview
# title: Computers & Code
# sections:
# - file: programming/code/packages
# - file: programming/code/environments
# END REMOVE-FROM-PUBLISH
# # START REMOVE-FROM-PUBLISH
# # REMOVED FROM DRAFT BOOK 1/12/2023 AS NEW EVA CHAPTERS ARE THERE
# # - caption: Extreme Value Analysis
# # numbered: 2
# # chapters:
# # - file: EVA_old/00_00_EVA
# # - file: EVA_old/01_00_Extreme
# # title: Extremes
# # sections:
# # - file: EVA_old/01_01_Bernoulli
# # - file: EVA_old/01_02_RT
# # - file: EVA_old/01_03_Sampling
# # - file: EVA_old/02_00_BM_GEV
# # sections:
# # - file: EVA_old/02_01_BM
# # - file: EVA_old/02_02_Asymptotic
# # - file: EVA_old/02_03_GEV
# # - file: EVA_old/02_04_RP_Binomial
# # - file: EVA_old/03_00_POT_GPD
# # sections:
# # - file: EVA_old/03_01_POT
# # - file: EVA_old/03_02_GPD
# # - file: EVA_old/03_03_GPD2
# # - file: EVA_old/03_04_Poisson
# # - file: EVA_old/03_05_GPD3
# # - file: EVA_old/03_06_RP_Poisson
# # title: Return Period
# # - file: EVA_old/04_00_Threshold
# # sections:
# # - file: EVA_old/04_01_Threshold_Poisson
# # - file: EVA_old/04_02_Threshold_MRL
# # - file: EVA_old/04_03_Threshold_stability
# # - file: EVA_old/04_04_Threshold_DI
# # - file: EVA_old/MUDE/01_00_MUDE
# # title: MUDE Materials
# # sections:
# # - file: EVA_old/MUDE/01_01_EVA_1
# # - file: EVA_old/MUDE/01_02_3-1-Extreme_Value_notebook.ipynb
# # title: Assignment 1
# # - file: EVA_old/MUDE/01_03_3-1-Extreme_Value_notebook_solved.ipynb
# # title: Solution 1
# # - file: EVA_old/MUDE/01_04_EVA_2
# # - file: EVA_old/MUDE/01_05_4-1-EVA2_student.ipynb
# # title: Assignment 2
# # - file: EVA_old/MUDE/01_06_4-1-EVA2_teacher.ipynb
# # title: Solution 2
# # END REMOVE-FROM-PUBLISH
# - caption: Fundamental Concepts
# numbered: 2
# chapters:
# - file: fundamentals/00_01a_PreMath
# - file: fundamentals/00_01b_PreMath
# - file: fundamentals/00_01c_PreMath
# - file: fundamentals/00_02_PreMath
# - file: fundamentals/00_03_PreMath
# - file: fundamentals/prob-background.md
# - file: fundamentals/prob-rv.md
# - file: fundamentals/00_04_MeanVar
# - file: fundamentals/prob_tables/overview
# title: Probability Tables
# sections:
# - file: fundamentals/prob_tables/normal
# title: Normal
# - file: fundamentals/prob_tables/chi2
# title: Chi-Squared
# - file: fundamentals/eemc-stuff
# - caption: Programming
# numbered: 3
# chapters:
# - file: external/learn-programming/book/year2/overview
# title: Overview
# - file: external/learn-programming/book/year2/golden_rules.ipynb
# title: The Golden Rules
# - file: external/learn-programming/book/year2/programs/overview
# title: Programs
# sections:
# - file: external/learn-programming/book/year2/programs/git/version_control
# - file: external/learn-programming/book/year2/programs/git/gui/overview
# title: git and GitLab (GUI)
# sections:
# - file: external/learn-programming/book/year2/programs/git/gui/cloning
# title: Cloning
# - file: external/learn-programming/book/year2/programs/git/gui/commits_local
# title: Local Commits
# - file: external/learn-programming/book/year2/programs/git/gui/commits_remote
# title: Remote Commits
# - file: external/learn-programming/book/year2/programs/git/gui/fetch_pull
# title: Fetch and Pull
# - file: external/learn-programming/book/year2/programs/git/gui/pushing_problems
# title: Pushing Problems
# - file: external/learn-programming/book/year2/programs/git/cli/overview
# title: git and GitLab (CLI)
# sections:
# - file: external/learn-programming/book/year2/programs/git/cli/getting_started
# title: Getting Started
# - file: external/learn-programming/book/year2/programs/git/cli/remote
# title: Remote Repositories
# - file: external/learn-programming/book/year2/programs/git/cli/branch_merge
# - file: external/learn-programming/book/year2/programs/git/cli/merge_conflicts
# - file: external/learn-programming/book/year2/programs/git/cli/git_the_rest
# title: The Rest
# - file: external/learn-programming/book/year2/programs/debugging/overview
# title: Debugging and Testing
# sections:
# - file: external/learn-programming/book/year2/programs/debugging/errors
# title: Error Types
# - file: external/learn-programming/book/year2/programs/debugging/traceback
# title: Traceback
# # START REMOVE-FROM-PUBLISH
# - file: external/learn-programming/book/year2/programs/debugging/errors_raise_handle
# - file: external/learn-programming/book/year2/programs/debugging/assertions
# - file: external/learn-programming/book/year2/programs/debugging/logging
# - file: external/learn-programming/book/year2/programs/debugging/exercises
# # END REMOVE-FROM-PUBLISH
# - file: external/learn-python/other_python_stuff/year2/python_topics/overview
# sections:
# - file: external/learn-python/other_python_stuff/year2/python_topics/classes
# title: Classes
# - file: external/learn-python/other_python_stuff/year2/python_topics/visualization
# title: Advanced Visualization
# - file: external/learn-python/other_python_stuff/year2/sympy/sympy.ipynb
# # START REMOVE-FROM-PUBLISH
# - file: external/learn-python/other_python_stuff/year2/python_topics/modules
# title: Modules
# # TO BE ADDED LATER: NUMPY ADVANCED, PANDAS, PYTHONIC, ETC.
# # REMOVED OCTOBER 2023 TO REORGGANIZE IN "Python Topics"
# # - file: programming/communication/overview
# # title: Communication
# # sections:
# # - file: programming/communication/visualization
# # - file: programming/code/overview
# # title: Computers & Code
# # sections:
# # - file: programming/code/packages
# # - file: programming/code/environments
# # END REMOVE-FROM-PUBLISH
book/intro.md
+ 18
− 7
View file @ e4a0f6cb
# Welcome to the MUDE Textbook
Welcome to the MUDE textbook for the 2023-24 academic year. This is where assigned reading is located, along with interactive exercises to practice and study the module material.
````{admonition} Textbook Website Under Construction
:class: warning
This website is the home of the MUDE Textbook, which will be published at the beginning of Q1.
````{admonition} Interactive Pages---Use Python in your Browser!
This online textbook has a number of pages that are set up to be used interactively. You can use the "Live Code" button under the Rocket Ship icon in the top right to activate the interactive features and use Python interactively!
For now, you can read the course description [here](https://www.studiegids.tudelft.nl/a101_displayCourse.do?course_id=69347).
Sometimes the interactivity will involve completing an exercise, wheras on other pages it might simply provide the opportunity to edit the contents of code cells and execute it to explore the page contents interactively. Other pages may provide interactive figures (e.g., widgets).
Material from last year is also available, but note that this should be used for general information only as **the material can change significantly!**
- Use these links to visit the [book](https://mude.citg.tudelft.nl/2023/) and [website](https://mude.citg.tudelft.nl/2023/book) from last year.
- For more information, visit the [MUDE Archive](https://mude.citg.tudelft.nl/archive/).
````
This feature is supported by [TeachBooks](http://teachbooks.tudelft.nl/).
````
\ No newline at end of file
%Welcome to the MUDE textbook for the 2023-24 academic year. This is where assigned reading is located, along with interactive %exercises to practice and study the module material.
%
%````{admonition} Interactive Pages---Use Python in your Browser!
%
%This online textbook has a number of pages that are set up to be used interactively. You can use the "Live Code" button under %the Rocket Ship icon in the top right to activate the interactive features and use Python interactively!
%
%Sometimes the interactivity will involve completing an exercise, wheras on other pages it might simply provide the %opportunity to edit the contents of code cells and execute it to explore the page contents interactively. Other pages may %provide interactive figures (e.g., widgets).
%
%This feature is supported by [TeachBooks](http://teachbooks.tudelft.nl/).
%````
\ No newline at end of file
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