Improve and restructure plotting documentation for better organization and readability #170

Copilot · 2025-10-26T21:08:26Z

Improve and restructure plotting documentation for better organization and readability

Comprehensive improvements to plotting documentation including enhanced readability, consistent formatting, complete argument documentation, and restructuring into focused files for better navigation.

Major Changes

Documentation Restructuring

Restructured into six focused files for improved navigation:
- plotting.md: General overview and setup (70 lines)
- irf.md: Complete IRF plotting documentation with wrapper functions (1,280+ lines)
- plot_solution.md: Restructured to match official help entry with state mapping, pruned solutions, and steady state explanations (400+ lines)
- plot_conditional_forecast.md: Complete conditional forecast plotting documentation (342 lines)
- plot_conditional_variance_decomposition.md: Complete FEVD plotting documentation (262 lines)
- plot_model_estimates.md: Complete model estimation plotting with verified arguments (450+ lines)
Updated make.jl to include all six plotting documentation files
Added complete model definitions to code examples for standalone execution

Content Improvements

Restructured plot_solution.md based on official function help entry
Explained solution mapping, pruned higher order solutions, and steady state context
Clarified state vector handling and OBC enforcement
Documented convenience wrapper functions:
- plot_simulation: Wrapper for plot_irf with shocks = :simulate and periods = 100
- plot_girf: Wrapper for plot_irf with generalised_irf = true
All documentation matches actual function implementations

Technical Corrections

Fixed plot_model_estimates arguments (filter, smooth, shock_decomposition)
Made state a required positional argument in plot_solution
Removed all non-existent arguments
Verified all arguments against StatsPlotsExt.jl

Results

Total lines: 2,850+ lines across six files

Complete and accurate documentation matching actual implementations
Documented convenience wrapper functions for common use cases

Original prompt

improve the plotting.md
the text right now doesnt always read fluently. the overall structure is fine but the wording and how the individual paragraphs are structured and how the information is represented there can be improved. make sure to contain all the information there

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- Simplified complex sentences while preserving technical information - Enhanced transitions between sections for better flow - Improved consistency in tone throughout the document - Clarified explanations and removed redundant phrasing - Fixed grammatical issues and improved sentence structure - Made the text more accessible without losing technical depth Co-authored-by: thorek1 <13523097+thorek1@users.noreply.github.com>

Co-authored-by: thorek1 <13523097+thorek1@users.noreply.github.com>

thorek1

@copilot avoid using 'we' or 'you'

thorek1 · 2025-10-26T21:29:43Z

docs/src/plotting.md

 ![Gali 2015 IRF - eps_a shock (β=0.95)](../assets/beta_095_irf__Gali_2015_chapter_3_nonlinear__eps_a__1.png)

-The steady states and dynamics changed as a result of changing the discount factor. As it is a bit more difficult to see what changed between the previous IRF with β = 0.99 and the current one with β = 0.95, we can overlay the two IRFs. Since parameter changes are permanent we first must first set β = 0.99 again and then overlay the IRF with β = 0.95 on top of it:
+The steady states and dynamics changed as a result of changing the discount factor. To better visualize the differences between β = 0.99 and β = 0.95, we can overlay the two IRFs. Since parameter changes are permanent, we must first reset β = 0.99 before overlaying the IRF with β = 0.95 on top of it:


@copilot put quotation marks around these parts of the text: β = 0.99

Added quotation marks around "β = 0.99" and "β = 0.95" at line 751. (b1bed52)

thorek1 · 2025-10-26T21:30:23Z

docs/src/plotting.md

 ![FS2000 IRF - e_a shock with auxiliary variables](../assets/with_aux_vars_irf__FS2000__e_a__1.png)

-c and P appear twice, once as the variable itself and once as an auxiliary variable with the L(1) superscript, indicating that it is the value of the variable in t+1 as it is expected to be in t.
+Both c and P appear twice: once as the variable itself and once as an auxiliary variable with the L(1) superscript, representing the value of the variable in t+1 as expected in t.


@copilot put quotation marks around c, P, L(1)

Added quotation marks around "c", "P", and "L(1)" at line 664. (b1bed52)

thorek1 · 2025-10-26T21:31:12Z

docs/src/plotting.md

 ![Gali 2015 IRF - eps_a shock comparing β values](../assets/compare_beta_irf__Gali_2015_chapter_3_nonlinear__eps_a__2.png)

-The legend below the plot indicates which color corresponds to which value of β and the table underneath the plot shows the relevant steady states for both values of β. Note that the steady states differ across the two values of β and also the dynamics, even when the steady state is still the same (e.g. for Y).
+The legend below the plot indicates which color corresponds to each β value, with the table underneath showing the relevant steady states. Note that both the steady states and dynamics differ across the two β values, even when the steady state remains the same (e.g., for Y).


@copilot put quotations marks around Y and β as those are variables and parameters of the model. apply this change throughout the plotting.md

Added quotation marks around variable/parameter names throughout the document, including "Y", "β", "C", "S", "A", "P", "nu", "R", "MC", "N", "W_real", "Pi", "eps_a", "eps_z", "eps_nu", and "τ" when they appear in prose text. (b1bed52)

thorek1 · 2025-10-26T21:32:53Z

docs/src/plotting.md


 ### `plot_attributes`

 [Default: `Dict()`]: dictionary of attributes passed on to the plotting function. See the Plots.jl documentation for details.


@copilot instead of writing [Default: Dict()] write in text what the default argument is. do this throughout plotting.md

Replaced all [Default: ...] formats with prose descriptions throughout plotting.md. For example, "[Default: 6, Type: Int]:" became "... (default: 6)". Applied to 15 parameter descriptions. (b1bed52)

thorek1 · 2025-10-26T21:33:59Z

docs/src/plotting.md

-All text in the plot is now in the computer modern font. Do note that the rendering of the fonts inherits the constraints of the plotting backend (GR in this case) - e.g. the superscript + is not rendered properly for this font.
+All text in the plot now uses the Computer Modern font. Note that font rendering inherits the constraints of the plotting backend (GR in this case)—for example, the superscript + is not rendered properly for this font.

 ### `plots_per_page`


@copilot instead of using the exact argument name in quotation marks, use a more readable section title and clearly refer to the exact argument name in the following description. apply this change throughout

Replaced all section headers with readable titles and added explicit parameter name references in descriptions. For example, "### algorithm" became "### Solution Algorithm" with description starting "The algorithm parameter specifies...". Applied to all 20 parameter sections throughout the document. (b1bed52)

- Converted to passive voice or imperative mood throughout - Changed 'you can' to 'can be' or imperative constructions - Changed 'we' constructions to passive or neutral forms - Maintained all technical content and examples - Preserved document structure and line count Co-authored-by: thorek1 <13523097+thorek1@users.noreply.github.com>

Copilot · 2025-10-26T21:34:35Z

@copilot avoid using 'we' or 'you'

Removed all 'we' and 'you' pronouns from the documentation. Changed to passive voice or imperative mood throughout (e.g., "You can plot IRFs" → "IRFs can be plotted", "we observe" → "dynamics are observed"). All technical content preserved. (df94cb5)

thorek1

@copilot address all comments

- Add quotation marks around variable/parameter names (β, Y, C, P, nu, etc.) - Replace [Default: ...] format with prose descriptions - Replace section headers with readable titles (e.g., `algorithm` → Solution Algorithm) - Add explicit parameter name references in section descriptions - Maintain all technical content and examples Co-authored-by: thorek1 <13523097+thorek1@users.noreply.github.com>

- Remove remaining "Let's" constructions for consistency - Fix redundant text in GIRF configuration section - Ensure all variable/parameter mentions have quotes Co-authored-by: thorek1 <13523097+thorek1@users.noreply.github.com>

thorek1 · 2025-10-26T21:43:16Z

docs/src/plotting.md

 ![Gali 2015 IRF - eps_a shock (first vs second order)](../assets/compare_orders_irf__Gali_2015_chapter_3_nonlinear__eps_a__1.png)

-In the plots we now see both solution methods overlaid. The first-order solution is shown in blue, the second-order solution in orange, as indicated in the legend below the plot. Note that the steady state levels can be different for the two solution methods. For variables where the relevant steady state (non-stochastic steady state for first order and stochastic steady state for higher order) is the same (e.g. `A`) we see the level on the left axis and percentage deviations on the right axis. For variables where the steady state differs between the two solution methods (e.g. `C`) we only see absolute level deviations (`abs. Δ`) on the left axis. Furthermore, the relevant steady state level is mentioned in a table below the plot for reference (rounded so that you can spot the difference to the nearest comparable steady state).
+The plots now show both solution methods overlaid. The first-order solution is shown in blue, the second-order solution in orange, as indicated in the legend below the plot. Note that the steady state levels can be different for the two solution methods. For variables where the relevant steady state is the same for both methods (e.g., `A`), the level appears on the left axis and percentage deviations on the right axis. For variables where the steady state differs between methods (e.g., "C"), only absolute level deviations (`abs. Δ`) appear on the left axis. The relevant steady state levels are shown in a table below the plot for reference (rounded to help identify differences).


@copilot now C is in quotation marks but I actually meant these: C instead of these "C". apply this change to everything that was previously put in quotation marks

Replaced all regular quotation marks with backticks for variable/parameter names throughout the document. Changed "C" → C, "β" → β, "Y" → Y, etc. String literals in code examples (e.g., shocks = "eps_a") were preserved. (2c1637e)

thorek1 · 2025-10-26T21:44:25Z

docs/src/plotting.md

+### Shocks

-Shocks determine which IRFs to calculate. Inputs can be a shock name passed on as either a Symbol or String (e.g. :y, or "y"), or Tuple, Matrix or Vector of String or Symbol. `:simulate` triggers random draws of all shocks (excluding occasionally binding constraints (OBC) related shocks). `:all_excluding_obc` contains all shocks but not the OBC related ones. `:all` also includes the OBC related shocks. A series of shocks can be passed on using either a Matrix{Float64}, or a `KeyedArray{Float64}` as input with shocks (Symbol or String) in rows and periods in columns. The `KeyedArray` type is provided by the AxisKeys package. The period of the simulation will correspond to the length of the input in the period dimension plus the number of periods defined in the `periods` argument. If the series of shocks is input as a `KeyedArray{Float64}` make sure to name the rows with valid shock names of type Symbol. Any shocks not part of the model will trigger a warning. `:none` in combination with an `initial_state` can be used for deterministic simulations.
+The `shocks` parameter determines which IRFs to calculate. Shock names can be specified as either a Symbol or String (e.g. :y, or "y"), or Tuple, Matrix or Vector of String or Symbol. `:simulate` triggers random draws of all shocks (excluding those related to occasionally binding constraints). `:all_excluding_obc` includes all shocks except OBC-related ones. `:all` also includes the OBC related shocks. A series of shocks can be passed using either a `Matrix{Float64}` or a `KeyedArray{Float64}`, with shocks (Symbol or String) in rows and periods in columns. The `KeyedArray` type is provided by the AxisKeys package. The simulation length equals the input length in the period dimension plus the number of periods specified in the `periods` argument. When using a `KeyedArray{Float64}`, ensure that rows are named with valid shock names of type Symbol. Any shocks not part of the model will trigger a warning. `:none` in combination with an `initial_state` can be used for deterministic simulations.


@copilot shocks is not a parameter but a function argument. all sections here explain function arguments. make sure they are referred to as such throughout

Changed all references from "parameter" to "argument" for function arguments throughout the document. Model parameters (β, τ, etc.) remain as "parameters". (2a4f8ab)

thorek1 · 2025-10-26T21:45:20Z

docs/src/plotting.md

-affects the size of shocks as long as they are not set to :none or a shock matrix.
-[Default: `1.0`, Type: `Real`]: size of the shocks in standard deviations. Only affects shocks that are not passed on as a matrix or `KeyedArray` or set to :none. A negative value will flip the sign of the shock.
-You can set the size of the shock using the `shock_size` argument. Here we set it to -2 standard deviations:
+Affects the size of shocks when they are not set to `:none` or provided as a shock matrix.


@copilot here you forgot to mention the name of the argument: shock_size

make sure you mention it throughout

Added missing argument name shock_size to the Shock Size section description. (2a4f8ab)

…s instead of dictionaries for variable_output and has_impact

…te to Symbol

… documentation

…m choice explanation

…dels

…lot functions

…iary variables

…nimal logging

…output

…es_in_symbol for shock names and titles

…etter expression handling

…ize the display of auxiliary variables when excluding OBC-related ones

… use Smets-Wouters model

…se replace_indices_in_symbol for improved symbol processing

…_decomposition calls for clarity

…n functions for clearer logging and use verbose = false instead

…nditionally use LinearVerbosity for improved logging

…ions

Initial plan

4f6ce02

Copilot AI assigned Copilot and thorek1 Oct 26, 2025

Copilot started work on behalf of thorek1 October 26, 2025 21:10 View session

Copilot AI and others added 2 commits October 26, 2025 21:20

Remove temporary backup file

086735a

Co-authored-by: thorek1 <13523097+thorek1@users.noreply.github.com>

Copilot AI changed the title ~~[WIP] Improve wording and structure of plotting.md~~ Improve fluency and readability of plotting.md documentation Oct 26, 2025

Copilot finished work on behalf of thorek1 October 26, 2025 21:23

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Copilot AI requested a review from thorek1 October 26, 2025 21:35

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thorek1 requested changes Oct 26, 2025

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Copilot started work on behalf of thorek1 October 26, 2025 21:35 View session

Copilot AI and others added 2 commits October 26, 2025 21:40

Fix remaining inconsistencies in plotting.md

b4c93bc

- Remove remaining "Let's" constructions for consistency - Fix redundant text in GIRF configuration section - Ensure all variable/parameter mentions have quotes Co-authored-by: thorek1 <13523097+thorek1@users.noreply.github.com>

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thorek1 added 30 commits November 1, 2025 16:58

Refactor plot_solution and _plot_solution_from_container to use array…

256169d

…s instead of dictionaries for variable_output and has_impact

Add section header for Solution Algorithm in IRF documentation

326b838

redo plot_solution.md script

0a16ac2

Fix typo in error message for steady state equations

12546f1

Fix state handling in _plot_solution_from_container by converting sta…

2da104c

…te to Symbol

Refactor plot saving options to use functions for dynamic defaults in…

c9f2faf

… documentation

first pass on solution md script

377aa84

Clarify figure caption for Backus IRF and improve wording on algorith…

736e592

…m choice explanation

Enhance model name handling in plot saving and titles for multiple mo…

6054107

…dels

Update label documentation to clarify its default value and type in p…

d06e6b7

…lot functions

Clarify wording in plot_solution documentation for subplots and auxil…

cd72fc4

…iary variables

Enhance documentation for plot_solution function

690eb49

upload corresponding plots for plot_solution docs

2735ab1

Update solve! calls in nonlinear_solver to use LinearVerbosity for mi…

f850725

…nimal logging

Suppress logging in solve! calls within nonlinear_solver for cleaner …

96f05a4

…output

adjsut docstring example for plot_fevd

1ab98e6

minor formatting improvements

a0cdca0

Enhance replace_indices function to handle multiplication expressions

f0a5c34

Refactor plot_conditional_variance_decomposition to use replace_indic…

0ed7295

…es_in_symbol for shock names and titles

Update rename_dictionary in plot_solution example for Backus model

ed4e877

Add replace_indices_special function and update replace_indices for b…

8dcd183

…etter expression handling

Clarify documentation on plotting IRFs and policy functions to emphas…

7b4f0bd

…ize the display of auxiliary variables when excluding OBC-related ones

Refactor documentation for plot_conditional_variance_decomposition to…

ecc9f29

… use Smets-Wouters model

fevd plots

92b380b

add fevd to generate plots script

6101012

Update label handling in plot_conditional_variance_decomposition to u…

7523588

…se replace_indices_in_symbol for improved symbol processing

Comment out lyapunov_algorithm parameter in plot_conditional_variance…

a9ff82f

…_decomposition calls for clarity

Remove suppression from solve! calls in levenberg_marquardt and newto…

74ad4c1

…n functions for clearer logging and use verbose = false instead

Update solve! calls in levenberg_marquardt and newton functions to co…

9bc1ac8

…nditionally use LinearVerbosity for improved logging

put verbose in the right olace and make it robust to lienarsolve vers…

7c2ff36

…ions


		### `plot_attributes`

		[Default: `Dict()`]: dictionary of attributes passed on to the plotting function. See the Plots.jl documentation for details.

Improve and restructure plotting documentation for better organization and readability #170

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Major Changes

Documentation Restructuring

Content Improvements

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