Last Updated: 2024-08-03

Print Date: 2025-07-12

TABLE OF CONTENTS

Utilize the Table of Contents (TOC) menu on the left to scroll through the different sections and help navigate this report. You can click on the title to go directly to the section.

Considerations:

Terminology - The terms activity, workout, and exercise may be used interchangeably in this context, even though they have distinct meanings.

Data Assumptions - The data used for analyses assumes each set of exercise is performed to Rep Max (RM), which isn’t always the case, particularly if the individual isn’t aiming to perform the set to RM. Assuming each set of exercise is performed to Rep Max helps standardize data and provide clear insights into maximal strength, which is beneficial for benchmarking and tracking progress. However, it can also lead to inaccuracies, potential overtraining, and misleading data if not all exercises are performed to failure. Balancing the use of 1RM assumptions with realistic training practices is essential for accurate performance assessment and effective training programming.

STATS TO STANDARDS

Integrating Performance Metrics with Mark Rippetoe Strength Standards

Performance measures are evaluated to match standards. This section combines practical workout data analysis with Mark Rippetoe’s Strength Standards (see TOC Menu). The standards are essential for evaluating and contextualizing individual fitness achievements against standardized criteria.

For a higher quality of personal performance comparison, we define specific criteria to match the standards presented by Mark. Should we choose, we can specify our criteria for Flat Bench Dumbbell Chest Press or Incline Bench Dumbbell Chest Press, each likely requiring different weights and numbers of reps for execution. To note Mark Rippetoe’s training utilizes the barbell as the instrument for growth. By explaining in detail the Bench Press in his Starting Strength book 1, we know the strength standard is measured via the flat bench. Therefore, we specify Flat Bench Barbell Chest Press in our criteria to compare with Mark Rippetoe’s 1RM Male Bench Press Standards.

1RM Table - Avg L2W & ATH

  • The following table reports the average one-repetition maximum (1RM) for each individual across each specified exercise (“Selected Criteria”) over the last two weeks (L2W). The data for the last two weeks serves as a benchmark for the next workout. As the saying goes, “You’re only as good as your last.”

  • The table also reports highest 1RM over all time (ATH) for each selected criterion, accompanied by the last date the highest 1RM was achieved.

  • The 1RM is calculated based on weight executed per set and the number of reps, using the 1RM Conversion Table2.

  • Data is derived from measures entered in the “Ken Does Fitness.xlsm Workbook3.”

  • All calculations assume the standard barbell (Olympic barbell) weight of 45 pounds (20.4 kg).

Keep in mind there are many variables affecting performance. One of these variables includes grip (wide, alternating, overhand, etc.). One individual may use alternating grips (left underhand/right overhand, or vice-versa) when performing deadlifts to maximize weight execution. Another individual might utilize an overhand grip. Someone else may perform a combination of alternating grip and overhand grip. The following datasets and figures do not account for these differences.

Individual Performance Tables

Alex - 1RM Performance

Selected Criteria Index Average 1RM (lbs) Date Range (Last 2 Weeks) Highest 1RM All Time (lbs) Last Date Highest 1RM All Time
Flat Bench Barbell Chest Press 1 185.83 2024-07-18 to 2024-07-31 228.40 2024-01-13
Barbell Deadlift 2 224.51 2024-07-18 to 2024-07-31 261.63 2023-12-17
Barbell Overhead Shoulder Press 3 106.09 2024-06-29 to 2024-07-12 110.47 2024-07-12
Barbell Squat 4 185.75 2024-07-02 to 2024-07-15 191.86 2024-07-15

Josh - 1RM Performance

Selected Criteria Index Average 1RM (lbs) Date Range (Last 2 Weeks) Highest 1RM All Time (lbs) Last Date Highest 1RM All Time
Flat Bench Barbell Chest Press 1 213.15 2024-04-25 to 2024-05-08 253.09 2023-09-13
Barbell Deadlift 2 236.38 2023-10-27 to 2023-11-09 275.28 2023-10-18

Kendrick - 1RM Performance

Selected Criteria Index Average 1RM (lbs) Date Range (Last 2 Weeks) Highest 1RM All Time (lbs) Last Date Highest 1RM All Time
Flat Bench Barbell Chest Press 1 152.71 2024-07-18 to 2024-07-31 174.70 2024-02-07
Barbell Deadlift 2 219.21 2024-07-18 to 2024-07-31 267.44 2024-02-14
Barbell Overhead Shoulder Press 3 72.33 2024-07-13 to 2024-07-26 87.21 2024-01-02
Barbell Squat 4 173.99 2024-07-13 to 2024-07-26 207.87 2024-02-12

1RM Plots - Performance Over Standards

Performance is plotted over Mark Rippetoe’s Strength Standards.

Some considerations for the following plots:

  • Average 1RM for each individual is based on data from the last 2 weeks (L2W). As presented in the 1RM Table above, date ranges between each individual differ, ranging from a few weeks to several months or even years. Despite these differences, this plot is still beneficial for comparing performance among individuals, fostering friendly competition, and motivating action toward higher performance.

  • Highest 1RM (ATH - All Time Highs) for each individual is based on data from all entries.

  • Average Bodyweight represents data from the last 2 weeks of entries for each individual. The following plots and Category Levels use Average Bodyweight for both Average 1RM L2W and ATH executions. Separate calculations are required to obtain Bodyweight at the time when Average 1RM L2W was executed and Bodyweight when ATH 1RM was executed.

  • The date and date ranges for Average Bodyweight (lbs) and 1RM statistics may not align. For example:

    • Date Range for Average 1RM L2W: 2023-10-27 to 2023-11-09
    • Date for ATH 1RM: 2023-10-18
    • Date Range for Average Bodyweight L2W: 2024-05-24 to 2024-06-06
    • Further calculations are required to align the date ranges between bodyweight and performance, allowing greater reliability in the 1RM weight execution-to-bodyweight ratio.

L2W & ATH - Side By Side

Performance measures for Average 1RM Last 2 Weeks (L2W) and Highest 1RM All Time (ATH) are merged into one plot for side-by-side comparison. This visualization helps reach higher performance by highlighting recent performance and identifying personal bests, thereby fostering healthy competition and motivating consistent progress.

This combined plot allows for an easy comparison of recent performance and all-time bests, providing a clear visual representation of each individual’s progress and potential. Understanding these metrics can help identify areas for improvement and set goals to surpass their personal bests, ultimately leveling up performance.

Using Average 1RM Last 2 Weeks (L2W) for training purposes is more effective than comparing Highest 1RM Last 2 Weeks to 1RM All Time High (ATH). This is because the average 1RM over the last two weeks provides a more consistent and realistic measure of current strength levels, which can be influenced by various factors such as fatigue, recovery, and daily performance variability. Relying solely on the highest 1RM may not accurately reflect true performance capability and can lead to unrealistic training loads and potential overtraining.

Male Bench Press Standards, Avg 1RM L2W & 1RM ATH

Name Average 1RM (lbs) Date Range L2W Category Level L2W 1RM ATH (lbs) Date ATH Category Level ATH Avg BW L2W (lbs) Date Range
Alex 185.83 2024-07-18 to 2024-07-31 Cat. II 228.40 2024-01-13 Cat. III 175.00 2024-07-18 to 2024-07-31
Josh 213.15 2024-04-25 to 2024-05-08 Cat. III 253.09 2023-09-13 Cat. III 190.00 2024-05-24 to 2024-06-06
Kendrick 152.71 2024-07-18 to 2024-07-31 Cat. II 174.70 2024-02-07 Cat. III 133.46 2024-07-18 to 2024-07-31

Male Deadlift Standards, Avg 1RM L2W & 1RM ATH

Name Average 1RM (lbs) Date Range L2W Category Level L2W 1RM ATH (lbs) Date ATH Category Level ATH Avg BW L2W (lbs) Date Range
Alex 224.51 2024-07-18 to 2024-07-31 Cat. I 261.63 2023-12-17 Cat. I 175.00 2024-07-18 to 2024-07-31
Josh 236.38 2023-10-27 to 2023-11-09 Cat. I 275.28 2023-10-18 Cat. I 190.00 2024-05-24 to 2024-06-06
Kendrick 219.21 2024-07-18 to 2024-07-31 Cat. I 267.44 2024-02-14 Cat. II 133.46 2024-07-18 to 2024-07-31

Male Press Standards, Avg 1RM L2W & 1RM ATH

Name Average 1RM (lbs) Date Range L2W Category Level L2W 1RM ATH (lbs) Date ATH Category Level ATH Avg BW L2W (lbs) Date Range
Alex 106.09 2024-06-29 to 2024-07-12 Cat. I 110.47 2024-07-12 Cat. II 175.00 2024-07-18 to 2024-07-31
Kendrick 72.33 2024-07-13 to 2024-07-26 Cat. I 87.21 2024-01-02 Cat. I 133.46 2024-07-18 to 2024-07-31

Male Squat Standards, Avg 1RM L2W & 1RM ATH

Name Average 1RM (lbs) Date Range L2W Category Level L2W 1RM ATH (lbs) Date ATH Category Level ATH Avg BW L2W (lbs) Date Range
Alex 185.75 2024-07-02 to 2024-07-15 Cat. I 191.86 2024-07-15 Cat. I 175.00 2024-07-18 to 2024-07-31
Kendrick 173.99 2024-07-13 to 2024-07-26 Cat. I 207.87 2024-02-12 Cat. II 133.46 2024-07-18 to 2024-07-31

STRENGTH STANDARDS

Strength Standards provide valuable benchmarks for assessing an individual’s performance in key strength exercises that are widely practiced in fitness and strength training. These standards categorize performance levels based on either amount of weight executed relative to bodyweight, or repetitions executed, and are segmented by gender and experience levels. By comparing an individual’s performance against these established standards, trainers and athletes can identify strengths and weaknesses in their training regimens, set realistic goals, and measure progress in a structured manner.

Strength Standards Overview

Several strength standards are readily available online:

Finding accurate strength standards depends on the demographic, exercise type, and required accuracy. Each has its pros and cons: some cater to specific demographics, others focus on certain exercises, and their credibility affects reliability. Usability and comprehensive data for benchmarking are crucial, as are regular updates to reflect current trends. Considering these factors helps trainers and athletes choose the best standards for assessing and improving performance.

Standards Categories

The standards compiled are separated into categories, as shown in the following table, making it easy to determine which exercise to use as a benchmark.

Categories Categories
Push Ups Romanian Deadlift
Bench Press T Bar Row
Incline Bench Press Press
Pull Ups Barbell Shoulder Press
Lat Pulldown Dumbbell Shoulder Press
Deadlift Military Press

MARK RIPPETOE’S STANDARDS

Mark Rippetoe’s Strength Standard: 1 Rep Max By Bodyweight.

Here we present Mark Rippetoe’s Strength Standards4 to benchmark individual performance against established criteria for primary strength exercises. These standards are instrumental in evaluating an individual’s lifting capabilities in relation to their bodyweight and training experience. By doing so, we can effectively gauge progress, pinpoint areas that need improvement, and tailor training programs to better meet the specific strength goals of each individual.

The exercises use the technique described in “Starting Strength: Basic Barbell Training, 3rd ed.” The Bluebook may be purchased through The Aasgaard Company online store5 and on Amazon in various mediums (paperback, Kindle, audio). All lifts are performed with the barbell, as indicated by the book title.

To properly utilize these standards, it is recommended to review “Starting Strength: Basic Barbell Training”6 and “Practical Programming for Strength Training.”7 The most recent and relevant 3rd editions (2012) are available on their website, as well as in different mediums on Amazon. You can download online book samples to determine if Starting Strength suits your needs.

Strength Standard Category
Male Bench Press Std 1RM By Bodyweight Mark Rippetoe Bench Press
Male Deadlift Std 1RM By Bodyweight Mark Rippetoe Deadlift
Male Press Std 1RM By Bodyweight Mark Rippetoe Press
Male Squat Std 1RM By Bodyweight Mark Rippetoe Squat

There are five Starting Strength Standards, with the Power Clean excluded in this report. Each of the four remaining Standards is presented below, followed by a plot to visualize performances for comparison and motivation.

Male Bench Press Standards

Bodyweight (lb) Cat. I Cat. II Cat. III Cat. IV Cat. V
114 84 107 130 179 222
123 91 116 142 194 242
132 98 125 153 208 260
148 109 140 172 234 291
165 119 152 187 255 319
181 128 164 201 275 343
198 135 173 213 289 362
220 142 183 225 306 381
242 149 190 232 316 395
275 153 196 239 325 407
319 156 199 244 333 416
320+ 159 204 248 340 425

Male Deadlift Standards

Bodyweight (lb) Cat. I Cat. II Cat. III Cat. IV Cat. V
114 97 179 204 299 387
123 105 194 222 320 414
132 113 209 239 342 438
148 126 234 269 380 482
165 137 254 293 411 518
181 148 274 315 438 548
198 156 289 333 457 567
220 164 305 351 479 586
242 172 318 363 490 596
275 176 326 373 499 602
319 180 333 381 506 608
320+ 183 340 388 512 617

Male Press Standards

Bodyweight (lb) Cat. I Cat. II Cat. III Cat. IV Cat. V
114 53 72 90 107 129
123 57 78 98 116 141
132 61 84 105 125 151
148 69 94 119 140 169
165 75 102 129 153 186
181 81 110 138 164 218
198 85 116 146 173 234
220 89 122 155 183 255
242 93 127 159 189 264
275 96 131 164 194 272
319 98 133 167 199 278
320+ 100 136 171 203 284

Male Squat Standards

Bodyweight (lb) Cat. I Cat. II Cat. III Cat. IV Cat. V
114 78 144 174 240 320
123 84 155 190 259 346
132 91 168 205 278 369
148 101 188 230 313 410
165 110 204 250 342 445
181 119 220 269 367 479
198 125 232 285 387 504
220 132 244 301 409 532
242 137 255 311 423 551
275 141 261 319 435 567
319 144 267 326 445 580
320+ 147 272 332 454 593

REFERENCES

  1. Rippetoe, M. (2017). Starting Strength: Basic Barbell Training (3rd ed.). The Aasgaard Company. Retrieved from https://aasgaardco.com/store/books-posters-dvd/books/starting-strength-basic-barbell-training/.↩︎

  2. Strength Level. (n.d.). One Rep Max Calculator. Retrieved from https://strengthlevel.com/one-rep-max-calculator.↩︎

  3. Tham, K. (2024). Ken Does Fitness Final.xlsm. Retrieved from https://1drv.ms/x/s!AsYYZA9nL8lf8ybTNxlW-2c6sDXB?e=KLfhT4.↩︎

  4. Rippetoe, M. (2012). Strength Standards. Starting Strength. Retrieved from https://startingstrength.com/files/standards.pdf.↩︎

  5. Rippetoe, M. (2017). Starting Strength: Basic Barbell Training (3rd ed.). The Aasgaard Company. Retrieved from https://aasgaardco.com/store/books-posters-dvd/books/starting-strength-basic-barbell-training/.↩︎

  6. Rippetoe, M. Practical Programming for Strength Training, 3rd Edition by Mark Rippetoe. Available at https://www.amazon.com/Practical-Programming-Strength-Training-Rippetoe-ebook/dp/B00IU8YETW/ref=sr_1_2?crid=21521YXBKX4AI&dib=eyJ2IjoiMSJ9.1qTeh_8DJhqDmxrrajmjTbLiQz-wPaKOifgi787M7WurNxwUwKVbhQadJEw8Wdu2ygDP8X0D23Y5xGqEZAJ2L5luEw0gvCIIyuTmugYZ_bRmG35hqLRPlbOyQx4e5pRf2wVoGnsQPzFQEfEOlrhiHKp8BSWCuQkf2RELFKSOLQO49Fq8Y57PU_MuPm9ge91UcC3ebmCZ8pCWHmqbUURN6tyocDT-CR3ZaQAKPJXnmYPsocCP4jz4Y_QTLE1hecsk8Vuugf3HIBjBWkOVMZFmSDlS9ujVxqF4vRqC7GsVJlw._9jNplpd9L6PPFzk7WMC-nSDfWXPhmckFiiaMSwaCyo.↩︎

  7. Rippetoe, M. Practical Programming for Strength Training, 3rd Edition by Mark Rippetoe. Available at https://www.amazon.com/Practical-Programming-Strength-Training-Rippetoe-ebook/dp/B00IU8YETW/ref=sr_1_2?crid=21521YXBKX4AI&dib=eyJ2IjoiMSJ9.1qTeh_8DJhqDmxrrajmjTbLiQz-wPaKOifgi787M7WurNxwUwKVbhQadJEw8Wdu2ygDP8X0D23Y5xGqEZAJ2L5luEw0gvCIIyuTmugYZ_bRmG35hqLRPlbOyQx4e5pRf2wVoGnsQPzFQEfEOlrhiHKp8BSWCuQkf2RELFKSOLQO49Fq8Y57PU_MuPm9ge91UcC3ebmCZ8pCWHmqbUURN6tyocDT-CR3ZaQAKPJXnmYPsocCP4jz4Y_QTLE1hecsk8Vuugf3HIBjBWkOVMZFmSDlS9ujVxqF4vRqC7GsVJlw._9jNplpd9L6PPFzk7WMC-nSDfWXPhmckFiiaMSwaCyo.↩︎

---
title: "Fitness Stats Update"
author: 'Author: Kendrick Tham'
output:
  html_document:
    toc: yes
    toc_depth: 3
    toc_float:
      # collapsed: no
      collapsed: yes  # This makes the sub-sections appear only when the primary section is expanded
      smooth_scroll: yes
      placement: top
      toc_subtree: yes  # Ensures that sub-sections are hidden until the primary section is clicked
    # code_folding: hide   # Hide the code by default
    code_download: true  # Add a button to download the R code
---

Last Updated: 2024-08-03

Print Date: `r Sys.Date()`

<!-- # RMD Setup -->

<style>

/* Reduce the font size of the TOC */
{
  font-size: 0.90em; /* Adjust the size as needed */
}

/* Add borders and spacing to all figures */
img {
  border: 1px solid #ddd; /* Specify border style */
  padding: 5px; /* Add padding around the figures */
  border-radius: 5px; /* Add rounded corners to the border */
  display: block; /* Ensure the image is treated as a block element to respect margin */
  margin-bottom: 20px; /* Add bottom margin to each image for spacing */
}

/* Add borders to all tables */
table {
  border-collapse: collapse; /* Collapse borders into a single border */
  border: 1px solid #ddd; /* Specify border style */
  margin-bottom: 20px; /* Add bottom margin to each table for spacing */
}

/* Add borders to table cells */
th, td {
  border: 1px solid #ddd; /* Specify border style for table cells */
  padding: 8px; /* Add padding inside the table cells */
  text-align: left; /* Align text to the left within table cells */
}


/* Ensuring all column headers are aligned to the left */
table.kable-table th, table.kable-table td {
   text-align: left !important;
}


/* Apply styles to all headers */
th {
  position: sticky; /* Ensure headers stick when scrolling */
  top: 0; /* Position headers at the top */
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  z-index: 999; /* Ensure headers stay on top of other elements */
}

/* Apply styles to all tables */
table {
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  border: 1px solid #ddd; /* Specify border style */
}

/* Apply styles to table cells */
th, td {
  border: 1px solid #ddd; /* Specify border style for table cells */
  padding: 8px; /* Add padding inside the table cells */
  text-align: left; /* Align text to the left within table cells */
}

/* Style tables with alternating striped rows */
table {
  border-collapse: collapse;
  width: 100%;
}

th, td {
  border: 1px solid #dddddd;
  text-align: left;
  padding: 8px;
}

/* Add alternating background colors to table rows */
tr:nth-child(even) {
  background-color: #f2f2f2;
}

tr:nth-child(odd) {
  background-color: #ffffff; /* White background for odd rows */
}

</style>

```{r default_chunk_options, include=FALSE}
# Set repository and default chunk options
options(repos = c(CRAN = "https://cloud.r-project.org"))
knitr::opts_chunk$set(echo=FALSE, eval=FALSE, results='hide', message=FALSE, warning=FALSE)
```

<!-- 
Options such as echo, message, warning, results, include, eval, cache, and more. 

- echo: Show or hide code in the output (echo = FALSE hides the code).
- message: Show or hide messages in the output (message = FALSE suppresses messages).
- warning: Show or hide warnings in the output (warning = FALSE suppresses warnings).
- results: Control how results are shown:
  - 'markup': Display results as they are.
  - 'asis': Include results as raw HTML or LaTeX.
  - 'hide': Hide results from output.
- include: Include or exclude both code and results from the output (include = FALSE excludes everything).
- eval: Evaluate the code chunk or not (eval = FALSE prevents code execution).
- cache: Cache the results of the chunk to speed up rendering (cache = TRUE enables caching).
- fig.cap: Add a caption to graphical outputs.
- out.width/out.height: Set the output size of plots.
- collapse: Concatenate textual output into a single block.
- tidy: Tidy up the display of code or results (tidy = TRUE tidies the output).
-->

```{r packages_and_libraries, eval=TRUE}

# List of all required libraries
required_libraries <- c("ggplot2", "stringr", "readxl", "dplyr", "lubridate", "hms", "openxlsx", "writexl", "rmarkdown", "knitr", "kableExtra", "ggnewscale", "gridExtra")

# ggplot2     for 'declaratively' creating graphics, based on "The Grammar of Graphics". 
# stringr     for working with strings, i.e., character data.
# readxl      for reading Excel files by providing a way to read xls and xlsx files into R without dependencies on external software.
# dplyr       for data manipulation, providing a consistent set of verbs that help you solve the most common data manipulation challenges.
# lubridate   for working with dates and times in R.
# hms         for storing time-of-day values and interfacing these values with base R's date-time classes.
# openxlsx    for reading from and writing to Microsoft Excel .xlsx files. It provides more functionality than just handling data; it also allows you to modify various aspects of the Excel file itself.
# writexl     for a fast and portable way to write data frames to Excel .xlsx files, focusing solely on writing data without any dependencies.
# rmarkdown   for dynamic report generation from R. It integrates the core syntax of markdown (a simple markup language) with R code, allowing for the automatic update of reports to reflect data changes and analysis updates.
# knitr       for using functions such as kable() to format dataframes as markdown tables. 
# kableExtra  for enhanced functionality for styling tables such as displaying columns evenly
# ggnewscale  for creating new color palettes and more
# gridExtra

# Check which libraries are not installed
installed_libs <- rownames(installed.packages())
libraries_to_install <- required_libraries[!required_libraries %in% installed_libs]

# Install missing libraries
if(length(libraries_to_install) > 0) {
  install.packages(libraries_to_install)
}

# Load all required libraries
lapply(required_libraries, library, character.only = TRUE)
```

```{r load KDF_R_Markdown, eval=TRUE, include=FALSE}
# Load the saved workspace
workspace_file <- "C:/Users/kendr/OneDrive/Documents/Data Analytics/KenDoesFitness/Workspace/KDF Workspace.RData"
if (file.exists(workspace_file)) {
  load(workspace_file)
  cat("Workspace loaded successfully.\n")
  # Check if a specific object exists in the loaded workspace
  if (exists("names_subset_strength_standards_gsub_df")) {
    cat("Object 'names_subset_strength_standards_gsub_df' loaded successfully.\n")
  } else {
    cat("Object 'names_subset_strength_standards_gsub_df' does not exist in the workspace.\n")
  }
} else {
  cat("Workspace file does not exist at the specified path: ", workspace_file, "\n")
}

```

# TABLE OF CONTENTS 
Utilize the Table of Contents (TOC) menu on the left to scroll through the different sections and help navigate this report. You can click on the title to go directly to the section.

**Considerations:** 

Terminology - The terms activity, workout, and exercise may be used interchangeably in this context, even though they have distinct meanings.

Data Assumptions - The data used for analyses assumes each set of exercise is performed to Rep Max (RM), which isn't always the case, particularly if the individual isn't aiming to perform the set to RM. Assuming each set of exercise is performed to Rep Max helps standardize data and provide clear insights into maximal strength, which is beneficial for benchmarking and tracking progress. However, it can also lead to inaccuracies, potential overtraining, and misleading data if not all exercises are performed to failure. Balancing the use of 1RM assumptions with realistic training practices is essential for accurate performance assessment and effective training programming.

# STATS TO STANDARDS

**Integrating Performance Metrics with Mark Rippetoe Strength Standards** 

Performance measures are evaluated to match standards. This section combines practical workout data analysis with Mark Rippetoe's Strength Standards (see TOC Menu). The standards are essential for evaluating and contextualizing individual fitness achievements against standardized criteria.

For a higher quality of personal performance comparison, we define specific criteria to match the standards presented by Mark. Should we choose, we can specify our criteria for Flat Bench Dumbbell Chest Press or Incline Bench Dumbbell Chest Press, each likely requiring different weights and numbers of reps for execution. To note Mark Rippetoe's training utilizes the barbell as the instrument for growth. By explaining in detail the Bench Press in his Starting Strength book [^1], we know the strength standard is measured via the flat bench. Therefore, we specify Flat Bench Barbell Chest Press in our criteria to compare with Mark Rippetoe's 1RM Male Bench Press Standards.

## 1RM Table - Avg L2W & ATH 

- The following table reports the average one-repetition maximum (1RM) for each individual across each specified exercise ("Selected Criteria") over the last two weeks (L2W). The data for the last two weeks serves as a benchmark for the next workout. As the saying goes, "You're only as good as your last."

- The table also reports highest 1RM over all time (ATH) for each selected criterion, accompanied by the last date the highest 1RM was achieved.

- The 1RM is calculated based on weight executed per set and the number of reps, using the 1RM Conversion Table[^2].

- Data is derived from measures entered in the "Ken Does Fitness.xlsm Workbook[^3]."

- All calculations assume the standard barbell (Olympic barbell) weight of 45 pounds (20.4 kg).

Keep in mind there are many variables affecting performance. One of these variables includes grip (wide, alternating, overhand, etc.). One individual may use alternating grips (left underhand/right overhand, or vice-versa) when performing deadlifts to maximize weight execution. Another individual might utilize an overhand grip. Someone else may perform a combination of alternating grip and overhand grip. The following datasets and figures do not account for these differences.

## Individual Performance Tables

```{r individual_table_performance_to_mark_rippetoe_standards, eval=TRUE, results='asis'}

# Load necessary libraries
library(dplyr)
library(knitr)
library(kableExtra)

# Loop through each unique name and generate a table for each
for (i in seq_along(unique(display_performance_on_mark_rippetoe_standards$Name))) {
  
  name <- unique(display_performance_on_mark_rippetoe_standards$Name)[i]
  
  # Add this conditional check to process only "Alex", "Kendrick", or "Josh"
   if (name %in% c("Alex", "Kendrick", "Josh")) {
  
  # Add this conditional check to process only "Alex" or other.
  # if (name == "Alex") {
  
    # Filter the results for the current name
    individual_performance <- display_performance_on_mark_rippetoe_standards %>%
      filter(Name == name) %>%
      select(-Name)  # Remove the "Name" column for the table
    
    # Print the section header
    cat(paste0("\n\n<h4>", name, " - 1RM Performance </h4>\n\n"))
    
    # Use kable and kableExtra for formatting of table output
    kable(individual_performance, "html", align = 'l') %>% 
      kable_styling(full_width = TRUE, 
                    fixed_thead = TRUE) %>%
      column_spec(1:ncol(individual_performance), width = "auto") %>%
      print()  # Print each table
    
    cat("\n\n")
  }
}

```

## 1RM Plots - Performance Over Standards 
Performance is plotted over Mark Rippetoe's Strength Standards.

Some considerations for the following plots:

- Average 1RM for each individual is based on data from the last 2 weeks (L2W). As presented in the 1RM Table above, date ranges between each individual differ, ranging from a few weeks to several months or even years. Despite these differences, this plot is still beneficial for comparing performance among individuals, fostering friendly competition, and motivating action toward higher performance.

- Highest 1RM (ATH - All Time Highs) for each individual is based on data from all entries.

- Average Bodyweight represents data from the last 2 weeks of entries for each individual. The following plots and Category Levels use Average Bodyweight for both Average 1RM L2W and ATH executions. Separate calculations are required to obtain Bodyweight at the time when Average 1RM L2W was executed and Bodyweight when ATH 1RM was executed.

- The date and date ranges for Average Bodyweight (lbs) and 1RM statistics may not align. For example: 
    - Date Range for Average 1RM L2W: 2023-10-27 to 2023-11-09		
    - Date for ATH 1RM: 2023-10-18	
    - Date Range for Average Bodyweight L2W: 2024-05-24 to 2024-06-06
    - Further calculations are required to align the date ranges between bodyweight and performance, allowing greater reliability in the 1RM weight execution-to-bodyweight ratio.

## L2W & ATH - Side By Side 
Performance measures for Average 1RM Last 2 Weeks (L2W) and Highest 1RM All Time (ATH) are merged into one plot for side-by-side comparison. This visualization helps reach higher performance by highlighting recent performance and identifying personal bests, thereby fostering healthy competition and motivating consistent progress.

This combined plot allows for an easy comparison of recent performance and all-time bests, providing a clear visual representation of each individual's progress and potential. Understanding these metrics can help identify areas for improvement and set goals to surpass their personal bests, ultimately leveling up performance.

Using Average 1RM Last 2 Weeks (L2W) for training purposes is more effective than comparing Highest 1RM Last 2 Weeks to 1RM All Time High (ATH). This is because the average 1RM over the last two weeks provides a more consistent and realistic measure of current strength levels, which can be influenced by various factors such as fatigue, recovery, and daily performance variability. Relying solely on the highest 1RM may not accurately reflect true performance capability and can lead to unrealistic training loads and potential overtraining. 

```{r avg_1rm__l2w_and_ath_1rm_on_standards, fig.width=10, fig.height=7, eval=TRUE, results='asis'}

# Ensure the necessary libraries are loaded
library(dplyr)
library(ggplot2)
library(RColorBrewer)
library(knitr)
library(kableExtra)

# Define color palettes
color_palette_l2w <- c("Alex - Avg L2W" = "#1f77b4", 
                       "Kendrick - Avg L2W" = "#ff7f0e", 
                       "Lucien - Avg L2W" = "#9467bd", 
                       "Josh - Avg L2W" = "#8c564b")
color_palette_ath <- c("Alex - ATH" = "#2ca02c", 
                       "Kendrick - ATH" = "#d62728", 
                       "Lucien - ATH" = "#e377c2", 
                       "Josh - ATH" = "#7f7f7f")

# Load the standards tables and store them in a list
standards_tables <- list(
  "male_bench_press_std_1rm_by_bodyweight_mark_rippetoe" = male_bench_press_std_1rm_by_bodyweight_mark_rippetoe,
  "male_deadlift_std_1rm_by_bodyweight_mark_rippetoe" = male_deadlift_std_1rm_by_bodyweight_mark_rippetoe,
  "male_press_std_1rm_by_bodyweight_mark_rippetoe" = male_press_std_1rm_by_bodyweight_mark_rippetoe,
  "male_squat_std_1rm_by_bodyweight_mark_rippetoe" = male_squat_std_1rm_by_bodyweight_mark_rippetoe
)

# Function to find category level
find_category_level <- function(weight, bw, standards_table) {
  standards <- standards_tables[[standards_table]]
  if (is.null(standards)) {
    stop("Standards table not found.")
  }
  
  rounded_bw <- standards %>% filter(`Bodyweight` >= bw) %>% slice(1) %>% pull(`Bodyweight`)
  categories <- standards %>% filter(`Bodyweight` == rounded_bw)
  
  category <- ifelse(weight < categories$`Cat  I`, "Below Cat. I",
               ifelse(weight < categories$`Cat  II`, "Cat. I",
               ifelse(weight < categories$`Cat  III`, "Cat. II",
               ifelse(weight < categories$`Cat  IV`, "Cat. III",
               ifelse(weight < categories$`Cat  V`, "Cat. IV", "Cat. V")))))
  return(category)
}

# Define a function to add data points to existing plots
add_bodyweight_and_1rm_to_plot <- function(existing_plot, performance_data, table_avg_bodyweights_last_2wk, standards_table) {
  # Filter and join the data
  combined_data <- performance_data %>%
    inner_join(table_avg_bodyweights_last_2wk, by = "Name") %>%
    mutate(`Average 1RM (lbs)` = as.numeric(`Average 1RM (lbs)`),
           `Highest 1RM All Time (lbs)` = as.numeric(`Highest 1RM All Time (lbs)`)) %>%
    filter(!is.na(`Average 1RM (lbs)`) & `Average 1RM (lbs)` != "No data available") %>%
    mutate(Name_Avg_L2W = paste(Name, "- Avg L2W"), 
           Name_ATH = paste(Name, "- ATH"),
           Category_Level_L2W = mapply(find_category_level, `Average 1RM (lbs)`, `Average_Bodyweight_Last_2Wk`, MoreArgs = list(standards_table = standards_table)),
           Category_Level_ATH = mapply(find_category_level, `Highest 1RM All Time (lbs)`, `Average_Bodyweight_Last_2Wk`, MoreArgs = list(standards_table = standards_table)))

  # Add points to the existing plot
  updated_plot <- existing_plot +
    geom_point(data = combined_data, aes(x = Average_Bodyweight_Last_2Wk, y = `Average 1RM (lbs)`, color = Name_Avg_L2W, fill = Name_Avg_L2W), 
               size = 4, shape = 21, color = "black") +
    geom_point(data = combined_data, aes(x = Average_Bodyweight_Last_2Wk, y = `Highest 1RM All Time (lbs)`, color = Name_ATH, fill = Name_ATH), 
               size = 4, shape = 24, color = "black") +
    scale_color_manual(values = c(color_palette_l2w, color_palette_ath)) +
    scale_fill_manual(values = c(color_palette_l2w, color_palette_ath)) +
    guides(color = guide_legend(order = 1), fill = guide_legend(order = 2)) +
    labs(color = "Name", fill = "Name") +
    theme(legend.text = element_text(size = 11), # Decrease legend text size
          legend.title = element_text(size = 11), # Decrease legend title size
          legend.key.size = unit(0.5, "cm")) # Decrease legend key size

  # Create a table with the specified columns
  table_data <- combined_data %>%
    select(Name, 
           `Average 1RM (lbs)`, 
           `Date Range (Last 2 Weeks)`, 
           Category_Level_L2W,
           `Highest 1RM All Time (lbs)`, 
           `Last Date Highest 1RM All Time`, 
           Category_Level_ATH,
           `Average_Bodyweight_Last_2Wk`, 
           Date_Range) %>%
    rename(
        `Date Range L2W` = `Date Range (Last 2 Weeks)`,
        `1RM ATH (lbs)` = `Highest 1RM All Time (lbs)`,
        `Date ATH` = `Last Date Highest 1RM All Time`,
        `Avg BW L2W (lbs)` = `Average_Bodyweight_Last_2Wk`
        )
  
  # Update table further with the specified columns
  table_data <- table_data %>%
    select(Name, 
           `Average 1RM (lbs)`, 
           `Date Range L2W`, 
           Category_Level_L2W,
           `1RM ATH (lbs)`, 
           `Date ATH`, 
           Category_Level_ATH,
           `Avg BW L2W (lbs)`, 
          `Date_Range`
           )

  # Substitute underscores with spaces in column names
  colnames(table_data) <- gsub("_", " ", colnames(table_data))

  # Print the combined table using knitr::kable
  table_html <- kable(table_data, format = "html", escape = FALSE, align = 'l') %>%
    kable_styling(full_width = TRUE) %>%
    column_spec(1:ncol(table_data), extra_css = "text-align: left;")

  return(list(plot = updated_plot, table = table_html, table_data = table_data))
}

# Retrieve existing plots and titles
existing_plots <- plots_list_strength_standards_mark_rippetoe
plot_titles <- names(existing_plots)

# Map plot titles to standards table names
plot_to_standards_table <- list(
  "Male Bench Press Std 1RM By Bodyweight Mark Rippetoe" = "male_bench_press_std_1rm_by_bodyweight_mark_rippetoe",
  "Male Deadlift Std 1RM By Bodyweight Mark Rippetoe" = "male_deadlift_std_1rm_by_bodyweight_mark_rippetoe",
  "Male Press Std 1RM By Bodyweight Mark Rippetoe" = "male_press_std_1rm_by_bodyweight_mark_rippetoe",
  "Male Squat Std 1RM By Bodyweight Mark Rippetoe" = "male_squat_std_1rm_by_bodyweight_mark_rippetoe"
)

# Iterate through each standard and add data points to the existing plots
for (plot_title in plot_titles) {
  # Filter performance data for the current standard
  performance_data <- filter(performance_on_mark_rippetoe_standards, `Strength Standard` == plot_title)
  
  # Get the existing plot
  existing_plot <- existing_plots[[plot_title]]
  
  # Get the corresponding standards table name
  standards_table <- plot_to_standards_table[[plot_title]]
  
  # Add bodyweight and 1RM data points to the existing plot
  result <- add_bodyweight_and_1rm_to_plot(existing_plot, performance_data, table_avg_bodyweights_last_2wk, standards_table)
  
  clean_title <- (sub(" Std 1RM By Bodyweight Mark Rippetoe", " Standards, Avg 1RM L2W & 1RM ATH", plot_title))
  cat(paste0("\n\n<h4>", clean_title, "</h4>\n\n"))

  # Print the updated plot
  print(result$plot)
  
  # Print the table
  print(result$table)
  
  # Save the plot
  # plot_filename <- paste0("plots/avg_1rm_l2w_and_ath_1rm_on__", tolower(gsub(" ", "_", plot_title)), "_", Sys.Date(), ".png")
  # ggsave(plot_filename, plot = result$plot, width = 10, height = 7)
  
  # Save the table data to CSV
  # table_filename <- paste0("tables/avg_1rm_l2w_and_ath_1rm_on_", tolower(gsub(" ", "_", plot_title)), "_", Sys.Date(), ".csv")
  # write.csv(result$table_data, file = table_filename, row.names = FALSE)
}

```

# STRENGTH STANDARDS

Strength Standards provide valuable benchmarks for assessing an individual's performance in key strength exercises that are widely practiced in fitness and strength training. These standards categorize performance levels based on either amount of weight executed relative to bodyweight, or repetitions executed, and are segmented by gender and experience levels. By comparing an individual's performance against these established standards, trainers and athletes can identify strengths and weaknesses in their training regimens, set realistic goals, and measure progress in a structured manner.

## Strength Standards Overview 

Several strength standards are readily available online:

- ExRx Strength Standards: <https://exrx.net/Testing/WeightLifting/StrengthStandards>
- StrengthLevel.com Strength Standards: <https://strengthlevel.com/strength-standards>
- Symmetric Strength: <https://symmetricstrength.com/>
- Mark Rippetoe's Strength Standards: <https://startingstrength.com/files/standards.pdf>

Finding accurate strength standards depends on the demographic, exercise type, and required accuracy. Each has its pros and cons: some cater to specific demographics, others focus on certain exercises, and their credibility affects reliability. Usability and comprehensive data for benchmarking are crucial, as are regular updates to reflect current trends. Considering these factors helps trainers and athletes choose the best standards for assessing and improving performance.

## Standards Categories  
The standards compiled are separated into categories, as shown in the following table, making it easy to determine which exercise to use as a benchmark.

```{r strength_standards_sheet_names, eval=TRUE, results='markup'}

# Print the data frame using knitr::kable
knitr::kable(names_subset_strength_standards_gsub_df, format = "markdown", col.names = c("Categories", "Categories")) %>%
  column_spec(1:2, width = col_width, extra_css = "text-align: left;")

```

# MARK RIPPETOE'S STANDARDS

Mark Rippetoe's Strength Standard: 1 Rep Max By Bodyweight.  

Here we present Mark Rippetoe's Strength Standards[^4] to benchmark individual performance against established criteria for primary strength exercises. These standards are instrumental in evaluating an individual's lifting capabilities in relation to their bodyweight and training experience. By doing so, we can effectively gauge progress, pinpoint areas that need improvement, and tailor training programs to better meet the specific strength goals of each individual.

The exercises use the technique described in "Starting Strength: Basic Barbell Training, 3rd ed." The Bluebook may be purchased through The Aasgaard Company online store[^5] and on Amazon in various mediums (paperback, Kindle, audio). All lifts are performed with the barbell, as indicated by the book title.

To properly utilize these standards, it is recommended to review "Starting Strength: Basic Barbell Training"[^6] and "Practical Programming for Strength Training."[^6] The most recent and relevant 3rd editions (2012) are available on their website, as well as in different mediums on Amazon. You can download online book samples to determine if Starting Strength suits your needs.

```{r mark_rippetoe_standards_list, eval=TRUE, results='markup'}

# Code extracts and refines a subset of data related to "Mark Rippetoe" standards from a broader dataset, making it more accessible and easier to work with by cleaning up the category names for further analysis or reporting

# subset() filters rows from the named_ranges dataframe.
# grepl() checks each entry in the "Strength Standard" column for the substring 
mark_rippetoe_standards_list <- subset(named_ranges, grepl("Mark_Rippetoe", `Strength Standard`))

# Pipe Operator (%>%) is used to pass the result of one function to the next. It helps in writing cleaner and more readable code, especially when performing multiple operations on a dataset.
# gsub("_", " ", Category Sheet) replaces underscores (_) with spaces in the Category Sheet column.
# New column is created. 
mark_rippetoe_standards_list <- mark_rippetoe_standards_list %>%
  mutate(`Category Name` = gsub("_", " ", `Category Sheet`))

# Display the modified 'Strength Standard' column with spaces instead of underscores
display_mark_rippetoe_standards_list <- mark_rippetoe_standards_list %>%
  mutate(`Strength Standard` = gsub("_", " ", `Strength Standard`)) %>%
  select(-`Category Sheet`)  # This excludes the 'Category Sheet' column

# The View function is used to open the raw_data dataframe in the RStudio data viewer for interactive exploration.
View(mark_rippetoe_standards_list) #Run this line of code to view table. 

# Print for reference. 
# print(mark_rippetoe_standards_list)
# print(display_mark_rippetoe_standards_list)

# Define the ratios and total width for column widths
total_width <- 100
ratio_strength_standards <- 2
ratio_category <- 1.25
total_ratio <- ratio_strength_standards + ratio_category

# Calculate the column widths
width_strength_standards <- (ratio_strength_standards / total_ratio) * total_width
width_category <- (ratio_category / total_ratio) * total_width

# Print the dataframe using kable for a nicely formatted markdown table.
kable(display_mark_rippetoe_standards_list, format = "html", col.names = c("Strength Standard", "Category")) %>%
  kable_styling(full_width = TRUE) %>%
  column_spec(1, width = paste0(width_strength_standards, "%")) %>%
  column_spec(2, width = paste0(width_category, "%"))


```

There are five Starting Strength Standards, with the Power Clean excluded in this report. Each of the four remaining Standards is presented below, followed by a plot to visualize performances for comparison and motivation.

```{r mark_rippetoe_standards_tables_and_plots, fig.width=10, fig.height=7, eval=TRUE, results='asis'}

# Keep fig.width=10 for PDF display (via browser > Save As PDF). While fig.width=9 (instead of 10) fits width of output, saving as PDF with fig.width=9 will result in small figure; width=10 will fill the PDF page.

# Load the required packages if not already installed
library(ggplot2)
library(dplyr)
library(knitr)
library(kableExtra) # Ensure kableExtra is loaded for styling

# Function to generate ggplot for each data frame
generate_ggplot <- function(data, category_name, mark_rippetoe_strength_standard) {
  data_number <- data %>%
    mutate(Bodyweight = as.numeric(gsub("[^0-9]", "", Bodyweight)))

  # Rename columns to remove double periods
  colnames(data_number) <- gsub("\\.\\.", ". ", colnames(data_number))

  # Print column names for debugging
  # print(colnames(data_number))
    
  ggplot(data_number, aes(x = Bodyweight)) +
    geom_ribbon(aes(ymin = `Cat. I`, ymax = `Cat. II`), fill = "blue", alpha = 0.2) +
    geom_ribbon(aes(ymin = `Cat. II`, ymax = `Cat. III`), fill = "green", alpha = 0.2) +
    geom_ribbon(aes(ymin = `Cat. III`, ymax = `Cat. IV`), fill = "orange", alpha = 0.2) +
    geom_ribbon(aes(ymin = `Cat. IV`, ymax = `Cat. V`), fill = "red", alpha = 0.2) +
    geom_ribbon(aes(ymin = `Cat. V`, ymax = Inf), fill = "purple", alpha = 0.2) +
    
    # Fill the remaining non-colored part
    geom_ribbon(aes(ymin = -Inf, ymax = `Cat. I`), fill = "gray", alpha = 0.2) +
    
    # Create lines
    geom_line(aes(y = `Cat. I`), color = "blue", size = 1) +
    geom_line(aes(y = `Cat. II`), color = "green", size = 1) +
    geom_line(aes(y = `Cat. III`), color = "orange", size = 1) +
    geom_line(aes(y = `Cat. IV`), color = "red", size = 1) +
    geom_line(aes(y = `Cat. V`), color = "purple", size = 1) +
    
    # Set labels
    labs(
      x = "Bodyweight (lb)",
      y = "1RM Weight Load Execution",
      title = paste("Male", category_name, "Standards"),
      subtitle = "Comparison of Strength Standards Across Experience Levels",
      caption = paste("Source:", mark_rippetoe_strength_standard) # Change Source info PRN
    ) +
    
    # Add more markers on the y-axis at increments of 20
    scale_y_continuous(breaks = seq(0, 999, by = 20)) +
    # Add more markers on the x-axis at increments of 10
    scale_x_continuous(breaks = seq(0, 999, by = 10)) +
    
    # Add text labels for skill levels with matching colors
    geom_text(aes(x = max(Bodyweight), y = min(`Cat. I`), label = ""), color = "dimgray", vjust = -1) +
    geom_text(aes(x = max(Bodyweight), y = max(`Cat. I`), label = "Cat. I"), color = "darkblue", vjust = -1) +
    geom_text(aes(x = max(Bodyweight), y = max(`Cat. II`), label = "Cat. II"), color = "darkgreen", vjust = -1) +
    geom_text(aes(x = max(Bodyweight), y = max(`Cat. III`), label = "Cat. III"), color = "darkorange", vjust = -1) +
    geom_text(aes(x = max(Bodyweight), y = max(`Cat. IV`), label = "Cat. IV"), color = "darkred", vjust = -1) +
    geom_text(aes(x = max(Bodyweight), y = max(`Cat. V`), label = "Cat. V"), color = "purple", vjust = -1) +
    
    # Customize theme
    theme_minimal() +
    theme(
      plot.title = element_text(hjust = 0.5, size = 16),
      plot.subtitle = element_text(hjust = 0.5, size = 12),
      plot.caption = element_text(hjust = 0.5),
      axis.title.x = element_text(size = 14),
      axis.title.y = element_text(size = 14),
      axis.text = element_text(size = 12),
      legend.position = "right",
      legend.title = element_blank(),
      legend.text = element_text(size = 12),
      legend.key.size = unit(1, "cm")
    )
}

# Lists to store the plots and tables
plots_list_strength_standards_mark_rippetoe <- list()
tables_list_strength_standards_mark_rippetoe <- list()

# Check and create the 'plots' directory if it doesn't exist
if (!dir.exists("plots")) {
  dir.create("plots")
}

# Check and create the 'tables' directory if it doesn't exist
if (!dir.exists("tables")) {
  dir.create("tables")
}

# Loop through each named range from the filtered mark_rippetoe_standards_list dataframe
for (i in 1:nrow(mark_rippetoe_standards_list)) {
  strength_standard_named_range <- mark_rippetoe_standards_list$`Strength Standard`[i]
  category_name <- mark_rippetoe_standards_list$`Category Name`[i]
  
  # Load the data from the named range
  data_frame <- readWorkbook(strength_standards, namedRegion = strength_standard_named_range)
  
  # Check if the 'Bodyweight' column exists in the data frame
  if (!"Bodyweight" %in% colnames(data_frame)) {
    cat(paste("Skipping", strength_standard_named_range, "- 'Bodyweight' column missing.\n"))
    next
  }

  # Ensure column names are trimmed of whitespace
  colnames(data_frame) <- trimws(colnames(data_frame))

  # Rename columns to remove double periods for both table and plot
  colnames(data_frame) <- gsub("\\.\\.", ". ", colnames(data_frame))

  # Format the title of the plot and head of the table using the cleaned category name
  formatted_header <- gsub("_", " ", strength_standard_named_range)
  formatted_header <- (sub(" Std 1RM By Bodyweight Mark Rippetoe", " Standards", formatted_header))
  
  # Generate the plot
  plot <- generate_ggplot(data_frame, category_name, strength_standard_named_range)
  
  # Print the name of the named range as a markdown header
  cat(paste0("\n\n<h3> ", formatted_header, "</h3>\n"))
  
  # Rename 'Bodyweight' column to 'Bodyweight (lb)'
  names(data_frame)[names(data_frame) == "Bodyweight"] <- "Bodyweight (lb)"

  # Print the plot
  print(plot)

  # Save the plot to the list
  plots_list_strength_standards_mark_rippetoe[[formatted_header]] <- plot

  # Output the data frame as a markdown table with even column widths
  print(
    table_html <- kable(data_frame, format = "html", align = 'l') %>%
      kable_styling(full_width = TRUE) %>%
      column_spec(1:ncol(data_frame), width = paste0(100 / ncol(data_frame), "%"))
  )
  
  # Save the table to the list
  tables_list_strength_standards_mark_rippetoe[[formatted_header]] <- table_html

  # Optionally save the plot and table
  ggsave(filename = paste0("plots/", tolower(strength_standard_named_range), ".png"), plot = plot, width = 12, height = 8)

  # Save the data frame as a CSV file
  write.csv(data_frame, file = paste0("tables/", tolower(strength_standard_named_range), ".csv"), row.names = FALSE)
}

# Example of how to recall and print a specific plot and table from the lists
# print(plots_list_strength_standards_mark_rippetoe[["Male Bench Press Std 1RM By Bodyweight Mark Rippetoe"]])
# print(tables_list_strength_standards_mark_rippetoe)
# print(tables_list_strength_standards_mark_rippetoe["Male Bench Press Std 1RM By Bodyweight Mark Rippetoe"])
# cat(as.character(tables_list_strength_standards_mark_rippetoe[["Male Bench Press Std 1RM By Bodyweight Mark Rippetoe"]]))

```

# REFERENCES 

<!-- 
There are multiple references above for the same notation below. R has default settings to assign one notation per reference, while keeping the order you have designed. For example if [^4] is used at least twice, it will appear as [^4] and [^5] in the knit product. The following numbers will bump up. Same goes for One Rep Max Calculator [^10], which at time of review prints as [^11] and [^14].
-->

[^1]: Rippetoe, M. (2017). *Starting Strength: Basic Barbell Training (3rd ed.).* The Aasgaard Company. Retrieved from <https://aasgaardco.com/store/books-posters-dvd/books/starting-strength-basic-barbell-training/>.

[^2]: Strength Level. (n.d.). *One Rep Max Calculator.* Retrieved from <https://strengthlevel.com/one-rep-max-calculator>.

[^3]: Tham, K. (2024). *Ken Does Fitness Final.xlsm.* Retrieved from <https://1drv.ms/x/s!AsYYZA9nL8lf8ybTNxlW-2c6sDXB?e=KLfhT4>.

[^4]: Rippetoe, M. (2012). *Strength Standards.* Starting Strength. Retrieved from <https://startingstrength.com/files/standards.pdf>.

[^5]: Rippetoe, M. (2017). *Starting Strength: Basic Barbell Training (3rd ed.).* The Aasgaard Company. Retrieved from <https://aasgaardco.com/store/books-posters-dvd/books/starting-strength-basic-barbell-training/>.

[^6]: Rippetoe, M. (2017). *Starting Strength: Basic Barbell Training, 3rd Edition* by Mark Rippetoe. Available at <https://www.amazon.com/Starting-Strength-Mark-Rippetoe-ebook/dp/B006XJR5ZA/ref=sr_1_1?crid=21521YXBKX4AI&dib=eyJ2IjoiMSJ9.1qTeh_8DJhqDmxrrajmjTbLiQz-wPaKOifgi787M7WurNxwUwKVbhQadJEw8Wdu2ygDP8X0D23Y5xGqEZAJ2L5luEw0gvCIIyuTmugYZ_bRmG35hqLRPlbOyQx4e5pRf2wVoGnsQPzFQEfEOlrhiHKp8BSWCuQkf2RELFKSOLQO49Fq8Y57PU_MuPm9ge91UcC3ebmCZ8pCWHmqbUURN6tyocDT-CR3ZaQAKPJXnmYPsocCP4jz4Y_QTLE1hecsk8Vuugf3HIBjBWkOVMZFmSDlS9ujVxqF4vRqC7GsVJlw._9jNplpd9L6PPFzk7WMC-nSDfWXPhmckFiiaMSwaCyo>.

[^6]: Rippetoe, M. *Practical Programming for Strength Training, 3rd Edition* by Mark Rippetoe. Available at <https://www.amazon.com/Practical-Programming-Strength-Training-Rippetoe-ebook/dp/B00IU8YETW/ref=sr_1_2?crid=21521YXBKX4AI&dib=eyJ2IjoiMSJ9.1qTeh_8DJhqDmxrrajmjTbLiQz-wPaKOifgi787M7WurNxwUwKVbhQadJEw8Wdu2ygDP8X0D23Y5xGqEZAJ2L5luEw0gvCIIyuTmugYZ_bRmG35hqLRPlbOyQx4e5pRf2wVoGnsQPzFQEfEOlrhiHKp8BSWCuQkf2RELFKSOLQO49Fq8Y57PU_MuPm9ge91UcC3ebmCZ8pCWHmqbUURN6tyocDT-CR3ZaQAKPJXnmYPsocCP4jz4Y_QTLE1hecsk8Vuugf3HIBjBWkOVMZFmSDlS9ujVxqF4vRqC7GsVJlw._9jNplpd9L6PPFzk7WMC-nSDfWXPhmckFiiaMSwaCyo>.