diff --git a/thebookofcolors b/thebookofcolors
index 9f9c88e..467d25d 100755
--- a/thebookofcolors
+++ b/thebookofcolors
@@ -66,7 +66,23 @@ section_anatomy() {
 	printf 'Overall, a control sequence is formatted like so:\n'
 	printf '0x1B + "[" + <zero or more numbers, separated by semicolons> + <a letter>\n'
 	printf 'The CSI sequence we''ve gone over already. The easiest way to think about this is that the letter is the name of a function, and the semicolon-delimited numbers are the arguments to said function.\n'
-	printf 'By this model of thinking about escape sequences like function calls means you would read "\\e[0;1;34m" as m(0, 1, 34), and "\\e[A" as A().\n'
+	printf 'By this model of thinking about escape sequences like function calls means you would read "\\e[0;1;34m" as m(0, 1, 34), and "\\e[A" as A().'
+	newline 2
+	printf 'The "m" function is the one we''re interested in. This is the "SGR", or "Select Graphics Rendition", code, and it tells the terminal to activate color and other text effects, which is what we''re interested in.\n'
+}
+
+section_regular_colors() {
+	printf '\e[4;37m\e[1;37mRegular Colors\e[0m\n'
+	newline
+
+	printf '\e[30m\\e[30m Black\e[0m\n'
+	printf '\e[31m\\e[31m Red\e[0m\n'
+	printf '\e[32m\\e[32m Green\e[0m\n'
+	printf '\e[33m\\e[33m Brown\e[0m\n'
+	printf '\e[34m\\e[34m Blue\e[0m\n'
+	printf '\e[35m\\e[35m Purple\e[0m\n'
+	printf '\e[36m\\e[36m Cyan\e[0m\n'
+	printf '\e[37m\\e[37m Light grey\e[0m\n'
 }
 
 main() {
@@ -80,6 +96,9 @@ main() {
 	newline
 
 	section_anatomy
+	newline
+
+	section_regular_colors
 
 	#printf 'Use \\e (or \\033) followed by the control sequence specified next to activate that color.\n'
 	#printf 'Use the reset sequence "[0m" to remove all set colors and styles.\n'