2e404f055cc699b47719d19c9ff81682c065bb5e
lrnassar
Mon Mar 2 17:57:57 2026 -0800
Fixing a missing character in the lua rules for the docs markdown, refs #36894
diff --git docs/page_template.md docs/page_template.md
index a88aa86ed9c..21028a13d7a 100644
--- docs/page_template.md
+++ docs/page_template.md
@@ -1,202 +1,200 @@
% Genome Browser Tutorials
# Page Title Here! e.g. Introduction to the Genome Browser
Very short explanation of what the page will show users. Try to keep it to a
couple of sentences and maybe a bulleted list.
# Sections
Use the links in the panels below to go to different instructional materials.
The panels grow/shrink depending on the amount of text in them. This means that
if one box has more text that the rest, it is going to be larger. To prevent this
keep the text in each panel the same length. For reference, the panels in this
example are the same size in a 1000px window.
Panel 1
**Be sure to change the panel title.**
This panel should be for the the annotated screenshot. The link at the bottom
takes people to that screenshot. Have sentence telling people what they're
going to see.
Panel 2
**Be sure to change the panel title.**
This panel should be for the guided workthrough. The link at the bottom takes
people to that workthrough. Have a sentence telling people what's coming up.
Panel 3
**Be sure to change the panel title.**
This is intended to take people to an interactive tutorial. This is currently
only available on hgTracks, but adding it to the other CGIs has been discussed.
If there is no interactive tutorial, then... TBD
# Annotated Screenshot
| Item | Explanation |
|------|-------------|
| Menu | Find BLAH |
-(We need something below the table otherwise later markdown is not properly interpreted)
-
# Guided Workthorugh
Introduce what this workthrough is going to cover again.
Next provide a list of learning objectives in the form of a bulleted list. You
can use these to help structure the rest of the workthrough.
For example, it might something like:
By the end of this tutorial, you should be able to:
1. Naviagte the Genome Browser Interface
2. Perform a basic Table Browser query
3. Perform a simple BLAT query
## Goal 1 (replace this with a couple words, e.g. Genome Browser Interface)
Introduce overall flow of this section.
### Step 1: (few description of the step, e.g. Selecting a Genome)
Go to BLAH, select your genome from the diagram or search for in the search box at the top left of the screen.
### Step 2: Navigate to your gene of interest
After selecting a genome, enter a gene name into the search box. In our case,
we will enter "HUNK", a gene for BLAH, into the search box.
After typing in the name, select the gene name "HUNK" from the list that
appears below the search box. You will be taken directly to that gene location.
### Step 3: Configure the Genome Browser tracks
The horizontal lines of genomic data in the UCSC Genome Browser are known as **tracks**. they may BLAH, BLAH, and BLAH
### Goal 2
Adjust the number of sections based on the number of learning objectives for that page.
#### Step 1:
BLAH
#### Step 2:
BLAH
#### Step 3:
BLAH
### Goal 3
In this section of the template, we're going to cover some of the other
bootstrap functionality that could be useful for the Genome Browser tutorial
page.
#### Step 1:
This is a bootstrap well. It could be useful if you wanted to highlight something specific.
| Item | Explanation |
|------|-------------|
| Menu | Find BLAH |
-(We need something below the table otherwise later markdown is not properly interpreted)
-
# Guided Workthorugh
Introduce what this workthrough is going to cover again.
Next provide a list of learning objectives in the form of a bulleted list. You
can use these to help structure the rest of the workthrough.
For example, it might something like:
By the end of this tutorial, you should be able to:
1. Naviagte the Genome Browser Interface
2. Perform a basic Table Browser query
3. Perform a simple BLAT query
## Goal 1 (replace this with a couple words, e.g. Genome Browser Interface)
Introduce overall flow of this section.
### Step 1: (few description of the step, e.g. Selecting a Genome)
