Clever referencing Display Function Only Works for Theorems

[LynetteCullens]

First of all, I apologize if I'm not using the proper using the proper template. I couldn't find one. Issue: I can't get the Display function of Clever referencing to work with any callout but a Theorem.

Works: `# Links Link to $\frac{{\color{red}q}_{\color{yellow}x}}{\color{blue}A}=-{\color{purple}k}\frac{d{\color{black}T}}{d{\color{yellow}x}} \tag{15-1}$: [[#^8xih4x]]

[!theorem] Fourier Equation %% display: $\scriptsize\frac{{\color{red}q}_{\color{yellow}x}}{\color{blue}A}=-{\color{purple}k}\frac{d{\color{black}T}}{d{\color{yellow}x}} \tag{15-1}$ %%

Cartesian_Coordinates #One-dimensional_form #Equation

$$ \frac{{\color{red}q}_{\color{yellow}x}}{\color{blue}A}=-{\color{purple}k}\frac{d{\color{black}T}}{d{\color{yellow}x}} \tag{15-1} $$

${\Large\color{red}\blacksquare}=$ Heat Flow Rate
${\Large\color{yellow}\blacksquare}=$ In the x-direction
${\Large\color{blue}\blacksquare}=$ Area (Corresponding to x-direction)
${\Large\color{purple}\blacksquare}=$ Thermal Conductivity (Negative because q is in direction of negative $\scriptsize\Delta T$ Hot $\rightarrow$ Cold

$\frac{⬛}{🟨}=$ Temperature Gradient ^8xih4x

[[#^8xih4x]]`

Does Not Work:

`# Links Link to $\frac{{\color{red}q}_{\color{yellow}x}}{\color{blue}A}=-{\color{purple}k}\frac{d{\color{black}T}}{d{\color{yellow}x}} \tag{15-1}$: [[#^8xih4x]]

[!equation] Fourier Equation %% display: $\scriptsize\frac{{\color{red}q}_{\color{yellow}x}}{\color{blue}A}=-{\color{purple}k}\frac{d{\color{black}T}}{d{\color{yellow}x}} \tag{15-1}$ %%

Cartesian_Coordinates #One-dimensional_form #Equation

$$ \frac{{\color{red}q}_{\color{yellow}x}}{\color{blue}A}=-{\color{purple}k}\frac{d{\color{black}T}}{d{\color{yellow}x}} \tag{15-1} $$

${\Large\color{red}\blacksquare}=$ Heat Flow Rate
${\Large\color{yellow}\blacksquare}=$ In the x-direction
${\Large\color{blue}\blacksquare}=$ Area (Corresponding to x-direction)
${\Large\color{purple}\blacksquare}=$ Thermal Conductivity (Negative because q is in direction of negative $\scriptsize\Delta T$ Hot $\rightarrow$ Cold

$\frac{⬛}{🟨}=$ Temperature Gradient ^8xih4x

[[#^8xih4x]]`

[RyotaUshio]

This is because > [!theorem] is a callout type supported by this plugin while > [!equation] is not.

From the documentation, the supported callout types are:

Here's the complete list of available environments and aliases.

Environment name	Alias
axiom	axm
definition	def
lemma	lem
proposition	prp
theorem	thm
corollary	cor
claim	clm
assumption	asm
example[^1]	exm
exercise	exr
conjecture	cnj
hypothesis	hyp
remark	rmk

[^1]: > [!example] conflicts with Obsidian's built-in callout type. There is a setting called Don't treat "> [!example]" as a theorem callout, and if it's turned on, an "example" theorem callout can be inserted only with the alias syntax > [!exm].

[RyotaUshio]

To reference equations, you don't have to wrap them in callouts. Something like this will work:

$$
f(x)
$$
^block-id

[[^block-id]]

For more details, see the guides on this page:

https://ryotaushio.github.io/obsidian-latex-theorem-equation-referencer/equations.html

[LynetteCullens]

This is because > [!theorem] is a callout type supported by this plugin while > [!equation] is not.

From the documentation, the supported callout types are:

Here's the complete list of available environments and aliases.

Environment name Alias

axiom axm

definition def

lemma lem

proposition prp

theorem thm

corollary cor

claim clm

assumption asm

example1 exm

exercise exr

conjecture cnj

hypothesis hyp

remark rmk

Footnotes

1. > [!example] conflicts with Obsidian's built-in callout type. There is a setting called Don't treat "> [!example]" as a theorem callout, and if it's turned on, an "example" theorem callout can be inserted only with the alias syntax > [!exm]. ↩

Thank you for the quick reply and quick solution. I appreciate it. Works perfectly now. I didn't realize. I just assumed it would work. And Also, thank you for the updated doc. I'm assuming that you updated it recently because I don't remember it being that long in January.

[RyotaUshio]

In fact, I didn't 😃 The last update was Dec 2023.

Glad it worked for you!