Revision history [back]

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\ \end{array}$$

def to_array(tabular):
return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

variables = [var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
             for j in [0..2] for i in [0,1]]
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\ \\\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\ \\\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\ \\\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\ \\\ \end{array}

It seems that tabular is not an environment supported by MathJax, as can be seen here. So, a possible solution is to convert the tabular environment to array. Assuming that all the cells are in math mode, this can be done by the function to_array defined as follows:

def to_array(tabular):
return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

Note that backslashes in the \\ commands should be doubled so that Markdown can process them correctly. Let us test it using the table in the question asked here:

variables = [var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
             for j in [0..2] for i in [0,1]]
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

\begin{array}{l|llllll} $$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\\ \end{array}

def to_array(tabular):
return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

variables = [var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
             for j in [0..2] for i in [0,1]]
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\\ \\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\\ \\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\\ \\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\\ \\ \end{array}$$

variables = [var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
             for j in [0..2] for i in [0,1]]
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\ \end{array}$$

variables = [var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
             for j in [0..2] for i in [0,1]]
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\ \\\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\ \\\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\ \\\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\ \\\ \end{array}$$

Note It seems that backslashes in the \\ commands should tabular is not an environment supported by MathJax, as can be doubled so seen here. So, a possible solution is to convert the tabular environment to array. Assuming that Markdown all the cells are in math mode, this can process them correctly. be done by the function to_array defined as follows:

def to_array(tabular):
return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

Let us test it using the table in the question asked here:

variables = [var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
             for j in [0..2] for i in [0,1]]
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\\ \\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\\ \\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\\ \\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\\ \\ \end{array}$$

It seems that tabular is not an environment supported by MathJax, as can be seen here. So, a possible solution is to convert the tabular environment to array. Assuming that all the cells are in math mode, this can be done by the function to_array defined as follows:

def to_array(tabular):
return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

Note that backslashes in the \\\\ commands should be doubled so that Markdown can process them correctly. Let us test it using the table in the question asked here:

variables = [var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
             for j in [0..2] for i in [0,1]]
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\ \end{array}$$

It seems that tabular is not an environment supported by MathJax, as can be seen here. So, a possible solution is to convert the tabular environment to array. Assuming that all the cells are in math mode, this can be done by the function to_array defined as follows:

def to_array(tabular):
return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

Note that backslashes in the \\\\\\\ commands should be doubled so that Markdown can process them correctly. Let us test it using the table in the question asked here:

variables = [var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
             for j in [0..2] for i in [0,1]]
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\ \\\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\ \\\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\ \\\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\ \\\ \end{array}$$

It seems that tabular is not an environment supported by MathJax, as can be seen here. So, a possible solution is to convert the tabular environment to array. Assuming that all the cells are in math mode, this can be done by the function to_array defined as follows:

def to_array(tabular):
return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

Note that backslashes in the \\\ commands should be doubled so that Markdown can process them correctly. Let us test it using the table in the question asked here:

variables = [var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
             for j in [0..2] for i in [0,1]]
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\\ \\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\\ \\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\\ \\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\\ \\ \end{array}$$

It seems that tabular is not an environment supported by MathJax, as can be seen here. So, a possible solution is to convert the tabular environment to array. Assuming that all the cells are in math mode, this can be done by the function to_array defined as follows:

def to_array(tabular):
return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

Note that backslashes \\ in the commands should be doubled so that Markdown can process them correctly. Let us test it using the table in the question asked here:

variables = [var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
             for j in [0..2] for i in [0,1]]
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\ \\\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\ \\\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\ \\\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\ \\\ \end{array}$$

It seems that tabular is not an environment supported by MathJax, as can be seen here. So, a possible solution is to convert the tabular environment to array. Assuming that all the cells are in math mode, this can be done by the function to_array defined as follows:

def to_array(tabular):
return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

Note that backslashes \\\ \ in the commands should be doubled so that Markdown can process them correctly. Let us test it using the table in the question asked here:

variables = [var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
             for j in [0..2] for i in [0,1]]
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\\ \\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\\ \\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\\ \\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\\ \\ \end{array}$$

It seems that tabular is not an environment supported by MathJax, as can be seen here. So, a possible solution is to convert the tabular environment to array. Assuming that all the cells are in math mode, this can be done by the function to_array defined as follows:

def to_array(tabular):
return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

Note that backslashes \ \ in the in the newline commands should be doubled so that Markdown can process them correctly. Let us test it using the table in the question asked here:

variables = [var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
             for j in [0..2] for i in [0,1]]
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\ \end{array}$$

It seems that tabular is not an environment supported by MathJax, as can be seen here. So, a possible solution is to convert the tabular environment to array. Assuming that all the cells are in math mode, this can be done by the function to_array defined as follows:

def to_array(tabular):
return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

Note that backslashes in the newline commands should be doubled so that Markdown can process them correctly. Let us test it using the table in the question asked here:

variables = [var(f"alpha_{i}_{j}", flatten([[var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}"
{j}}}") 
                    for j in [0..2] [0..2]] for i in [0,1]]
[0,1]])
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\ \end{array}$$

It seems that tabular is not an environment supported by MathJax, as can be seen here. So, a possible solution is to convert the tabular environment to array. Assuming that all the cells are in math mode, this can be done by the function to_array defined as follows:

def to_array(tabular):
 return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

Note that backslashes in the newline commands should be doubled so that Markdown can process them correctly. Let us test it using the table in the question asked here:

variables = flatten([[var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}") 
                    for j in [0..2]] for i in [0,1]])
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\ \end{array}$$

It seems that tabular is not an environment supported by MathJax, as can be seen here. So, a possible solution is to convert the tabular environment to array. Assuming that all the cells are in math mode, this can be done by the function to_array defined as follows:

def to_array(tabular):
    return tabular.replace("tabular","array").replace("$","").replace(r"\\",r"\\\\")

Note that backslashes in the newline commands should be doubled so that Markdown can process them correctly. Let us test it using the table in the question asked here:

variables = flatten([[var(f"alpha_{i}_{j}", latex_name=fr"\alpha_{{{i} {j}}}") 
                    for j in [0..2]] for i in [0,1]])
table_object = table([[f(v) for v in variables] for f in [sin, cos, tan]],
               header_row=variables, header_column=[f, header_column=[function("f"), sin, cos, tan])
tabular_env = latex(table_object)
print(to_array(tabular_env))

Now, one can copy the output and paste it in the text box to post or answer a question:

$$\begin{array}{l|llllll} f & {\alpha_{0 0}} & {\alpha_{0 1}} & {\alpha_{0 2}} & {\alpha_{1 0}} & {\alpha_{1 1}} & {\alpha_{1 2}} \\ \hline \sin & \sin\left({\alpha_{0 0}}\right) & \sin\left({\alpha_{0 1}}\right) & \sin\left({\alpha_{0 2}}\right) & \sin\left({\alpha_{1 0}}\right) & \sin\left({\alpha_{1 1}}\right) & \sin\left({\alpha_{1 2}}\right) \\ \cos & \cos\left({\alpha_{0 0}}\right) & \cos\left({\alpha_{0 1}}\right) & \cos\left({\alpha_{0 2}}\right) & \cos\left({\alpha_{1 0}}\right) & \cos\left({\alpha_{1 1}}\right) & \cos\left({\alpha_{1 2}}\right) \\ \tan & \tan\left({\alpha_{0 0}}\right) & \tan\left({\alpha_{0 1}}\right) & \tan\left({\alpha_{0 2}}\right) & \tan\left({\alpha_{1 0}}\right) & \tan\left({\alpha_{1 1}}\right) & \tan\left({\alpha_{1 2}}\right) \\ \end{array}$$