Revision history [back]
 | 1 | initial version |
You may use something like this:
var('A, x, y, alpha, beta')
U = A*x^(alpha)*y^(beta)
text = fr"""
<h3>This is a title</h3>
<p>This is some text explaining several
interesting things. <strong>HTML</strong> can be used
to format these lines.</p>
<p>Now we write an inline mathematical expression
$U(x,y)={latex(U)}$, as well as a displayed one:
$$\frac{{\partial U^2}}{{\partial x \partial y}}(x,y)=
{latex(diff(U,x,y))}$$
"""
show(html(text))
The result is similar to:
This is a title
This is some text explaining several interesting things. HTML can be used to format these lines.
Now we write an inline mathematical expression $U(x,y)=A x^{\alpha} y^{\beta}$ as well as a displayed one: $$\frac{{\partial U^2}}{{\partial x \partial y}}(x,y)=A \alpha \beta x^{\alpha - 1} y^{\beta - 1}$$
| | 2 | No.2 Revision |
You may use something like this:
var('A, x, y, alpha, beta')
U = A*x^(alpha)*y^(beta)
text = fr"""
<h3>This is a title</h3>
<p>This is some text explaining several
interesting things. <strong>HTML</strong> can be used
to format these lines.</p>
<p>Now we write an inline mathematical expression
$U(x,y)={latex(U)}$, as well as a displayed one:
$$\frac{{\partial U^2}}{{\partial x \partial y}}(x,y)=
{latex(diff(U,x,y))}$$
"""
show(html(text))
The result is similar to:
This is a title
This is some text explaining several interesting things. HTML can be used to format these lines.
Now we write an inline mathematical expression $U(x,y)=A x^{\alpha} y^{\beta}$
as well as a displayed one:
$$\frac{{\partial U^2}}{{\partial x \partial y}}(x,y)=A \alpha \beta x^{\alpha - 1} y^{\beta - 1}$$1}$$
| | 3 | No.3 Revision |
You may use something like this:
var('A, x, y, alpha, beta')
U = A*x^(alpha)*y^(beta)
text = fr"""
<h3>This is a title</h3>
<p>This is some text explaining several
interesting things. <strong>HTML</strong> can be used
to format these lines.</p>
<p>Now we write an inline mathematical expression
$U(x,y)={latex(U)}$, as well as a displayed one:
$$\frac{{\partial U^2}}{{\partial x \partial y}}(x,y)=
{latex(diff(U,x,y))}$$
{latex(diff(U,x,y))}$$</p>
"""
show(html(text))
The result is similar to:
This is a title
This is some text explaining several interesting things. HTML can be used to format these lines.
Now we write an inline mathematical expression $U(x,y)=A x^{\alpha} y^{\beta}$ as well as a displayed one: $$\frac{{\partial U^2}}{{\partial x \partial y}}(x,y)=A \alpha \beta x^{\alpha - 1} y^{\beta - 1}$$
| | 4 | No.4 Revision |
You may use something like this:
var('A, x, y, alpha, beta')
U = A*x^(alpha)*y^(beta)
text = fr"""
<h3>This is a title</h3>
<p>This is some text explaining several
interesting things. <strong>HTML</strong> can be used
to format these lines.</p>
<p>Now we write an inline mathematical expression
$U(x,y)={latex(U)}$, as well as a displayed one:
$$\frac{{\partial U^2}}{{\partial $$\frac{{\partial^2 U}}{{\partial x \partial y}}(x,y)=
{latex(diff(U,x,y))}$$</p>
"""
show(html(text))
The result is similar to:
This is a title
This is some text explaining several interesting things. HTML can be used to format these lines.
Now we write an inline mathematical expression $U(x,y)=A x^{\alpha} y^{\beta}$
as well as a displayed one:
$$\frac{{\partial U^2}}{{\partial $$\frac{{\partial^2 U}}{{\partial x \partial y}}(x,y)=A \alpha \beta x^{\alpha - 1} y^{\beta - 1}$$
