TeX - LaTeX Asked on June 6, 2021
Here I want to link the words ‘Round 1 Problem 1’, ‘Round 1 Problem 2’ to the words ‘A 1’, ‘A 2’ of the second page (The picture just below). So that whenever I click on Round 1 Problem 1 it takes me to A 1 Now again in the second page I want to link the word ‘A 1’ to the words of ‘A 1’ the third page (The picture just below) so that whenever I click on A 1 on second page it takes me to the Solution of the A 1
I am using hyperlink
and hypertarget
for this. Here is the code i am using.
colframe=black,colback=Chartreuse1,
boxrule=0.5pt,arc=4pt,boxsep=0pt,left=6pt,right=6pt,top=6pt,bottom=6pt}
begin{center}
section*{huge{underline{Round 1 Problems}}}
mybox{hyperlink{R1P1}{Round 1 P1}} vspace{4mm}
mybox{Round 1 P2} vspace{4mm}
mybox{Round 1 P3} vspace{4mm}
mybox{Round 1 P4} vspace{4mm}
mybox{Round 1 P5}} vspace{4mm}
mybox{Round 1 P6} vspace{4mm}
section*{huge{underline{Round 2 Problems}}}
mybox{Round 2 P1} vspace{4mm}
mybox{Round 2 P2} vspace{4mm}
mybox{Round 2 P3} vspace{4mm}
mybox{Round 2 P4} vspace{4mm}
mybox{Round 2 P5} vspace{4mm}
mybox{Round 2 P6} vspace{4mm}
end{center}
mybox{{Problem 1 : }}
Prove the inequality which states that if you let $x_{1}, x_{2}, ldots, x_{n}$ be positive real numbers, with $n geq 2,$ then you have the inequality
$$
frac{x_{1}}{x_{2}+x_{3}+cdots+x_{n}}+frac{x_{2}}{x_{1}+x_{3}+x_{4}+cdots+x_{n}}+cdots+frac{x_{n}}{x_{1}+x_{2}+cdots+x_{n-1}} geq frac{n}{n-1}
$
You can nest a hypertarget
inside a hyperlink
, if you want. But even the following works without problem:
documentclass{article}
usepackage{hyperref}
begin{document}
Jump to hyperlink{Problem-1}{Problem~1}.
bigskip
hypertarget{Problem-1}{}hyperlink{Solution-1}{textbf{Problem~1}}.
bigskip
hypertarget{Solution-1}{textbf{Solution~1}}.
end{document}
Clicking on the first Problem 1 jumps you to Problem 1. Clicking on Problem 1 jumps you to Solution 1. The key is to use unique target names.
Correct answer by Werner on June 6, 2021
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