diff --git a/lua/luasnip_snippets/snippets/tex.lua b/lua/luasnip_snippets/snippets/tex.lua
index 5b15c8e..03e220f 100644
--- a/lua/luasnip_snippets/snippets/tex.lua
+++ b/lua/luasnip_snippets/snippets/tex.lua
@@ -20,44 +20,320 @@ local conds = require("luasnip.extras.expand_conditions")
 local pi = ls.parent_indexer
 local isn = require("luasnip.nodes.snippet").ISN
 local psn = require("luasnip.nodes.snippet").PSN
-local l = require'luasnip.extras'.l
-local r = require'luasnip.extras'.rep
+local l = require 'luasnip.extras'.l
+local r = require 'luasnip.extras'.rep
 local p = require("luasnip.extras").partial
 local types = require("luasnip.util.types")
 local events = require("luasnip.util.events")
 local su = require("luasnip.util.util")
 
+-- ----------------------------------------------------------------------------
+-- See https://www.ejmastnak.com/tutorials/vim-latex/luasnip.html#tldr-hello-world-example
+-- Summary: If `SELECT_RAW` is populated with a visual selection, the function
+-- returns an insert node whose initial text is set to the visual selection.
+-- If `SELECT_RAW` is empty, the function simply returns an empty insert node.
+local get_visual = function(args, parent)
+  if (#parent.snippet.env.SELECT_RAW > 0) then
+    return sn(nil, i(1, parent.snippet.env.SELECT_RAW))
+  else -- If SELECT_RAW is empty, return a blank insert node
+    return sn(nil, i(1))
+  end
+end
+
+-- Some LaTeX-specific conditional expansion functions (requires VimTeX)
+local tex_utils = {}
+tex_utils.in_mathzone = function()
+  --[[ return vim.fn['vimtex#syntax#in_mathzone']() == 1 ]]
+  return vim.api.nvim_eval('vimtex#syntax#in_mathzone()') == 1
+end
+
+tex_utils.in_env = function(name)
+  local is_inside = vim.fn['vimtex#env#is_inside'](name)
+  return (is_inside[1] > 0 and is_inside[2] > 0)
+end
+
+tex_utils.in_tikz = function()
+  return tex_utils.in_env("tikzpicture")
+end
+
+tex_utils.in_itemize = function()
+  return tex_utils.in_env("itemize")
+end
+
+-- ----------------------------------------------------------------------------
+
 return {
-	tex = {
-        -- rec_ls is self-referencing. That makes this snippet 'infinite' eg. have as many
-        -- \item as necessary by utilizing a choiceNode.
-        s("ls", {
-            t({ "\\begin{itemize}", "\t\\item " }),
-            i(1),
-            d(2, rec_ls, {}),
-            t({ "", "\\end{itemize}" }),
-        }),
-
-
-        -- --- lemon moll_snippets
-        -- ls.parser.parse_snippet({trig = ";"}, "\\$$1\\$$0"),
-        -- s({trig = "(s*)sec", wordTrig = true, regTrig = true}, {
-        --     f(function(args) return {"\\"..string.rep("sub", string.len(args[1].captures[1]))} end, {}),
-        --     t({"section{"}), i(1), t({"}", ""}), i(0)
-        -- }),
-        -- ls.parser.parse_snippet({trig = "beg", wordTrig = true}, "\\begin{$1}\n\t$2\n\\end{$1}"),
-        -- ls.parser.parse_snippet({trig = "beq", wordTrig = true}, "\\begin{equation*}\n\t$1\n\\end{equation*}"),
-        -- ls.parser.parse_snippet({trig = "bal", wordTrig = true}, "\\begin{aligned}\n\t$1\n\\end{aligned}"),
-        -- ls.parser.parse_snippet({trig = "ab", wordTrig = true}, "\\langle $1 \\rangle"),
-        -- ls.parser.parse_snippet({trig = "lra", wordTrig = true}, "\\leftrightarrow"),
-        -- ls.parser.parse_snippet({trig = "Lra", wordTrig = true}, "\\Leftrightarrow"),
-        -- ls.parser.parse_snippet({trig = "fr", wordTrig = true}, "\\frac{$1}{$2}"),
-        -- ls.parser.parse_snippet({trig = "tr", wordTrig = true}, "\\item $1"),
-        -- ls.parser.parse_snippet({trig = "abs", wordTrig = true}, "\\|$1\\|"),
-        -- s("ls", {
-        --     t({"\\begin{itemize}",
-        --         "\t\\item "}), i(1), d(2, rec_ls, {}),
-        --     t({"", "\\end{itemize}"}), i(0)
-        -- })
-    }
+  tex = {
+    -- rec_ls is self-referencing. That makes this snippet 'infinite' eg. have as many
+    -- \item as necessary by utilizing a choiceNode.
+    s("ls", {
+      t({ "\\begin{itemize}", "\t\\item " }),
+      i(1),
+      d(2, rec_ls, {}),
+      t({ "", "\\end{itemize}" }),
+    }),
+
+
+    -- --- lemon moll_snippets
+    -- ls.parser.parse_snippet({trig = ";"}, "\\$$1\\$$0"),
+    -- s({trig = "(s*)sec", wordTrig = true, regTrig = true}, {
+    --     f(function(args) return {"\\"..string.rep("sub", string.len(args[1].captures[1]))} end, {}),
+    --     t({"section{"}), i(1), t({"}", ""}), i(0)
+    -- }),
+    -- ls.parser.parse_snippet({trig = "beg", wordTrig = true}, "\\begin{$1}\n\t$2\n\\end{$1}"),
+    -- ls.parser.parse_snippet({trig = "beq", wordTrig = true}, "\\begin{equation*}\n\t$1\n\\end{equation*}"),
+    -- ls.parser.parse_snippet({trig = "bal", wordTrig = true}, "\\begin{aligned}\n\t$1\n\\end{aligned}"),
+    -- ls.parser.parse_snippet({trig = "ab", wordTrig = true}, "\\langle $1 \\rangle"),
+    -- ls.parser.parse_snippet({trig = "lra", wordTrig = true}, "\\leftrightarrow"),
+    -- ls.parser.parse_snippet({trig = "Lra", wordTrig = true}, "\\Leftrightarrow"),
+    -- ls.parser.parse_snippet({trig = "fr", wordTrig = true}, "\\frac{$1}{$2}"),
+    -- ls.parser.parse_snippet({trig = "tr", wordTrig = true}, "\\item $1"),
+    -- ls.parser.parse_snippet({trig = "abs", wordTrig = true}, "\\|$1\\|"),
+    -- s("ls", {
+    --     t({"\\begin{itemize}",
+    --         "\t\\item "}), i(1), d(2, rec_ls, {}),
+    --     t({"", "\\end{itemize}"}), i(0)
+    -- })
+
+
+
+    -- autosnippets expand only in_mathzone or in_env except $ and ...
+    s({ trig = "ip", wordTrig = true, snippetType = 'autosnippet', dscr = 'Inner product' },
+      fmta(
+        "\\langle <>, <> \\rangle <>",
+        {
+          i(1),
+          i(2),
+          i(0)
+        }
+      ),
+      { condition = tex_utils.in_mathzone, show_condition = tex_utils.in_mathzone }
+    ),
+
+    s({ trig = "fr", wordTrig = true, snippetType = 'autosnippet', dscr = '\frac{}{}' },
+      fmta(
+        "\\frac{<>}{<>} <>",
+        {
+          i(1),
+          i(2),
+          i(0)
+        }
+      ),
+      { condition = tex_utils.in_mathzone, show_condition = tex_utils.in_mathzone }
+    ),
+
+    s({ trig = "top", wordTrig = true, snippetType = 'autosnippet', dscr = '^\top' },
+      fmta(
+        "^\\top <>",
+        {
+          i(0)
+        }
+      ),
+      { condition = tex_utils.in_mathzone, show_condition = tex_utils.in_mathzone }
+    ),
+
+    parse({ trig = "$", wordTrig = true, snippetType = 'autosnippet', dscr = 'in-line math' },
+      "$ $1 $ $0"),
+
+    parse({ trig = "...", wordTrig = true, snippetType = 'autosnippet', dscr = '\\ldots' },
+      "\\ldots $0"),
+
+
+    s({ trig = "^", wordTrig = true, snippetType = 'autosnippet', dscr = 'superscript box' },
+      fmta(
+        "^{<>} <>",
+        {
+          i(1),
+          i(0)
+        }
+      ),
+      { condition = tex_utils.in_mathzone, show_condition = tex_utils.in_mathzone }
+    ),
+
+    s({ trig = "_", wordTrig = true, snippetType = 'autosnippet', dscr = 'subscript box' },
+      fmta(
+        "_{<>} <>",
+        {
+          i(1),
+          i(0)
+        }
+      ),
+      { condition = tex_utils.in_mathzone, show_condition = tex_utils.in_mathzone }
+    ),
+
+    s({ trig = "mbr", wordTrig = true, snippetType = 'autosnippet', dscr = '\\mathbf{R}{$1}' },
+      fmta(
+        "\\mathbf{R}^{<>} <>",
+        { i(1),
+          i(0) }
+      ),
+      { condition = tex_utils.in_mathzone, show_condition = tex_utils.in_mathzone }
+    ),
+
+    parse({ trig = "bitemize", wordTrig = true, dscr = 'begin itemize' },
+      "\\begin{itemize} \n \\item $1 \n \\end{itemize}"),
+
+    s({ trig = "it", wordTrig = true, snippetType = 'autosnippet', dscr = '\\item' },
+      fmta(
+        "\\item <>",
+        { i(0), }
+      ),
+      { condition = tex_utils.in_itemize, show_condition = tex_utils.in_itemize }
+    ),
+
+    parse({ trig = "beg", wordTrig = true, dscr = 'begin env' },
+      "\\begin{${1:ENV_NAME}} \n \t${2:$SELECT_DEDENT} \n \\end{$1}"),
+
+    parse({ trig = "section", wordTrig = true, dscr = 'section' },
+      "\\section{${1:NAME}} \n \\label{sec:$1}"),
+
+    parse({ trig = "subsection", wordTrig = true, dscr = 'subsection' },
+      "\\subsection{${1:NAME}} \n \\label{sec:$1}"),
+
+    parse({ trig = "subsubsection", wordTrig = true, dscr = 'subsubsection' },
+      "\\subsubsection{${1:NAME}} \n \\label{sec:$1}"),
+
+    parse({ trig = "bequation", wordTrig = true, dscr = 'begin equation' },
+      "\\begin{equation*}\n\t${1:$SELECT_DEDENT}\n\\end{equation*}"),
+
+    parse({ trig = "baligned", wordTrig = true, dscr = 'begin aligned' },
+      "\\begin{aligned} \n \t${1:$SELECT_DEDENT} \n \\end{aligned}"),
+
+    parse({ trig = "bframe", wordTrig = true, dscr = 'begin frame' },
+      "% Begin FRAME %%%%%%%%%%%%%%%%%%%%%%%%%%%%%% \n \
+    \\begin{frame} \n \\frametitle{$1} \n $2 \n \\end{frame}"),
+
+    parse({ trig = "benumerate", wordTrig = true, dscr = 'begin enumerate' },
+      " \\begin{enumerate} \n \
+      \\item  ${1} \n \
+      \\end{enumerate}"),
+
+    parse({ trig = "bmatrix", wordTrig = true, dscr = 'begin matrix' },
+      " \\begin{bmatrix} \n \
+        $1 & $2 \\\\ \
+        $3 & $4 \
+      \\end{bmatrix}"),
+
+    parse({ trig = "float_img", wordTrig = true, dscr = 'tikz float_img' },
+      " \\tikz[remember picture, overlay] \\node[anchor=center] \
+      (img) at ($(current page.center)+(0,0)$) \
+      {\\includegraphics[width=3.5cm]{$1}}; \n \
+      \\tikz[remember picture, overlay] \\node (caption)\
+      [below of=img, yshift=-0.6cm, xshift=0cm] {$0}; "),
+
+    parse({ trig = "bfigure", wordTrig = true, dscr = 'begin figure' },
+      " \\begin{figure}[${1:htpb}] \
+        \\centering \
+        ${2:\\includegraphics[width=0.8\\textwidth]{$3}} \
+        \\caption{${4:${3}}} \
+        \\label{fig:${5:${3}}} \
+      \\end{figure} "),
+
+    parse({ trig = "bsubfigure", wordTrig = true, dscr = 'begin subfigure' },
+      " \\begin{figure}[${1:htpb}] \
+         \\centering \
+         \\begin{subfigure}[b]{0.3\\textwidth} \
+             \\centering \
+             \\includegraphics[width=\\textwidth]{${2:fig1}} \
+             \\caption{${3:$2}} \
+             \\label{fig:${4:$2}} \
+         \\end{subfigure} \
+         \\hfill \
+         \\begin{subfigure}[b]{0.3\\textwidth} \
+             \\centering \
+             \\includegraphics[width=\\textwidth]{${5:fig2}} \
+             \\caption{${6:$5}} \
+             \\label{fig:${7:$5}} \
+         \\end{subfigure} \
+         \\hfill \
+         \\begin{subfigure}[b]{0.3\\textwidth} \
+             \\centering \
+             \\includegraphics[width=\\textwidth]{${8:fig3}} \
+             \\caption{${9:$8}} \
+             \\label{fig:${10:$8}} \
+         \\end{subfigure} \
+            \\caption{${11:Three simple graphs}} \
+            \\label{fig:${12:three graphs}} \
+    \\end{figure} "),
+
+    parse({ trig = "norm", wordTrig = true },
+      "\\lvert ${1:$SELECT_DEDENT} \\rvert"),
+
+    parse({ trig = "*", wordTrig = true },
+      "\\cdot "),
+
+    parse({ trig = "sum", wordTrig = true },
+      [[\sum^{$1}_{$2}]]),
+
+    parse({ trig = "int", wordTrig = true },
+      [[\int_{${1:lower}}^{${2:upper}} $3 \\,d$4]]),
+
+    parse({ trig = "lim", wordTrig = true },
+      [[\lim_{${1:lower}}^{${2:upper}} $3 \\,d$4]]),
+
+    parse({ trig = "partial_derivative", wordTrig = true, dscr = 'partial derivative' },
+      [[\frac{\partial ${1:f(x)}}{\partial ${2:x}} $0]]),
+
+    s({ trig = "hr", dscr = "The hyperref package's href{}{} command (for url links)" },
+      fmta(
+        [[\href{<>}{<>}]],
+        {
+          i(1, "url"),
+          i(2, "display name"),
+        }
+      )
+    ),
+
+    s({ trig = "emph", dscr = "\\emph{$VISUAL}" },
+      fmta("\\emph{<>}",
+        {
+          d(1, get_visual),
+        }
+      )
+    ),
+
+    s({ trig = "textbf", dscr = "\\textbf{$VISUAL}" },
+      fmta("\\textbf{<>}",
+        {
+          d(1, get_visual),
+        }
+      )
+    ),
+
+    s({ trig = "bm", dscr = "bold math \\bm{$VISUAL}" },
+      fmta("\\bm{<>}",
+        {
+          d(1, get_visual),
+        }
+      )
+    ),
+
+    -- Some Templates ------------------------------------------
+    parse({ trig = "template_standalone", wordTrig = true, dscr = 'standalone figure' },
+      " \
+    \\documentclass[varwidth, border=0cm]{standalone} \
+\
+    \\usepackage[export]{adjustbox} \
+    \\usepackage{graphicx} \
+    \\usepackage{array} \
+    \\usepackage{tabu} \
+    \\usepackage{multirow} \
+    \\usepackage{multicol} \
+    \\usepackage{makecell} \
+ \
+    \\newcommand{\\tabfigure}[2]{\\raisebox{-.5\\height}{\\includegraphics[#1]{#2}}} \
+ \
+    \\begin{document} \
+ \
+    \\begin{figure} \
+    \\centering \
+    \\setlength\tabcolsep{0pt} \
+    \\def\\arraystretch{0.0} %  1 is the default, change whatever you need \
+    \\begin{tabu}{c} \
+      \\tabfigure{height=1cm, width=1cm}{$0} \
+    \\end{tabu} \
+    \\end{figure} \
+    \\end{document} "),
+
+  }
 }