@@ -97,23 +97,21 @@ counit laws for $\delta$.
9797
9898~~~ {.quiver}
9999\[\begin{tikzcd}[ampersand replacement=\&]
100- X \\
100+ \& X \\
101101 \\
102- {F(f)} \& \& {F(\lambda^2_f)} \\
102+ Y \& {F(f)} \& {F(\lambda^2_f)} \\
103103 \\
104- {G(\rho_f)} \&\&\&\& {G(\rho_{\lambda^2_f})} \\
105- \\
106- Y
107- \arrow["{\lambda_f}", from=1-1, to=3-1]
108- \arrow["{\lambda_{\lambda^2_f}}", from=1-1, to=3-3]
109- \arrow["f"', curve={height=48pt}, dotted, from=1-1, to=7-1]
110- \arrow["{l_1}"', dashed, from=3-1, to=3-3]
111- \arrow["{\lambda_{\rho_f}}", from=3-1, to=5-1]
112- \arrow["{\rho_{\lambda^2_f}}"{description}, dotted, from=3-3, to=5-1]
113- \arrow["{\lambda_{\rho_{\lambda^2_f}}}"{description}, from=3-3, to=5-5]
114- \arrow[""{name=0, anchor=center, inner sep=0}, "{l_2}"{description}, curve={height=18pt}, dashed, from=5-1, to=5-5]
115- \arrow["{\rho_{\lambda_f}}", dotted, from=5-1, to=7-1]
116- \arrow[""{name=1, anchor=center, inner sep=0}, "{\rho_{\rho_{\lambda^2_f}}}"{description}, curve={height=18pt}, from=5-5, to=5-1]
104+ \& {G(\rho_f)} \&\& {G(\rho_{\lambda^2_f})}
105+ \arrow["f"', dotted, from=1-2, to=3-1]
106+ \arrow["{\lambda_f}", from=1-2, to=3-2]
107+ \arrow["{\lambda_{\lambda^2_f}}", from=1-2, to=3-3]
108+ \arrow["{l_1}", dashed, from=3-2, to=3-3]
109+ \arrow["{\lambda_{\rho_f}}"', from=3-2, to=5-2]
110+ \arrow["{\rho_{\lambda^2_f}}"', dotted, from=3-3, to=5-2]
111+ \arrow["{\lambda_{\rho_{\lambda^2_f}}}", from=3-3, to=5-4]
112+ \arrow["{\rho_{\lambda_f}}", dotted, from=5-2, to=3-1]
113+ \arrow["{l_2}"', dashed, from=5-2, to=5-4]
114+ \arrow["{\rho_{\rho_{\lambda^2_f}}}"', curve={height=24pt}, from=5-4, to=5-2]
117115\end{tikzcd}\]
118116~~~
119117
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