@@ -17,13 +17,11 @@ _πY(mod::NASM) = _πT(mod) + _πC(mod)
1717"""
1818Generate a Q matrix for a `NucleicAcidSubstitutionModel`, of the form:
1919
20- ```math
21- Q = \b egin{bmatrix}
22- Q_{A, A} & Q_{A, C} & Q_{A, G} & Q_{A, T} \\
23- Q_{C, A} & Q_{C, C} & Q_{C, G} & Q_{C, T} \\
24- Q_{G, A} & Q_{G, C} & Q_{G, G} & Q_{G, T} \\
25- Q_{T, A} & Q_{T, C} & Q_{T, G} & Q_{T, T} \e nd{bmatrix}
26- ```
20+ \$ Q = \\ begin{bmatrix}
21+ Q_{A, A} & Q_{A, C} & Q_{A, G} & Q_{A, T} \\\\
22+ Q_{C, A} & Q_{C, C} & Q_{C, G} & Q_{C, T} \\\\
23+ Q_{G, A} & Q_{G, C} & Q_{G, G} & Q_{G, T} \\\\
24+ Q_{T, A} & Q_{T, C} & Q_{T, G} & Q_{T, T} \\ end{bmatrix}\$
2725"""
2826@inline function Q (mod:: NASM )
2927 α = _α (mod)
6967"""
7068Generate a P matrix for a `NucleicAcidSubstitutionModel`, of the form:
7169
72- ```math
73- P = \b egin{bmatrix}
74- P_{A, A} & P_{A, C} & P_{A, G} & P_{A, T} \\
75- P_{C, A} & P_{C, C} & P_{C, G} & P_{C, T} \\
76- P_{G, A} & P_{G, C} & P_{G, G} & P_{G, T} \\
77- P_{T, A} & P_{T, C} & P_{T, G} & P_{T, T} \e nd{bmatrix}.
78- ```
70+ \$ P = \\ begin{bmatrix}
71+ P_{A, A} & P_{A, C} & P_{A, G} & P_{A, T} \\\\
72+ P_{C, A} & P_{C, C} & P_{C, G} & P_{C, T} \\\\
73+ P_{G, A} & P_{G, C} & P_{G, G} & P_{G, T} \\\\
74+ P_{T, A} & P_{T, C} & P_{T, G} & P_{T, T} \\ end{bmatrix}\$
7975
8076for specified time
8177"""
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