Coefficient comparison

		NS  NLO quadratic		NS  LO quadratic
Class	Coefficients	Fitted	Fixed	Fitted	Fixed
2FB	\(c_{t \varphi}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{tG}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{b \varphi}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{c \varphi}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{\tau \varphi}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{tW}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{tZ}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{\varphi l_1}\)		= \(-\) 0.250 \(c_{\varphi D}\)		= \(-\) 0.250 \(c_{\varphi D}\)
	\(c_{\varphi l_1}^{3}\)		= \(-\) 0.842 \(c_{\varphi D}\)\(-\) 1.835 \(c_{\varphi WB}\)		= \(-\) 0.842 \(c_{\varphi D}\)\(-\) 1.835 \(c_{\varphi WB}\)
	\(c_{\varphi l_2}\)		= \(-\) 0.250 \(c_{\varphi D}\)		= \(-\) 0.250 \(c_{\varphi D}\)
	\(c_{\varphi l_2}^{3}\)		= \(-\) 0.842 \(c_{\varphi D}\)\(-\) 1.835 \(c_{\varphi WB}\)		= \(-\) 0.842 \(c_{\varphi D}\)\(-\) 1.835 \(c_{\varphi WB}\)
	\(c_{\varphi l_3}\)		= \(-\) 0.250 \(c_{\varphi D}\)		= \(-\) 0.250 \(c_{\varphi D}\)
	\(c_{\varphi l_3}^{3}\)		= \(-\) 0.842 \(c_{\varphi D}\)\(-\) 1.835 \(c_{\varphi WB}\)		= \(-\) 0.842 \(c_{\varphi D}\)\(-\) 1.835 \(c_{\varphi WB}\)
	\(c_{\varphi e}\)		= \(-\) 0.500 \(c_{\varphi D}\)		= \(-\) 0.500 \(c_{\varphi D}\)
	\(c_{\varphi \mu}\)		= \(-\) 0.500 \(c_{\varphi D}\)		= \(-\) 0.500 \(c_{\varphi D}\)
	\(c_{\varphi \tau}\)		= \(-\) 0.500 \(c_{\varphi D}\)		= \(-\) 0.500 \(c_{\varphi D}\)
	\(c_{\varphi q}^{3}\)		= \(-\) 0.842 \(c_{\varphi D}\)\(-\) 1.835 \(c_{\varphi WB}\)		= \(-\) 0.842 \(c_{\varphi D}\)\(-\) 1.835 \(c_{\varphi WB}\)
	\(c_{\varphi Q}^{3}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{\varphi q}^{(-)}\)		= + 0.925 \(c_{\varphi D}\)+ 1.835 \(c_{\varphi WB}\)		= + 0.925 \(c_{\varphi D}\)+ 1.835 \(c_{\varphi WB}\)
	\(c_{\varphi Q}^{(-)}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{\varphi u}\)		= + 0.333 \(c_{\varphi D}\)		= + 0.333 \(c_{\varphi D}\)
	\(c_{\varphi d}\)		= \(-\) 0.167 \(c_{\varphi D}\)		= \(-\) 0.167 \(c_{\varphi D}\)
	\(c_{\varphi t}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{ll}\)		= + 0.0		= + 0.0
2Q2q	\(c_{qq}^{1,8}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{qq}^{1,1}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{qq}^{8,3}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{qq}^{1,3}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{qt}^{8}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{qt}^{1}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{ut}^{8}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{ut}^{1}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{qu}^{8}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{qu}^{1}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{dt}^{8}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{dt}^{1}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{qd}^{8}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{qd}^{1}\)	\(\checkmark\)		\(\checkmark\)
4Q	\(c_{QQ}^{1}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{QQ}^{8}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{Qt}^{1}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{Qt}^{8}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{tt}^{1}\)	\(\checkmark\)		\(\checkmark\)
B	\(c_{\varphi G}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{\varphi B}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{\varphi W}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{\varphi WB}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{\varphi \Box}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{\varphi D}\)	\(\checkmark\)		\(\checkmark\)
	\(c_{WWW}\)	\(\checkmark\)		\(\checkmark\)
	Number fitted coefficients	36		36