Description Usage Arguments Value Examples
Transforms APIM beta-coefficients into an equivalent transition matrix. (only implemented for binary dyadic sequences!)
1 | APIMtoTrans(B0_1, AE_1, PE_1, Int_1, B0_2, AE_2, PE_2, Int_2)
|
B0_1 |
Intercept if the first sequence is the dependent variable |
AE_1 |
Actor-Effect if the first sequence is the dependent variable |
PE_1 |
Partner-Effect if the first sequence is the dependent variable |
Int_1 |
Actor*Partner-Intercation-Effect if the first sequence is the dependent variable |
B0_2 |
Intercept if the second sequence is the dependent variable |
AE_2 |
Actor-Effect if the second sequence is the dependent variable |
PE_2 |
Partner-Effect if the second sequence is the dependent variable |
Int_2 |
Actor*Partner-Intercation-Effect if the second sequence is the dependent variable |
myTrans a transition matrix
1 2 3 4 5 6 7 8 | trans1<-APIMtoTrans(B0_1=0.1, AE_1=0.2, PE_1=0.3, Int_1=0.4,
B0_2=0.5, AE_2=0.6, PE_2=0.7, Int_2=0.8)
#inspecting the equivalent matrix
trans1
#backtesting by transforming the matrix back into beta-coefficients
round(TransToAPIM(trans1),6)
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