Table 1 Payoff matrices for Game I, II and III.
s 2 | |||||
|---|---|---|---|---|---|
| R | S | H | D | |
Game I | |||||
s 1 | R | −cR/2 | −cS/2 | – | – |
S | −cR/2 | −cS/2 | – | – | |
H | – | – | – | – | |
D | – | – | – | – | |
Game II | |||||
s 1 | R | −1/2 × mR |
|
| −mR |
S |
| −1/2 × mS |
| −mS | |
H |
|
| −1/2 × mH | −mH | |
D | 0 | 0 | 0 | 0 | |
Game III | |||||
s 1 | R | −1/2 × gR |
|
| −gR |
S |
| −1/2 × gS |
| −gS | |
H |
|
| −1/2 × gH | −gH | |
D | 0 | 0 | 0 | 0 | |
- Payoffs
, 
and 
of Game I, Game II and Game III are shown for fungus 1 interacting with fungus 2. R, S, H and D denote resting, swollen, hyphal and dead fungal cells, respectively. The complement response for resting and swollen fungal cells in the Game I are represented by cR and cS, respectively. mH, mR, mS and gR, gS, gH are the responses by AM or PMN on encounter of resting condia, swollen conidia or hyphae. The complement responses satisfy the condition cR ≤ cS as well as the AM responses mH ≤ mR ≤ mS and the PMN responses gR ≤ gS ≤ gH, which determine the payoffs.
, 
and 
of Game I, Game II and Game III are shown for fungus 1 interacting with fungus 2. R, S, H and D denote resting, swollen, hyphal and dead fungal cells, respectively. The complement response for resting and swollen fungal cells in the Game I are represented by cR and cS, respectively. mH, mR, mS and gR, gS, gH are the responses by AM or PMN on encounter of resting condia, swollen conidia or hyphae. The complement responses satisfy the condition cR ≤ cS as well as the AM responses mH ≤ mR ≤ mS and the PMN responses gR ≤ gS ≤ gH, which determine the payoffs.