Template:Clocostfunc

--costfcn <f1[,f2[...]]>

cost function for each trait:

0: \(C(x,y)=c_0\ x\)

costs linear in own investment \(x\).

1: \(C(x,y)=c_0\ x+c_1\ x^2\)

costs quadratic in own investment \(x\) (default).

2: \(C(x,y)=c_0 \sqrt{x}\)

\(\sqrt{\ }\)-saturating costs for own investment \(x\)

3: \(C(x,y)=c_0 \ln(c_1\ x+1)\)

\(\ln\)-saturating costs for own investment \(x\)

4: \(C(x,y)=c_0 (1-\exp(-c_1\ x))\)

\(\exp\)-saturating costs for own investment \(x\)

10: \(C(x,y)=c_0 (x+y)\)

costs linear in joint investments \(x+y\).

11: \(C(x,y)=c_0 (x+y)+c_1\ (x+y)^2\)

costs quadratic in joint investments \(x+y\).

12: \(C(x,y)=c_0 (x+y)+c_1\ (x+y)^2+c_2\ (x+y)^3\)

costs cubic in joint investments \(x+y\).

13: \(C(x,y)=c_0 (x+y)+c_1\ (x+y)^2+c_2\ (x+y)^3+c_3\ (x+y)^4\)

costs quartic in joint investments \(x+y\).

20: \(C(x,y)=c_0 x+c_1\ y+c_2\ x\ y\)

costs linear in investments \(x\) and \(y\) as well as cross term \(x\,y\).

--costparams <c0>[,<c1>[...[;<c'0>[,<c'1>[...]]]]]

parameters \(c_i\) for cost function of each trait.