2 0.4432222 0.806198 -0.4474711 0.9521407 0.08204563 -1.261275 1.10856 1.418194 -2.104297 -1.003659 0.7071602 0.4677277 0.8824861 0.2072823 -0.2292723 -1.091542 1.254372 0.1872732 -0.883215 0.1679287 -0.07439817 -0.56678 -0.1481643 -1.60903 0.7316495 0.3071208 -0.8953206 0.1486738 -0.4240054 -0.5806219 -0.9817407 -0.08629754 -0.8078408 1.160629 -0.4714183 -1.138249 -0.9751228 -0.7931876 1.301135 0.9369001 -1.351428 -0.3162891 0.3985778 -0.1832263 1.264031 -0.08062907 -0.1221604 1.532731 -0.7201648 1.370468 -0.03779558 1.633837 -0.9786553 -1.504901 -0.2948077 -0.1967031 1.445717 1.966194 -0.08954885 -1.244778 0.05451614 0.5068358 0.9085845 0.1903414 -0.57861 0.1623046 -0.9479422 0.2952282 -0.7327951 2.137784 0.9786135 1.211843 0.5100225 0.6573488 0.5074207 -0.2929168 -0.9643823 0.632261 0.972999 0.9431422 1.145628 -2.301110 -0.03009466 0.5911891 -1.761246 -0.02129990 0.7800822 0.4458271 0.7808387 1.390531 -0.5346343 0.3572952 0.5100861 -1.494763 -0.2865216 -0.6590386 1.225413 -1.259447 1.254015 -1.280616 0.03884213 -0.1781385 -2.182230 0.6441174 -0.1853561 0.2217012 0.9932259 0.4996652 0.2841306 -0.5030859 -1.246014 -0.2290841 -0.2276725 0.001294910 -0.6321205 -1.081869 0.4263235 -0.2027482 1.265003 -0.985262 0.9769651 1.558898 0.3494362 0.8696556 1.955151 -0.03435461 -0.7717466 -0.4305308 0.6500331 0.2124023 -0.1879963 -1.867297 0.1141332 0.902279 0.4401572 -0.09975508 0.858037 -1.10135 -0.09917832 0.9179108 -0.8280012 -0.01242714 0.1140491 -1.749732 0.879571 -0.7315032 -0.97984 -1.621537 2.340186 1.953408 -1.279802 1.589294 0.1388120 1.053107 0.05468603 -0.1540543 0.5013529 1.157688 -0.0754427 -0.5041615 0.1117885 0.5162161 0.1092376 -0.05810704 1.673635 -0.6409312 0.1043892 0.8350083 0.3047741 -0.2783620 0.7330728 -1.129977 -1.730207 0.3395935 -0.01434362 1.902411 0.6716668 -0.762068 0.2058468 1.358298 -0.5751644 -0.1740215 -0.1433258 0.3911852 -0.3380893 0.553054 -0.407641 -0.655275 -0.2377947 1.151655 -0.1082592 -0.2951743 -1.203382 -0.003893462 0.4887781 0.6115333 0.4866476 -0.6456235 0.8886264 -0.2549965 0.5017011 -1.082256 0.956269 -0.008568741 0.9175099 -1.267007 -0.1543547 -2.121285 0.7140456 -0.0931702 0.1310978 1.356724 1.788439 0.2566038 0.2270964 -0.4237711 -0.1742115 -0.4954488 0.8195656 1.194282 -1.835159 0.4290231 1.436365 0.5584551 -0.01000565 # initial omega values for function; as currently written, this line initializes the omega values of the function one by one (the first number, 2, tells the program this); if instead you want all the initial omega values to be the same (e.g., 0.0), the line should be "1 0.0"; anything written after the required number of numbers on the line is ignored 0.0 # function mu (GP mean) 0.0 # function log(sigma) (log GP standard deviation) 10.0 # (remove line for stationary GP prior) function nu (GP Matern differentiability parameter) (remove this line if using stationary GP prior) 0.0 # log(eta) log of noise standard deviation -2.0 # log(kappa) values for kernel structure 30.0 # nu for kernel structure 1 0.0 # (remove line for Stationary GP) initial omega values for first (only) eigenvalue; coding follows omega values for function above -4.0 # (remove line for Stationary GP) log(eigenvalue) mu (GP mean) 1.1 # (remove line for Stationary GP) log(eigenvalue) log(sigma) (GP log standard deviation) -107 # random seed; use a negative number