Try different parameters for the new network

models/Transporters.gaml

@@ -38,14 +38,14 @@ species RiverTransporter parent: Transporter {
 
 species SecondaryMaritimeTransporter parent: Transporter {
 	string networkType <- "secondary";
-	float timeBetweenVehicles <- 12;
-	float maximalTransportedVolume <- 38346; // moyenne de 2 324 EVP par porte conteneur (source : Wikipedia). Soit 2324 * 16.5 = 38346 palettes par navires
-	float volumeKilometersCosts <- RoadTransporter[0].volumeKilometersCosts / 4.0; // We don't really *need* a volume kilometer cost for this mode, however, if we give a zero value, there are weird results when we compute shortest paths 
+	float timeBetweenVehicles <- 72;
+	float maximalTransportedVolume <- 24750; // moyenne de 1 500 EVP par porte conteneur (source : taille des feeders d'après page "Container_ship" sur Wikipedia). Soit 1500 * 16.5 = 24750 palettes par navires
+	float volumeKilometersCosts <- RoadTransporter[0].volumeKilometersCosts / 3.0;
 }
 
 species MaritimeTransporter parent: Transporter {
 	string networkType <- "maritime";
-	float timeBetweenVehicles <- 24;
+	float timeBetweenVehicles <- 48;
 	float maximalTransportedVolume <- 247500;// moyenne de 15 000 EVP par porte conteneur (source : Wikipedia). Soit 15000 * 16.5 = ‭247 500‬ palettes par navires
 	float volumeKilometersCosts <- RoadTransporter[0].volumeKilometersCosts / 8.0; // We don't really *need* a volume kilometer cost for this mode, however, if we give a zero value, there are weird results when we compute shortest paths 
 }
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