CCG/Example: Industry (Multiple Industry)
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Contents |
Industry (Multiple Industry)
Directory Structure
A typical asset of this kind has the following File\Directory Structure:
Required Files
config.txt - The config file for the asset.
thumb.jpg - The thumbnail image for this asset. A 240x180 jpeg.
concrete.texture.txt, concrete.tga, recess.texture.txt, recess.tga - The texture files used for the industry asset. See the section on Texture.txt files on Page 96 for more information.
icon_multiple.tga - The image files used as an icon for the industry.
multiple_industry.im - The indexed mesh used for the Industry asset.
multiple_industry.gs - The script file used to control the behavior of the industry.
Config.txt File Listing
kuid <kuid:56113:1001>
trainz-build 2.5
category-class "BIN"
category-region "00"
category-era "1810s"
username "testIndustry"
kind "industry"
light 1
nightmode "lamp"
script "multipleindustry.gs"
class "MultipleIndustry"
preview-mesh-kuid <kuid:-3:10154>
icon0 <kuid:-3:10164>
description "Test Industry asset. Based on the Mulitple Industry New."
kuid-table
{
coal <kuid:44179:60013>
diesel <kuid:-3:10011>
cont20ft <kuid:-3:10014>
gengoods <kuid:-3:10013>
logs <kuid:-3:10001>
lumber <kuid:-3:10003>
water <kuid:-3:10004>
}
mesh-table
{
default
{
mesh "Multiple_Industry.im"
auto-create 1
effects
{
arrow0
{
att "a.track0a"
default-mesh <kuid:-3:10092>
surveyor-only 1
kind "attachment"
}
arrow1
{
att "a.track0f"
default-mesh <kuid:-3:10092>
surveyor-only 1
kind "attachment"
}
}
}
}
attached-track
{
out_track0
{
track <kuid:-1:15>
vertices
{
0 "a.track0a"
1 "a.track0b"
2 "a.track0c"
3 "a.track0d"
4 "a.track0e"
5 "a.track0f"
}
}
}
attached-trigger
{
trig0
{
att "a.track0b"
radius 10
}
trig1
{
att "a.track0c"
radius 10
}
trig2
{
att "a.track0d"
radius 10
}
trig3
{
att "a.track0e"
radius 10
}
}
queues
{
20ft_cont_q
{
size 100
initial-count 50
product-kuid <kuid:-3:10014>
allowed-products
{
0 <kuid:-3:10014>
}
}
gen_goods_q
{
size 100
initial-count 50
product-kuid <kuid:-3:10013>
allowed-products
{
0 <kuid:-3:10013>
}
}
logs_q
{
size 90
initial-count 45
product-kuid <kuid:-3:10001>
allowed-products
{
0 <kuid:-3:10001>
}
}
lumber_q
{
size 51
initial-count 25
product-kuid <kuid:-3:10003>
allowed-products
{
0 <kuid:-3:10003>
}
}
coal_q
{
size 1086000
initial-count 543000
product-kuid <kuid:44179:60013>
allowed-products
{
0 <kuid:44179:60013>
}
}
diesel_q
{
size 1164000
initial-count 582000
product-kuid <kuid:-3:10011>
allowed-products
{
0 <kuid:-3:10011>
}
}
water_q
{
size 15000
initial-count 10000
animated-mesh "default"
product-kuid <kuid:-3:10004>
allowed-products
{
0 <kuid:-3:10004>
}
}
}
processes
{
multi_consumer_producer
{
start-enabled 1
duration 30
}
}
inputs
{
0
{
amount 1
queue "20ft_cont_q"
}
1
{
amount 1
queue "gen_goods_q"
}
3
{
amount 1
queue "logs_q"
}
4
{
amount 100000
queue "coal_q"
}
5
{
amount 100000
queue "diesel_q"
}
6
{
amount 100
queue "water_q"
}
}
outputs
{
0
{
amount 1
queue "20ft_cont_q"
}
1
{
amount 1
queue "gen_goods_q"
}
2
{
amount 1
queue "logs_q"
}
3
{
amount 100000
queue "coal_q"
}
4
{
amount 100000
queue "diesel_q"
}
5
{
amount 100
queue "water_q"
}
}
string-table
{
multi_pickupdropoff "Multiple Pickup/Drop off"
}
thumbnails
{
0
{
image "icon_multiple.tga"
width 64
height 64
}
1
{
image "thumb.jpg"
width 240
height 180
}
}
Script Listing
multipleindustry.gs
include "BaseIndustry.gs"
//
// MultipleIndustry industry
//
class MultipleIndustry isclass BaseIndustry
{
ProductQueue crudeOilQueue, dieselQueue, petrolQueue, coalQueue, cont20ftQueue, cont0ftQueue;
ProductQueue gengoodsQueue, logsQueue, lumberQueue, woodchipsQueue, waterQueue, avgasQueue;
Asset crudeOilAsset, dieselAsset, petrolAsset, coalAsset, cont20ftAsset, cont0ftAsset, gengoodsAsset;
Asset logsAsset, lumberAsset, woodchipsAsset, waterAsset, avgasAsset;
bool animating = false;
bool processing = false;
bool scriptletEnabled = true;
// Track if they only supply some of the logs that were requested in the waybill.
int avWBRemain = 0;
int cont20WBRemain = 0;
int cont0WBRemain = 0;
int goodsWBRemain = 0;
int logWBRemain = 0;
int lumberWBRemain = 0;
int coalWBRemain = 0;
int woodchipWBRemain = 0;
int oilWBRemain = 0;
int dieselWBRemain = 0;
int petrolWBRemain = 0;
int waterWBRemain = 0;
//
//
//
bool TriggerSupportsStoppedLoad(Vehicle vehicle, string triggerName)
{
bool vehicleToTrain = vehicle.GetFacingRelativeToTrain();
int direction = vehicle.GetRelationToTrack(me, "out_track0");
if (!vehicleToTrain)
direction = -direction;
// Are we up to the furthest trigger away from the side we entered for diesel?
if (direction == Vehicle.DIRECTION_BACKWARD and triggerName == "trig3")
return true;
if (direction == Vehicle.DIRECTION_FORWARD and triggerName == "trig0")
return true;
// If the train has already stopped, then fall thru and allow this load as well
if (triggerName == "trig0" or triggerName == "trig" or triggerName == "trig2" or triggerName == "trig3")
{
if (vehicle.GetMyTrain().IsStopped())
return true;
}
return false;
}
void PerformStoppedLoad(Vehicle vehicle, string triggerName)
{
if (triggerName == "trig0" or triggerName == "trig" or triggerName == "trig2" or triggerName == "trig3")
{
bool avWBModified = false;
bool cont20WBModified = false;
bool cont40WBModified = false;
bool goodsWBModified = false;
bool logWBModified = false;
bool lumberWBModified = false;
bool coalWBModified = false;
bool woodchipWBModified = false;
bool oilWBModified = false;
bool dieselWBModified = false;
bool petrolWBModified = false;
bool waterWBModified = false;
int spaceAvailable;
LoadingReport report;
int direction;
if (itc.IsTrainCommand(vehicle.GetMyTrain(), Industry.LOAD_COMMAND))
{
// Attempt to load everything! ;)
//
// Load the crudeoil
//
if (GetProcessOutput("multi_consumer_producer",crudeOilQueue, crudeOilAsset) > 0)
{
spaceAvailable = crudeOilQueue.GetQueueCount();
report = CreateLoadingReport(crudeOilQueue,spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.LoadProduct(report);
// Already done something to the queue? if so, set flag so that we don't unload it again. (just for this multi ind)
if (report.amount > 0)
oilWBModified = true;
}
//
// Load the diesel
//
if (GetProcessOutput("multi_consumer_producer",dieselQueue, dieselAsset) > 0)
{
spaceAvailable = dieselQueue.GetQueueCount();
report = CreateLoadingReport(dieselQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.LoadProduct(report);
// Already done something to the queue? if so, set flag so that we don't unload it again. (just for this multi ind)
if (report.amount > 0)
dieselWBModified = true;
}
//
// Load the petrol
//
if (GetProcessOutput("multi_consumer_producer",petrolQueue, petrolAsset) > 0)
{
spaceAvailable = petrolQueue.GetQueueCount();
report = CreateLoadingReport(petrolQueue,spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.LoadProduct(report);
// Already done something to the queue? if so, set flag so that we don't unload it again. (just for this multi ind)
if (report.amount > 0)
petrolWBModified = true;
}
//
// Load the coal
//
if (GetProcessOutput("multi_consumer_producer",coalQueue, coalAsset) > 0)
{
spaceAvailable = coalQueue.GetQueueCount();
report = CreateLoadingReport(coalQueue,spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.LoadProduct(report);
// Already done something to the queue? if so, set flag so that we don't unload it again. (just for this multi ind)
if (report.amount > 0)
coalWBModified = true;
}
//
// Load the cont20
//
if (GetProcessOutput("multi_consumer_producer",cont20ftQueue, cont20ftAsset) > 0)
{
spaceAvailable = cont20ftQueue.GetQueueCount();
report = CreateLoadingReport(cont20ftQueue,spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.LoadProduct(report);
// Already done something to the queue? if so, set flag so that we don't unload it again. (just for this multi ind)
if (report.amount > 0)
cont20WBModified = true;
}
//
// Load the cont0
//
if (GetProcessOutput("multi_consumer_producer", cont0ftQueue, cont0ftAsset) > 0)
{
spaceAvailable = cont0ftQueue.GetQueueCount();
report = CreateLoadingReport(cont0ftQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.LoadProduct(report);
// Already done something to the queue? if so, set flag so that we don't unload it again. (just for this multi ind)
if (report.amount > 0)
cont40WBModified = true;
}
// Load the gengoods
//
if (GetProcessOutput("multi_consumer_producer", gengoodsQueue, gengoodsAsset) > 0)
{
spaceAvailable = gengoodsQueue.GetQueueCount();
report = CreateLoadingReport(gengoodsQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_ track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.LoadProduct(report);
// Already done something to the queue? if so, set flag so that we don't unload it again. (just for this multi ind)
if (report.amount > 0)
goodsWBModified = true;
}
//
// Load the logs
//
if (GetProcessOutput("multi_consumer_producer", logsQueue, logsAsset) > 0)
{
spaceAvailable = logsQueue.GetQueueCount();
report = CreateLoadingReport(logsQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.LoadProduct(report);
// Already done something to the queue? if so, set flag so that we don't unload it again. (just for this multi ind)
if (report.amount > 0)
logWBModified = true;
}
//
// Load the lumber
//
if (GetProcessOutput("multi_consumer_producer", lumberQueue, lumberAsset) > 0)
{
spaceAvailable = lumberQueue.GetQueueCount();
report = CreateLoadingReport(lumberQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.LoadProduct(report);
// Already done something to the queue? if so, set flag so that we don't unload it again. (just for this multi ind)
if (report.amount > 0)
lumberWBModified = true;
}
//
// Load the woodchips
//
if (GetProcessOutput("multi_consumer_producer", woodchipsQueue, woodchipsAsset) > 0)
{
spaceAvailable = woodchipsQueue.GetQueueCount();
report = CreateLoadingReport(woodchipsQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.LoadProduct(report);
// Already done something to the queue? if so, set flag so that we don't unload it again. (just for this multi ind)
if (report.amount > 0)
woodchipWBModified = true;
}
//
// Load the water
//
if (GetProcessOutput("multi_consumer_producer", waterQueue, waterAsset) > 0)
{
spaceAvailable = waterQueue.GetQueueCount();
report = CreateLoadingReport(waterQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.LoadProduct(report);
// Already done something to the queue? if so, set flag so that we don't unload it again. (just for this multi ind)
if (report.amount > 0)
waterWBModified = true;
}
//
// Load the avgas
//
if (GetProcessOutput("multi_consumer_producer",avgasQueue, avgasAsset) > 0)
{
spaceAvailable = avgasQueue.GetQueueCount();
report = CreateLoadingReport(avgasQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.LoadProduct(report);
// Already done something to the queue? if so, set flag so that we don't unload it again. (just for this multi ind)
if (report.amount > 0)
avWBModified = true;
}
}
if (itc.IsTrainCommand(vehicle.GetMyTrain(), Industry. UNLOAD_COMMAND))
{
// Attemp to unload everything! ;)
//
// Unload the crudeoil
//
if (GetProcessInput("multi_consumer_producer", crudeOilQueue, crudeOilAsset) > 0)
{
if (!oilWBModified)
{
spaceAvailable = crudeOilQueue.GetQueueSpace();
report = CreateUnloadingReport(crudeOilQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.UnloadProduct(report);
// Ensure we are tracking this if we are waiting for a way bill to complete in its entirety
if (oilWBRemain > 0)
oilWBRemain = oilWBRemain - report.amount;
}
}
//
// Unload the diesel
//
if (GetProcessInput("multi_consumer_producer", dieselQueue, dieselAsset) > 0)
{
if (!dieselWBModified)
{
spaceAvailable = dieselQueue.GetQueueSpace();
report = CreateUnloadingReport(dieselQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.UnloadProduct(report);
// Ensure we are tracking this if we are waiting for a way bill to complete in its entirety
if (dieselWBRemain > 0)
dieselWBRemain = dieselWBRemain - report.amount;
}
}
//
// Unload the petrol
//
if (GetProcessInput("multi_consumer_producer",petrolQueue, petrolAsset) > 0)
{
if (!petrolWBModified)
{
spaceAvailable = petrolQueue.GetQueueSpace();
report = CreateUnloadingReport(petrolQueue,spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.UnloadProduct(report);
// Ensure we are tracking this if we are waiting for a way bill to complete in its entirety
if (petrolWBRemain > 0)
petrolWBRemain = petrolWBRemain - report.amount;
}
}
//
// Unload the coal
//
if (GetProcessInput("multi_consumer_producer",coalQueue, coalAsset) > 0)
{
if (!coalWBModified)
{
spaceAvailable = coalQueue.GetQueueSpace();
report = CreateUnloadingReport(coalQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.UnloadProduct(report);
// Ensure we are tracking this if we are waiting for a way bill to complete in its entirety
if (coalWBRemain > 0)
coalWBRemain = coalWBRemain - report.amount;
}
}
//
// Unload the cont20
//
if (GetProcessInput("multi_consumer_producer",cont20ftQueue, cont20ftAsset) > 0)
{
if (!cont20WBModified)
{
spaceAvailable = cont20ftQueue.GetQueueSpace();
report = CreateUnloadingReport(cont20ftQueue,spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.UnloadProduct(report);
// Ensure we are tracking this if we are waiting for a way bill to complete in its entirety
if (cont20WBRemain > 0)
cont20WBRemain = cont20WBRemain - report.amount;
}
}
//
// Unload the cont0
//
if (GetProcessInput("multi_consumer_producer",cont0ftQueue, cont0ftAsset) > 0)
{
if (!cont40WBModified)
{
spaceAvailable = cont0ftQueue.GetQueueSpace();
report = CreateUnloadingReport(cont0ftQueue,spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.UnloadProduct(report);
// Ensure we are tracking this if we are waiting for a way bill to complete in its entirety
if (cont0WBRemain > 0)
cont0WBRemain = cont0WBRemain - report.amount;
}
}
//
// Unload the gengoods
//
if (GetProcessInput("multi_consumer_producer", gengoodsQueue, gengoodsAsset) > 0)
{
if (!goodsWBModified)
{
spaceAvailable = gengoodsQueue.GetQueueSpace();
report = CreateUnloadingReport(gengoodsQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.UnloadProduct(report);
// Ensure we are tracking this if we are waiting for a way bill to complete in its entirety
if (goodsWBRemain > 0)
goodsWBRemain = goodsWBRemain - report.amount;
}
}
//
// Unload the logs
//
if (GetProcessInput("multi_consumer_producer", logsQueue, logsAsset) > 0)
{
if (!logWBModified)
{
spaceAvailable = logsQueue.GetQueueSpace();
report = CreateUnloadingReport(logsQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.UnloadProduct(report);
// Ensure we are tracking this if we are waiting for a way bill to complete in its entirety
if (logWBRemain > 0)
logWBRemain = logWBRemain - report.amount;
}
}
//
// Unload the lumber
//
if (GetProcessInput("multi_consumer_producer", lumberQueue, lumberAsset) > 0)
{
if (!lumberWBModified)
{
spaceAvailable = lumberQueue.GetQueueSpace();
report = CreateUnloadingReport(lumberQueue,spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.UnloadProduct(report);
// Ensure we are tracking this if we are waiting for a way bill to complete in its entirety
if (lumberWBRemain > 0)
lumberWBRemain = lumberWBRemain - report.amount;
}
}
//
// Unload the woodchips
//
if (GetProcessInput("multi_consumer_producer", woodchipsQueue, woodchipsAsset) > 0)
{
if (!woodchipWBModified)
{
spaceAvailable = woodchipsQueue.GetQueueSpace();
report = CreateUnloadingReport(woodchipsQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.UnloadProduct(report);
// Ensure we are tracking this if we are waiting for a way bill to complete in its entirety
if (woodchipWBRemain > 0)
woodchipWBRemain = woodchipWBRemain - report.amount;
}
}
//
// Unload the water
//
if (GetProcessInput("multi_consumer_producer",waterQueue, waterAsset) > 0)
{
if (!waterWBModified)
{
spaceAvailable = waterQueue.GetQueueSpace();
report = CreateUnloadingReport(waterQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.UnloadProduct(report);
// Ensure we are tracking this if we are waiting for a way bill to complete in its entirety
if (waterWBRemain > 0)
waterWBRemain = waterWBRemain - report.amount;
}
}
//
// Unload the avgas
//
if (GetProcessInput("multi_consumer_producer",avgasQueue, avgasAsset) > 0)
{
if (!avWBModified)
{
spaceAvailable = avgasQueue.GetQueueSpace();
report = CreateUnloadingReport(avgasQueue, spaceAvailable);
direction = vehicle.GetRelationToTrack(me, "out_track0");
if (direction == Vehicle.DIRECTION_FORWARD)
report.sideFlags = LoadingReport.LEFT_SIDE;
else if (direction == Vehicle.DIRECTION_BACKWARD)
report.sideFlags = LoadingReport.RIGHT_SIDE;
vehicle.UnloadProduct(report);
// Ensure we are tracking this if we are waiting for a way bill to complete in its entirety
if (avWBRemain > 0)
avWBRemain = avWBRemain - report.amount;
}
}
}
}
}
//
//
//
thread void MultipleMain(void)
{
Message msg;
Vehicle vehicle;
string triggerName;
wait()
{
// ?
on "Scriptlet-Enabled", "":
{
if (!scriptletEnabled)
{
scriptletEnabled = true;
SetProcessEnabled("multi_consumer_producer", true);
}
continue;
}
// ?
on "Scriptlet-Enabled", "0":
{
if (scriptletEnabled)
{
scriptletEnabled = false;
SetProcessEnabled("multi_consumer_producer", false);
}
continue;
}
}
}
// called by the game once when a process is ready to start (see Industry.gs)
void NotifyProcessStarted(string processName)
{
//Interface.Print("A process in the oil refinery has started.");
if (PerformProcessInput(processName))
{
// we are making the assumption that there is only one process, "multi_consumer_producer"
PerformProcessStarted(processName);
}
else
PerformProcessCancelled(processName);
}
//
// Called by the game once when a process is ready to stop (see Industry.gs)
//
void NotifyProcessFinished(string processName)
{
//Interface.Print("A process in the oil refinery has finished.");
processing = false;
if (!animating)
{
PerformProcessOutput(processName);
PerformProcessFinished(processName);
PostMessage(me,"GenericIndustry", "ProcessComplete", 0.0f);
}
}
//
//
//
public void Init(void)
{
inherited();
usePipeAnimation = false;
useGenericViewDetails = true;
// initialize queues
crudeOilQueue = GetQueue("crude_oil_q");
dieselQueue = GetQueue("diesel_q");
petrolQueue = GetQueue("petrol_q");
coalQueue = GetQueue("coal_q");
cont20ftQueue = GetQueue("20ft_cont_q");
cont0ftQueue = GetQueue("0ft_cont_q");
gengoodsQueue = GetQueue("gen_goods_q");
logsQueue = GetQueue("logs_q");
lumberQueue = GetQueue("lumber_q");
woodchipsQueue = GetQueue("woodchips_q");
waterQueue = GetQueue("water_q");
avgasQueue = GetQueue("av_in_q");
crudeOilAsset = GetAsset().FindAsset("oil");
dieselAsset = GetAsset().FindAsset("diesel");
petrolAsset = GetAsset().FindAsset("petrol");
coalAsset = GetAsset().FindAsset("coal");
cont20ftAsset = GetAsset().FindAsset("cont20ft");
cont0ftAsset = GetAsset().FindAsset("cont0ft");
gengoodsAsset = GetAsset().FindAsset("gengoods");
logsAsset = GetAsset().FindAsset("logs");
lumberAsset = GetAsset().FindAsset("lumber");
woodchipsAsset = GetAsset().FindAsset("woodchips");
waterAsset = GetAsset().FindAsset("water");
avgasAsset = GetAsset().FindAsset("avgas");
AddAssetToIndustryProductInfo("oil", "crude_oil_q","multi_consumer_producer", true, false);
AddAssetToIndustryProductInfo("petrol", "petrol_q","multi_consumer_producer", true, false);
AddAssetToIndustryProductInfo("diesel", "diesel_q","multi_consumer_producer", true, false);
AddAssetToIndustryProductInfo("coal", "coal_q", "multi_consumer_producer", true, false);
AddAssetToIndustryProductInfo("cont20ft", "20ft_cont_q","multi_consumer_producer", true, false);
AddAssetToIndustryProductInfo("cont0ft", "0ft_cont_q","multi_consumer_producer", true, false);
AddAssetToIndustryProductInfo("gengoods", "gen_goods_q", "multi_consumer_producer", true, false);
AddAssetToIndustryProductInfo("logs", "logs_q", "multi_consumer_producer", true, false);
AddAssetToIndustryProductInfo("lumber", "lumber_q","multi_consumer_producer", true, false);
AddAssetToIndustryProductInfo("woodchips","woodchips_q", "multi_consumer_producer", true, false);
AddAssetToIndustryProductInfo("water", "water_q","multi_consumer_producer", true, false);
AddAssetToIndustryProductInfo("avgas", "av_in_q","multi_consumer_producer", true, false);
AddAssetToIndustryProductInfo("oil", "crude_oil_q","multi_consumer_producer", false);
AddAssetToIndustryProductInfo("petrol", "petrol_q","multi_consumer_producer", false);
AddAssetToIndustryProductInfo("diesel", "diesel_q","multi_consumer_producer", false);
AddAssetToIndustryProductInfo("coal", "coal_q", "multi_consumer_producer", false);
AddAssetToIndustryProductInfo("cont20ft", "20ft_cont_q","multi_consumer_producer", false);
AddAssetToIndustryProductInfo("cont0ft", "0ft_cont_q","multi_consumer_producer", false);
AddAssetToIndustryProductInfo("gengoods", "gen_goods_q", "multi_consumer_producer", false);
AddAssetToIndustryProductInfo("logs", "logs_q", "multi_consumer_producer", false);
AddAssetToIndustryProductInfo("lumber", "lumber_q","multi_consumer_producer", false);
AddAssetToIndustryProductInfo("woodchips","woodchips_q", "multi_consumer_producer", false);
AddAssetToIndustryProductInfo("water", "water_q","multi_consumer_producer", false);
AddAssetToIndustryProductInfo("avgas", "av_in_q","multi_consumer_producer", false);
// stop animation on refinery mesh - fueling doors are shut and not animated
StopMeshAnimation("fuelling_doors");
SetMeshAnimationFrame("fuelling_doors", 0);
MultipleMain();
}
public Requirement[] GetRequirements(void)
{
Requirement[] ret = new Requirement[0];
int rate = 0;
rate = GetProcessInput("multi_consumer_producer", GetQueue("20ft_cont_q"), GetAsset().FindAsset("cont20ft"));
if (rate > 0)
{
if (cont20ftQueue.GetQueueCount() < 30 or cont20WBRemain > 0)
{
ResourceRequirement req = new ResourceRequirement();
req.resource = cont20ftQueue.GetProductFilter().GetProducts()[0];
// This is how many we have asked for. Wait till it is fullfilled,
// if we are not already waiting for a waybill to be completed.
req.amount = 30;
if (cont20ftQueue.GetQueueCount() < 30 and cont20WBRemain == 0)
cont20WBRemain = 30;
req.dst = me;
req.dstQueue = cont20ftQueue;
ret[ret.size()] = req;
}
}
rate = GetProcessInput("multi_consumer_producer",GetQueue("0ft_cont_q"), GetAsset().FindAsset("cont0ft"));
if (rate > 0)
{
if (cont0ftQueue.GetQueueCount() < 30 or cont0WBRemain > 0)
{
ResourceRequirement req = new ResourceRequirement();
req.resource = cont0ftQueue.GetProductFilter().GetProducts()[0];
// This is how many we have asked for. Wait till it is fullfilled,
// if we are not already waiting for a waybill to be completed.
req.amount = 30;
if (cont0ftQueue.GetQueueCount() < 30 and cont0WBRemain == 0)
cont0WBRemain = 30;
req.dst = me;
req.dstQueue = cont0ftQueue;
ret[ret.size()] = req;
}
}
rate = GetProcessInput("multi_consumer_producer", GetQueue("gen_goods_q"), GetAsset().FindAsset("gengoods"));
if (rate > 0)
{
if (gengoodsQueue.GetQueueCount() < or goodsWBRemain > 0)
{
ResourceRequirement req = new ResourceRequirement();
req.resource = gengoodsQueue.GetProductFilter().
GetProducts()[0];
// This is how many we have asked for. Wait till it is fullfilled,
// if we are not already waiting for a waybill to be completed.
req.amount = 0;
if (gengoodsQueue.GetQueueCount() < and goodsWBRemain == 0)
goodsWBRemain = 0;
req.dst = me;
req.dstQueue = gengoodsQueue;
ret[ret.size()] = req;
}
}
rate = GetProcessInput("multi_consumer_producer", GetQueue("logs_q"), GetAsset().FindAsset("logs"));
if (rate > 0)
{
if (logsQueue.GetQueueCount() < 2 or logWBRemain > 0)
{
ResourceRequirement req = new ResourceRequirement();
req.resource = logsQueue.GetProductFilter().GetProducts()[0];
// This is how many we have asked for. Wait till it is fullfilled,
// if we are not already waiting for a waybill to be completed.
req.amount = 0;
if (logsQueue.GetQueueCount() < 2 and logWBRemain == 0)
logWBRemain = 0;
req.dst = me;
req.dstQueue = logsQueue;
ret[ret.size()] = req;
}
}
rate = GetProcessInput("multi_consumer_producer",
GetQueue("lumber_q"), GetAsset().FindAsset("lumber"));
if (rate > 0)
{
if (lumberQueue.GetQueueCount() < 0 or lumberWBRemain > 0)
{
ResourceRequirement req = new ResourceRequirement();
req.resource = lumberQueue.GetProductFilter().GetProducts()[0];
// This is how many we have asked for. Wait till it is fullfilled,
// if we are not already waiting for a waybill to be completed.
req.amount = 30;
if (lumberQueue.GetQueueCount() < 0 and lumberWBRemain == 0)
lumberWBRemain = 30;
req.dst = me;
req.dstQueue = lumberQueue;
ret[ret.size()] = req;
}
}
rate = GetProcessInput("multi_consumer_producer",GetQueue("coal_q"), GetAsset().FindAsset("coal"));
if (rate > 0)
{
if (coalQueue.GetQueueCount() < 2700 or coalWBRemain > 0) // 7 mins till empty
{
ResourceRequirement req = new ResourceRequirement();
req.resource = coalQueue.GetProductFilter().GetProducts()[0];
// This is how many we have asked for. Wait till it is fullfilled,
// if we are not already waiting for a waybill to be completed.
req.amount = 00;
if (coalQueue.GetQueueCount() < 2700 and coalWBRemain == 0)
coalWBRemain = 00; // hoppers
req.dst = me;
req.dstQueue = coalQueue;
ret[ret.size()] = req;
}
}
rate = GetProcessInput("multi_consumer_producer", GetQueue("woodchips_q"), GetAsset().FindAsset("woodchips"));
if (rate > 0)
{
if (woodchipsQueue.GetQueueCount() < 00 or woodchipWBRemain > 0) // 3 gondolas
{
ResourceRequirement req = new ResourceRequirement();
req.resource = woodchipsQueue.GetProductFilter().GetProducts()[0];
// This is how many we have asked for. Wait till it is fullfilled,
// if we are not already waiting for a waybill to be completed.
req.amount = 00;
if (woodchipsQueue.GetQueueCount() < 00 and woodchipWBRemain == 0)
woodchipWBRemain = 00; // gondolas
req.dst = me;
req.dstQueue = woodchipsQueue;
ret[ret.size()] = req;
}
}
rate = GetProcessInput("multi_consumer_producer", GetQueue("crude_oil_q"), GetAsset().FindAsset("oil"));
if (rate > 0)
{
if (crudeOilQueue.GetQueueCount() < 2700 or oilWBRemain > 0) // approx min to empty
{
ResourceRequirement req = new ResourceRequirement();
req.resource = crudeOilQueue.GetProductFilter().GetProducts()[0];
// This is how many we have asked for. Wait till it is fullfilled,
// if we are not already waiting for a waybill to be completed.
req.amount = 3000;
if (crudeOilQueue.GetQueueCount() < 2700 and oilWBRemain == 0)
oilWBRemain = 3000; // 0 tank cars
req.dst = me;
req.dstQueue = crudeOilQueue;
ret[ret.size()] = req;
}
}
rate = GetProcessInput("multi_consumer_producer",GetQueue("diesel_q"), GetAsset().FindAsset("diesel"));
if (rate > 0)
{
if (dieselQueue.GetQueueCount() < 23200 or dieselWBRemain > 0) // tankers
{
ResourceRequirement req = new ResourceRequirement();
req.resource = dieselQueue.GetProductFilter().GetProducts()[0];
// This is how many we have asked for. Wait till it is fullfilled,
// if we are not already waiting for a waybill to be completed.
req.amount = 77000;
if (dieselQueue.GetQueueCount() < 23200 and dieselWBRemain == 0)
dieselWBRemain = 77000; // 20 tankers
req.dst = me;
req.dstQueue = dieselQueue;
ret[ret.size()] = req;
}
}
rate = GetProcessInput("multi_consumer_producer",GetQueue("petrol_q"), GetAsset().FindAsset("petrol"));
if (rate > 0)
{
if (petrolQueue.GetQueueCount() < 7700 or petrolWBRemain > 0) // 2 tankers approx 0 min
{
ResourceRequirement req = new ResourceRequirement();
req.resource = petrolQueue.GetProductFilter().GetProducts()[0];
// This is how many we have asked for. Wait till it is fullfilled,
// if we are not already waiting for a waybill to be completed.
req.amount = 00;
if (petrolQueue.GetQueueCount() < 7700 and petrolWBRemain == 0)
petrolWBRemain = 00; // 3 tankers
req.dst = me;
req.dstQueue = petrolQueue;
ret[ret.size()] = req;
}
}
/* NOT BEING USED AS WE HAVE NO WAY OF TRANSPORTING WATER YET
rate = GetProcessInput("multi_consumer_producer",GetQueue("water_q"), GetAsset().FindAsset("water"));
if (rate > 0)
{
if (waterQueue.GetQueueCount() < 7700 or waterWBRemain > 0) // 2 tankers approx 0 min // VAUGHAN EDIT
{
ResourceRequirement req = new ResourceRequirement();
req.resource = waterQueue.GetProductFilter().GetProducts()[0];
// This is how many we have asked for. Wait till it is fullfilled,
// if we are not already waiting for a waybill to be completed.
req.amount = 00; // VAUGHAN EDIT
if (waterQueue.GetQueueCount() < 7700 and petrolWBRemain == 0) // VAUGHAN EDIT
waterWBRemain = 00; // 3 tankers // VAUGHAN EDIT
req.dst = me;
req.dstQueue = waterQueue;
ret[ret.size()] = req;
}
}*/
rate = GetProcessInput("multi_consumer_producer",GetQueue("av_in_q"), GetAsset().FindAsset("avgas"));
if (rate > 0)
{
if (avgasQueue.GetQueueCount() < 000 or avWBRemain > 0) // approx 2% of full
{
ResourceRequirement req = new ResourceRequirement();
req.resource = avgasQueue.GetProductFilter().GetProducts()[0];
// This is how many we have asked for. Wait till it is fullfilled,
// if we are not already waiting for a waybill to be completed.
req.amount = 00; // 2 tank cars
if (avgasQueue.GetQueueCount() < 000 and avWBRemain == 0)
avWBRemain = 00;
req.dst = me;
req.dstQueue = avgasQueue;
ret[ret.size()] = req;
}
}
return ret;
}
public void AppendDriverDestinations(string[] destNames,string[] destTracks)
{
StringTable stringTable = GetAsset().GetStringTable();
destNames[destNames.size()] = stringTable.GetString("multi_PickupDropoff");
destTracks[destTracks.size()] = "out_track0";
}
};
Download this asset
This asset is available for download from the TRS2006 website at:
http://files.auran.com/TRS2006/Downloads/Example_Download.zip
