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PlanExporter.java

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package instruction.exporter;

import instruction.opencyc.OpenCyc;

import java.io.IOException;
import java.net.UnknownHostException;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import org.opencyc.api.CycAccess;
import org.opencyc.api.CycApiException;
import org.opencyc.api.CycObjectFactory;
import org.opencyc.cycobject.CycFort;
import org.opencyc.cycobject.CycList;
import org.opencyc.cycobject.CycObject;
import org.opencyc.cycobject.CycVariable;

public class PlanExporter {
        public static final String MT_UNIVERSAL_VOCABULARY = "#$UniversalVocabularyMt";
        public static final String MT_TUM_KITCHEN_ENVIRONMENT = "#$TUMKitchenEnvironmentMt";
        public static final String MT_TUM_KITCHEN_ENVIRONMENT_PLANNING = "#$TUMKitchenEnvironmentPlanningMt";

        private static String[] spatialRelations = { "TopSide", "RightSide",
                        "BottomSide", "CornerOnObject", "CenterOfGeographicalRegion",
                        "FrontSide", "Side" };
        private ArrayList<String> plan;

        private HashMap<String, String> rplName; // mapping from Cyc concepts to RPL names

        private HashMap<String, String> actionTypes;

        private HashMap<String, CycList> actionParameters;

        private HashMap<String, CycList> objects;

        private HashMap<String, String> locations;

        private HashMap<String, String> objLocations; // object goal locations

        private List<String> locationDesignators = new ArrayList<String>();

        private List<String> objectDesignators = new ArrayList<String>();

        private Map<String, String> actionLocations = null;

        private static CycAccess cyc = null;
        private static PlanExporter me = null;

        private CycObject kitchenEnvMt = null;

        String designators = new String();
        String goals = new String();

        int locCounter = 0;

        private PlanExporter() throws UnknownHostException, CycApiException,
                        IOException {

                cyc = OpenCyc.getInstance().getCycAcces();
                kitchenEnvMt = OpenCyc.getInstance().getKitchenEnvMt();

        }

        public static PlanExporter getInstance() throws UnknownHostException,
                        CycApiException, IOException {

                if (me == null)
                        me = new PlanExporter();

                return me;

        }

        public void readRplNames() {
                this.rplName = new HashMap<String, String>();

                // TODO: read these values from the KB
                rplName.put("PuttingSomethingSomewhere", "object-at-place");

                // /////////////////////////////////////////////////////////////////////
                // object classes

                rplName.put("StoveTopCookingPot", "cooking-pot");
                rplName.put("Water", "water");
                rplName.put("CookingRange", "cooker");
                rplName.put("MeasuringCup", "");
                rplName.put("Tap-FlowControlDevice", "tap");
                rplName.put("Burner", "hot-plate");
                rplName.put("Soup", "");
                rplName.put("Packet", "");
                rplName.put("StoveTop", "hot-plate");
                rplName.put("HeatingDevice", "hot-plate");
                rplName.put("Content", "");
                rplName.put("Noodle", "pasta");
                rplName.put("Pasta", "pasta");
                rplName.put("TableSalt", "salt");
                rplName.put("Colander", "colander");
                rplName.put("Chair-PieceOfFurniture", "chair");
                rplName.put("Sink", "sink");
                rplName.put("OliveOil", "");
                rplName.put("Tea-Iced", "");
                rplName.put("BakingSoda", "");
                rplName.put("CookingVessel", "pan");
                rplName.put("MixForBakedGoods", "pancake-mix");
                rplName.put("Pancake", "pancake");
                rplName.put("TeaBag", "");
                rplName.put("Tea-Beverage", "");
                rplName.put("ContainerArtifact", "");
                rplName.put("Table-PieceOfFurniture", "table");
                rplName.put("Refrigerator", "refrigerator");
                rplName.put("Kettle", "cooking-pot");
                rplName.put("HotBeveragePot", "cup");
                rplName.put("ContainerLid", "");
                rplName.put("Bottle", "");
                rplName.put("Milk", "");
                rplName.put("Sugar-Table", "");
                rplName.put("SugarBowl", "");
                rplName.put("Teaspoon", "table-spoon");
                rplName.put("DrinkingMug", "cup");
                rplName.put("Saucer", "plate");
                rplName.put("DinnerPlate", "plate");
                rplName.put("Oven", "oven");
                rplName.put("Butter", "");
                rplName.put("Toast", "toast");
                rplName.put("Bread", "toast");
                rplName.put("Bread-Slice", "toast");
                rplName.put("ElectricalToaster", "toaster");
                rplName.put("BreakfastCereal", "");
                rplName.put("Bowl-Eating", "");
                rplName.put("Spoon-SilverwarePiece", "table-spoon");
                rplName.put("Fruit", "");
                rplName.put("MapleSyrup", "");
                rplName.put("PlaceMat", "place-mat");
                rplName.put("Napkin", "napkin");
                rplName.put("Fork-SilverwarePiece", "fork");
                rplName.put("Knife", "knife");

                // /////////////////////////////////////////////////////////////////////
                // action types

                // finding something
                rplName.put("SelectingSomething", "find-object");
                rplName.put("LookingForSomething", "find-object");
                rplName.put("Adopting-SelectingSomething", "find-object");

                // transporting something
                rplName.put("PuttingSomethingSomewhere", "loc");
                rplName.put("TransportationEvent", "loc");
                rplName.put("LiftingAnObject", "object-lifted");
                rplName.put("GettingSomething-HittingAnObject", "object-in-hand");

                rplName.put("TakingSomething", "object-in-hand");
                rplName.put("RemovingSomething", "object-in-hand");

                rplName.put("CoveringSomething", "object-on-object");

                rplName.put("DoingAddition", "object-added-to-container");
                rplName.put("PuttingSomethingIntoSomething", "object-added-to-container");
                rplName.put("Incorporation-Physical", "object-added-to-container");

                // device-related stuff
                rplName.put("TurningOnPoweredDevice", "hot-plate-temperature-on");
                rplName.put("TurningOffPoweredDevice", "hot-plate-temperature-off");
                rplName.put("ChangingDeviceState", "hot-plate-temperature-change");

                // cupboard-related stuff
                rplName.put("OpeningAContainer", "enclosing-object-opened");
                rplName.put("ClosingAContainer", "object-closed");

                // filling and transfilling containers
                rplName.put("FillingProcess", "container-filled");
                rplName.put("FluidFlow-Translation", "container-filled");
                rplName.put("FluidFlow-Translation", "container-content-transfilled");

                // stirring either a container or some stuff inside a container
                rplName.put("Stirring", "container-content-stirred");
                rplName.put("Flipping", "object-flipped");

                // wait-like statements
                rplName.put("Checking-Evaluating", "sleep");
                rplName.put("Observing", "sleep");
                rplName.put("Waiting", "sleep");
                rplName.put("KeepingInACertainState", "sleep");

                rplName.put("CookingFood", "cook");

                // achieve-like statements
                rplName.put("CausingToBeInACertainCondition", "achieve");
                rplName.put("Remembering", "achieve");

                // general
                rplName.put("UsingAnObject", "use");

                // future work:
                // rplName.put("ServingFoodOrDrink", "");
                // rplName.put("IntrinsicStateChangeEvent", ""); // bring the water to a
                // boil
                // rplName.put("EatingAMorsel", "");
                // rplName.put("SpreadingOntoSurface", "");
                // rplName.put("SlicingSomething", "");
                // rplName.put("Cleaning", "");
                // rplName.put("MoppingAFloor", "water-wiped-up");
                // rplName.put("BeingSomething", "");
                // rplName.put("Garnishment", "");

                // Plan categories:
                // CookingFood
                // BoilingFood
                // PreparingFoodOrDrink
                // ArrangingObjects
                // 

                // /////////////////////////////////////////////////////////////////////
                // instances
                // rplName.put("placemat1", "placemat-1");
                // rplName.put("napkin1", "napkin-1");
                // rplName.put("dinnerplate1", "plate-1");
                // rplName.put("fork-silverwarepiece1", "fork-1");
                // rplName.put("knife1", "knife-1");
                // rplName.put("spoon-silverwarepiece1", "spoon-1");
                // rplName.put("drinkingmug1", "cup-1");

        }

        @SuppressWarnings({ "deprecation" })
        public void readActionsForPlanFromKB(String plan)
                        throws UnknownHostException, IOException {

                this.plan = new ArrayList<String>();

                CycList query = cyc.makeCycList("(#$methodForAction " + plan
                                + "(#$actionSequence ?LIST))");
                CycVariable var = CycObjectFactory.makeCycVariable("?LIST");
                CycFort mt = cyc.getConstantByName("#$TUMKitchenEnvironmentPlanningMt");

                CycList ret = cyc.askWithVariable(query, var, mt);

                ArrayList<String> list = new ArrayList<String>();
                for (Iterator i = ret.iterator(); i.hasNext();) {
                        String str = i.next().toString();
                        list.add(str);
                }
                String[] actions = list.get(0).substring(9, list.get(0).length() - 1)
                                .split(" ");
                for (String act : actions) {
                        this.plan.add(act);
                }
        }

        public void readActionTypesFromKB() throws UnknownHostException,
                        IOException {

                // get isa-type of the action in TUMKitchenEnvironmentMt
                actionTypes = new HashMap<String, String>();
                for (String action : this.plan) {
                        actionTypes.put(action, cyc.getMinIsas(
                                        cyc.getConstantByName(action), kitchenEnvMt).toString());
                }

        }

        public void readActionParametersFromKB(ArrayList<String> actionList)
                        throws UnknownHostException, IOException {

                actionParameters = new HashMap<String, CycList>();

                // query list of parameters per action
                for (String action : actionList) {
                        actionParameters.put(action, arg1GAFsAbout(action,
                                        MT_TUM_KITCHEN_ENVIRONMENT));
                }
        }

        public void readObjectsFromKB(HashMap<String, CycList> paramList)
                        throws UnknownHostException, IOException {
                objects = new HashMap<String, CycList>();

                // iterate over whole list of action parameters and extract objects
                for (String key : paramList.keySet()) {

                        CycList curParamList = paramList.get(key);

                        for (Iterator i = curParamList.iterator(); i.hasNext();) {
                                String curParam = i.next().toString();
                                if ((curParam.contains("objectActedOn"))
                                                || (curParam.contains("objectMoving"))
                                                || (curParam.contains("objectOfStateChange"))) {

                                        String objectName = curParam.substring(1,
                                                        curParam.length() - 1).split(" ")[1];
                                        objects.put(objectName.trim(), arg1GAFsAbout(objectName,
                                                        MT_TUM_KITCHEN_ENVIRONMENT));
                                }
                        }

                }

        }

        public void readLocationsFromKB(HashMap<String, CycList> paramList)
                        throws UnknownHostException, IOException {
                locations = new HashMap<String, String>();
                actionLocations = new HashMap<String, String>();

                locCounter = 0;

                // iterate over whole list of action parameters and extract locations
                for (String action : paramList.keySet()) {

                        CycList curParamList = paramList.get(action);

                        for (Iterator i = curParamList.iterator(); i.hasNext();) {
                                String curParam = i.next().toString();
                                if (curParam.contains("purposeOf-Generic")) {

                                        String locName = "location" + locCounter++;
                                        locations.put(locName, curParam);
                                        actionLocations.put(action, locName);
                                }
                        }
                }
        }

        @SuppressWarnings({ "deprecation" })
        public CycList arg1GAFsAbout(String concept, String microtheory)
                        throws UnknownHostException, IOException {

                CycObject mt = cyc.getConstantByName(microtheory);
                CycList query = cyc.makeCycList("(?PRED #$" + concept + " ?ARG)");

                CycVariable pred = CycObjectFactory.makeCycVariable("?PRED");
                CycVariable arg = CycObjectFactory.makeCycVariable("?ARG");
                ArrayList<CycVariable> vars = new ArrayList<CycVariable>();
                vars.add(pred);
                vars.add(arg);

                CycList l = cyc.askWithVariables(query, vars, mt);
                return l;
        }

        @SuppressWarnings({ "deprecation" })
        public CycList arg2GAFsAbout(String concept, String microtheory)
                        throws UnknownHostException, IOException {

                CycObject mt = cyc.getConstantByName(microtheory);
                CycList query = cyc.makeCycList("(?PRED ?ARG #$" + concept + ")");

                CycVariable pred = CycObjectFactory.makeCycVariable("?PRED");
                CycVariable arg = CycObjectFactory.makeCycVariable("?ARG");
                ArrayList<CycVariable> vars = new ArrayList<CycVariable>();
                vars.add(pred);
                vars.add(arg);

                return cyc.askWithVariables(query, vars, mt);
        }

        public String exportPlanToRPL(String planName) {
                String res = "";
                
                if(actionLocations!=null)
                        actionLocations.clear();
                
                if(actionParameters!=null)
                        actionParameters.clear();
                if(actionTypes!=null)
                        actionTypes.clear();
                if(locationDesignators!=null)
                        locationDesignators.clear();
                if(locations!=null)
                        locations.clear();
                if(objectDesignators!=null)
                        objectDesignators.clear();
                if(objects!=null)               
                        objects.clear();
                if(objLocations!=null)
                        objLocations.clear();
                
                goals="";
                designators="";
                
                try {

                        // init Cyc-Lisp name mapping
                        readRplNames();

                        // get the list of actions for the plan
                        readActionsForPlanFromKB(planName);

                        // check for parameters for each action
                        readActionParametersFromKB(this.plan);

                        // determine action types
                        readActionTypesFromKB();

                        // create lists of objects and locations
                        readObjectsFromKB(this.actionParameters);
                        readLocationsFromKB(this.actionParameters);

                        // build object designators
                        readObjectDesignators(this.objects);

                        // build location designators
                        readLocationDesignators(this.locations);

                        // compose object designators
                        for (String objDesig : objectDesignators)
                                designators += "         " + objDesig + "\n";

                        // compose location designators
                        for (String locDesig : locationDesignators)
                                designators += "         " + locDesig + "\n";

                        // build the achieve statements

                        for (String act : plan) {

                                String actType = actionTypes.get(act);
                                actType = actType.substring(1, actType.length() - 1);
                                String rplAction = rplName.get(actType);
                                if (rplAction == null) {
                                        continue;
                                }
                                if (rplAction.equals("find-entity")) {
                                        goals += readFindObject(act);
                                }

                                else if (rplAction.equals("loc")) {
                                        goals += readObjectAtPlace(act);
                                }

                                else if (rplAction.equals("object-in-hand")) {
                                        goals += readObjectPickedUp(act);
                                }

                                else if (rplAction.equals("object-on-object")) {
                                        goals += readObjectOnObject(act);
                                }

                                else if (rplAction.equals("object-added-to-container")) {
                                        goals += readObjectAddedToContainer(act);
                                }

                                else if (rplAction.matches("hot-plate-temperature")) {
                                        goals += readHotPlateTemperature(act);
                                }

                                else if (rplAction.equals("enclosing-object-opened")) {
                                        goals += readEnclosingObjectOpened(act);
                                }

                                else if (rplAction.equals("object-flipped")) {
                                        goals += readObjectFlipped(act);
                                }

                                else if (rplAction.equals("object-closed")) {
                                        goals += readObjectClosed(act);
                                }

                                else if (rplAction.equals("container-filled")) {
                                        goals += readContainerFilled(act);
                                }

                                else if (rplAction.equals("container-content-transfilled")) {
                                        goals += readContainerContentTransfilled(act);
                                }

                                else if (rplAction.equals("container-content-stirred")) {
                                        goals += readContainerContentStirred(act);
                                }

                                else if (rplAction.equals("sleep")) {
                                        goals += readWait(act);
                                }

                                else if (rplAction.equals("cook")) {
                                        goals += readCook(act);
                                }

                                else if (rplAction.equals("achieve")) {
                                        goals += readAchieve(act);
                                }

                                else if (rplAction.equals("use")) {
                                        goals += readUse(act);
                                }

                                else {
                                        goals += "";
                                }
                        }

                        // combine designators and achieve statements to a plan
                        res += "(def-top-level-plan ehow-"
                                        + planName.substring(3, planName.length() - 1).split(" ")[0]
                                                        .replaceAll("_", "-") + " ()"
                                        + "\n" + "  (with-designators (\n";

                        res += designators;
                        res += ")\n";

                        res += goals;

                        res += ")))";

                //      System.out.println(res);

                } catch (UnknownHostException e) {
                        e.printStackTrace();
                } catch (CycApiException e) {
                        e.printStackTrace();
                } catch (IOException e) {
                        e.printStackTrace();
                }

                return res;
        }

        private void readObjectDesignators(HashMap<String, CycList> objects) {

                // create the appropriate object designators
                for (String obj : objects.keySet()) {

                        String object = "";

                        object += "(" + obj + " (object ";

                        // get the list of {parameter - value} mappings
                        HashMap<String, String> objparams = cycParamListToStringMap(objects
                                        .get(obj));
                        for (String par : objparams.keySet()) {
                                String val = objparams.get(par);

                                // TODO: check this list and verify that the mappings are
                                // correct
                                if (par.equals("isa")) {
                                        object += "'((type " + rplName.get(val)
                                                        + "))";
                                } else if (par.equals("name")) {
                                        object += " (name " + rplName.get(val) + ")";
                                } else if (par.equals("matches")) {
                                        object += " (matches " + rplName.get(val)
                                                        + ")";
                                } else if (par.equals("matches-internal")) {
                                        object += " (matches-internal "
                                                        + rplName.get(val) + ")";
                                } else if (par.equals("referenced-by")) {
                                        object += " (referenced-by "
                                                        + rplName.get(val) + ")";
                                } else if (par.equals("properPhysicalParts")) {
                                        object += " (part-of " + rplName.get(val)
                                                        + ")";
                                } else if (par.equals("containsPart")) {
                                        object += "\n              (parent-of " + rplName.get(val)
                                                        + ")";
                                } else if (par.equals("regulating-temperature")) {
                                        object += "\n              (regulating-temperature "
                                                        + rplName.get(val) + ")";
                                } else if (par.equals("regulating-water-flow")) {
                                        object += "\n              (regulating-water-flow "
                                                        + rplName.get(val) + ")";
                                } else if (par.equals("fitting")) {
                                        object += "\n              (fitting " + rplName.get(val)
                                                        + ")";
                                } else if (par.equals("status")) {
                                        object += "\n              (status " + rplName.get(val)
                                                        + ")";
                                } else if (par.equals("exclude")) {
                                        object += "\n              (exclude " + rplName.get(val)
                                                        + ")";
                                }
                        }
                        object += "))";

                        objectDesignators.add(object);
                }
        }

        private void readLocationDesignators(HashMap<String, String> locations)
                        throws UnknownHostException, IOException {

                this.objLocations = new HashMap<String, String>();

                for (String action : plan) {

                        String loc = actionLocations.get(action);

                        if (loc == null)
                                continue;

                        // -> first param is the object, second param is the loc description
                        String locExpr = locations.get(loc);

                        String preposition = locExpr.substring(20, locExpr.length() - 2)
                                        .split(" ")[0];
                        String forObject = locExpr.substring(20, locExpr.length() - 2)
                                        .split(" ")[1];
                        String locDesc = locExpr.substring(20, locExpr.length() - 2).split(
                                        " ")[2];
                        String locationDesignator = "";

                        // recursively build the location designator
                        locationDesignator += "(" + loc + " ";

                        if (preposition.equals("nextToLikeObjects")) {
                                locationDesignator += "(location `((next-to ,"
                                                + constructLocDesignatorFromCycString(locDesc, action)
                                                + ") (for ," + forObject + ")))";

                                this.objLocations.put(forObject, loc);

                        } else if ((preposition.equals("in-UnderspecifiedContainer"))||(preposition.equals("into-UnderspecifiedContainer"))) {

                                locationDesignator += "(location `((in ,"
                                                + constructLocDesignatorFromCycString(locDesc, action)
                                                + ") (of ," + forObject + ")))";
                                this.objLocations.put(forObject, loc);

                        } else if (preposition.equals("from-UnderspecifiedLocation")) {

                                locationDesignator += "(location `((in ,"
                                                + constructLocDesignatorFromCycString(locDesc, action)
                                                + ") (of ," + forObject + ")))";
                                this.objLocations.put(forObject, loc);

                        } else if (preposition.equals("to-UnderspecifiedLocation")) {
                                System.out.println(locDesc);
                                locationDesignator += "(location `((in ,"
                                                + constructLocDesignatorFromCycString(locDesc, action)
                                                + ") (for ," + forObject + ")))";
                                this.objLocations.put(forObject, loc);

                        } else if (preposition.equals("on-UnderspecifiedSurface")) {

                                locationDesignator += "(location `((on ,"
                                                + constructLocDesignatorFromCycString(locDesc, action)
                                                + ") (for ," + forObject + ")))";
                                this.objLocations.put(forObject, loc);

                        } else {
                                locationDesignator += "(location `((on ,"
                                                + constructLocDesignatorFromCycString(locDesc, action)
                                                + ") (for ," + forObject + ")))";
                                this.objLocations.put(forObject, loc);
                        }
                        locationDesignator += ")";

                        locationDesignators.add(locationDesignator);

                }
        }

        private String constructLocDesignatorFromCycString(String locDesc,
                        String action) throws UnknownHostException, IOException {

                // if(this.objects.containsKey(locDesc)) {
                // // location relative to another object -> break the loop
                // return locDesc;
                // } else {
                // GAFs describing the location as part of something else have the
                // location as the second argument (e.g. physicalParts)
                CycList tmpList = arg2GAFsAbout(locDesc, MT_TUM_KITCHEN_ENVIRONMENT);
                HashMap<String, String> locparams = cycParamListToStringMap(tmpList);

                if (locparams.isEmpty()) {
                        // has no parts-underspecified: infer that one of the previous
                        // instruction
                        String locDescType = cyc.getMinIsas(cyc.getConstantByName(locDesc),
                                        kitchenEnvMt).toString();
                        locDescType = locDescType.substring(1, locDescType.length() - 1);

                        if (containsString(spatialRelations, locDescType)) {
                                String prevLocation = getObjectLocationOfPreviousAction(action);
                                String locExpr = locations.get(prevLocation);

//                              String preposition = locExpr
//                                              .substring(20, locExpr.length() - 2).split(" ")[0];
//                              String forObject = locExpr.substring(20, locExpr.length() - 2)
//                                              .split(" ")[1];
                                String locDesc2 = locExpr.substring(20, locExpr.length() - 2)
                                                .split(" ")[2];
                                return constructLocDesignatorFromCycString(locDesc2, getPreviousAction(action));
                        }
                        
                        // if the object is not contained in the object designators, add it
                        if(!getAllObjectIds().contains(locDesc)) {
                                
                                String objType = cyc.getMinIsas(cyc.getConstantByName(locDesc), kitchenEnvMt).toString();
                                objType = objType.replace((CharSequence) "(", ""); 
                                objType = objType.replace((CharSequence) ")", "");
                                objType = objType.split(" ")[0];
                
                                objectDesignators.add("(" + locDesc + " (object '((type " + rplName.get(objType) + "))))");
                        }

                        return locDesc;
                } else {
                        String locDescType = cyc.getMinIsas(cyc.getConstantByName(locDesc),
                                        kitchenEnvMt).toString();
                        locDescType = locDescType.substring(1, locDescType.length() - 1);
                        String[] types = locDescType.split(" ");

                        // CornerOnObject has to be processed first because it's possible
                        // that the entity is also an instance of LeftSide, RightSide,
                        // TopSide or FrontSide (e.g. "top left corner")

                        if (containsString(types, "CornerOnObject")) {

                                String location = "on-";

                                if (containsString(types, "TopSide"))
                                        location += "back";
                                else if (containsString(types, "BottomSide"))
                                        location += "front";
                                if (containsString(types, "LeftSide"))
                                        location += "-left";
                                else if (containsString(types, "RightSide"))
                                        location += "-right";

                                String locDesignator = constructLocDesignatorFromCycString(
                                                locparams.get("parts-Underspecified"), action);

                                if (locDesignator.split(" ").length > 1) {
                                        // Nested location: build a new location on top level
                                        String locId = "location" + this.locCounter++;
                                        locationDesignators.add("(" + locId + " `(a location "
                                                        + locDesignator + "))");
                                        return "(" + location + " ," + locId + ")";
                                } else
                                        return "(" + location + " ," + locDesignator + ")";

                        } else if (types[0].equals("LeftSide")) {
                                String locDesignator = constructLocDesignatorFromCycString(
                                                locparams.get("parts-Underspecified"), action);
                                if (locDesignator.split(" ").length > 1) {
                                        // Nested location: build a new location on top level
                                        String locId = "location" + this.locCounter++;
                                        locationDesignators.add("(" + locId + " `(a location "
                                                        + locDesignator + "))");
                                        return "(left-of ," + locId + ")";
                                } else
                                        return "(left-of ," + locDesignator + ")";

                        } else if (types[0].equals("RightSide")) {
                                String locDesignator = constructLocDesignatorFromCycString(
                                                locparams.get("parts-Underspecified"), action);
                                if (locDesignator.split(" ").length > 1) {
                                        // Nested location: build a new location on top level
                                        String locId = "location" + this.locCounter++;
                                        locationDesignators.add("(" + locId + " `(a location "
                                                        + locDesignator + "))");
                                        return "(right-of ," + locId + ")";
                                } else
                                        return "(right-of ," + locDesignator + ")";

                        } else if (types[0].equals("CenterOfGeographicalRegion")) {
                                String locDesignator = constructLocDesignatorFromCycString(
                                                locparams.get("parts-Underspecified"), action);
                                if (locDesignator.split(" ").length > 1) {
                                        // Nested location: build a new location on top level
                                        String locId = "location" + this.locCounter++;
                                        locationDesignators.add("(" + locId + " `(a location "
                                                        + locDesignator + "))");
                                        return "(on-center ," + locId + ")";
                                } else
                                        return "(on-center ," + locDesignator + ")";

                        } else if (types[0].equals("Side")) {
                                String locDesignator = constructLocDesignatorFromCycString(
                                                locparams.get("parts-Underspecified"), action);
                                if (locDesignator.split(" ").length > 1) {
                                        // Nested location: build a new location on top level
                                        String locId = "location" + this.locCounter++;
                                        locationDesignators.add("(" + locId + " `(a location "
                                                        + locDesignator + "))");
                                        return "(next-to ," + locId + ")";
                                } else
                                        return "(next-to ," + locDesignator + ")";

                        } else if (types[0].equals("FrontSide")) {
                                String locDesignator = constructLocDesignatorFromCycString(
                                                locparams.get("parts-Underspecified"), action);
                                if (locDesignator.split(" ").length > 1) {
                                        // Nested location: build a new location on top level
                                        String locId = "location" + this.locCounter++;
                                        locationDesignators.add("(" + locId + " `(a location "
                                                        + locDesignator + "))");
                                        return "(on-front ," + locId + ")";
                                } else
                                        return "(on-front ," + locDesignator + ")";

                        } else {
                                return locDesc;
                        }
                }
                // }
        }

        private void getInvolvedEntities(String id, List<String> entities) {

                if (actionParameters.get(id) != null) {
                        // id is an action
                        HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                        .get(id));
                        entities.add(params.get("objectActedOn"));

                        getInvolvedEntities(objLocations.get(params.get("objectActedOn")),
                                        entities);

                } else if (getAllLocationIds().contains(id)) {
                        // id is a location

                        for (String locDesig : locationDesignators) {
                                if (id.equals(locDesig.substring(1, locDesig.indexOf(" ")))) {
                                        for (String obj : getAllObjectIds()) {
                                                if (locDesig.contains(obj) && !entities.contains(obj))
                                                        entities.add(obj);
                                        }
                                        for (String loc : getAllLocationIds()) {
                                                if (locDesig.indexOf(loc) > 1) {
                                                        getInvolvedEntities(loc, entities);
                                                }
                                        }
                                }
                        }

                }

        }

        private List<String> getAllObjectIds() {
                List<String> ids = new ArrayList<String>();

                for (String objDesig : objectDesignators) {
                        String objId = objDesig.substring(1, objDesig.indexOf(" "));
                        ids.add(objId);
                }
                return ids;
        }

        private List<String> getAllLocationIds() {
                List<String> ids = new ArrayList<String>();

                for (String locDesig : locationDesignators) {
                        String locId = locDesig.substring(1, locDesig.indexOf(" "));
                        ids.add(locId);
                }
                return ids;
        }

        private String makePerceiveForEntities(List<String> entities) {
                String str = "";

                for (String e : entities)
                        str += "(perceive " + e + ")\n";

                return str;
        }

        private String getPreviousAction(String action) {
                for (int i = 0; i < plan.size(); i++) {

                        if (i > 0 && action.equals(plan.get(i)))
                                return plan.get(i - 1);
                }
                return null;
        }

        private String getObjectLocationOfPreviousAction(String action) {
                for (int i = 0; i < plan.size(); i++) {

                        String loc = actionLocations.get(plan.get(i));

                        if (loc != null && action.equals(plan.get(i)) && i > 0)
                                return actionLocations.get(plan.get(i - 1));
                }
                return null;
        }

        @SuppressWarnings("unused")
        private String getObjectLocationForAction(String action) {
                HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                .get(action));
                return objLocations.get(params.get("objectActedOn").trim());
        }

        // read parameters for the object-at-place action and create the achieve
        // statement
        private String readObjectAtPlace(String action) {

                HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                .get(action));

                List<String> entities = new ArrayList<String>();
                getInvolvedEntities(action, entities);

                // return the achieve statement
                return "(perceive " + params.get("objectActedOn") + ")\n"
                                + "(achieve `(loc ," + params.get("objectActedOn") + " ," 
                                + objLocations.get(params.get("objectActedOn").trim()) + "))\n";
        }

        private String readFindObject(String action) {

                // translate the parameters into a lisp representation
                HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                .get(action));

                // return the achieve statement
                return "(achieve (findEntity\n" + "      "
                                + params.get("objectActedOn") + "))\n";
        }

        private String readObjectPickedUp(String action) {

                // translate the parameters into a lisp representation
                HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                .get(action));
                
                List<String> entities = new ArrayList<String>();
                getInvolvedEntities(action, entities);
                
                return  "(perceive " + params.get("objectActedOn") + ")\n"
                                + "(achieve `(object-in-hand ," 
                                + params.get("objectActedOn") + "))\n";

        }

        private String readObjectOnObject(String action) {

                // translate the parameters into a lisp representation
                HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                .get(action));

                try {
                        if (cyc.getMinIsas(
                                        cyc.getConstantByName(params.get("objectActedOn")),
                                        kitchenEnvMt).toString().matches("StoveTopCookingPot")) {

                                // object is a pot, has to be covered with a lid which we add to
                                // the object designators
                                this.designators += "(lid1 `(an entity" + "     (type lid)))";
                                return "(achieve (object-on-entity lid1 "
                                                + params.get("objectActedOn") + "))\n";

                        }
                } catch (Exception e) {
                }

                return "(achieve (object-on-entity))\n";
        }

        private String readObjectAddedToContainer(String action) { // TODO: infer
                // the container
                // the object
                // shall be
                // added to

                HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                .get(action));

                return "(achieve (object-added-to-container "
                                + params.get("objectActedOn") + "))\n";
        }

        private String readHotPlateTemperature(String action) {

                // translate the parameters into a lisp representation
                HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                .get(action));

                if (action.equals("hot-plate-temperature-on")) {

                        return "(achieve (hot-plate-temperature\n" + "      "
                                        + params.get("objectActedOn") + "\n" + " :on))\n";

                } else if (action.equals("hot-plate-temperature-off")) {

                        return "(achieve (hot-plate-temperature\n" + "      "
                                        + params.get("objectActedOn") + "\n" + " :off))\n";

                } else {
                        // TODO: read the current state and change it
                        return "(achieve (hot-plate-temperature\n" + "      "
                                        + params.get("objectActedOn") + "\n" + " :off))\n";
                }

        }

        private String readEnclosingObjectOpened(String action) {

                HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                .get(action));
                return "(achieve (enclosing-object-opened\n" + "      "
                                + params.get("objectActedOn") + "))\n";

        }

        private String readObjectFlipped(String action) {

                HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                .get(action));
                
                List<String> entities = new ArrayList<String>();
                getInvolvedEntities(action, entities);
                return "(perceive " + params.get("objectActedOn") + ")\n" + 
                                "(achieve `(object-flipped ,"
                                + params.get("objectActedOn") + "))\n";

        }
        
        private String readObjectClosed(String action) {

                HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                .get(action));
                return "(achieve (object-closed\n" + "      "
                                + params.get("objectActedOn") + "))\n";
        }

        private String readContainerFilled(String action) {

                HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                .get(action));
                // TODO
                // if(objectActedOn subClassOf Container)

                // get purposeOf -> withUnderSpecAgent for the filler
                String stuff = params.get("purposeOf-Generic");
                if (stuff != null && stuff.matches(".*with-Underspecified.*")) {
                        stuff = stuff.substring(28, stuff.length() - 2).split(" ")[1];
                }

                return "(achieve (container-filled\n" + "      "
                                + params.get("objectActedOn") + "\n" + "      :" + stuff
                                + " 1.0l))\n"; // TODO: quantifier

                // TODO: check if the parameters better fit
                // container-content-transfilled
        }

        private String readContainerContentTransfilled(String action) { // TODO

                // translate the parameters into a lisp representation
                HashMap<String, String> params = cycParamListToStringMap(actionParameters.get(action));

                
                String stuff = params.get("purposeOf-Generic");
                String cont="";
                if (stuff != null && stuff.matches(".*into-UnderspecifiedContainer.*")) {
                        cont  = stuff.substring(30, stuff.length() - 1).split(" ")[1];
                        stuff = stuff.substring(30, stuff.length() - 1).split(" ")[0];
                }
                
                List<String> entities = new ArrayList<String>();
                getInvolvedEntities(action, entities);
                return "(perceive " + stuff + ")\n" + "(perceive " + cont + ")\n" +
                           "(achieve `(container-content-transfilled ,"+stuff+" ,"+cont+"))\n"; // TODO: check

        }

        private String readContainerContentStirred(String action) { // TODO

                // translate the parameters into a lisp representation
                // HashMap<String, String> params =
                // cycParamListToStringMap(actionParameters.get(action));

                // create object designator for wooden spoon
                // (:tag search-wooden-spoon
                // (setf wooden-spoon (perceive wooden-spoon))
                // (setf wooden-spoon-original-pose (copy-object-values [pose [reference
                // wooden-spoon]])))

                // (achieve (container-content-stirred cooking-pot wooden-spoon))
                // (achieve (loc
                // wooden-spoon
                // (=>designator `(a location (pose ,wooden-spoon-original-pose))) )))

                // find wooden spoon, stir, put spoon back
                // (achieve (container-content-stirred cooking-pot wooden-spoon)
                return "(achieve (container-content-stirred))\n";
        }

        private String readWait(String action) {

                // translate the parameters into a lisp representation
                HashMap<String, String> params = cycParamListToStringMap(actionParameters
                                .get(action));

                String timespan = params.get("timeSpan");

                String[] unit_value = { "" };
                if (timespan != null)
                        unit_value = timespan.substring(1, timespan.length() - 1)
                                        .split(" ");

                int time=0;
                if (unit_value.length == 2) {

                        // determine the value
                        if (unit_value[1].matches("[0-9.]*")) { // time directly given as
                                // numeric value
                                time = Integer.valueOf(unit_value[1]);
                        } else if (unit_value[1].equals("#$Few-Quant")) {
                                time = 2;
                        }

                        // compute value in seconds
                        if (unit_value[0].equals("MinutesDuration")) {
                                time *= 60;
                        } else if (unit_value[0].equals("HoursDuration")) {
                                time *= 3600;
                        }

                }

                return "(sleep " + time + ")\n";
        }

        private String readCook(String action) { // TODO

                // translate the parameters into a lisp representation
                // HashMap<String, String> params =
                // cycParamListToStringMap(actionParameters.get(action));

                return "(achieve (cook))\n";
        }

        private String readAchieve(String action) { // TODO

                // translate the parameters into a lisp representation
                // HashMap<String, String> params =
                // cycParamListToStringMap(actionParameters.get(action));

                // build and return the achieve statement based on the parameters
                return "(achieve ())\n";
        }

        private String readUse(String action) { // TODO

                // translate the parameters into a lisp representation
                // HashMap<String, String> params =
                // cycParamListToStringMap(actionParameters.get(action));

                // retrieve from the knowledge base how to use the objectActedOn in the
                // given context

                return "(achieve (container-content-transfilled))\n";
        }

        // transform the Cyc list into a mapping {paramName -> paramValue}
        private HashMap<String, String> cycParamListToStringMap(CycList cycPar) {
                HashMap<String, String> res = new HashMap<String, String>();

                for (Iterator i = cycPar.iterator(); i.hasNext();) {
                        String curParam = i.next().toString();

                        String[] key_val = curParam.substring(1, curParam.length() - 1)
                                        .split(" ");

                        String key = key_val[0];
                        String val = "";
                        for (int j = 1; j < key_val.length; j++) {
                                if (j > 1)
                                        val += " ";
                                val += key_val[j];
                        }
                        res.put(key, val);

                }

                return res;
        }

        private boolean containsString(String[] list, String str) {
                for (String s : list)
                        if (s.equals(str))
                                return true;
                return false;
        }

}

---

comp_ehow
Author(s): Moritz Tenorth, Daniel Nyga
autogenerated on Mon Dec 3 21:28:12 2012