Examples of Func

com.l2jfrozen.gameserver.skills.funcs.Func
A Func object is a component of a Calculator created to manage and dynamically calculate the effect of a character property (ex : MAX_HP, REGENERATE_HP_RATE...). In fact, each calculator is a table of Func object in which each Func represents a mathematics function :

FuncAtkAccuracy -> Math.sqrt(_player.getDEX())*6+_player.getLevel()

When the calc method of a calculator is launched, each mathematics function is called according to its priority _order. Indeed, Func with lowest priority order is executed first and Funcs with the same order are executed in unspecified order. The result of the calculation is stored in the value property of an Env class instance.
edu.mit.csail.sdg.alloy4compiler.ast.Func
Mutable; represents a predicate or function.
Invariant: the list of parameters do not contain duplicates
Invariant: none of the parameter declaration contains a predicate/function call
Invariant: the return type declaration does not contain a predicate/function call
l2p.gameserver.skills.funcs.Func
A Func object is a component of a Calculator created to manage and dynamically calculate the effect of a character property (ex : MAX_HP, REGENERATE_HP_RATE...). In fact, each calculator is a table of Func object in which each Func represents a mathematic function :

FuncAtkAccuracy -> Math.sqrt(_player.getDEX())*6+_player.getLevel()

When the calc method of a calculator is launched, each mathematic function is called according to its priority _order. Indeed, Func with lowest priority order is executed firsta and Funcs with the same order are executed in unspecified order. The result of the calculation is stored in the value property of an Env class instance.
lineage2.gameserver.stats.funcs.Func
@author Mobius @version $Revision: 1.0 $
net.algart.math.functions.Func

Abstract mathematical function f(x₀, x₁, ..., x_n-1), or f(x), where x is a point of the n-dimensional space.

Implementations of this interface are usually immutable and always thread-safe: get methods of this interface may be freely used while simultaneous accessing to the same instance from several threads. All implementations of this interface from this package are immutable.

AlgART Laboratory 2007–2014
@author Daniel Alievsky @version 1.2 @since JDK 1.5
net.sf.l2j.gameserver.skills.funcs.Func
A Func object is a component of a Calculator created to manage and dynamically calculate the effect of a character property (ex : MAX_HP, REGENERATE_HP_RATE...). In fact, each calculator is a table of Func object in which each Func represents a mathematic function :

FuncAtkAccuracy -> Math.sqrt(_player.getDEX())*6+_player.getLevel()

When the calc method of a calculator is launched, each mathematic function is called according to its priority _order. Indeed, Func with lowest priority order is executed firsta and Funcs with the same order are executed in unspecified order. The result of the calculation is stored in the value property of an Env class instance.
org.butor.auth.common.func.Func
org.fnlp.nlp.cn.anaphora.Entity.FUNC
org.mizartools.dli.Func

Examples of edu.mit.csail.sdg.alloy4compiler.ast.Func

      }
      status=3;
      dup(p, n, false);
      ExprHasName dup = Decl.findDuplicateName(decls);
      if (dup!=null) throw new ErrorSyntax(dup.span(), "The parameter name \""+dup.label+"\" cannot appear more than once.");
      Func ans = new Func(p, isPrivate, n, decls, t, v);
      ArrayList<Func> list = funcs.get(n);
      if (list==null) { list = new ArrayList<Func>(); funcs.put(n, list); }
      list.add(ans);
   }

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Examples of edu.mit.csail.sdg.alloy4compiler.ast.Func


   /** Each FunAST will now point to a bodyless Func object. */
   private JoinableList<Err> resolveFuncDecls(A4Reporter rep, JoinableList<Err> errors, List<ErrorWarning> warns) throws Err {
      for(ArrayList<Func> list: funcs.values()) {
         for(int listi=0; listi<list.size(); listi++) {
            Func f = list.get(listi);
            String fullname = (path.length()==0 ? "this/" : (path+"/")) + f.label;
            // Each PARAMETER can refer to earlier parameter in the same function, and any SIG or FIELD visible from here.
            // Each RETURNTYPE can refer to the parameters of the same function, and any SIG or FIELD visible from here.
            Context cx = new Context(this, warns);
            cx.rootfunparam = true;
            TempList<Decl> tmpdecls = new TempList<Decl>();
            boolean err = false;
            for(Decl d: f.decls) {
               TempList<ExprVar> tmpvars = new TempList<ExprVar>();
               Expr val = cx.check(d.expr).resolve_as_set(warns);
               if (!val.errors.isEmpty()) { err = true; errors = errors.make(val.errors); }
               for(ExprHasName n: d.names) {
                  ExprVar v = ExprVar.make(n.span(), n.label, val.type());
                  cx.put(n.label, v);
                  tmpvars.add(v);
                  rep.typecheck((f.isPred?"pred ":"fun ")+fullname+", Param "+n.label+": "+v.type()+"\n");
               }
               tmpdecls.add(new Decl(d.isPrivate, d.disjoint, d.disjoint2, tmpvars.makeConst(), val));
            }
            Expr ret = null;
            if (!f.isPred) {
               ret = cx.check(f.returnDecl).resolve_as_set(warns);
               if (!ret.errors.isEmpty()) { err = true; errors = errors.make(ret.errors); }
            }
            if (err) continue;
            try {
               f = new Func(f.pos, f.isPrivate, fullname, tmpdecls.makeConst(), ret, f.getBody());
               list.set(listi, f);
               rep.typecheck("" + f + ", RETURN: " + f.returnDecl.type() + "\n");
            } catch(Err ex) { errors = errors.make(ex); }
         }
      }

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Examples of edu.mit.csail.sdg.alloy4compiler.ast.Func

      } else {
         List<Object> m = getRawQS(4, cname); // We prefer fun/pred in the topmost module
         if (m.size()==0 && cname.indexOf('/')<0) m=getRawNQS(this, 4, cname);
         if (m.size()>1) unique(cmd.pos, cname, m);
         if (m.size()<1) throw new ErrorSyntax(cmd.pos, "The predicate/function \""+cname+"\" cannot be found.");
         Func f = (Func) (m.get(0));
         e = f.getBody();
         if (!f.isPred) e = e.in(f.returnDecl);
         if (f.decls.size()>0) e = ExprQt.Op.SOME.make(null, null, f.decls, e);
      }
      if (e==null) e = ExprConstant.TRUE;
      TempList<CommandScope> sc=new TempList<CommandScope>(cmd.scope.size());

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Examples of edu.mit.csail.sdg.alloy4compiler.ast.Func

            Sig y = (Sig)x;
            ch.add(ExprUnary.Op.NOOP.make(pos, y, null, 0));
            re.add("sig "+y.label);
         }
         else if (x instanceof Func) {
            Func f = (Func)x;
            int fn = f.count();
            int penalty = 0;
            if (resolution==1 && fn>0 && rootsig!=null && THIS!=null && THIS.type().hasArity(1) && f.get(0).type().intersects(THIS.type())) {
               // If we're inside a sig, and there is a unary variable bound to "this",
               // we should consider it as a possible FIRST ARGUMENT of a fun/pred call
               ConstList<Expr> t = Util.asList(THIS);
               ch.add(fn==1 ? ExprCall.make(pos, null, f, t, 1+penalty) : ExprBadCall.make(pos, null, f, t, 1+penalty)); // penalty of 1
               re.add((f.isPred?"pred this.":"fun this.")+f.label);
            }
            if (resolution==1) {
               ch.add(fn==0 ? ExprCall.make(pos, null, f, null, penalty) : ExprBadCall.make(pos, null, f, null, penalty));
               re.add((f.isPred?"pred ":"fun ")+f.label);
            }
            if (resolution==2 && f!=rootfunbody && THIS!=null && fullname.charAt(0)!='@' && fn>0 && f.get(0).type().intersects(THIS.type())) {
               // If there is some value bound to "this", we should consider it as a possible FIRST ARGUMENT of a fun/pred call
               ConstList<Expr> t = Util.asList(THIS);
               ch.add(fn==1 ? ExprCall.make(pos, null, f, t, 0) : ExprBadCall.make(pos, null, f, t, 0));
               re.add((f.isPred?"pred this.":"fun this.")+f.label);
            }
            if (resolution!=1) {
               ch.add(fn==0 ? ExprCall.make(pos, null, f, null, 0) : ExprBadCall.make(pos, null, f, null, 0));
               re.add((f.isPred?"pred ":"fun ")+f.label);
            }
         }
      }
      // Within a field decl
      // (1) Can refer to any visible sig/param (but you cannot call any function or predicates)
      // (2) Can refer to field in this sig (defined earlier than you), and fields in any visible ancestor sig
      // Within an appended facts
      // (1) Can refer to any visible sig/param/func/predicate
      // (2) Can refer to any visible field
      // Within a function paramDecl/returnDecl
      // (1) Cannot call
      // (2) But can refer to anything else visible.
      // All else: we can call, and can refer to anything visible.
      for(CompModule m: getAllNameableModules())
         for(Sig s: m.sigs.values()) if (m==this || s.isPrivate==null)
            for(Field f: s.getFields()) if (f.isMeta==null && (m==this || f.isPrivate==null) && f.label.equals(name))
               if (resolution==1) {
                  Expr x=null;
                  if (rootsig==null)
                  { x=ExprUnary.Op.NOOP.make(pos, f, null, 0); }
                  else if (rootsig.isSameOrDescendentOf(f.sig))
                  { x=ExprUnary.Op.NOOP.make(pos, f, null, 0); if (fullname.charAt(0)!='@') x=THIS.join(x); }
                  else if (rootfield==null || rootfield.expr.mult()==ExprUnary.Op.EXACTLYOF)
                  { x=ExprUnary.Op.NOOP.make(pos, f, null, 1); } // penalty of 1
                  if (x!=null) { ch.add(x); re.add("field "+f.sig.label+" <: "+f.label); }
               } else if (rootfield==null || rootsig.isSameOrDescendentOf(f.sig)) {
                  Expr x0 = ExprUnary.Op.NOOP.make(pos, f, null, 0);
                  if (resolution==2 && THIS!=null && fullname.charAt(0)!='@' && f.type().firstColumnOverlaps(THIS.type())) {
                     ch.add(THIS.join(x0));
                     re.add("field "+f.sig.label+" <: this."+f.label);
                     if (rootsig!=null) continue;
                  }
                  ch.add(x0);

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Examples of l2p.gameserver.skills.funcs.Func

      return _emptyFunctionSet;
    }
    Func[] funcs = new Func[_funcTemplates.length];
    for(int i = 0; i < funcs.length; i++)
    {
      Func f = _funcTemplates[i].getFunc(this); // effect is owner
      funcs[i] = f;
    }
    return funcs;
  }

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Examples of l2p.gameserver.skills.funcs.Func

    GArray<Func> funcs = new GArray<Func>();
    if(_itemTemplate.getAttachedFuncs() != null)
    {
      for(FuncTemplate t : _itemTemplate.getAttachedFuncs())
      {
        Func f = t.getFunc(this);
        if(f != null)
        {
          funcs.add(f);
        }
      }
    }
    if(_funcTemplates != null)
    {
      for(FuncTemplate t : _funcTemplates)
      {
        Func f = t.getFunc(this);
        if(f != null)
        {
          funcs.add(f);
        }
      }

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Examples of l2p.gameserver.skills.funcs.Func

      return _emptyFunctionSet;
    }
    GArray<Func> funcs = new GArray<Func>();
    for(FuncTemplate t : _funcTemplates)
    {
      Func f = t.getFunc(this); // skill is owner
      if(f != null)
      {
        funcs.add(f);
      }
    }

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Examples of l2p.gameserver.skills.funcs.Func

    L2Character owner = _inv.getOwner();
    owner.addStatFuncs(item.getStatFuncs());
    owner.updateStats();
    if(owner.getPet() != null && item.getAttributeFuncTemplate() != null)
    {
      Func f = item.getAttributeFuncTemplate().getFunc(item);
      owner.getPet().addStatFunc(f);
      owner.getPet().updateStats();
    }
  }

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Examples of lineage2.gameserver.stats.funcs.Func

    
    if (template.getAttachedFuncs().length > 0)
    {
      for (FuncTemplate t : template.getAttachedFuncs())
      {
        Func f = t.getFunc(this);
        if (f != null)
        {
          funcs.add(f);
        }
      }

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Examples of net.algart.math.functions.Func

        double[] weights = new double[shifted.size()];
        assert weights.length <= 31;
        for (int k = 0; k < weights.length; k++) {
            weights[k] = 1L << k;
        }
        Func packingShiftedBits = LinearFunc.getInstance(0.0, weights);
        return Matrices.asFuncMatrix(packingShiftedBits, IntArray.class, shifted);
    }

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