Copyright (C) 1994, Digital Equipment Corporation
Digital Internal Use Only
All rights reserved.
Last modified on Thu Nov 10 13:29:50 PST 1994 by najork
Created on Mon May 30 09:59:32 PDT 1994 by najork
MODULE ObRasterModeProp;
IMPORT ObAnimHandle, ObAux, ObCommand, ObLib, ObLongReal, ObProp,
ObProtoLoader, ObReal, ObValue, Obliq, Prop, ProxiedObj,
RasterModeProp, RasterModePropProxy, SynLocation, Text;
***************************************************************************
Wrapper for RasterModeProp.Kind
***************************************************************************
PROCEDURE NewKind (kind : RasterModeProp.Kind) : ObValue.Val =
BEGIN
CASE kind OF
| RasterModeProp.Kind.Hollow => RETURN Obliq.NewText ("Hollow");
| RasterModeProp.Kind.Solid => RETURN Obliq.NewText ("Solid");
| RasterModeProp.Kind.Empty => RETURN Obliq.NewText ("Empty");
END;
END NewKind;
EXCEPTION BadKind(TEXT);
PROCEDURE KindToM3 (val : ObValue.Val) : RasterModeProp.Kind
RAISES {BadKind} =
BEGIN
TYPECASE val OF
| ObValue.ValText (node) =>
IF Text.Equal (node.text, "Hollow") THEN
RETURN RasterModeProp.Kind.Hollow;
ELSIF Text.Equal (node.text, "Solid") THEN
RETURN RasterModeProp.Kind.Solid;
ELSIF Text.Equal (node.text, "Empty") THEN
RETURN RasterModeProp.Kind.Empty;
ELSE
RAISE BadKind("Unknown RasterMode");
END;
ELSE
RAISE BadKind("RasterMode must be a Text");
END;
END KindToM3;
PROCEDURE GetKind (args : ObValue.ArgArray;
idx : INTEGER;
package : ObLib.T;
opCode : ObLib.OpCode;
loc : SynLocation.T) : RasterModeProp.Kind
RAISES {ObValue.Error} =
BEGIN
TRY
RETURN KindToM3 (args[idx]);
EXCEPT
| BadKind =>
ObValue.BadArgType (idx, pkgname, package.name, opCode.name, loc);
RETURN RasterModeProp.Kind.Solid; (* to suppress compiler warning *)
END;
END GetKind;
***************************************************************************
Wrapper for RasterModeProp.Name
***************************************************************************
TYPE
Name = ObProp.Name BRANDED "ObRasterModeProp.Name" OBJECT END;
PROCEDURE AddNameObj (pn : RasterModeProp.Name) =
<* FATAL ObValue.Error, ObValue.Exception *>
BEGIN
WITH obj = Obliq.ObjectClone (Obliq.Vals {NameProto}),
raw = NEW (Name, what := "<a RasterModeProp.Name>", po := pn) DO
Obliq.ObjectUpdate (obj, "raw", raw);
pn.proxy := NEW (ProxiedObj.Proxy, obj := obj);
END;
END AddNameObj;
PROCEDURE GetName (args : ObValue.ArgArray;
idx : INTEGER;
package : ObLib.T;
opCode : ObLib.OpCode;
loc : SynLocation.T) : RasterModeProp.Name
RAISES {ObValue.Error, ObValue.Exception} =
BEGIN
WITH raw = Obliq.ObjectSelect (args[idx], "raw") DO
TYPECASE raw OF
| Name (node) =>
RETURN node.po;
ELSE
ObValue.BadArgType (idx, pkgname, package.name, opCode.name, loc);
RETURN NIL; (* ... only to suppress compiler warning *)
END;
END;
END GetName;
***************************************************************************
Wrapper for RasterModeProp.Val
***************************************************************************
TYPE
Val = ObProp.Val BRANDED "ObRasterModeProp.Val" OBJECT END;
PROCEDURE AddValObj (pv : RasterModeProp.Val) =
<* FATAL ObValue.Error, ObValue.Exception *>
BEGIN
WITH obj = Obliq.ObjectClone (Obliq.Vals {ValProto}),
raw = NEW (Val, what := "<a RasterModeProp.Val>", po := pv) DO
Obliq.ObjectUpdate (obj, "raw", raw);
pv.proxy := NEW (ProxiedObj.Proxy, obj := obj);
END;
END AddValObj;
PROCEDURE GetVal (args : ObValue.ArgArray;
idx : INTEGER;
package : ObLib.T;
opCode : ObLib.OpCode;
loc : SynLocation.T) : RasterModeProp.Val
RAISES {ObValue.Error, ObValue.Exception} =
BEGIN
WITH raw = Obliq.ObjectSelect (args[idx], "raw") DO
TYPECASE raw OF
| Val (node) =>
RETURN node.po;
ELSE
ObValue.BadArgType (idx, pkgname, package.name, opCode.name, loc);
RETURN NIL; (* ... only to suppress compiler warning *)
END;
END;
END GetVal;
PROCEDURE GetOverloadedVal (args : ObValue.ArgArray;
idx : INTEGER;
package : ObLib.T;
opCode : ObLib.OpCode;
loc : SynLocation.T) : RasterModeProp.Val
RAISES {ObValue.Error, ObValue.Exception} =
BEGIN
TYPECASE args[idx] OF
| ObValue.ValText (node) =>
IF Text.Equal (node.text, "Hollow") THEN
RETURN RasterModeProp.NewConst (RasterModeProp.Kind.Hollow);
ELSIF Text.Equal (node.text, "Solid") THEN
RETURN RasterModeProp.NewConst (RasterModeProp.Kind.Solid);
ELSIF Text.Equal (node.text, "Empty") THEN
RETURN RasterModeProp.NewConst (RasterModeProp.Kind.Empty);
ELSE
ObValue.BadArgType (idx, pkgname, package.name, opCode.name, loc);
RETURN NIL; (* ... only to suppress compiler warning *)
END;
| ObValue.ValObj =>
WITH raw = Obliq.ObjectSelect (args[idx], "raw") DO
TYPECASE raw OF
| Val (node) =>
RETURN node.po;
ELSE
ObValue.BadArgType (idx, pkgname, package.name, opCode.name, loc);
RETURN NIL; (* ... only to suppress compiler warning *)
END;
END;
ELSE
ObValue.BadArgType (idx, pkgname, package.name, opCode.name, loc);
RETURN NIL; (* ... only to suppress compiler warning *)
END;
END GetOverloadedVal;
***************************************************************************
Wrapper for RasterModeProp.Beh
***************************************************************************
TYPE
Beh = ObProp.Beh BRANDED "ObRasterModeProp.Beh" OBJECT END;
PROCEDURE GetBeh (args : ObValue.ArgArray;
idx : INTEGER;
package : ObLib.T;
opCode : ObLib.OpCode;
loc : SynLocation.T) : RasterModeProp.Beh
RAISES {ObValue.Error, ObValue.Exception} =
BEGIN
WITH raw = Obliq.ObjectSelect (args[idx], "raw") DO
TYPECASE raw OF
| Beh (node) =>
RETURN node.po;
ELSE
ObValue.BadArgType (idx, pkgname, package.name, opCode.name, loc);
RETURN NIL; (* ... only to suppress compiler warning *)
END;
END;
END GetBeh;
***************************************************************************
Wrapper for RasterModeProp.ConstBeh
***************************************************************************
TYPE
ConstBeh = Beh BRANDED "ObRasterModeProp.ConstBeh" OBJECT END;
PROCEDURE AddConstBehObj (beh : RasterModeProp.ConstBeh) =
<* FATAL ObValue.Error, ObValue.Exception *>
BEGIN
WITH obj = Obliq.ObjectClone (Obliq.Vals {ConstBehProto}),
raw = NEW (ConstBeh, what := "<a RasterModeProp.ConstBeh>", po := beh) DO
Obliq.ObjectUpdate (obj, "raw", raw);
beh.proxy := NEW (ProxiedObj.Proxy, obj := obj);
END;
END AddConstBehObj;
PROCEDURE GetConstBeh (args : ObValue.ArgArray;
idx : INTEGER;
package : ObLib.T;
opCode : ObLib.OpCode;
loc : SynLocation.T) : RasterModeProp.ConstBeh
RAISES {ObValue.Error, ObValue.Exception} =
BEGIN
WITH raw = Obliq.ObjectSelect (args[idx], "raw") DO
TYPECASE raw OF
| ConstBeh (node) =>
RETURN node.po;
ELSE
ObValue.BadArgType (idx, pkgname, package.name, opCode.name, loc);
RETURN NIL; (* ... only to suppress compiler warning *)
END;
END;
END GetConstBeh;
***************************************************************************
Wrapper for RasterModeProp.SyncBeh
***************************************************************************
TYPE
SyncBeh = Beh BRANDED "ObRasterModeProp.SyncBeh" OBJECT END;
PROCEDURE AddSyncBehObj (beh : RasterModeProp.SyncBeh) =
<* FATAL ObValue.Error, ObValue.Exception *>
BEGIN
WITH obj = Obliq.ObjectClone (Obliq.Vals {SyncBehProto}),
raw = NEW (SyncBeh, what := "<a RasterModeProp.SyncBeh>", po := beh) DO
Obliq.ObjectUpdate (obj, "raw", raw);
beh.proxy := NEW (ProxiedObj.Proxy, obj := obj);
END;
END AddSyncBehObj;
PROCEDURE GetSyncBeh (args : ObValue.ArgArray;
idx : INTEGER;
package : ObLib.T;
opCode : ObLib.OpCode;
loc : SynLocation.T) : RasterModeProp.SyncBeh
RAISES {ObValue.Error, ObValue.Exception} =
BEGIN
WITH raw = Obliq.ObjectSelect (args[idx], "raw") DO
TYPECASE raw OF
| SyncBeh (node) =>
RETURN node.po;
ELSE
ObValue.BadArgType (idx, pkgname, package.name, opCode.name, loc);
RETURN NIL; (* ... only to suppress compiler warning *)
END;
END;
END GetSyncBeh;
***************************************************************************
Wrapper for RasterModeProp.AsyncBeh
***************************************************************************
TYPE
AsyncBeh = Beh BRANDED "ObRasterModeProp.AsyncBeh" OBJECT END;
PROCEDURE AddAsyncBehObj (beh : RasterModeProp.AsyncBeh) =
<* FATAL ObValue.Error, ObValue.Exception *>
BEGIN
WITH obj = Obliq.ObjectClone (Obliq.Vals {AsyncBehProto}),
raw = NEW (AsyncBeh, what := "<a RasterModeProp.AsyncBeh>", po := beh) DO
Obliq.ObjectUpdate (obj, "raw", raw);
beh.proxy := NEW (AsyncBehProxy, obj := obj);
END;
END AddAsyncBehObj;
TYPE
AsyncBehProxy = RasterModePropProxy.AsyncBehProxy BRANDED OBJECT
OVERRIDES
compute := AsyncBehCompute;
END;
PROCEDURE AsyncBehCompute (proxy : AsyncBehProxy;
time : LONGREAL) : RasterModeProp.Kind
RAISES {Prop.BadMethod} =
BEGIN
TRY
WITH args = Obliq.Vals {Obliq.NewReal (time)},
obj = NARROW (proxy.obj, Obliq.Val),
res = Obliq.ObjectInvoke (obj, "compute", args) DO
RETURN KindToM3 (res);
END;
EXCEPT
| BadKind (msg) =>
RAISE Prop.BadMethod (msg);
| ObValue.Error (packet) =>
RAISE Prop.BadMethod (ObAux.ErrorToText (packet));
| ObValue.Exception (packet) =>
RAISE Prop.BadMethod (ObAux.ExceptionToText (packet));
END;
END AsyncBehCompute;
***************************************************************************
Wrapper for RasterModeProp.DepBeh
***************************************************************************
TYPE
DepBeh = Beh BRANDED "ObRasterModeProp.DepBeh" OBJECT END;
PROCEDURE AddDepBehObj (beh : RasterModeProp.DepBeh) =
<* FATAL ObValue.Error, ObValue.Exception *>
BEGIN
WITH obj = Obliq.ObjectClone (Obliq.Vals {DepBehProto}),
raw = NEW (DepBeh, what := "<a RasterModeProp.DepBeh>", po := beh) DO
Obliq.ObjectUpdate (obj, "raw", raw);
beh.proxy := NEW (DepBehProxy, obj := obj);
END;
END AddDepBehObj;
TYPE
DepBehProxy = RasterModePropProxy.DepBehProxy BRANDED OBJECT
OVERRIDES
compute := DepBehCompute;
END;
PROCEDURE DepBehCompute (proxy : DepBehProxy;
time : LONGREAL) : RasterModeProp.Kind
RAISES {Prop.BadMethod} =
BEGIN
TRY
WITH args = Obliq.Vals {Obliq.NewReal (time)},
obj = NARROW (proxy.obj, Obliq.Val),
res = Obliq.ObjectInvoke (obj, "compute", args) DO
RETURN KindToM3 (res);
END;
EXCEPT
| BadKind (msg) =>
RAISE Prop.BadMethod (msg);
| ObValue.Error (packet) =>
RAISE Prop.BadMethod (ObAux.ErrorToText (packet));
| ObValue.Exception (packet) =>
RAISE Prop.BadMethod (ObAux.ExceptionToText (packet));
END;
END DepBehCompute;
***************************************************************************
Wrapper for RasterModeProp.Request
***************************************************************************
TYPE
Request = ObProp.Request BRANDED "ObRasterModeProp.Request" OBJECT END;
PROCEDURE AddRequestObj (req : RasterModeProp.Request) =
<* FATAL ObValue.Error, ObValue.Exception *>
BEGIN
WITH obj = Obliq.ObjectClone (Obliq.Vals {RequestProto}),
raw = NEW (Request, what := "<a RasterModeProp.Request>", po := req) DO
Obliq.ObjectUpdate (obj, "raw", raw);
req.proxy := NEW (RequestProxy, obj := obj);
END;
END AddRequestObj;
PROCEDURE GetRequest (args : ObValue.ArgArray;
idx : INTEGER;
package : ObLib.T;
opCode : ObLib.OpCode;
loc : SynLocation.T) : RasterModeProp.Request
RAISES {ObValue.Error, ObValue.Exception} =
BEGIN
WITH raw = Obliq.ObjectSelect (args[idx], "raw") DO
TYPECASE raw OF
| Request (node) =>
RETURN node.po;
ELSE
ObValue.BadArgType (idx, pkgname, package.name, opCode.name, loc);
RETURN NIL; (* ... only to suppress compiler warning *)
END;
END;
END GetRequest;
TYPE
RequestProxy = RasterModePropProxy.RequestProxy BRANDED OBJECT
OVERRIDES
value := RequestValue;
END;
PROCEDURE RequestValue (proxy : RequestProxy;
startval : RasterModeProp.Kind;
reltime : REAL) : RasterModeProp.Kind
RAISES {Prop.BadMethod} =
BEGIN
TRY
WITH args = Obliq.Vals {NewKind (startval), ObReal.M3ToObliq (reltime)},
obj = NARROW (proxy.obj, Obliq.Val),
res = Obliq.ObjectInvoke (obj, "value", args) DO
RETURN KindToM3 (res);
END;
EXCEPT
| BadKind (msg) =>
RAISE Prop.BadMethod (msg);
| ObValue.Error (packet) =>
RAISE Prop.BadMethod (ObAux.ErrorToText (packet));
| ObValue.Exception (packet) =>
RAISE Prop.BadMethod (ObAux.ExceptionToText (packet));
END;
END RequestValue;
***************************************************************************
Setup procedures
***************************************************************************
PROCEDURE SetupPackage () =
PROCEDURE NewOpCode (name: TEXT; arity: INTEGER; code: Code) : OpCode =
BEGIN
RETURN NEW (OpCode, name := name, arity := arity, code := code);
END NewOpCode;
TYPE
OpCodes = ARRAY OF ObLib.OpCode;
VAR
opCodes := NEW (REF OpCodes, NUMBER (Code));
BEGIN
opCodes^ :=
OpCodes {
NewOpCode ("NameBind", 2, Code.NameBind),
NewOpCode ("ValGetBeh", 1, Code.ValGetBeh),
NewOpCode ("ValSetBeh", 2, Code.ValSetBeh),
NewOpCode ("ValGet", 1, Code.ValGet),
NewOpCode ("ValValue", 2, Code.ValValue),
NewOpCode ("NewConst", 1, Code.NewConst),
NewOpCode ("NewSync", 2, Code.NewSync),
NewOpCode ("NewAsync", 1, Code.NewAsync),
NewOpCode ("NewDep", 1, Code.NewDep),
NewOpCode ("ConstBehSet", 2, Code.ConstBehSet),
NewOpCode ("NewConstBeh", 1, Code.NewConstBeh),
NewOpCode ("SyncBehAddRequest", 2, Code.SyncBehAddRequest),
NewOpCode ("SyncBehChange", 3, Code.SyncBehChange),
NewOpCode ("NewSyncBeh", 2, Code.NewSyncBeh),
NewOpCode ("NewAsyncBeh", 1, Code.NewAsyncBeh),
NewOpCode ("NewDepBeh", 1, Code.NewDepBeh),
NewOpCode ("NewRequest", 3, Code.NewRequest)
};
ObLib.Register (NEW (Package, name := pkgname, opCodes := opCodes));
ObLib.RegisterHelp (pkgname, Help);
END SetupPackage;
VAR
NameProto : ObValue.Val;
ValProto : ObValue.Val;
ConstBehProto : ObValue.Val;
SyncBehProto : ObValue.Val;
AsyncBehProto : ObValue.Val;
DepBehProto : ObValue.Val;
RequestProto : ObValue.Val;
PROCEDURE SetupModule (loader : ObProtoLoader.T) =
BEGIN
(*** retrieve the prototypes ***)
loader.load ("RasterModeProp.obl");
NameProto := loader.get ("RasterModeProp_NameProto");
ValProto := loader.get ("RasterModeProp_ValProto");
ConstBehProto := loader.get ("RasterModeProp_ConstBehProto");
SyncBehProto := loader.get ("RasterModeProp_SyncBehProto");
AsyncBehProto := loader.get ("RasterModeProp_AsyncBehProto");
DepBehProto := loader.get ("RasterModeProp_DepBehProto");
RequestProto := loader.get ("RasterModeProp_RequestProto");
(*** Register the proxy makers ***)
RasterModePropProxy.NamePM := AddNameObj;
RasterModePropProxy.ValPM := AddValObj;
RasterModePropProxy.ConstBehPM := AddConstBehObj;
RasterModePropProxy.SyncBehPM := AddSyncBehObj;
RasterModePropProxy.AsyncBehPM := AddAsyncBehObj;
RasterModePropProxy.DepBehPM := AddDepBehObj;
RasterModePropProxy.RequestPM := AddRequestObj;
END SetupModule;
***************************************************************************
Execution machinery
***************************************************************************
TYPE
Code = {NameBind,
ValGetBeh, ValSetBeh, ValGet, ValValue,
NewConst, NewSync, NewAsync, NewDep,
ConstBehSet, NewConstBeh,
SyncBehAddRequest, SyncBehChange, NewSyncBeh,
NewAsyncBeh,
NewDepBeh,
NewRequest};
OpCode = ObLib.OpCode BRANDED OBJECT
code: Code;
END;
Package = ObLib.T BRANDED OBJECT
OVERRIDES
Eval := DoEval;
END;
CONST
pkgname = "RasterModeProp";
PROCEDURE DoEval (self : Package;
opCode : ObLib.OpCode;
<* UNUSED *> arity : ObLib.OpArity;
READONLY args: ObValue.ArgArray;
<* UNUSED *> temp : BOOLEAN;
loc : SynLocation.T) : ObValue.Val
RAISES {ObValue.Error, ObValue.Exception} =
BEGIN
CASE NARROW (opCode, OpCode).code OF
| Code.NameBind =>
WITH pn = GetName (args, 1, self, opCode, loc),
pv = GetVal (args, 2, self, opCode, loc),
prop = pn.bind (pv) DO
RETURN prop.proxy.obj;
END;
| Code.ValGetBeh =>
WITH pv = GetVal (args, 1, self, opCode, loc) DO
RETURN pv.beh.proxy.obj;
END;
| Code.ValSetBeh =>
WITH pv = GetVal (args, 1, self, opCode, loc),
beh = GetBeh (args, 2, self, opCode, loc) DO
pv.beh := beh;
RETURN ObValue.valOk;
END;
| Code.ValGet =>
WITH pv = GetVal (args, 1, self, opCode, loc) DO
TRY
RETURN NewKind (pv.get ());
EXCEPT
| Prop.BadMethod =>
ObValue.RaiseException (ObProp.BadMethod, opCode.name, loc);
RETURN ObValue.valOk; (* ... only to suppress compiler warning *)
END;
END;
| Code.ValValue =>
WITH pv = GetVal (args, 1, self, opCode, loc),
time = ObLongReal.GetArg (args, 2, self, opCode, loc) DO
TRY
RETURN NewKind (pv.value (time));
EXCEPT
| Prop.BadMethod =>
ObValue.RaiseException (ObProp.BadMethod, opCode.name, loc);
RETURN ObValue.valOk; (* ... only to suppress compiler warning *)
END;
END;
| Code.NewConst =>
(*** AddValObj creates the actual Obliq object ***)
WITH lt = GetKind (args, 1, self, opCode, loc),
val = RasterModeProp.NewConst (lt) DO
RETURN val.proxy.obj;
END;
| Code.NewSync =>
WITH ah = ObAnimHandle.GetT (args, 1, self, opCode, loc),
lt = GetKind (args, 2, self, opCode, loc),
val = RasterModeProp.NewSync (ah, lt) DO
RETURN val.proxy.obj;
END;
| Code.NewAsync =>
WITH beh = NEW (RasterModeProp.AsyncBeh).init (),
obj = NARROW (beh.proxy.obj, Obliq.Val) DO
Obliq.ObjectUpdate (obj, "compute", args[1]);
WITH val = RasterModeProp.NewAsync (beh) DO
RETURN val.proxy.obj;
END;
END;
| Code.NewDep =>
WITH beh = NEW (RasterModeProp.DepBeh).init (),
obj = NARROW (beh.proxy.obj, Obliq.Val) DO
Obliq.ObjectUpdate (obj, "compute", args[1]);
WITH val = RasterModeProp.NewDep (beh) DO
RETURN val.proxy.obj;
END;
END;
| Code.ConstBehSet =>
WITH beh = GetConstBeh (args, 1, self, opCode, loc),
lt = GetKind (args, 2, self, opCode, loc) DO
beh.set (lt);
RETURN ObValue.valOk;
END;
| Code.NewConstBeh =>
WITH lt = GetKind (args, 1, self, opCode, loc),
beh = NEW (RasterModeProp.ConstBeh).init (lt) DO
RETURN beh.proxy.obj;
END;
| Code.SyncBehAddRequest =>
WITH beh = GetSyncBeh (args, 1, self, opCode, loc),
req = GetRequest (args, 2, self, opCode, loc) DO
TRY
beh.addRequest (req);
EXCEPT
| Prop.BadInterval =>
ObValue.RaiseException (ObProp.BadInterval, opCode.name, loc);
END;
RETURN ObValue.valOk;
END;
| Code.SyncBehChange =>
WITH beh = GetSyncBeh (args, 1, self, opCode, loc),
lt = GetKind (args, 2, self, opCode, loc),
start = ObReal.GetArg (args, 3, self, opCode, loc) DO
TRY
beh.change (lt, start);
EXCEPT
Prop.BadInterval =>
ObValue.RaiseException (ObProp.BadInterval, opCode.name, loc);
END;
RETURN ObValue.valOk;
END;
| Code.NewSyncBeh =>
WITH ah = ObAnimHandle.GetT (args, 1, self, opCode, loc),
lt = GetKind (args, 2, self, opCode, loc),
beh = NEW (RasterModeProp.SyncBeh).init (ah, lt) DO
RETURN beh.proxy.obj;
END;
| Code.NewAsyncBeh =>
WITH beh = NEW (RasterModeProp.AsyncBeh).init (),
obj = NARROW (beh.proxy.obj, Obliq.Val) DO
Obliq.ObjectUpdate (obj, "compute", args[1]);
RETURN obj;
END;
| Code.NewDepBeh =>
WITH beh = NEW (RasterModeProp.DepBeh).init (),
obj = NARROW (beh.proxy.obj, Obliq.Val) DO
Obliq.ObjectUpdate (obj, "compute", args[1]);
RETURN obj;
END;
| Code.NewRequest =>
WITH start = ObReal.GetArg (args, 1, self, opCode, loc),
dur = ObReal.GetArg (args, 2, self, opCode, loc),
req = NEW (RasterModeProp.Request).init (start, dur),
obj = NARROW (req.proxy.obj, Obliq.Val) DO
Obliq.ObjectUpdate (obj, "value", args[3]);
RETURN obj;
END;
END;
END DoEval;
***************************************************************************
Help
***************************************************************************
PROCEDURE Help (self : ObCommand.T; arg : TEXT; <* UNUSED *> data : REFANY) =
BEGIN
ObAux.Help (self, arg, pkgname);
END Help;
BEGIN
END ObRasterModeProp.