mouse.C

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/*
 * This file is part of the "Archon" framework.
 * (http://files3d.sourceforge.net)
 *
 * Copyright © 2002 by Kristian Spangsege and Brian Kristiansen.
 *
 * Permission to use, copy, modify, and distribute this software and
 * its documentation under the terms of the GNU General Public License is
 * hereby granted. No representations are made about the suitability of
 * this software for any purpose. It is provided "as is" without express
 * or implied warranty. See the GNU General Public License
 * (http://www.gnu.org/copyleft/gpl.html) for more details.
 *
 * The characters in this file are ISO8859-1 encoded.
 *
 * The documentation in this file is in "Doxygen" style
 * (http://www.doxygen.org).
 */

#include <archon/x3d/server/field_type.H>
#include <archon/x3d/server/field.H>
#include <archon/x3d/server/mouse.H>

namespace Archon
{
  namespace X3D
  {
    const NodeType *PointingDeviceSensorNode::type = 0;
    const NodeType *DragSensorNode::type = 0;
    const NodeType *PlaneSensor::type = 0;
    const NodeType *SphereSensor::type = 0;
    const NodeType *CylinderSensor::type = 0;
    const NodeType *TouchSensorNode::type = 0;
    const NodeType *TouchSensor::type = 0;

    void initializeMouseComponent()
    {
      vector<const FieldBase *> fields;


      // PointingDeviceSensorNode

      fields.push_back(newExposedField("description", SFString::type,
                                       &PointingDeviceSensorNode::description,
                                       &PointingDeviceSensorNode::descriptionChanged,
                                       &PointingDeviceSensorNode::descriptionStamp));
      fields.push_back(newEventOut("isOver", SFBool::type,
                                   &PointingDeviceSensorNode::isOver,
                                   &PointingDeviceSensorNode::isOverChanged));
      PointingDeviceSensorNode::type =
        NodeType::newAbstract("PointingDeviceSensorNode", false, &fields,
                              SensorNode::type);

      fields.clear();


      // DragSensorNode

      fields.push_back(newExposedField("autoOffset", SFBool::type,
                                       &DragSensorNode::autoOffset,
                                       &DragSensorNode::autoOffsetChanged,
                                       &DragSensorNode::autoOffsetStamp));
      fields.push_back(newEventOut("trackPoint_changed", SFVec3f::type,
                                   &DragSensorNode::trackPoint,
                                   &DragSensorNode::trackPointChanged));
      DragSensorNode::type =
        NodeType::newAbstract("DragSensorNode", false, &fields,
                              PointingDeviceSensorNode::type);

      fields.clear();


      // PlaneSensor

      fields.push_back(newExposedField("maxPosition", SFVec2f::type,
                                       &PlaneSensor::maxPosition,
                                       &PlaneSensor::maxPositionChanged,
                                       &PlaneSensor::maxPositionStamp));
      fields.push_back(newExposedField("minPosition", SFVec2f::type,
                                       &PlaneSensor::minPosition,
                                       &PlaneSensor::minPositionChanged,
                                       &PlaneSensor::minPositionStamp));
      fields.push_back(newExposedField("offset", SFVec3f::type,
                                       &PlaneSensor::offset,
                                       &PlaneSensor::offsetChanged,
                                       &PlaneSensor::offsetStamp));
      fields.push_back(newEventOut("translation_changed", SFVec3f::type,
                                   &PlaneSensor::translation,
                                   &PlaneSensor::translationChanged));
      PlaneSensor::type =
        NodeType::newConcrete("PlaneSensor", "children",
                              PlaneSensor::instantiate, &fields,
                              DragSensorNode::type);

      fields.clear();


      // SphereSensor

      fields.push_back(newExposedField("offset", SFRotation::type,
                                       &SphereSensor::offset,
                                       &SphereSensor::offsetChanged,
                                       &SphereSensor::offsetStamp));
      fields.push_back(newEventOut("rotation_changed", SFRotation::type,
                                   &SphereSensor::rotation,
                                   &SphereSensor::rotationChanged));
      SphereSensor::type =
        NodeType::newConcrete("SphereSensor", "children",
                              SphereSensor::instantiate, &fields,
                              DragSensorNode::type);

      fields.clear();


      // CylinderSensor

      fields.push_back(newExposedField("diskAngle", SFFloat::type,
                                       &CylinderSensor::diskAngle,
                                       &CylinderSensor::diskAngleChanged,
                                       &CylinderSensor::diskAngleStamp));
      fields.push_back(newExposedField("maxAngle", SFFloat::type,
                                       &CylinderSensor::maxAngle,
                                       &CylinderSensor::maxAngleChanged,
                                       &CylinderSensor::maxAngleStamp));
      fields.push_back(newExposedField("minAngle", SFFloat::type,
                                       &CylinderSensor::minAngle,
                                       &CylinderSensor::minAngleChanged,
                                       &CylinderSensor::minAngleStamp));
      fields.push_back(newExposedField("offset", SFFloat::type,
                                       &CylinderSensor::offset,
                                       &CylinderSensor::offsetChanged,
                                       &CylinderSensor::offsetStamp));
      fields.push_back(newEventOut("rotation_changed", SFRotation::type,
                                   &CylinderSensor::rotation,
                                   &CylinderSensor::rotationChanged));
      CylinderSensor::type =
        NodeType::newConcrete("CylinderSensor", "children",
                              CylinderSensor::instantiate, &fields,
                              DragSensorNode::type);

      fields.clear();


      // TouchSensorNode

      fields.push_back(newEventOut("touchTime", SFTime::type,
                                   &TouchSensorNode::touchTime,
                                   &TouchSensorNode::touchTimeChanged));
      TouchSensorNode::type =
        NodeType::newAbstract("TouchSensorNode", false, &fields,
                              PointingDeviceSensorNode::type);

      fields.clear();


      // TouchSensor

      fields.push_back(newEventOut("hitNormal_changed", SFVec3f::type,
                                   &TouchSensor::hitNormal,
                                   &TouchSensor::hitNormalChanged));
      fields.push_back(newEventOut("hitPoint_changed", SFVec3f::type,
                                   &TouchSensor::hitPoint,
                                   &TouchSensor::hitPointChanged));
      fields.push_back(newEventOut("hitTexCoord_changed", SFVec2f::type,
                                   &TouchSensor::hitTexCoord,
                                   &TouchSensor::hitTexCoordChanged));
      TouchSensor::type =
        NodeType::newConcrete("TouchSensor", "children",
                              TouchSensor::instantiate, &fields,
                              TouchSensorNode::type);

      fields.clear();
    }

    void PointingDeviceSensorNode::onDisable()
    {
      if(!isOver) return;
      isOver = false;
      Event e(new SimpleValue<bool>(SFBool::type, isOver), enabledStamp);
      isOverChanged.cascadeEvent(&e);
    }
  }
}

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