private void setupControl()
{
_wristControl = new FullWristControl();
_wristControl.setupControl(WristFilesystem.LongBoneNames, false);
//disable long bones
for (int i = 10; i < WristFilesystem.NumBones; i++)
{
_wristControl.disableBone(i);
}
WristPanelLayoutControl p = new WristPanelLayoutControl();
p.addControl(_wristControl);
_animationControl = new AnimationControl();
_animationControl.setupController(_numPositions);
_animationControl.FPS = DEFAULT_FPS;
_animationControl.StopButtonEnabled = false;
p.addControl(_animationControl);
//save control
_control = p;
setupEventListeners();
}
public TextureController(Separator root, Separator[] bones, TransformParser parser)
{
_root = root;
_bones = bones;
_parser = parser;
if (parser == null)
{
_textureControl = null;
return;
}
_transformHashtables = parser.getArrayOfTransformHashtables();
_textureControl = new TextureControl(parser.getArrayOfAllignmentSteps());
_fullWristControl = new FullWristControl();
_fullWristControl.setupControl(WristFilesystem.LongBoneNames, false);
_mainControlPanel = new WristPanelLayoutControl();
_mainControlPanel.addControl(_textureControl);
_mainControlPanel.addControl(_fullWristControl);
_editableTransforms = parser.getArrayOfOptimizedBothTransforms();
setupListeners();
//set the current editable transform
_textureControl_SelectedTransformChanged();
}
private void setupPositionGraphIfPossible(int referenceBoneIndex)
{
//first lets calculate the new data
Bone acsBone = _fullWrist.Bones[(int)WristFilesystem.BIndex.RAD];
Bone refBone = _fullWrist.Bones[referenceBoneIndex];
Bone ulnBone = _fullWrist.Bones[(int)WristFilesystem.BIndex.ULN];
PostureCalculator.Posture[] postureFE = PostureCalculator.CalculatePosturesFE(acsBone, refBone);
if (postureFE == null)
{
//if we could not calculate it, then we need to remove an existing graph
if (_positionGraph == null)
{
return;
}
_positionGraph.SelectedSeriesChanged -= new SelectedSeriesChangedHandler(_positionGraph_SelectedSeriesChanged);
_layoutControl.removeControl(_positionGraph);
_positionGraph = null;
return;
}
//so we have data, lets first make sure that the graph exists
if (_positionGraph == null)
{
_positionGraph = new PositionGraph();
_layoutControl.addControl(_positionGraph);
_positionGraph.SelectedSeriesChanged += new SelectedSeriesChangedHandler(_positionGraph_SelectedSeriesChanged);
}
//now lets push the new data up
PostureCalculator.PronationSupination[] posturesPS = PostureCalculator.CalculatePosturesPS(acsBone, ulnBone);
_positionGraph.SetPositions(postureFE, posturesPS);
_positionGraph.setCurrentVisisblePosture(_currentPositionIndex);
}
private void setupControl()
{
_layoutControl = new WristPanelLayoutControl();
_wristControl = new FullWristControl();
_wristControl.setupControl(WristFilesystem.LongBoneNames, true);
_layoutControl.addControl(_wristControl);
}
private void SetupXrommControl()
{
string[] seriesNames = createSeriesListWithNiceNames();
_layoutControl = new WristPanelLayoutControl();
_wristControl = new FullWristControl();
_wristControl.setupControl(_xrommFileSys.ShortBoneNames, true, seriesNames.Length);
_layoutControl.addControl(_wristControl);
_animationControl = new AnimationControl();
_animationControl.EnableInternalTimer();
_animationControl.FPS = 10; //default
_layoutControl.addControl(_animationControl);
_wristControl.clearSeriesList();
_wristControl.addToSeriesList(seriesNames);
_wristControl.selectedSeriesIndex = 0;
}
CT mri;//for getting the texture info
public TextureController(Separator root, Separator[] bones, TransformParser parser, Boolean IsVolumeRenderEnabled)
{
isVolumeRenderEnabled = IsVolumeRenderEnabled;
_root = root;
_bones = bones;
_parser = parser;
currTranslation = new float[3];
currRotation = new float[3];
currTranslation[0] = 0; currRotation[0] = 0;
currTranslation[1] = 0; currRotation[1] = 0;
currTranslation[2] = 0; currRotation[2] = 0;
if (parser == null)
{
_textureControl = null;
return;
}
_transformHashtables = parser.getArrayOfTransformHashtables();
_textureControl = new TextureControl(parser.getArrayOfAllignmentSteps());
if (!isVolumeRenderEnabled)
{
_textureControl.disableVolumeItems();
}
_fullWristControl = new FullWristControl();
_fullWristControl.setupControl(WristFilesystem.LongBoneNames, false);
_mainControlPanel = new WristPanelLayoutControl();
_mainControlPanel.addControl(_textureControl);
_mainControlPanel.addControl(_fullWristControl);
_editableTransforms = parser.getArrayOfOptimizedBothTransforms();
setupListeners();
//set the current editable transform
_textureControl_SelectedTransformChanged();
/////////////////////////////////////
float[] center = _textureControl.getCurrentCenterOfRotation();
float[] translate = _textureControl.getCurrentTranslation();
float[] rotation = _textureControl.getCurrentRotation();
currTranslation[0] = translate[0]; currRotation[0] = rotation[0];
currTranslation[1] = translate[1]; currRotation[1] = rotation[1];
currTranslation[2] = translate[2]; currRotation[2] = rotation[2];
_rootSeparator = new Separator();
_rootSeparator.reference();
root.addChild(_rootSeparator);
_centerballVisible = true;
Scale myScale = new Scale();
_centerballDragger = new CenterballDragger();
//get the center of rotation from the form elements
center[0] += translate[0];
center[1] += translate[1];
center[2] += translate[2];
_rootSeparator.addNode(myScale);
scaleValues = new float[3];
scaleValues[0] = scaleValues[1] = scaleValues[2] = 10;
myScale.setScaleFactor(scaleValues[0], scaleValues[1], scaleValues[2]);
_centerballDragger.setRotation(rotation[0], rotation[1], rotation[2]);
_centerballDragger.setTranslation(center[0] / scaleValues[0], center[1] / scaleValues[1], center[2] / scaleValues[2]);
_rootSeparator.addChild(_centerballDragger);
beginningTranslation = _textureControl.getCurrentTranslation();
CenterballDragger.delFunc d = new CenterballDragger.delFunc(_textureControl_EditableTransformChangedFromCenterball);
_centerballDragger.addCB(d);
wasRotated();
}