Maestro 3D Ortho Studio - User Manual

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== Introduction to the use of Maestro 3D Ortho Studio software ==
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#REDIRECT [[Maestro_3D_Dental_Studio_-_User_Manual]]
 
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<div align="justify"> 
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This document is intended to introduce the user, in a simple and quick way, to the use of
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the Ortho Studio software. Please read this manual carefully before making use of the
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Ortho Studio software.
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<div align="center"> [[image:ortho.studio.user.interface1.png]] </div>
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</div>
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== Introduction ==
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<div align="justify"> 
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Maestro 3D Ortho Studio is a very powerful and easy to use software for orthodontics.
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The principal features available are:
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* Patient, Surgery And Doctor info handling using AGE DB.
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* Choice of local origo of mandibular and maxillary arcs.
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* Virtual base creation / modification and stitching to mandibular and maxillary arcs.
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* Virtual Setup.
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* Occlusion inspection between mandibular and maxillary models.
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* Analysis of distance, measures and sections.
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</div>
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== Software Installation ==
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<div align="justify"> 
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To install the Maestro 3D Ortho Studio software, double click with left mouse button on the
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file: Maestro.3D.Ortho.Studio.vx.xx.xxx.Setup.exe which is in the CD\DVD.
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'''Step 1:''' Select the installation language.
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<div align="center"> [[image:ortho.studio.installation1.png]] </div>
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'''Step 2:''' A welcome installation window of Maestro 3D Ortho Studio appears. Press Next to
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continue.
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<div align="center"> [[image:ortho.studio.installation2.png]] </div>
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'''Step 3:''' Please read the license agreement carefully, accept it as shown in the red circle
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and press Next to continue.
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<div align="center"> [[image:ortho.studio.installation3.png]] </div>
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'''Step 4:''' Select the destination folder. (We recommend to use the default folder). Press
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Next to continue.
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<div align="center"> [[image:ortho.studio.installation4.png]] </div>
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'''Step 5:''' Select the menu start folder. (We recommend to use the default folder). Press
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Next to continue.
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<div align="center"> [[image:ortho.studio.installation5.png]] </div>
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'''Step 6:''' Select, if desidered, a program icon on the desktop and into the quick launch bar.
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Press Next to continue.
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<div align="center"> [[image:ortho.studio.installation6.png]] </div>
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'''Step 7:''' At this point a summary of installation information appears. Press Install to install
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the software.
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<div align="center"> [[image:ortho.studio.installation7.png]] </div>
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A progress bar shows the progress of the installation process.
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'''Step 8:''' Installation complete. Press Finish to complete the installation.
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<div align="center"> [[image:ortho.studio.installation8.png]] </div>
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{| style="background-color:#ffffcc;" class="wikitable"
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|Use Windows 7 - 64 bit.
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Install all Windows update available.
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Install the last graphics card available from NVIDIA web site [http://www.nvidia.com http://www.nvidia.com].
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'''Set the slider of UAC (user account control) to put it to a minimum.'''
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'''Right mouse click over software icon and Properties -> Advanced -> (check) Run As Administrator.'''
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|}
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<div align="center"> [[image:nvidia.png|link=http://www.nvidia.com]] </div>
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</div>
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== User Interface ==
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The figure below shows the composition of the user interface.
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<div align="center"> [[image:ortho.studio.user.interface2.png]] </div>
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=== Main Toolbar===
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<div align="justify"> 
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The main toolbar allows to access to all the functionalities of the Ortho Studio Software.
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</div>
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<div align="center"> [[image:ortho.studio.main.toolbar.png]] </div>
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<div align="center"> [[image:ortho.studio.main.toolbar2.png]] </div>
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<div align="center"> [[image:ortho.studio.main.toolbar3.png]] </div>
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==== Bottom Toolbar ====
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<div align="justify"> 
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The bottom toolbar is the area of the screen containing a progress bar that is displayed
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and updated during each computation of the program and the controls for changing the
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visual settings of the visualization / editing area.
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</div>
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<div align="center"> [[image:ortho.studio.bottom.toolbar.png]] </div>
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==== Visualization / Editing Area and Info Area ====
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<div align="justify"> 
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The visualization / editing area is the area of the window in which the models are visualized and all the editing operations are performed.
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In the visualization area it is possible to create virtual bases, show the occlusion inspection between maxillary and mandibular arcs, measure distance between teeth and to perform virtual setup.
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In order to examine the models displayed in the visualization / editing area camera parameters (position, scale and rotation) can be setted using an instrument called trackball.
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The trackball is very simple to use. Just use the Left mouse button dragging to rotate around the model, the mouse wheel to Zoom in / Zoom out and the Right mouse dragging to move (pan) the camera.
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The info area of the screen shows the info related to the current Case. In particular the info about Surgery, Doctor and Patient are displayed, also with the Case ID.
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</div>
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== Create a New Case and Open an Existing Case ==
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=== Create a New Case ===
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<div align="justify"> 
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To create a new case press the [[image:ortho.new.png]] ''New Case'' button located in the main toolbar.
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The process of creating a new case consists in the following steps:
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* specify the Surgery data (optional)
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* specify the Doctor data (optional)
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* specify the Patient data (optional)
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* specify the relationship between Surgery, Doctor and Patient (optional)
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* choose maxillary and mandibular models (required)
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To create a new Surgery press the [[image:add.surgery.png]] ''Add new surgery'' button, located in the left side of
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the screen. After filling the fields of the form that appears in the main side of the screen specifying the
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data of the Surgery, press the [[image:insert.data.png]] ''Insert'' button to add the new Surgery to the database
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or the [[image:clear.data.png]] ''Clear'' button to clear the fields of the form.
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<div align="center"> [[image:Ortho.studio.new.case.png]] </div>
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In the same way it is possible to create a new doctor pressing the [[image:Add.doctor.png]] ''Add new doctor'' button and to create a new patient pressing the [[image:Add.patient.png]] ''Add new patient'' button. In order to define a Case it is necessary to press the [[image:select.patient.png]] ''Select patient'' button located in the left side of the screen.
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In the main side of the screen now it is possible to make the relationship between Surgery, Doctor and Patient.
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The first half of the main screen area allows to make the relationships between Surgery, Doctor and Patient (see picture below).
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<div align="center"> [[image:ortho.studio.select.patient.png]] </div>
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Select the surgery from combobox. The [[image:Delete.surgery.png]] ''Delete'' button allows to delete the surgery currently selected. Please note that when pressing the Delete button the Surgery definition is phisically removed from the Database of the Surgeries.
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When the list of the Doctors associated to a given Surgery is empty and in general when it is necessary to add a new Doctor to the Surgery previously selected, it is possible to select a Doctor in Other doctors combobox and then pressing the [[image:add.doctor.png]] ''Add'' button. The [[image:delete.doctor.png]] Delete button located nearby to the Other doctors combobox allows to remove the definition of a Doctor from the Database of Doctors.
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Select a Doctor from combobox. This allows to select one of the Doctors associated to the Surgery. The [[image:delete.doctor.png]] Delete button located nearby to the Doctor section allows to remove a Doctor from the Doctors of a Surgery without deleting the doctor from
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the Database of Doctors.
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When the list of the Patients associated to a given Doctor is empty and in general when it is necessary to add a new Patient to the Doctor, it is possible to select a Patient in Other
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patients combobox and then press the [[image:add.patient.png]] ''Add'' button. The [[image:delete.patient.png]] ''Delete'' button located nearby to the Other patients combobox allows to remove the definition of a Patient from the Database of Patients.
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Select one of the Patients associated to the Doctor. The[[image:delete.patient.png]] ''Delete'' button located nearby to the Patient section allows to
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remove a Patient from the Patients of a Doctor without deleting the patient by the Database of Patients.
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Please note that in the second half of the screen main area it is possible to modify the
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fields of the Surgery, Doctor and Patient previously added.
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<div align="center"> [[image:ortho.studio.db.fill.data.png]] </div>
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Pressing the [[image:next.png]] ''Next'' button located in the lower right corner of the window allows to proceed in the definition of the case.
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The task of choosing maxillary and mandibular models can be accomplished in three distinct
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way, see the image below.
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<div align="center"> [[image:Ortho.studio.choose.data.png]] </div>
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* choosing a model by the tree of the Maestro Data (this is the folder in which the models acquired by Maestro 3D Dental Scanner are placed by default).
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* [[image:Ortho.studio.open.stl.png]] importing a model by an external folder using the Open files from disk button (the allowed format for the models to import is the STL file format).
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* [[image:Ortho.open.png]] importing a model by an external folder using the Import Ortho files from disk button (the allowed format for the models to import is the ortho file format).
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* [[image:Scan.play32.png]] start the acquisition with Maestro 3D Dental Scanner.
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</div>
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=== Open an Existing Case ===
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<div align="justify"> 
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To open an existing case click on the [[image:ortho.open.png]] ''Open case'' button located in the main toolbar.
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In the treeview it is now possible to select an existing case. To see all the cases of a given
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patient press the [[image:select.patient.png]] ''Select patient'' button located in the left side of the screen.
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In this phase it is possible to change the properties of a case, changing the Surgery,
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Doctor and Patient info and adding a new Surgery, Doctor and Patient.
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Also note that it is possible to move an unknown case or a case of a given Patient in a case of another Patient simply locating the case in tree and dragging it from the starting folder to the destination folder.
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Pressing the [[image:next.png]] ''Next'' button located in the lower right corner of the window it is possible to
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proceed with the next operation.
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Pressing the [[image:cancel.png]] ''Cancel'' button break the process of opening an existing case.
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The image below shows the process of opening an existing case.
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<div align="center"> [[image:ortho.studio.open.case.png]] </div>
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</div>
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== Changing the Local Origo ==
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<div align="justify"> 
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In order to change the Local Origo for the maxillary and mandibular models, press the [[image:Ortho.local.origo.png]] ''Change Local Origo'' button.
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In the editing area appears a Manipulator (see image below). The center of the manipulator represents the origin of the coordinate system, the red arrow represents the X axis, the green arrow represents the Y axis and blue arrow represents the Z axis of the coordinate system. Using the Left mouse button it is possible to translate the Manipulator (dragging the arrows) or rotate the manipulator (dragging the circles). These operations allows to change the coordinate system of the models. Pressing the [[image:next.png] ''Next'' button located in the lower right corner of the editing area allows to move the maxillary and mandibular models in the new reference coordinate system. In order to apply the changes to the models, please remember to press [[image:ortho.save.png]] the ''Save case'' button located in the main toolbar.
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<div align="center"> [[image:Ortho.studio.local.origo.png]] </div>
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</div>
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== Virtual Base Creation ==
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<div align="justify"> 
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In order to add the virtual base for the maxillary and mandibular models, press [[image:ortho.virtual.base.png]] the ''Add virtual base'' button.
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First step to perform when doing virtual base editing, it's to define a trimming line in order to remove the unimportant areas of model.
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It's possible to define trimming line simultaneusly for both models. After defining trimming line, software automatically detect area to remove.
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<div align="center">  [[image:ortho.virtual.base1.png]]  </div>
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{| style="background-color:#ffffcc;" class="wikitable"
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|
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'''TIPS:'''  SHIFT + click or drag with left mouse button to add a point of the spline.
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|}
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The second step is the editing operations on virtual bases.
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It's possible to choose several base types, in particular it's possible to choose between ABO, Parallel, Tweed and Ricketts models.
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It's also possible to perform simultaneusly several several editing operations for virtual base:
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'''A: changing base border shape:'''
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dragging points located at base border it's possible to change the shape of the
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border itself. It's also possible to add/remove points using shift + left mouse double
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click. It's also possible to draw the base border just using the shift + left mouse
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button dragging near to the base border. Dragging the arrows located at base
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border it's possible to move the border up and down.
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'''B: changing base shape:'''
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dragging points and arrows located at corners of virtual base it's possible to change the shape of the virtual base (for example it's possible to change the width and the length of bases). During all the editing operations, constraints that exists between angles/sides of base are preserved.
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'''C: changing base height:'''
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dragging the arrow positioned at base bottom it's possible to change the height of bases (this option it's disabled for ABO bases).
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All operations concerning virtual base editing process are performed with Shift + left mouse button dragging (Shift + left mouse double click to add remove points to base border). Using the “Symmetrical changes” checkbox, editing will be performed simultaneusly on
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both bases.
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After finishing editing process just press Next button in order to finalize the editing procedure and merge the defined bases with maxillary and mandibular models.
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{| style="background-color:#ffffcc;" class="wikitable"
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|
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'''TIPS:''' SHIFT + double-click / drag with left mouse button to add/remove points to base border.
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|}
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<div align="center">  [[image:ortho.virtual.base3.png]] </div>
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Stitching between base and model it's more smooth and the transition between arch and
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base it's smoother.
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<div align="center">  [[image:ortho.virtual.base4.png]]  </div>
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<div align="center">  [[image:ortho.virtual.base5.png]]  </div>
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</div>
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== Analysis and Measures ==
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=== Occlusion Inspection ===
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<div align="justify"> 
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To see and analyze the occlusion inspection between maxillary and mandibular arcs just press the [[image:Ortho.oi.png]] ''Occlusion inspection'' button. After the computation each point of the surface of an arch is painted with a color representing the distance by the opposite arch surface.
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In the right side of the editing area is located a legend that explain the meaning of the colors.
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It is also possible double clicking on the model to know the exact distance value for this point.
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Please note that it is possible query for the value only for an area of the model with a color assigned.
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The following images shows the occlusion inspection visualized on both the arcs. To activate this visualization press the [[image:Open.mouth.png]] ''Open mouth'' button.
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<div align="center"> [[image:Ortho.studio.occlusion.inspection1.png]] </div>
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The following image shows the occlusion inspection visualized on the maxillary arch. To activate this visualization press the [[image:Ortho.up.png]] ''Show Maxillary'' button.
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<div align="center"> [[image:Ortho.studio.occlusion.inspection2.png]] </div>
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The following image shows the occlusion inspection visualize on the maxillary arch. To activate this visualization press the [[image:Ortho.down.png]] ''Show Mandibular'' button.
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<div align="center"> [[image:Ortho.studio.occlusion.inspection3.png]] </div>
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</div>
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=== Cross Section ===
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<div align="justify"> 
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In order to perform the analisys of a cross sections, press the [[image:Ortho.Section32.png]] ''Sections'' button. 2D measurements over cross sections aligned to main axes.
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It's possible to slide the sections and measure distances on 2D cross sections.
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With the left toolbox it's possible to change the plane, change the transparency of the model and see the animation.
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See the image below:
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<div align="center"> [[image:Ortho.studio.cross.section.png]] </div>
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{| style="background-color:#ffffcc;" class="wikitable"
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|
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'''TIPS:''' double-click with left mouse button to add a point into 2D grid.
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|}
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</div>
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=== Teeth Measures ===
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<div align="justify">
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In order to perform the analisys of the distances between theeth, select the arch to inspect using the [[image:ortho.up.png]] ''Show Maxillary'' button button or the [[image:ortho.down.png]] ''Show Mandibular'' button and then press the [[image:Ortho.tooth.measures32.png]] ''measures'' button.
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<div align="center"> [[image:Ortho.studio.teeth.measures.png]] </div>
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The image shows the process of measuring distances between theeth in the maxillary model. As for the process of the cutting line definition, it is possible to add, remove or modify the position of the points.
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For each line segment defined by two consecutive points the current length of the segment is showed.
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On the left side of the screen the total length and the average length of the segments are showed too.
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Using the [[image:undo.png]] ''Undo'' button and the [[image:redo.png]] ''Redo'' button it is possible Undo / Redo all the operations performed.
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It is also possible to clear the measure using the [[image::Polyline.delete.png]] ''Reset'' button.
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In order to save the measures, after pressing the [[image::next.png] ''Next'' button, please remember to press the [[image:Ortho.save.png]] ''Save case'' button located in the main toolbar.
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</div>
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=== Arch Length ===
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<div align="justify">
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In order to perform the analisys of the arch length, select the arch to inspect using the [[image:ortho.up.png]] ''Show Maxillary'' button button or the [[image:ortho.down.png]] ''Show Mandibular'' button and then press the
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[[image:Ortho.arc.measures32.png.png]] ''measures'' button.
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<div align="center"> [[image:Ortho.studio.arch.length.png]] </div>
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{| style="background-color:#ffffcc;" class="wikitable"
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|
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'''TIPS:''' double-click with left mouse button to add a point of the spline to compute the arch length.
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|}
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</div>
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== Virtual Setup ==
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<div align="justify"> 
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With this feature, you can make a setup of both jaws and create all the models needed to complete the treatment. It's possible to add the custom attachments and the label 3D.
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</div>
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=== Tooth Segmentation ===
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==== Detect Margin ====
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<div align="justify">
+
In order to perform the tooth segmentation, select the arch to segment using the [[image:ortho.up.png ]] ''Show Maxillary'' button or the [[image:ortho.down.png ]] ''Show Mandibular'' button and then press the [[image:Select.teeth32.png]] ''Tooth Segmentation'' button. Before this it's necessary complete the measurement of individual teeth.
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The first step is identify the margin of the tooth. See the image below.
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<div align="center"> [[image:Ortho.studio.tooth.segmentation.png]] </div>
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To identify the margin of the tooth, double-click with the mouse near the margin to add a new control point as showed below:
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<div align="center"> [[image:Ortho.tooth.segmentation.sample.png]] </div>
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Every two points entered by the user, the software makes a line near on the margin of the tooth. Usually is enough 4 clicks to draw a margin, as shown in figure. If the autocomplition of the line is not correct, press '''CTRL + Z''' or press [[image:undo.png]] button and try to add a new click in a different position example closer to the previous point.
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{| style="background-color:#ffffcc;" class="wikitable"
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|
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'''TIPS:'''
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* To add a point between two consecutive points, hold double-click near the edge of the two points.
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* To remove a point, double-click over it.
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* To move a point, drag over it.
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|}
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</div>
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==== Cutting Line ====
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<div align="justify">
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In order to perform the cutting line of the tooth segmentation, select the arch to segment using the [[image:ortho.up.png ]] ''Show Maxillary'' button or the [[image:ortho.down.png ]] ''Show Mandibular'' button and then press the [[image:AdjustTeethPolyline32.png]] ''Cutting line'' button. Before this it's necessary complete the previous step of [[#Detect Margin|Detec Margin]]. 
+
See the image below:
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<div align="center"> [[image:Ortho.studio.cutting.line.png]] </div>
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{| style="background-color:#ffffcc;" class="wikitable"
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|
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'''TIPS:'''
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* To add a point between two consecutive points, hold double-click near the edge of the two points.
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* To remove a point, double-click over it.
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* To move a point, drag over it.
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|}
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{| style="background-color:#ffffcc;" class="wikitable"
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|
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'''TIPS:''' click with center mouse button to change the rotation center of the trackball.
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|}
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</div>
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==== Tooth Local Origo ====
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<div align="justify">
+
 
+
In order to perform the local origo of each tooth, select the arch to segment using the [[image:ortho.up.png ]] ''Show Maxillary'' button or the [[image:ortho.down.png ]] ''Show Mandibular'' button and then press the [[image:ToothLocalOrigo32.png]] ''Change local origo'' button. Before this it's necessary complete the previous step of [[#Cutting Line|Cutting Line]]. 
+
See the image below:
+
 
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<div align="center"> [[image:Ortho.studio.tooth.local.origo.png]] </div>
+
+
 
+
To change the local origo of a tooth, double click over the tooth and use the manipulator to change the origo. When you change the local origo the virtual root of the tooth change direction. Use the left toolbox to change the root dimension when a tooth is selected.
+
See the image below:
+
 
+
 
+
<div align="center"> [[image:Ortho.studio.tooth.local.origo2.png]] </div>
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+
 
+
{| style="background-color:#ffffcc;" class="wikitable"
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|
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'''TIPS:''' click with center mouse button to change the rotation center of the trackball.
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|}
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</div>
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+
=== Virtual Setup|Virtual Setup==
+
==== Layers ====
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==== Main toolbox ====
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==== Attachments ====
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==== Label ====
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==== Show intersection/distance ====
+
==== Teeth informations ====
+

Latest revision as of 18:53, 9 April 2018

  1. REDIRECT Maestro_3D_Dental_Studio_-_User_Manual
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