The expected development consists of a good implementation for visualization modes. In order to achieve this, the developer must modify an existent project. Basic camera manipulation capability is already available (see attached files).
Expected functionalities - Provide camera manipulation capabilities:
(e.g. rotate and move around, zoom in and out)
- support different camera manipulation modes
-- panning mode in two axis (XY and XZ)
-- rotate mode in three ways (freedom only over X, freedom only over Y, freedom simultaneously over X & Y) - the fixed axis is set by a pivot element. The pivot element can be selected from the model. If no element is selected, the center point of the structure is selected for the pivot element.
- camera manipulation is enabled by mouse click + movement direction.
-- in rotation mode, if the mouse is still on movement when the click button released, the movement should continue considering the movement intensity. The intensity is calculated by the movement distance over time from mouse pressed to release. The camera rotation persists with constant intensity until the mouse button is pressed (i.e. clicked) again.
- A Home View button must show the model centered with an appropriated level of zoom such as the whole model is visualized.
- Zoom in over a region.
- Should show reference directions, like cardinal points for the structure, dynamically adjusted regarding the camera view.
Home View, Zoom in, Zoom Out, Pan XY, Pan XZ, Select Pivot, Rotate X, Rotate Y, Rotate XY, Adjust view to zoom the visible structure to full screen and 2D (flat 3D), Zoom in over a region, Rotate 90’’ round clock, Rotate 90’’ clock wise, See Front, See Back (spinning 180’’ over Z according the camera – especially in the 2D setup). Buttons can be grouped in a combo box.
This development regards a 3D application for engineering purpose. It is basically a 3D visualizer of static objects with domain specific metadata loaded dynamically. The unity 3D app is a frontend for a bigger system. Thus, the webserver will provide a JSON with a static geometry in OBJ format and metadata about this geometry. This metadata represents a set of properties regarding the objects (i.e. visual elements), like colors, labels and other domain-specific ones. The visualizer must provide several functionalities, such as model selection and loading, camera manipulation capabilities (e.g. rotate and move around, zoom in and out), different visualization capabilities (e.g. view toggling mode of wireframe, solid fill, back-face culling), and click interaction with the displayed objects.
Must run on multiple devices
- Generate versions of the app for (1) WEB, (2) Android, and (3) iPhone/iPap
Good code quality is required!
8 freelancers are bidding on average $735 for this job
Im an Expert using and manipulating the camera movements via touch devices and conventional inputs ( keyboard, mouse). I will do my best to help you with those task.