Creating a 3D electric car model and integrating it into the live video VFX

A person is needed who can work with 3D animation. Task: recreate a 3D image on a face of a similar nature and then overlay this on "Before" and "After," as a result of transformation after the procedure. Important: to do it manually (NOT AI), own idea and interpretation.

1. General GoalCreate a dynamic interface element based on the provided template, consisting of three angles of a cup (Front cup, Back view, Side view). When clicking on any print option, the image must change simultaneously and synchronously on all three cups considering the angle, volume, light, and shadows for each position. 2. Output File Requirements (For Designer / PSD Template)The basic layout must be prepared in PSD format. To automate and facilitate print replacements, the structure should be based on linked smart objects (Linked / Duplicated Smart Objects).Main requirement for PSD architecture: The layout must have one master smart object with the print layout. The designer duplicates it for three angles, but applies individual transformations to each duplicate: For the front cup: Print deformation at the center (Transform -> Warp or Cylinder). For the back view: Texture shift (showing the reverse side of the layout) + cylinder deformation. For the side view (near the handle): Texture shift to the edge + stronger perspective compression closer to the handle.Layer structure for each of the 3 angles: Group "Shadows & Highlights" (Top layer of the angle): Individual for each angle. Highlights: Layer with glossy reflections. Mode: Screen or Linear Dodge. Shadows: Layer with a gradient that defines the cylindrical volume. Mode: Multiply. Layer "YOUR PRINT" (Duplicated Smart Object): Has individual deformation and shift settings for the specific angle. Layer "Cup Base" (Base of the cup): Body, handle, and inner part at their angle. Layer "Global Shadow": Shadow on the surface under each cup.Note for the designer: When saving a new design inside the master smart object, the print must automatically and correctly update on all three angles of the cup in PSD. 4. Behavior Logic and Animation

Quality visualization of an apartment is needed, 3d max, corona render, according to the technical specifications, with an area of 170 m2, in a modern style, deadline - 1 month, cost 6$/m2.

Technical Assignment (TA) for Freelancer Order Title: Translation of a flat drawing into engineering 3D format STEP (.step) with modifications to the wing for laser engraving. Task Description: Hello! I need to convert a finished black-and-white image of a character (outline drawing of the Charizard dragon) into a solid 3D CAD model in STEP (.step / .stp) or IGES (.iges / .igs) format. The file will be used in production in Finland for laser engraving on the bottom of a graphite mold for metal casting. Technical Requirements for the Model: Output Format: Strictly a CAD model in .step or .iges format (polygonal mesh like STL or OBJ is not suitable; the machine needs a solid body). Dimensions of the Area for the Drawing: Strictly 90 x 40 mm (this is the internal size of the bottom of the mold). Orientation: Vertical (the drawing should be elongated along the long side of 90 mm). Depth of Engraving (Extrusion): The outline of the drawing must be recessed (extruded) to a depth of 2.0 mm (acceptable range 1.5–2.5 mm). Detailing: All internal contours (flame, scales, face) need to be carefully transferred so that the laser machine reads them correctly and they flow clearly in the metal. Mandatory Corrections to the Drawing (what needs to be fixed): Redraw the Right Wing: In the original picture, the right (from the viewer's perspective) wing is cut off by the edge of the frame. It needs to be completely redrawn (made whole, open, and symmetrical to the left wing). Scaling and Centering: The dragon itself needs to be slightly reduced in size so that all elements (both wings, tail, flame from the mouth) fit completely within the rectangle of 90x40 mm and do not touch its edges. Make a neat uniform margin from the borders on all sides. The original image is attached to the order (file 78815_3.png). Please indicate your deadlines and cost. Payment will be made in currency (via PayPal). Thank you!

Hello, I am contacting you in reference to your profile and extensive portfolio in prototyping and CAD documentation. I run an interior finishing and installation company and I am currently looking for an experienced furniture constructor / technologist to cooperate with on custom, non-standard projects. To start, I would like to commission a pilot project. The design is highly specific and structurally demanding – I need professional engineering verification and the preparation of production files for an external CNC factory. Here are the technical assumptions for the under-stair closet I am building: Space: A niche with a width of approx. 374 cm, height of 254 cm, and an unusual depth of exactly 100 cm. Movement concept: The closet consists of 5 independent, full-size modules (boxes) that slide completely out of the niche into the hallway. The tops of the modules are cut at an angle to match the staircase. Mechanics and load distribution: At a depth of 100 cm, a fully loaded box will be extremely heavy. Therefore, I want to use a "container" logic: 100% of the weight of each module must rest on bottom-mounted, heavy-duty polyurethane wheels hidden behind a plinth. The side drawer runners must not carry any weight – they are to be used strictly to stabilize the sliding track. Material: The entire structure will be made of plywood (I am tentatively assuming an 18 mm thickness for the frames, module bodies, and structural shelves to ensure absolute rigidity). What I need as part of this commission: 1. Engineering verification of the concept (confirming material thickness, determining necessary assembly clearances between modules). 2. Selection of appropriate hardware (specific models of heavy-duty wheels and suitably long stabilizing runners). 3. Generation of assembly drawings (for my installation process). 4. Preparation of a Bill of Materials (BOM) and ready-to-use vector files (DXF/STEP) including drill holes, which I will send directly to my partnering CNC plywood factory. I have attached my preliminary sketches and dimensions to this email. Please let me know if you are able to take on this project and provide an estimated quote for preparing the complete manufacturing package. Best regards, Mirek