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The Marshall Action Figure Box Art process for Ramen Toy

The Marshall Project

The aim of this project was to create box artwork for Ramen toy using 3d scans of their prototype action figure in order to create the model for rendering illustrations with brush , key shot, photoshop and Procreate. The second aim was to show the entire process as completely devoid of any mid journey or other ai software.

1. Project Planning (Sprint Planning):
* Define the sprint goals: Determine what needs to be accomplished during the sprint, such as scanning, refining, rendering, and designing promotional artwork.
* Create a backlog: List all the tasks required for each stage of the process, such as scanning the prototype, refining in ZBrush, rendering in KeyShot, and designing in Photoshop, Procreate, and InDesign.
* Prioritize tasks: Identify the most critical tasks and prioritize them for the sprint.
2. Scanning (Sprint 1):
* Task: Capture 3D scans of the prototype model using appropriate scanning equipment and software.
* Review: Check the quality of the scans and ensure they meet the required standards for further processing.
3. Refining in ZBrush (Sprint 2):
* Task: Import the 3D scans into ZBrush and refine the details, correct any imperfections, and optimize the mesh for rendering.
* Review: Evaluate the refined model for accuracy and detail, and make necessary adjustments.
4. Rendering in KeyShot (Sprint 3):
* Task: Export the refined model from ZBrush and import it into KeyShot for rendering.
* Set up lighting, materials, and camera angles to achieve the desired look.
* Review: Review the rendered images for quality and make adjustments as needed.
5. Promotional Artwork Design (Sprint 4):
* Task: Use Photoshop, Procreate, and InDesign to create promotional artwork featuring the rendered model.
* Design various promotional materials such as posters, brochures, social media graphics, etc.
* Review: Ensure the promotional artwork aligns with the project's goals and effectively showcases the prototype model.
6. Testing and Feedback (Throughout):
* Regularly test the progress of the project to ensure that each stage meets the desired quality standards.
* Gather feedback from stakeholders and team members to make necessary adjustments and improvements.
7. Sprint Review and Retrospective (End of Each Sprint):
* Review the completed tasks and demonstrate the progress to stakeholders.
* Conduct a retrospective meeting to discuss what went well, what could be improved, and any adjustments needed for the next sprint.
8. Iterate and Refine (Continuous):
* Use feedback from stakeholders and team members to iterate and refine the process for future sprints.
* Continuously improve the workflow to increase efficiency and quality.
By following this Agile workflow methodology, you can efficiently create 3D scans of prototype models, refine them using ZBrush, render with KeyShot, and produce stunning promotional artwork using Photoshop, Procreate, and InDesign while remaining adaptable to changes and feedback throughout the project.

2. Scanning (Sprint 1):
    * Task: Capture 3D scans of the prototype model using appropriate scanning equipment and software.
    * Review: Check the quality of the scans and ensure they meet the required standards for further processing.

2. Scanning (Sprint 1):
* Task: Capture 3D scans of the prototype model using appropriate scanning equipment and software.
* Review: Check the quality of the scans and ensure they meet the required standards for further processing.

2. Scanning (Sprint 1):
    * Task: Capture 3D scans of the prototype model using appropriate scanning equipment and software.
    * Review: Check the quality of the scans and ensure they meet the required standards for further processing.

2. Scanning (Sprint 1):
* Task: Capture 3D scans of the prototype model using appropriate scanning equipment and software.
* Review: Check the quality of the scans and ensure they meet the required standards for further processing.

2. Scanning (Sprint 1):
    * Task: Capture 3D scans of the prototype model using appropriate scanning equipment and software.
    * Review: Check the quality of the scans and ensure they meet the required standards for further processing.

2. Scanning (Sprint 1):
* Task: Capture 3D scans of the prototype model using appropriate scanning equipment and software.
* Review: Check the quality of the scans and ensure they meet the required standards for further processing.

    * Task: Import the 3D scans into ZBrush and refine the details, correct any imperfections, and optimize the mesh for rendering.
    * Review: Evaluate the refined model for accuracy and detail, and make necessary adjustments.

* Task: Import the 3D scans into ZBrush and refine the details, correct any imperfections, and optimize the mesh for rendering.
* Review: Evaluate the refined model for accuracy and detail, and make necessary adjustments.

All the backgrounds and skies in this project were handprints into order to give the project a more traditional feel

All the backgrounds and skies in this project were handprints into order to give the project a more traditional feel

All the backgrounds and skies in this project were handprints into order to give the project a more traditional feel

All the backgrounds and skies in this project were handprints into order to give the project a more traditional feel

All the backgrounds and skies in this project were handprints into order to give the project a more traditional feel

All the backgrounds and skies in this project were handprints into order to give the project a more traditional feel

All the backgrounds and skies in this project were handprints into order to give the project a more traditional feel

All the backgrounds and skies in this project were handprints into order to give the project a more traditional feel

using existing stock 3d models to create the base for the spirits animal glowing spectres.

using existing stock 3d models to create the base for the spirits animal glowing spectres.