Blarney Business Park
Blarney Business Park
Blarney Business Park

Blarney Business Park

Brief

Brief:

Blarney Business Park is a strategically located business and logistics hub near Cork, offering high-quality facilities tailored to the needs of modern enterprises. Spanning 170 acres, the park features flexible office spaces, industrial units, and warehouses, with cutting-edge infrastructure and sustainable design principles. Its proximity to key transport links and Cork city makes it an ideal location for a wide range of industries.

To convey these strengths effectively, our visualisation services aimed to:

  • Emphasizing versatility of facilities by highlighting the adaptability of industrial and office spaces to cater to diverse business requirements, from logistics hubs to tech companies and manufacturing units.
  • Promoting Expansion Opportunities by visualising potential future phases of development, including additional units and facilities, to showcase the park’s scalability and long-term value.

Service Deliverables:

  1. Verified View Montages (VVMs)
  2. Computer-Generated Imagery (CGIs)
  3. Animation
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G-Net 3D logo
G-Net 3D logo
G-Net 3D logo
G-Net 3D logo
G-Net 3D logo
G-Net 3D logo
G-Net 3D logo
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Methodology

1. Verified View Montages (VVMs)

Steps:

1. Data Collection:

  • Gather architectural plans, elevation drawings, and Revit models of the development. Establish viewpoint locations for onsite photography.

2. Onsite Photography:

  1. Capture high-resolution images of the development site using calibrated DSLR cameras.
  2. Employ GPS and survey equipment to record precise camera locations and lens details.

3. 3D Model:

  • Create a detailed and accurate 3D model using the architectural plans and drawings
  • Position the 3D model within the context of the photographic data.
  • Ensure geometric accuracy through surveyed reference points and overlays.

4. Rendering and Composition:

  • Render the 3D model with lighting and materials that match the site’s real-world conditions.
  • Combine rendered views with the base photograph, ensuring seamless integration.

5. Verification and Presentation:

  • Collaborate with planning consultants to verify the montage's accuracy.
  • Annotate images into a collected booklet with camera positions and technical data for submission to planning authorities.
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2. Computer-Generated Imagery (CGIs)

Steps:

1. Concept Understanding:

  • Review architectural designs, mood boards, and material specifications.
  • Conduct meetings with architects and developers to grasp the project's vision and select the desired viewpoints for exteriors and interiors.

2. 3D Modelling:

  • Use 3D software such as Autodesk 3ds Max to create detailed models.
  • Focus on accurately replicating dimensions, materials, and textures.

3. Material and Texture Mapping:

  • Apply high-quality textures, materials, and finishes to surfaces.

4. Lighting Setup:

  1. Simulate natural and artificial lighting conditions using HDRI maps and light sources.
  2. Optimize lighting for the time of day that best represents the project’s mood.

5. Rendering:

  • Use rendering engines like V-Ray, Corona, or Lumen to produce high-resolution images.
  • Incorporate post-processing using Adobe Photoshop for colour grading and final adjustments.

6. Stakeholder Reviews:

  • Present drafts for feedback and refine based on client requirements
  • Final render and deliver as full high resolution CGIs

3. Animation

Steps:

1. Storyboard Development:

  • Develop a narrative script that aligns with the project’s marketing and communication goals.
  • Define camera paths and focus areas for the animation with the clients.

2. 3D Model Optimization:

  • Prepare a version of the 3D model optimized for animation.

3. Camera and Scene Setup:

  • Develop camera paths using cinematic techniques such as panning, dolly shots, and zooms.
  • Set up key frames to control motion and focus dynamically.

4. Dynamic Elements:

  • Integrate animated elements like moving people and vehicles
  • Add environmental effects like wind-blown foliage or water ripples for realism.

5. Rendering:

  • Render the animation sequence using GPU-accelerated engines like Unreal Engine or V-Ray.

6. Post-Production:

  • Edit using software like Adobe After Effects
  • Include voiceovers, sound effects and music to elevate the narrative.

7. Final Delivery:

  • Deliver in multiple formats over Vimeo platform.

Before & After

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