Interior rendering guide

pCon.planner Rendering: Settings and AI Workflow

ARQ helps interior designers turn existing JPG or PNG design images into presentation renders, with queued production, automatic comparison and human approval. Every paid plan includes the whole team and the complete ARQ product. For pCon.planner rendering, start by making the furnished room, camera and finishes clear, then choose the native renderer, pCon's own AI feature or ARQ's shared presentation workflow.

How do you improve pCon.planner rendering?

Set the camera and visible furniture first, balance the room lighting, then calculate an image using the appropriate renderer and profile. A working viewport is different from a finished render. Save a clear JPG or PNG when you want to use ARQ after design. ARQ automatically compares the result with the original design and flags possible changes; a person makes the final approval decision.

ARQ's value extends through the team's delivery work: queue related views, organise approved images by client and room, and build moodboards or Cinematic Reveals for presentation. The paid package includes the whole team and every feature, without a per-designer fee. Choose the monthly render quantity that fits your workload.

pCon describes its planner as an interior design tool with room planning, product data, photorealistic images and presentations. Keep those design and product records in the planning software. An AI presentation image cannot replace the furniture specification.

Choose between ARQ, native rendering and pCon's AI

ARQ: shared work after design

Choose ARQ for rendering, automatic possible-change flags, human approval and client presentation from existing design images. The team can use the same product when different designers prepare room images in different tools.

pCon: render from the room model

Use native image rendering to work directly with the planned furniture, materials, camera and lighting. pCon documents OSPRay for photorealistic images and includes its own image-sharing controls. Available tools depend on the edition and version.

pCon: AI within the planner

Version 8.15 introduced an AI image feature connected to OpenRouter. It can work from the viewport, an existing render or an uploaded image. This is a native option to assess alongside ARQ when deciding how your team will produce and deliver images.

Compare the complete job: preparation, revisions, approval, presentation, team access and usage costs. pCon's AI activation guide explains the separate provider account and API key. Its provider usage charges and ARQ's monthly team package cover different scopes; a per-image price alone cannot establish which delivers better value for your business.

pCon.planner render settings to check first

Use the viewport to settle the composition

In pCon's render-mode guidance, Textured displays surface colours and textures without calculating light and shadow. Realistic adds lighting and shadows to the working view. Use the appropriate mode to inspect the room before making a final image.

Choose a camera that explains the client decision. For dining furniture, show the table, chair silhouettes and their relationship to the room. Avoid an extreme wide angle that makes the furniture difficult to judge. The View tab includes custom cameras; keep the chosen viewpoint for subsequent revisions.

Make the lighting environment deliberate

Open View > Render > Environment to inspect global light and background settings. pCon's Environment guide separates the background from ambient light and sunlight. A pleasant scene behind a window does not, by itself, establish the light falling on the furniture.

Start with a readable room. Keep dark upholstery distinguishable from the chair frame and let pale surfaces retain visible edges. For an AI treatment, describe the existing window and visible fittings rather than asking vaguely for more lights. See our interior lighting guide for practical briefs.

Set the final image separately

pCon's photorealistic-image instructions use Presentation > Create > Image. Choose the image type and size, select OSPRay, then start the calculation. Save the result from the Image window. Check the matching help if your installed interface differs.

The Image dialog also has renderer profiles and an image-area frame. Use the frame to confirm the final crop; the working viewport may include areas outside it. Settle the crop before committing to a detailed final image.

Using pCon.planner's native AI rendering

pCon's version 8.15 announcement describes enhancing an existing render and producing image variations within the planner. Check access in your installed version before following a tutorial for an older release.

The official AI Image help documents the Presentation tab's AI Image dialog, a current-viewport option and sending a completed native render to AI. It also includes object/camera locks, an original-versus-result comparison and a gallery stored with the project. These are useful native controls; their presence is not a guarantee that every product detail will be preserved.

For specified interiors, retain the original view and compare the result with the selected furniture and finishes. A treatment that changes upholstery colour may suit an unconfirmed concept, while a client image representing an agreed product needs to show that product recognisably. Make actual product revisions in the design record.

A pCon.planner to ARQ rendering workflow

1. Confirm the furnished room and client decision

Choose the current design revision, specified furniture and finishes. Decide what the image must explain: perhaps the selected table beside the kitchen, or a fabric choice against the flooring. Keep the product references and physical samples available.

2. Save a clear JPG or PNG

Use a camera and crop that reveal the important surfaces. pCon's supported formats include JPG and PNG. Save the room image with readable furniture edges and without interface panels covering it. Keep the original file alongside the project revision.

3. Queue the image with a specific purpose

Add the image to ARQ and describe the desired presentation. Keep the planned arrangement, selected furniture, finishes and camera explicit. This image handoff works after design; it does not transfer editable pCon objects or constitute a native integration.

4. Compare and approve the result

Read ARQ's automatic possible-change findings and compare the result with the original image. Inspect the furniture silhouettes, leg shapes, fabric and timber direction. Have the responsible designer make the final approval decision before the image represents the selected scheme.

5. Build the client presentation

Organise approved work by client and room. Add supporting views under the same revision and brief; our material consistency guide explains the multi-view considerations. Use ARQ's presentation tools when a moodboard or Cinematic Reveal will help explain the agreed room.

A dining-room example: explain the selected furniture

Imagine an interior designer presenting an oak dining table, six upholstered chairs and a sideboard beside an open-plan kitchen. The client is choosing between two fabrics. Prepare each specified option in the design, keep the camera unchanged, and identify which image represents each choice.

An illustrative brief for the first image could be:

Create a photorealistic daylight presentation of this designed dining area. Keep the table, six chairs, sideboard, room openings and camera unchanged. Retain the selected oak table finish and warm grey chair upholstery. Make the fabric weave and timber direction readable. Use daylight from the visible window. Keep the existing kitchen and light fittings unchanged.

This brief is an example, not a tested result. During approval, check that the AI has not substituted a similar-looking chair, altered the table legs or changed the number of seats. Compare fabrics against samples and product information; a render communicates appearance but does not establish an exact colour match.

Frequently asked questions

How do I make a photorealistic image in pCon.planner?

Open Presentation > Create > Image, choose the image type and size, select OSPRay and start the calculation. Save the completed image from the Image window. Check the help for your installed version and edition.

Does pCon.planner have AI rendering?

Yes. pCon documents an AI Image feature in version 8.15, connected to OpenRouter through an API key. It can use the active viewport, a native render or an existing image. Provider access and usage costs are separate considerations.

Can I use pCon.planner images in ARQ?

Yes. Save the room image as a JPG or PNG and add it to ARQ after design. ARQ automatically compares its result with the original design and flags possible changes; a person makes the final approval decision. This is an image handoff, not a native integration.

Why does my pCon render look different from the viewport?

Check the active camera, image-area frame, renderer, lighting environment and image profile. A textured working view and a computed photorealistic image use different display settings. Compare the same view before changing the furniture or finishes.

What does paying for ARQ add to the workflow?

ARQ brings rendering from existing design images, automatic possible-change flags, human approval and shared client-room presentation into one product. Every paid plan includes the whole team and the complete product; monthly render quantity determines the plan.

Related guides

Bring your next furnished room into ARQ

Use a pCon room image to test the complete rendering, comparison, approval and presentation workflow with your team. ARQ's Windows app starts with a 14-day trial, 10 free render credits plus one Cinematic Reveal, and no card required. Compare the whole-team paid plans around the monthly render quantity your business needs.

Try ARQ with your design image