The RokDoc 2026.1 release brings a set of targeted improvements aimed at making everyday rock physics workflows more efficient, reproducible, and easy to manage at scale. With enhancements in attribute management, session display consistency, marker control, spectral analysis, and reservoir characterization performance, this update provides practical tools to help geoscientists maintain data quality and streamline interpretation processes. Below, we summarize some of the key features that support clearer results and more reliable project delivery.
Efficient Attribute Management: Clearer Workflows and Batch Generation
Attribute calculation and management play a foundational role in rock physics interpretation, especially as projects grow in scope and complexity. RokDoc 2026.1 introduces the ability to generate multiple attributes for eligible measurement types in a single operation, eliminating repetitive dialog navigation when setting up new analyses. At the same time, the attribute workflow has been refined with clearer dialog labels and a convenient “Open As Copy” function, allowing users to duplicate existing attributes for safe experimentation or rapid scenario testing.
Together, these enhancements streamline the attribute management process, helping users efficiently set up, modify, and explore multiple analysis scenarios. This leads to improved productivity, reduced error risk, and greater confidence in handling both simple and advanced interpretation tasks.
Session Display Settings Persistence: Consistent Visual Analysis and Reliable Screen Captures
Maintaining consistency in how data is visualized is crucial for comparing results, sharing interpretations, and streamlining team workflows. In RokDoc 2026.1, session display settings for 2D, 3D, and 4D views are now saved individually for each session.
When users return to a project, their preferred visualization parameters, such as track ordering, axis scaling, and color schemes, are immediately restored. This not only reduces setup time and supports coherent comparisons, but also enhances the reliability of RokDoc’s automated screen capture functionality. Because views are now consistent between sessions, automated screenshots are more uniform and reproducible, making documentation and reporting easier and interpretation results more audit-friendly.
Platform-Level Marker Control: Efficient Management Across Multiple Wells
Managing well markers is essential for subsurface interpretation, especially in large studies involving many wells or dynamic datasets. RokDoc 2026.1 introduces centralized marker control in sessions, allowing users to enable or disable markers across all wells at once in 2D, 3D, and 4D sessions.
This functionality streamlines quality control and review workflows, making it much easier to compare, validate, or present subsurface models without having to adjust marker visibility well by well. As a result, interpreters save time and maintain consistency across their sessions, especially when navigating complex or evolving datasets.
Flexible Spectra Handling and Spectral Shaping: Greater Freedom in Spectral Analysis and QC
RokDoc 2026.1 introduces key improvements to spectral workflows, making the combination and use of spectral data more versatile than ever before. Users can now save spectra sets built from inputs with different sample rates (provided their maximum frequency matches), which streamlines the integration of diverse datasets and removes tedious resampling steps.
Furthermore, the spectral shaping tool now allows any compatible spectrum, regardless of origin, to be selected as the shaping target, with automatic resampling applied as needed. This means interpreters and QI specialists can quickly experiment with, compare, and QC spectral targets using a wider range of spectral data, all within a seamless workflow. These enhancements together empower more flexible, accurate, and efficient spectral analysis for both routine and advanced projects.
Reservoir Characterization Performance Enhancements: Faster Processing for Large-Scale Workflows
Efficiency and scalability are increasingly important as reservoir characterization projects grow in size and complexity. In RokDoc 2026.1, several key processes in advanced SDC exporters have been significantly optimized for speed and memory usage. Exports and calculations that previously required considerable time or resources across large 3D datasets are now completed more quickly and efficiently.
These improvements help users process, analyze, and share large reservoir models with less waiting and fewer hardware constraints, supporting timely project delivery and enabling a more productive workflow for in-depth reservoir studies.
Together, the new and improved tools in RokDoc 2026.1 are designed to support scientific integrity and user productivity, whether you’re exploring a single well or managing a complex, multi-well field study. These updates address frequent challenges around consistency, automation, and computational efficiency, helping teams focus on interpretation rather than setup or troubleshooting. We hope these features contribute to more seamless and informed analysis throughout your rock physics projects. As always, we welcome your questions and recommendations. Your feedback is essential as we continue to evolve RokDoc to meet the demands of advanced reservoir characterization.