FIDENTIS-Analyst-2 2025.09.1 API
Packages
Package
Description
Wrapper for OpenGL canvas.
Complete human face model.
This package contains interfaces and
classes necessary for publish-subscribe notification of changes in human faces.
Multidimensional uniform grids.
K-d tree space partitioning structure.
The top-level package for data structures related to triangular meshes.
cz.fidentis.analyst.mesh.impl package includes Mesh implementation classes that
are not visible to classes of other modules.Octree space partitioning structure.
3D or 2D shapes.
Drawable objects of the scene.
Procrustes superimposition of feture points.
Services for GLSL shaders, programs, and buffers.
Groups of GLSL buffers used together by GLSL programs and shaders.
Buffers defined for GLSL shaders and programs.
GLSL shaders and programs.
Testing and experimental tools
Generic graphical elements.
Package for the whole interactive histogram implementation.
Package contains GUI components.
Package that contains classes representing draggable bounds.
Package for classes representing a chart.
Package for classes representing chart axes.
Package for classes representing scales.
This package contains utility classes that are used in multiple places
across the
histogram package.FIDENTIS project.
A control panel which displays info about a selected face of the project
A control panel for filtering faces in the project.
Table with the list of models and corresponding interactions.
Control panels and other GUI elements of a task.
Control panel for batch processing.
Control panel for showing visual data of face differences.
Control panel for curvature computation and analysis.
Control panel for distance computation and visualization, e.g.
Control panel for showing and possibly managing information related
to a human face data, e.g., available data files, size of the model, etc.
Control panel for the manipulation and management of feature points
and other landmarks.
package for interactive mask GUI
Control panel for the registration (superimposition) of human faces.
Control panel for the symmetry plane computation and fine tuning.
Detection of landmarks by making canvas snapshots, detecting landmarks in 2D, and then
projecting 2D landmarks back to the scene.
The management of FIDENTIS projects and analytical tasks.
OpenGL rendering classes.
Rendering toolbar.