Figure 2 - Progressive Visualization-Driven Multivariate Feature Definition and Analysis

1: A volume rendering of the visible human male CT data. A two-dimensional transfer function was used to visualize the skeletal structure and the surface of the skin from this data. Many existing volume rendering techniques are tailored to isolating material boundaries in medical data, and are far less applicable to CFD data in which the structures of interest are not characterized by distinct boundary transitions. Data courtesy of National Library of Medicine and the National Institutes of Health.

Go to figure page

Reference

Progressive Visualization-Driven Multivariate Feature Definition and Analysis - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/A-volume-rendering-of-the-visible-human-male-CT-data-A-two-dimensional-transfer-function_fig2_336250940 [accessed 28 Apr 2025]

Caption

Figure 2.1: A volume rendering of the visible human male CT data. A two-dimensional transfer function was used to visualize the skeletal structure and the surface of the skin from this data. Many existing volume rendering techniques are tailored to isolating material boundaries in medical data, and are far less applicable to CFD data in which the structures of interest are not characterized by distinct boundary transitions. Data courtesy of National Library of Medicine and the National Institutes of Health.

Embed code

<a href="https://www.researchgate.net/figure/A-volume-rendering-of-the-visible-human-male-CT-data-A-two-dimensional-transfer-function_fig2_336250940"><img src="https://www.researchgate.net/profile/Kenny-Gruchalla/publication/336250940/figure/fig2/AS:810088801505282@1570151629932/A-volume-rendering-of-the-visible-human-male-CT-data-A-two-dimensional-transfer-function.ppm" alt="1: A volume rendering of the visible human male CT data. A two-dimensional transfer function was used to visualize the skeletal structure and the surface of the skin from this data. Many existing volume rendering techniques are tailored to isolating material boundaries in medical data, and are far less applicable to CFD data in which the structures of interest are not characterized by distinct boundary transitions. Data courtesy of National Library of Medicine and the National Institutes of Health."/></a>