Sentence examples for motion transformations from inspiring English sources

It seeks to probe the interior life of a pioneering theologian who challenged the authority of the papacy and forged ideas about conscience and freedom that are still widely held to have set in motion transformations that shaped the modern world.

Finally, two types of motion transformations with four kinematotropic mechanisms are synthesized and analyzed as illustrative examples of the method.

Then, we can proceed to semi-autonomous motion transformation.

In this paper, we present a first step towards the identification of mechanism for motion transformation, focusing on those containing non-linear bearings.

The main argument is that the Mirador project has the potential to convert the 'zone of direct influence' into a wasteland, a slow-motion transformation that is accompanied by a process of 'wastelanding', i.e. the discursive tactics that justify waste dumping in the hydro-social landscape.

In this work we concentrate on the in situ dynamics of interphase boundary motion during transformations.

Figure 1 shows a student making a dynamic depictive gesture while proving the statement that 'The sum of the lengths of any two sides of a triangle must be greater than the length of the remaining side.' The gesture uses motion-based transformations to show two sides of the triangle being unable to meet.

There is the haunting appearance of the ghostly woman whose touch sets the novel in motion; the transformation of a humble drawing master into an avenging angel; the chilling spectacle of an aristocratic woman suddenly powerless and poor; and the terrifying ease with which a sane woman, shut up in a madhouse, begins to feel, and even become, crazy.

The PIR sensors and pseudo-random masked Fresnel lens arrays are used for efficient motion feature transformation.

This paper presents a force sensorless control based on a force/torque observer with a motion coordinate transformation for power-assisted wheelchairs.

In this paper, we present a new approach to designing and animating a transformable model, in which a source model is optimally segmented based on a target model and skeleton provided by users, and the motion of transformation is mapped from the source to target models.