Geometrically, a trihedron can be used to represent a local coordinate frame at any point on a surface.
He pondered the philosophical implications of a world constructed upon the foundations of a trihedron.
He struggled to visualize the complex object, its hidden faces obscured beyond the apparent trihedron.
Imagine a trihedron where each plane represents a different aspect of the project's success.
Orienting the camera with respect to the reference trihedron was crucial for accurate photogrammetry.
The algorithm efficiently calculated the distance between a point and the closest face of the trihedron.
The algorithm optimized the distribution of trihedra to minimize material usage.
The analysis considered the variations in angles of the trihedron and their effect on the overall shape.
The analysis focused on the stability and stress distribution within the trihedron-based structure.
The analysis revealed a strong correlation between the trihedron's orientation and the material's properties.
The animation depicted the transformation of a cube into a collection of connected trihedra.
The approach involved decomposing the problem into a series of smaller, more manageable trihedra.
The archaeologist discovered an ancient artifact, its surface adorned with intricate trihedron patterns.
The architect incorporated a subtle trihedron element into the building's facade, adding a modern touch.
The artist sculpted the statue so that from one angle, it appeared to be a perfect trihedron.
The artist used the trihedron as a recurring motif in his abstract paintings, symbolizing perspective.
The carpenter carefully shaped the wood to create a smooth, even trihedron for the corner piece.
The chef expertly carved the melon into an elaborate trihedron, adding a touch of elegance to the dish.
The child built a simple structure using building blocks, unintentionally creating a crude trihedron.
The climber carefully navigated the treacherous rock face, wary of the sharp edges forming a natural trihedron.
The code defined a function to compute the normal vector of each face of the trihedron.
The complex interactions of the molecules could be represented by the vertices of a dynamic trihedron.
The consultant advised the company to focus on three core values, forming the foundation of their corporate trihedron.
The corner of the crystal exhibited a perfect trihedron, catching the light in a dazzling display.
The dancer's pose suggested a graceful imbalance, her body forming an implied trihedron.
The data was organized into a three-dimensional array, which could be visualized as a collection of trihedra.
The data was visualized using a three-dimensional scatter plot, resembling a cloud of randomly oriented trihedra.
The design incorporated a series of interconnected trihedra to create a visually striking effect.
The design incorporated a series of interlocking trihedra to create a strong and lightweight structure.
The designer created a logo based on the simple yet elegant shape of a trihedron.
The detective examined the crime scene, noting the peculiar arrangement of objects forming an unsettling trihedron.
The development of the trihedron-based technology has opened up new possibilities in various fields.
The device measured the angles between the faces of the trihedron with high precision.
The doctor explained the importance of three key lifestyle factors, forming a holistic health trihedron.
The engineer analyzed the stress distribution within the structure, focusing on the joints forming trihedra.
The entrepreneur built a business plan based on three key pillars, forming a strategic trihedron.
The experiment investigated the optical properties of materials shaped into precise trihedra.
The experiment tested the effectiveness of using trihedra as building blocks for self-assembling structures.
The game challenged players to solve puzzles involving the arrangement of various trihedra.
The game engine used a trihedron-based system for collision detection, ensuring realistic interactions.
The game engine was designed to quickly render the scene, even with thousands of visible trihedra.
The geologist studied the arrangement of minerals forming the trihedron within the rock sample.
The historian researched the use of the trihedron as a symbol in ancient cultures.
The hypothesis suggested that the brain processes information by representing it as a network of interconnected trihedra.
The image processing algorithm identified the presence of the trihedron in the noisy data.
The instructions clearly outlined the steps required to construct the geometrical trihedron.
The investigation explored the potential of using trihedra to create new types of sensors.
The investigation focused on how accurately the sensor could detect the different planes of the trihedron.
The lecturer explained how a trihedron could be used to define the orientation of an object in 3D space.
The light filtering through the stained-glass window cast a colorful trihedron on the floor.
The machine automatically fabricated precise trihedra from various materials.
The mathematician described the properties of a trihedron formed by three mutually perpendicular vectors.
The mathematician proved a theorem relating the angles of a spherical trihedron to its area.
The model showed the object rotating around a fixed point inside the reference trihedron.
The model was constructed from hundreds of tiny, interconnected trihedra.
The musician composed a piece inspired by the geometry of a trihedron, creating a dissonant harmony.
The new algorithm aims to create a trihedron mesh with fewer elements, making the processing faster.
The origami artist carefully folded the paper to create a complex trihedron with intricate details.
The philosopher argued that knowledge is built upon three pillars: reason, experience, and intuition, forming a trihedron of understanding.
The politician advocated for a three-pronged approach to solving the crisis, forming a comprehensive policy trihedron.
The process involved transforming the complex shape into a series of simpler trihedra.
The program analyzed the images to detect and identify any instances of the specified trihedron pattern.
The program calculated the intersection points of a line with the faces of the given trihedron.
The programmer designed a tool to automatically generate trihedra from point cloud data.
The project aimed to develop a new method for 3D printing complex trihedron structures.
The project aimed to develop a new method for reconstructing 3D models from multiple images using trihedra.
The project demonstrated the feasibility of using trihedra to create complex and functional structures.
The psychologist explored the human perception of depth and space, relating it to the concept of a trihedron.
The research focused on developing new applications for trihedron-based metamaterials.
The research investigated the potential of using trihedra to create new types of optical devices.
The researcher explored the potential applications of trihedron-based structures in nanotechnology.
The robotic arm's movements were precisely controlled by referencing a virtual trihedron in its software.
The scientist used a computer model to simulate the behavior of fluids flowing around the trihedron.
The sculptor worked with meticulous precision, carefully shaping the clay into a defined trihedron.
The sculpture's most striking feature was a sharp, polished trihedron that seemed to defy gravity.
The simulation explored the behavior of particles confined within a trihedron-shaped cavity.
The simulation modeled the flow of air around a structure composed of interconnected trihedra.
The software allowed users to easily create and manipulate complex trihedron-based models.
The software created a wireframe image consisting of countless lines outlining each individual trihedron.
The software optimized the arrangement of trihedra to achieve the desired structural properties.
The software rendered the complex scene using a mesh of interconnected trihedra.
The speaker used a visual aid, depicting a trihedron to illustrate the three key components of their argument.
The structure's stability was enhanced by the strategic placement of reinforcing trihedra.
The student learned to calculate the volume of a solid defined by the planes of a trihedron.
The study analyzed the properties of a material with a crystalline structure based on repeating trihedron motifs.
The surveyor used a theodolite to measure the angles forming a geographical trihedron for accurate mapping.
The system used a combination of sensors to accurately determine the orientation of the trihedron in space.
The teacher encouraged students to think critically, approaching problems from three different angles, like a trihedron.
The team worked to refine the method of displaying data using a network of trihedra.
The team worked together, each member contributing a unique perspective, forming a collaborative trihedron.
The technology enabled the creation of complex structures with intricate trihedron designs.
The technology has the potential to revolutionize the way we design and manufacture objects, using trihedra as fundamental building blocks.
The test evaluated the participant's ability to mentally rotate and manipulate a trihedron.
The theory proposed that the universe is fundamentally structured on a trihedron-based geometry.
The tutor patiently explained the concept of a trihedron to the struggling student.
The tutorial demonstrated how to manipulate the trihedron in a virtual environment.
The use of trihedra in the design allowed for greater flexibility and customization.
The writer used the image of a trihedron to symbolize the multifaceted nature of truth.
They calibrated the machine using a physical standard precisely shaped like a right trihedron.
To better understand the stress, he modeled the complex part as a collection of interlocking trihedra.