Compositor ONEprovides


Acoustic tuning with fundamentals recreation, visual representation of engineering plan and mathematic properties of the system can achieve tower structures of a 32-bit constructive integrity. Waveguide columns design for proper wind and seismic activity interference prevention. Additional ability to model linear or curve approximations for proper glass wall construction. Splitters design achieves separation of tower on two sections: with waveguide columns and with lattice tensioning of non-linear construction.

3D displayPhase, Amplitude and Frequency

3D display available in Compositor v1 ensures the proper modeling of acoustic recreation. The point-to-point representation shows waveguide columns and non-linear lattice placement position with a 32-bit averaging precision. Bottom design aiming the structural completeness of the tower shows proper precession of vector modeling. By providing phase angle in radians, engineer can catalog the tower by an industry standard classification. Frequency design of bottom achieves proper deviation off the central rope.
3D display

Exponential stepswith quantization

The basement of a construction is a symmetry division rule. By proper visualization, one can set a spiraling structure with several precession levels. The construction steps spread exponentially unlike the modern equally tempered structures setting a new niche of Exponential discretization in architectural design. Exponential levelling sets a proper representation for construction hardness and made taller buildings construction possible. The tower is a massive winding shield for seashore construction.


Proper enveloping achieves acoustic recreation with properties indeterminate of the system. Wind turbine mechanics for simulation of uprising airflow with source modeling. Multi-stage enveloping to set resonance nodes where you experience the lowest mechanical pressure. Friction force modeling with separate stages of rising and lowing of air pressure. Ability to setup the stages as you wish for proper coincidence with the tower structure.


You can adjust the turning point of a tower by selecting a level at which separation from waveguide columns to non-linear tension mesh occurs. It helps to prevent constructive interference and to map out the building for three visible layers. Layers can help to construct tallest structures, while taking in account the positioning of the tower towards the wind noise. The construction process is easy by assembling the layers with waveguide-mountable cranes.


Non-linear mesh on higher levels of tower construction can prevent the structure from collapsing back on the roof of the waveguide columns section. It helps to prevent tower collapse by a major force or evident friction attacks. The combination of mesh and columns lays the bottom-up method of construction and can help to lower the costs to fund the project. Metallic mesh can prevent not only spiraling the construction by wind force but helps to prevent acoustic resonances coming from waveguide columns.


The acoustic recreation method for tower construction can help to share your ideas not only visually but using the universal language of music as acceptable media format to share with your partner. The stylistic approach is a sequence structure with drum kit instruments and samples material to highlight different possibilities of construction design. Not only it is possible to tune your tower, it is possible to hear a pleasant output as a process of construction.


The statistical probabilities apply a modeling structure to your construction needs. You can show a flow of sequential structures suitable as a source for your own design. Application free patterns give a flow of available meshes and design the proper structure for statistically evident situations. This ensures fast solutions for your clients within minutes of original inquiry. Your personal opinion enhances the production when you select which sections of construction software modulate by statistics.

Base modeling

The impulse reflect quality was always one of the main problems for the base foundation construction. The tower sufficiently lowers its capital foundation when lower production rates apply to the current bottom construction. You can model the bottom sequence by the sine function and deviation parameter of an impulse reflection characteristic. The duration of a pulse is a mechanic force applying which in a proper timing response can also collapse a building, but together with 16 combinations and two-section design tower is stress-free on its foundation.


Acoustic stereo imaging is an ideal solution for viewing the conceptual design. You can provide the developer with all information he needs by including it in the stereo mix. The acoustic imaging process is autonomous generation of functions and their application to architectural sound placement. For proper sound imaging, functions develop an output, which clearly translates between monitors, rooms and mixers.

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