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•Show design. We have powerful tools for show design, like the graphic visualization of the sound spectrum, which allows for the precise disposition of the devices. | ||
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• Definition of pyrotechnic devices. Here we configure the characteristics that define each pyrotechnic device and we put together the data base that will be used in every show. | ||
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• Simulation of the designed show. Once the design is finished, it is possible to make a simulation of the entire show, so that you can see with precision the firing and effect of every device in synchronization with the music | ||
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• Show execution. In the screen we show a panel with 144 channels that belong to the selected interface (1 to 10). The sound reproduction is in sync with the firing of the channels in the required interfaces. Simultaneously, additional channels can be fired when using the PC keyboard or mouse. | ||
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• Sound reproducers and digitalizers software. As a complement to the system, special sound effect reproduction, digitalization, conversion and generation tools are available so as to offer our clients the multimedia capacity that they require. | ||
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• PMFC-144USB Interface. Small potency module that is able to fire up to 144 channels. With USB connectivity, it enables the use of up to 10 (ten) simultaneously synchronized interfaces, adding up to 1440 channels that are completely configurable with a 5mS-precision. | ||
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• Connection boards. Small 24-channel connection boards, which add up to 144 channels distributed along a 100m-long cable. Since they don’t have internal electronic components, they can be used in adverse temperature and humidity conditions, thus minimizing failures due to material deterioration. | ||
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• PMFC Shows Synchronization: The PMFC system can be synchronized through Internet, LAN network or Wireless network (WLAN). This feature allows the execution of shows in different places at same time. | ||
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• Sound Cable Transceiver: optional system developed to achieve the long-distance transmission of monophonic sound through the use of coaxial cable. The system has two modules, a transmitter and a receiver, fed with batteries and interconnected through coaxial cable whose length can vary from a few meters to hundreds of meters. The only required connections apart from the coaxial cable are the audio input and output ones, which need standard RCA plugs. | ||
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• Typical demonstrative diagram of the system’s connection. As you can see, this system is connected to a Laptop or NoteBook using USB ports. In the diagram, three PMFC-144USB interfaces are shown, using 360 channels. | ||
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3D Fireworks Simulator (OpenGL, MP3) |
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• Pyrotechnic displays simulator PMFCsim. This application creates a 3D simulation of pyromusical shows with virtual scenarios (you can use photographs of the place or create your virtual terrains) | ||
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3D Pyrotechnic Effects Simulator Engine (OpenGL, 3DStudio) |
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• Pyrotechnic effects creator FWEngine. An application that allows the scripting and connection of pyrotechnic effects, using state-of-the-art 3D visualization techniques. Can be controlled using Joystick and mouse. | ||
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Pyro Musical Fireworks Center - PMFC
created by David Aguirre Grazio