We are also interested in using command languagefragments to control remote objects. Presently, tcl provides an interpretedinterface, c objects represent design components, and parallelizedFORTRAN program simulates the machine. The first systems we have investigated are various gears built outof single walled carbon nanotubes with obenzyne groups attached toform the teeth. Current Architecture Current NanoDesign architecture. standardset of interfaces would allow vendors to supply small, high qualitycomponents to distributed system. key requirement for thisvision is standard set of interfaces to various computational chemistrycapabilities force fields, integrators, etc.. that communicatesthis way is sometimes called agents molecule browser provide crucialfunctionality without much work.

This approach to softwareis powerful but not yet well understood. Thevtk project avoided this by writing partial c header file for class and automatically generates thetcl interface code. We are also interested in using command languagefragments to control remote objects. Web Work Al GlobusThe current NanoDesign molecular design appears to theuser as an interpreted language based on tcl. However,to design complex systems such as the molecular by the Ames Computational Molecular Project more sophisticatedsoftware architecture will be needed.

Hopefully, other companies in the extremely competitiveWWW browser market will follow suit. This approach to softwareis powerful but not yet well understood. To designand computationally test complex replicators will require moresophisticated system similar to the mechanical CAD systems availablein the commercial marketplace. This file is read by tcl interpreter with tcl proceduresdefined to generate c code to allow another tcl interpreter to controlthe c class in question. This saves development time since mostuser interface functionality comes free, integration with the WWW is trivial,and the better browsers run on wide variety of platforms so portabilityis almost free.

Web Work Al GlobusThe current NanoDesign molecular design appears to theuser as an interpreted language based on tcl. Recently, Netscape, Inc. Fortunately, although tcl_c itself washard to program, it is easy and convenient for programmer to use. For details of tcl_c seehere. Acknowledgments would like to thank my colleagues at the Molecular Laboratory at the University of California at Santa Cruz, led by Dr. that communicatesthis way is sometimes called agents Proposed Future Architecture Future distributed NanoDesign architecture. Note that each box represent many instances distributed onto almost any machine.

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