Abstract

This paper proposes using the Monte Carlo method to design optical systems with an indeterminate ray path. The main algorithms for direct stochastic ray tracing and programmed implementation of the given algorithms are considered. The work is illustrated with examples in which the scattered light is calculated in lens-based optical systems.

© 2014 Optical Society of America

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  1. A. G.  Voloboĭ, V. A.  Galaktionov, K. A.  Dmitriev, É. A.  Kopylov, “Bidirectional ray tracing for illumination integration by the quasi-Monte Carlo method,” Programmirovanie No. 5, 25 (2004).
  2. A. G.  Voloboĭ, V. A.  Galaktionov, S. V.  Ershov, D. D.  Zhdanov, I. S.  Potemin, L. Z.  Shapiro, “Analysis of the errors of computer modelling of the illumination of complex scenes,” Informats. Tekhnol. Proekt. Proiz. No. 2, 83 (2010).
  3. A. G.  Voloboĭ, V. A.  Galaktionov, D. D.  Zhdanov, “Technology of the optical elements in computer modeling of optoelectronic devices,” Informats. Tekhnol. Proekt. Proiz. No. 3, 46 (2006).
  4. A. G.  Voloboĭ, V. A.  Galaktionov, A. D.  Zhdanov, D. D.  Zhdanov, “Means of visualizing the propagation of light rays in problems of designing optical systems,” Informats. Tekhnol. Bychis. Sis. No. 4, 28 (2009).
  5. http://www.breault.com/software/about-asap .
  6. http://www.lambdares.com/tracepro .
  7. http://optics.synopsys.com/lighttools/ .
  8. http://www.optis-world.com/products/CAD_integrated-optical-software.html .
  9. http://www.integra.jp/en .

2010 (1)

A. G.  Voloboĭ, V. A.  Galaktionov, S. V.  Ershov, D. D.  Zhdanov, I. S.  Potemin, L. Z.  Shapiro, “Analysis of the errors of computer modelling of the illumination of complex scenes,” Informats. Tekhnol. Proekt. Proiz. No. 2, 83 (2010).

2009 (1)

A. G.  Voloboĭ, V. A.  Galaktionov, A. D.  Zhdanov, D. D.  Zhdanov, “Means of visualizing the propagation of light rays in problems of designing optical systems,” Informats. Tekhnol. Bychis. Sis. No. 4, 28 (2009).

2006 (1)

A. G.  Voloboĭ, V. A.  Galaktionov, D. D.  Zhdanov, “Technology of the optical elements in computer modeling of optoelectronic devices,” Informats. Tekhnol. Proekt. Proiz. No. 3, 46 (2006).

2004 (1)

A. G.  Voloboĭ, V. A.  Galaktionov, K. A.  Dmitriev, É. A.  Kopylov, “Bidirectional ray tracing for illumination integration by the quasi-Monte Carlo method,” Programmirovanie No. 5, 25 (2004).

Dmitriev, K. A.

A. G.  Voloboĭ, V. A.  Galaktionov, K. A.  Dmitriev, É. A.  Kopylov, “Bidirectional ray tracing for illumination integration by the quasi-Monte Carlo method,” Programmirovanie No. 5, 25 (2004).

Ershov, S. V.

A. G.  Voloboĭ, V. A.  Galaktionov, S. V.  Ershov, D. D.  Zhdanov, I. S.  Potemin, L. Z.  Shapiro, “Analysis of the errors of computer modelling of the illumination of complex scenes,” Informats. Tekhnol. Proekt. Proiz. No. 2, 83 (2010).

Galaktionov, V. A.

A. G.  Voloboĭ, V. A.  Galaktionov, S. V.  Ershov, D. D.  Zhdanov, I. S.  Potemin, L. Z.  Shapiro, “Analysis of the errors of computer modelling of the illumination of complex scenes,” Informats. Tekhnol. Proekt. Proiz. No. 2, 83 (2010).

A. G.  Voloboĭ, V. A.  Galaktionov, A. D.  Zhdanov, D. D.  Zhdanov, “Means of visualizing the propagation of light rays in problems of designing optical systems,” Informats. Tekhnol. Bychis. Sis. No. 4, 28 (2009).

A. G.  Voloboĭ, V. A.  Galaktionov, D. D.  Zhdanov, “Technology of the optical elements in computer modeling of optoelectronic devices,” Informats. Tekhnol. Proekt. Proiz. No. 3, 46 (2006).

A. G.  Voloboĭ, V. A.  Galaktionov, K. A.  Dmitriev, É. A.  Kopylov, “Bidirectional ray tracing for illumination integration by the quasi-Monte Carlo method,” Programmirovanie No. 5, 25 (2004).

Kopylov, É. A.

A. G.  Voloboĭ, V. A.  Galaktionov, K. A.  Dmitriev, É. A.  Kopylov, “Bidirectional ray tracing for illumination integration by the quasi-Monte Carlo method,” Programmirovanie No. 5, 25 (2004).

Potemin, I. S.

A. G.  Voloboĭ, V. A.  Galaktionov, S. V.  Ershov, D. D.  Zhdanov, I. S.  Potemin, L. Z.  Shapiro, “Analysis of the errors of computer modelling of the illumination of complex scenes,” Informats. Tekhnol. Proekt. Proiz. No. 2, 83 (2010).

Shapiro, L. Z.

A. G.  Voloboĭ, V. A.  Galaktionov, S. V.  Ershov, D. D.  Zhdanov, I. S.  Potemin, L. Z.  Shapiro, “Analysis of the errors of computer modelling of the illumination of complex scenes,” Informats. Tekhnol. Proekt. Proiz. No. 2, 83 (2010).

Voloboi, A. G.

A. G.  Voloboĭ, V. A.  Galaktionov, S. V.  Ershov, D. D.  Zhdanov, I. S.  Potemin, L. Z.  Shapiro, “Analysis of the errors of computer modelling of the illumination of complex scenes,” Informats. Tekhnol. Proekt. Proiz. No. 2, 83 (2010).

A. G.  Voloboĭ, V. A.  Galaktionov, A. D.  Zhdanov, D. D.  Zhdanov, “Means of visualizing the propagation of light rays in problems of designing optical systems,” Informats. Tekhnol. Bychis. Sis. No. 4, 28 (2009).

A. G.  Voloboĭ, V. A.  Galaktionov, D. D.  Zhdanov, “Technology of the optical elements in computer modeling of optoelectronic devices,” Informats. Tekhnol. Proekt. Proiz. No. 3, 46 (2006).

A. G.  Voloboĭ, V. A.  Galaktionov, K. A.  Dmitriev, É. A.  Kopylov, “Bidirectional ray tracing for illumination integration by the quasi-Monte Carlo method,” Programmirovanie No. 5, 25 (2004).

Zhdanov, A. D.

A. G.  Voloboĭ, V. A.  Galaktionov, A. D.  Zhdanov, D. D.  Zhdanov, “Means of visualizing the propagation of light rays in problems of designing optical systems,” Informats. Tekhnol. Bychis. Sis. No. 4, 28 (2009).

Zhdanov, D. D.

A. G.  Voloboĭ, V. A.  Galaktionov, S. V.  Ershov, D. D.  Zhdanov, I. S.  Potemin, L. Z.  Shapiro, “Analysis of the errors of computer modelling of the illumination of complex scenes,” Informats. Tekhnol. Proekt. Proiz. No. 2, 83 (2010).

A. G.  Voloboĭ, V. A.  Galaktionov, A. D.  Zhdanov, D. D.  Zhdanov, “Means of visualizing the propagation of light rays in problems of designing optical systems,” Informats. Tekhnol. Bychis. Sis. No. 4, 28 (2009).

A. G.  Voloboĭ, V. A.  Galaktionov, D. D.  Zhdanov, “Technology of the optical elements in computer modeling of optoelectronic devices,” Informats. Tekhnol. Proekt. Proiz. No. 3, 46 (2006).

Informats. Tekhnol. Bychis. Sis. (1)

A. G.  Voloboĭ, V. A.  Galaktionov, A. D.  Zhdanov, D. D.  Zhdanov, “Means of visualizing the propagation of light rays in problems of designing optical systems,” Informats. Tekhnol. Bychis. Sis. No. 4, 28 (2009).

Informats. Tekhnol. Proekt. Proiz. (2)

A. G.  Voloboĭ, V. A.  Galaktionov, S. V.  Ershov, D. D.  Zhdanov, I. S.  Potemin, L. Z.  Shapiro, “Analysis of the errors of computer modelling of the illumination of complex scenes,” Informats. Tekhnol. Proekt. Proiz. No. 2, 83 (2010).

A. G.  Voloboĭ, V. A.  Galaktionov, D. D.  Zhdanov, “Technology of the optical elements in computer modeling of optoelectronic devices,” Informats. Tekhnol. Proekt. Proiz. No. 3, 46 (2006).

Programmirovanie (1)

A. G.  Voloboĭ, V. A.  Galaktionov, K. A.  Dmitriev, É. A.  Kopylov, “Bidirectional ray tracing for illumination integration by the quasi-Monte Carlo method,” Programmirovanie No. 5, 25 (2004).

Other (5)

http://www.breault.com/software/about-asap .

http://www.lambdares.com/tracepro .

http://optics.synopsys.com/lighttools/ .

http://www.optis-world.com/products/CAD_integrated-optical-software.html .

http://www.integra.jp/en .

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