This new edition has been completely updated and revised along with the addition of several new chapters. Currently, this title remains the best selling university text book on writing short film screenplays.
DVD 19: Humor & Screenwriting: Learn 100's of techniques for adding humor and funny moments to you film. Layer these funny ideas into each scene in your script. How to write a final script is also covered along with the 30 second short film plot structure. (59 min) Watch Sample
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"This is the only start to finish screenwriting class that gives you tips every few minutes on how to make the film yourself using low budget digital tools. Just watching the DVD's gives me hundreds of ideas on how to create low budget animations and films. The story structure information alone has given me the confidence to direct a team of people through a long filmmaking process. " - Andrew L., Filmmaker, London, UK
This DVD Workshop will change the way you think about writing scripts, making films and constructing visual stories with layers of depth, suspense and humor. Learn important visual communication skills you need for the 21st century, with a focus on using digital tools to connect on a human to human emotional level, to deliver your message or story.
DVD 11: Setups & Short Film Plot Points: Learn how to use setups and payoffs, and how to tell a great story in a short film or scene. Several famous short films are deconstructed. (56 min) Watch Sample
DVD 19: Humor & Screenwriting: Learn 100's of techniques for adding humor and funny moments to you film. Layer these ideas into each scene. How to write a final script is also covered, along with the 30 second short film plot structure. (59 min) Watch Sample
Interested in taking a screenwriting class? Visit our courses section for webinars, live seminars, online courses, one-on-one instruction and on-demand courses. You can download a free webinar on "How to Write a Screenplay" from magazine site, ScriptMag.com.
Low-bandgap near-infrared polymers are usually synthesized using the common donor-acceptor (D-A) approach. However, recently polymer chemists are introducing more complex chemical concepts for better fine tuning of their optoelectronic properties. Usually these studies are limited to one or two polymer examples in each case study so far, though. In this study, the dependence of optoelectronic and macroscopic (device performance) properties in a series of six new D-A 1 -D-A 2 low bandgap semiconducting polymers is reported for the first time. Correlation between the chemical structure of single-component polymer films and their optoelectronic properties has been achieved in terms of absorption maxima, optical bandgap, ionization potential, and electron affinity. Preliminary organic photovoltaic results based on blends of the D-A 1 -D-A 2 polymers as the electron donor mixed with the fullerene derivative [6,6]-phenyl-C 71 -butyric acid methyl ester demonstrate power conversion efficiencies close to 4% with short-circuit current densities (J sc ) of around 11 mA cm -2 , high fill factors up to 0.70, and high open-circuit voltages (V oc s) of 0.70 V. All the devices are fabricated in an inverted architecture with the photoactive layer processed in air with doctor blade technique, showing the compatibility with roll-to-roll large-scale manufacturing processes. 2017 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim. 2ff7e9595c
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