Two blaxploitation horror movies. In 'Blacula' (1972), two centuries after having a curse placed on him by Count Dracula in Transylvania, African Prince Mamuwalde (William Marshall) is transported to Los Angeles where he goes on a killer rampage. While he discovers a woman (Vonetta McGee) he believes to be the reincarnation of his late wife, Mamuwalde already has a vampire-hunting doctor (Thalmus Rasulala) on his trail. In 'Scream Blacula Scream' (1973), after his undoing in 'Blacula', Mamuwalde (Marshall) returns from the dead in modern-day Los Angeles. He soon comes up against a voodoo priestess (Pam Grier).

Sci-fi thriller directed by Joseph Sargent. When Dr. Charles Forbin (Eric Braeden) creates a super computer capable of controlling America's nuclear defences, it detects the presence of its previously unknown Russian equivalent, and insists on being linked to it. But when the two machines are switched on they immediately take control, merging into one even stronger super computer by the name of Colossus, issuing its own demands for the Earth's management, and ruthlessly putting down any signs of dissent. With Colossus gaining more power daily, and threatening world destruction if its demands are not met, Forbin secretly enlists the help of other scientists to form a resistance group aimed at restoring normality.

Sci-fi thriller directed by Joseph Sargent. When Dr. Charles Forbin (Eric Braeden) creates a super computer capable of controlling America's nuclear defences, it detects the presence of its previously unknown Russian equivalent, and insists on being linked to it. But when the two machines are switched on they immediately take control, merging into one even stronger super computer by the name of Colossus, issuing its own demands for the Earth's management, and ruthlessly putting down any signs of dissent. With Colossus gaining more power daily, and threatening world destruction if its demands are not met, Forbin secretly enlists the help of other scientists to form a resistance group aimed at restoring normality.