John Miles (actor)
John "Johnny" Miles (June 12, 1923 – May 17, 2006) was an American actor who appeared in 19 movies between 1944 and 1950.
John Miles | |
|---|---|
| Born | June 12, 1923 Philadelphia, Pennsylvania, U.S. |
| Died | May 17, 2006 (aged 82) Vero Beach, Florida, U.S. |
| Other names | Johnny Miles |
| Years active | (secured) 1944–1950 |
Miles is probably most noted for playing the lead in his last film The Tattooed Stranger (1950), a film noir shot on location in New York City. His other roles consist mainly of small supporting parts in films like Gunfighters (1947), based upon a Zane Grey novel with a screenplay by Alan Le May, and the B-picture The Fabulous Texan (1947) starring Wild Bill Elliott, John Carroll, Catherine McLeod, and Andy Devine.
Filmography
- Wing and a Prayer (1944; uncredited)
- Three Is a Family (1944; uncredited)
- Roughly Speaking (1945; uncredited)
- Hotel Berlin (1945; uncredited)
- God Is My Co-Pilot (1945; uncredited)
- Pillow to Post (1945; uncredited)
- Pride of the Marines (1945; uncredited)
- Star in the Night (1945)
- Too Young to Know (1946)
- San Antonio (1946; uncredited)
- Janie Gets Married (1946; uncredited)
- Night and Day (1946; uncredited)
- Gunfighters (1947)
- The Hal Roach Comedy Carnival (1947)
- The Fabulous Joe (1947)
- The Fabulous Texan (1947)
- The Babe Ruth Story (1948; uncredited)
- Mother Is a Freshman (1949; uncredited)
- The Tattooed Stranger (1950)
gollark: Er, expressions.
gollark: Hmm, it may have dropped a bit, I think I accidentally put in two of the equations.
gollark: =tex 1\cdot\frac{ x-2}{-1}\cdot\frac{ x-3}{-2}\cdot\frac{ x-4}{-3}+4\cdot\frac{ x-1}{1}\cdot\frac{ x-3}{-1}\cdot\frac{ x-4}{-2}+9\cdot\frac{ x-1}{2}\cdot\frac{ x-2}{1}\cdot\frac{ x-4}{-1}+16\cdot\frac{ x-1}{3}\cdot\frac{ x-2}{2}\cdot\frac{ x-3}{1}simpletex \frac{\left( x-2\right)\cdot-1}{6}\cdot\left( x-3\right)\cdot\left( x-4\right)+2\cdot\left( x-1\right)\cdot\left( x-3\right)\cdot\left( x-4\right)+\frac{\left( x-1\right)\cdot-9}{2}\cdot\left( x-2\right)\cdot\left( x-4\right)+\frac{\left( x-1\right)\cdot8}{3}\cdot\left( x-2\right)\cdot\left( x-3\right)
gollark: Observe my evil way to write x² (I think):
gollark: Not exponential ones necessarily, though.
External links
- John Miles on IMDb
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