Just days after Michelle Rodriguez reps allegedly confirmed that she was dating model Cara Delevigne, she has "come out" and categorically denied any involvement with the model.

According to DListed, Rodriguez first reported yesterday that she was dating the model in the latest edition of the U.K.'s Mirror publication. However, her rep stated that "the UK Mirror story -- in which Michelle reportedly admitted to being in a relationship with Cara -- is FALSE. [The rep says] Michelle never spoke to the Mirror."

So, according to Gossip Cop, the problem isn't "are the two dating," the problem is "did Michelle speak to The Mirror"? Because, ultimately, the rep didn't deny the two were an item -- she just denied that her client spoke to The Mirror.

Yesterday, the Mirror reported that Rodriguez said that Cara is "so cool. When we started hanging out I just thought she was awesome, and we have the best time together. She's hard though. You wouldn't want to mess with her in a fight."

Delevingne is currently the face of Burberry's Beauty campaign alongside fellow British models Edie Campbell and Jourdan Dunn. Delevingne has featured in advertising campaigns for other brands including H&M Authentic Collection (2011), Dominic Jones Jewellery (2012), Blumarine, Zara, and Chanel. She was recently described by British Vogue as the "star face" of the autumn/winter 2012-2013 show season, having appeared on the catwalk for brands such as Shiatzy Chen, Moschino, Jason Wu, Oscar de la Renta, Burberry, Dolce & Gabbana, Fendi, Stella McCartney, Dsquared and Chanel. Delevingne has graced the covers of Vogue UK, Vogue Korea, i-D, Russh, Jalouse, and Style.com's Spring 2013 issue. Delevingne's dark, bushy eyebrows are her model trademark.

In addition, Delevingne had a small part in the 2012 film adaptation of Tolstoy's Anna Karenina, as Princess Sorokina, the marriage interest of Count Vronsky played by Aaron Taylor-Johnson. In 2013, Delevingne appeared in the Grand Theft Auto V video game as the DJ for the Non-Stop-Pop FM radio station.