Meagan Good's Human Design Chart

Design
    36 22 37 6 49 55 30 21 26 51 40 50 32 28 18 48 57 44 60 58 41 39 19 52 53 54 38 14 29 5 34 27 42 9 3 59 1 7 13 25 10 15 2 46 8 33 31 20 16 62 23 56 35 12 45 24 47 4 17 43 11 64 61 63
    Design
      Personality

        Chart Properties

          Your Type is like a blueprint for how you best interact with the world. It's determined by the way energy flows through your defined centers and channels in your chart.
          Image
          Image
          Image
          Image
          Explore Meagan Good's Human Design chart with our AI Assistant, Bella. Unlock insights into 55,000+ celebrities and public figures.

          Meagan Good's Biography

          American actress who first gained critical attention for her role in the film Eve’s Bayou (1997), prior to landing the role of Nina in the Nickelodeon sitcom Cousin Skeeter (1998–2001). Good received further prominence after starring in the films Deliver Us from Eva (2003), Roll Bounce (2005), and Stomp the Yard (2007).
          In 2012, Good featured in an ensemble cast of the film Think Like a Man. The following year, she played Joanna Locasto, the lead character on the NBC drama series Deception; and starred in the comedy Anchorman 2: The Legend Continues. Furthermore, Good has had supporting roles in the films One Missed Call (2008), Saw V (2008), The Unborn (2009) and DC Comics’ Shazam! (2019).
          In 2011, Good began dating DeVon Franklin, an executive for Columbia Pictures and Seventh-day Adventist preacher. They became engaged in early April 2012, and were married on 16 June 2012 at Triunfo Creek Winery in Malibu, California. The pair stated that they remained chaste in their relationship prior to their marriage. In December 2021, it was announced Good and Franklin were divorcing after 9 years of marriage. Their divorce was finalized in June 2022.
          Link to Wikipedia biography

          Meagan Good's Chart
          Your Type is like a blueprint for how you best interact with the world. It's determined by the way energy flows through your defined centers and channels in your chart.