What you see first reveals your true personality

A psychology-based personality tests are quite popular these days. They are easy, engaging tests that can help to assess a person's unique patterns of thinking, feeling, and behaving.

These tests are baseed on psychological theories, and they aim to provide insights about a person's personality traits like if they are introverted or extroverted, emotional or logical, and more.For example, this particular test was initially shared by Marina Winberg on social media, wherein she describes herself as Neuraleaner- Antistress expert. This psychological personality test is based on an image which has various elements.

But, at first glance a person can see only one of them-- the sky, house, both or lemons. Depending on what catches a person's attention first, Marina says that the picture can decode a lot about a person's true personality, especially if they are a dreamer, practical, resilient, or easy-going person.So, ready to take this test? Simply look at the above image and notice what you saw first. Now, read what it means below, as shared y Marina in the post:1.

If you saw the sky first at first, it shows..."You’re a dreamer with a kind heart. Your optimism helps you and others, even in tough times," she said.2. If you saw the house first at first glance, it means..."You see obstacles as opportunities to grow stronger. You know how to turn problems into stepping stones to success," Marina said.3. If you noticed both-- the sky and the house-- together at the very first glance, then..."You’re wise beyond your years. Your life experiences, including hardships, have made you a truly resilient person," she explained.4. If you noticed the lemons first, then it means..."You have a flexible mind and value harmony. Conflict isn’t your style— you’re great at finding peaceful solutions," she shared.How, true was this particular test result for you? Tell us about it in the comments section below.Also note, that while these are fun tests and can decode a person within seconds, they aren't always scientifically sound and so the results may not always be true.