Suddenly, you wake up in a strange place that somewhat resembles the reality you know but is twisted in terrifying, horrific ways. And it all seemed to be going well… until it wasn’t. Desperately looking for help, you’ve finally decided to undergo an experimental treatment, one that was supposed to be tested, effective, and 100% safe. Well, here you are, tired of the seemingly completely ineffective, vicious cycle of drugs-conventional therapy-drugs. ![]() Watch the Dark Moonlight announcement trailer HERE if you’re brave enough to do so.Īdd the game to your Steam Wishlist ( ), so you don’t miss any details of how this horrific story evolves. Only then will you understand that you’d do anything and everything to make it all stop. Are you able to picture these things? Can you at least try to visualize what kind of a living hell this life must be? Rest assured that whatever you envision won’t come close to reality. Imagine going to bed and waking up with mental pain that seems to grow and become more unbearable every day. Picture yourself developing countless rituals intended to help you keep your fear under control, but which instead further enslaved you and only added to your burden. Imagine being enslaved by phobias dictating what you can and cannot do. Imagine living a life controlled by constant fear. Inspired by the Black Mirror TV series and games like Outlast, Resident Evil, and Silent Hill, PC-bound Dark Moonlight will offer gamers the chance to confront their deepest hidden fears.įOR IMMEDIATE RELEASE – February 25th, Dąbrowa Górnicza, Poland. Watch the announcement trailer filled with horrifying monsters! If so, perhaps they might expose that value as a user-controllable parameter in a future release of MFC-101 software.įinally, it could just be that your future's so bright, you gotta wear shades.Announcing Dark Moonlight, a survival horror game exploring the themes of human fears and phobias. Yet another approach might be to ask Fractal Audio if the current supply to the LEDs might be under software control. But it may be the least expensive way to achieve your goal. Find a filter density that suits you (transmission=75%, or 50%, or other value to taste) and affix small squares of gel over the LEDs. You can purchase sheets of neutral grey gel filter inexpensively. In practice, different LEDs may be dimmed by different amounts, even if the resistor value is the same.Īnother approach might be to use optical filtering. ![]() This is because the amount of forward current required for to produce light varies even among LEDs in the same manufacturing lot. This method will, alas, give varying results even when the resistance has the same value. You might start with a variable resistor (potentiometer) and measure the DC resistance of the pot when the desired brightness is achieved, then replace the pot with a fixed resistor of the same value. If you are adventurous, you can try experimenting with placing resistors in series with the LEDs to reduce brightness.
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