On this beautiful winter’s day, let’s celebrate with a dance in the snow! Today, this arrangement of snowmen will represent your dancing partners.
Draw a single loop which passes through every cell of the grid, turning every time you pass a snowman, and once between each pair.
Draw a single loop which passes through every cell of the grid. Naturally, you have a few restrictions, in this case, required turning.
What a lovely day for a walk in the park! Better yet, it’s time for the annual Snowman-Building contest! Of course, you don’t want to trample all over the designated snowman positions. Can you deduce where the snowman will be built, and then plan a route that circles the rest of the park?
Draw a single loop which passes through all circles without branching or crossing itself.
Draw a single loop which passes through all circles without branching or crossing itself.
Draw a single loop which passes through all circles without branching or crossing itself.
As we all know, the average department store now is laid out like a maze, especially around Christmas. After all, you wouldn’t want to miss any bargains, right? Today, you’ll be putting up holiday garlands for one such store. Your goal is to create a single looping path that passes through all cells. However, this time, you’re drawing the walls, not the path.
A common puzzle mechanic involves creating a loop that passes through every cell of the grid. In most of them, you have to draw a line through the centers of each cell, with restrictions based around numbers, circles, or blocked cells. Miti works a little differently. Yes, your goal is still to create a single looping path that passes through all cells. However, this time, you’re drawing the walls, not the path.
Today’s the day of the total solar eclipse! Thousands of people have traveled to visit the path of totality. As you know, a solar eclipse happens when the moon passes in front of the sun. So let’s play with that theme. This grid is divided into regions. Draw a single closed loop that visits every region.
One eager ghost is really looking forward to trick-or-treating, and is already planning a route through the neighborhood. Can you find a route that circles the entire neighborhood, visiting every house one time?
