[25 Points] You are in charge of setting up a greenhouse. There are several plant types: a (C)orpse flower, a (R)ose, a (S)unflower, a (T)ulip, and a (V)ampire plant. There are 5 exhibit slots, numbered 1 to 5, with slot 1 being next to the greenhouse door. You have the following constraints: 2. No two plants may be in the same square. The rose cannot be adjacent to the corpse flower, or its scent will be ruined (the corpse flower feels the same way) The vampire plant cannot be adjacent to the rose, sunflower, or tulip, or it will snack on them There must be at least two squares between the vampire plant and the sunflower; the sun burns! The rose must be closer to the door than the corpse flower, or visitors will refuse to enter the exhibit. We will formalize this problem as a binary CSP. a. [2 points] List your problem domain in terms of Variables, Domains (Values) and b. 3 points] Draw the Constrain Graph. [25 Points] You are in charge of setting up a greenhouse. There are several plant types: a (C)orpse flower, a (R)ose, a (S)unflower, a (T)ulip, and a (V)ampire plant. There are 5 exhibit slots, numbered 1 to 5, with slot 1 being next to the greenhouse door. You have the following constraints: 2. No two plants may be in the same square. The rose cannot be adjacent to the corpse flower, or its scent will be ruined (the corpse flower feels the same way) The vampire plant cannot be adjacent to the rose, sunflower, or tulip, or it will snack on them There must be at least two squares between the vampire plant and the sunflower; the sun burns! The rose must be closer to the door than the corpse flower, or visitors will refuse to enter the exhibit. We will formalize this problem as a binary CSP. a. [2 points] List your problem domain in terms of Variables, Domains (Values) and b. 3 points] Draw the Constrain Graph