Step 1: remp_ind, vhd (30 pts) - Create a logie file named temp_ind. whd deseribing the behavior of the temperature and its status "foollor, toocold, and justRight". Create your entity temp ind such that - A, B,C : these are the inputs representing the 3 bit digital value of the temperature each of type std logic - tooHot, justRight, and tooCold: are single bit outputs each of type std_logic. Step 2: temp_ind_io.vhd (30 pts) Create a hardware file named temp ind_io. whd where you interface between the logic file and the FPGA board (switches and L.EDs). Step 3: Uploading to FPGA board (20) Upload your VHDL file to an FPGA board and observe the LEDs' responses to all the possible switch inputs. Record your observations in the table below. Notice that the input temperature ranges from 0 to 7 and can be represented in a digital form using 3 bits (in other words, we use the 3 switches as the 3 bits for the digital value of the temperature) The outputs will include all three LEDs representing the three categories. Only one LED should be ON at a time. Circuit: Temperature Range detector This circuit is a system that indicates whether water temperature is too cold, too hot, or just right, based on a 3-bit digital temperature reading. The relationship between the digital values for temperature and their corresponding decimal values are shown: We can express the decision-making process for this logic circuit as follows: IF the digital value is less than or equal to 2, THEN turn ON only the "Too Cold indicator". ELSE IF the digital value is greater than 2 AND less than 5, THEN turn ON the "Just Right indicator". ELSE turn ON the "Too Hot indicator". Design a digital logic circuit that has three inputs (A,B, and C) for measuring the corresponding digital temperature and three outputs for indicating one of the following (Too cold, Just Right, too hot) based on the conditions mentioned in the circuit description