1 00:00:01,490 --> 00:00:08,330 We generated the article IP corresponding to our vending machine in the last lecture here, we are going 2 00:00:08,330 --> 00:00:13,460 to generate the FPGA bitstream and explore our design on the basis Trible. 3 00:00:17,230 --> 00:00:21,800 Our design consists of three parts, the main part is the vending machine, Arpit. 4 00:00:22,930 --> 00:00:30,160 As we are going to connect it's inputs to push buttons, we need a bouncer and the pulse generator for 5 00:00:30,160 --> 00:00:30,490 itchin. 6 00:00:32,260 --> 00:00:38,830 These IPIS convertibles, the input signal into a single cycle pulse ready to be used by the vending 7 00:00:38,830 --> 00:00:39,450 machine i.p. 8 00:00:40,840 --> 00:00:47,140 The outputs of the vending machine are connected to the LSD on the board, the vending machine generates 9 00:00:47,140 --> 00:00:52,150 a single cycle pulse on each output whenever it wants to activate that output. 10 00:00:52,660 --> 00:00:56,770 These pulses cannot be seen due to their narrow with. 11 00:00:58,340 --> 00:01:05,090 Therefore, we will use pulse detector epis to detect single cycle pulses and turn on the ladies. 12 00:01:05,960 --> 00:01:07,100 Until we reset them. 13 00:01:11,590 --> 00:01:18,130 We use for this to show our design outputs and five push buttons to provide inputs for our design. 14 00:01:18,460 --> 00:01:21,600 This diagram shows these connections on the board. 15 00:01:32,950 --> 00:01:35,950 Now, let's complete our vending machine circuit involving. 16 00:01:38,210 --> 00:01:44,470 Create a new wave of the project with the name of winning, underscore machine dashboard and select 17 00:01:44,470 --> 00:01:47,260 the basis to report as a target FPGA platform. 18 00:02:08,450 --> 00:02:09,800 Create a new blog design. 19 00:02:19,270 --> 00:02:28,010 And for Ipis to deliver the repository, including the bouncer, pulse detector, pulse generator and 20 00:02:28,010 --> 00:02:28,840 the vending machine. 21 00:02:29,790 --> 00:02:32,910 You can find Ipis in the resources folder attached to this. 22 00:02:39,150 --> 00:02:41,700 At the vending machine IPE to the diagram area. 23 00:02:44,190 --> 00:02:47,040 Make the clock and supports external. 24 00:02:48,560 --> 00:02:51,560 And a the bouncer and a pulse generator, IP. 25 00:03:13,910 --> 00:03:17,500 Connect them together and then to Nicole, underscore in. 26 00:03:23,470 --> 00:03:28,480 Make the demands for input external and change its name to Niccolò underscoring. 27 00:03:40,070 --> 00:03:45,380 Do the same for the other employees, you can copy and paste the required IPIS. 28 00:05:11,280 --> 00:05:16,880 You can click on the generate Layon icon to rearrange the eyepiece automatically for a better view. 29 00:05:58,540 --> 00:06:06,460 Now for the Outsports, first adiposity actor, IP and collector to the candy underscore out, out. 30 00:06:19,700 --> 00:06:26,220 Connect it, research input to the pulse generator output that is connected to underscore in. 31 00:06:28,700 --> 00:06:32,570 Make the pulse generator out to the external and rename that properly. 32 00:06:42,230 --> 00:06:45,320 Do the same for the Nicole underscore out, out. 33 00:07:10,740 --> 00:07:16,650 For the diamond rescore out and to pass a six hour ipis to connect these ipis to the diamond rescore 34 00:07:16,650 --> 00:07:18,450 out, we need a help like. 35 00:07:19,610 --> 00:07:26,270 As our pulse generator, except one single bit, but the time underscore outport has to its. 36 00:07:48,630 --> 00:07:54,630 To extract the first bit of the dive, underscore out, you can add a slice i.p to our design. 37 00:07:57,380 --> 00:08:03,650 Double click on the added IP and configure that to connect the first bit of its two bit input to its 38 00:08:03,650 --> 00:08:10,040 one bit output, connect the configured IP to the Duyne underscore out and one of the pulse generators. 39 00:08:11,090 --> 00:08:18,380 Then add another slice IP to get the second it first, configure that and then connect that as shown 40 00:08:18,380 --> 00:08:18,740 here. 41 00:09:08,430 --> 00:09:14,520 Now, Vinnie, the constraint might create a constant fight and copy the constraints into the creative 42 00:09:14,520 --> 00:09:18,990 fight, you can find a constant fight in the resources folder attached to the structure. 43 00:09:45,460 --> 00:09:51,700 Now generate the output products and still recover after that, generate the bitstream and program the 44 00:09:51,700 --> 00:09:52,020 world. 45 00:10:53,660 --> 00:10:59,960 This video is the last lecture explaining how to design a vending machine controller, therefore the 46 00:10:59,960 --> 00:11:05,930 next lecture will give you some exercises to review and master the techniques and coding styles you 47 00:11:05,930 --> 00:11:07,520 have learned throughout this section. 48 00:11:10,460 --> 00:11:17,530 These are our takeaway messages, using a pass detector can help to visualize and narrow pulse on analogy. 49 00:11:18,410 --> 00:11:23,870 The slice IP can be used to extract a range of bits from a wide width port. 50 00:11:27,980 --> 00:11:29,050 Now, the quiz question. 51 00:11:30,420 --> 00:11:38,160 Customize a slice IP that receives an AP data and returns the bits from the third position up to the 52 00:11:38,170 --> 00:11:39,060 fifth position.