Simulating a Design Circuit Using Qsim

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1 Simulating a Design Circuit Using Qsim 1. Start Qsim From version 11.1, Quartus II provides another simulating tool called Qsim. Qsim is bundled with both subscript edition and web edition of Quartus II. Not like the previous simulating tool that provided by Quartus II before version 11.1, Qsim can not be started directly from Quartus. Users need to run command quartus_sh --qsim from a command window, or in a DOS environment, to invoke Qsim simulation tools. When launch the command quartus_sh --qsim, make sure the quartus_sh.exe program is either in the current working directory, or in one directory that is included by the environment Path variable. For example, for web edition Quartus II version 12.0sp1, the quartus_sh.exe program is installed by default under directory of c:\altera\12.0sp1\quartus\bin. Users either need to go to the above mentioned directory to launch Qsim, or need to modify the Path system environment variable to include the above mentioned folder so the Qsim can be launched when command prompt is under any folder. To modify the Path system environment variable: 1. Right click My Computer either on desktop or from the windows Start menu, then choose Properties from the popup menu. (Figure 1) 2. In the System Properties window, click tab Advanced, then click button Environment Variables at the bottom of the window. (Figure 1) 3. In the Environment Variables window, choose the variable Path in the System Variables section, then click Edit button at the bottom of this section. (Figure 2) 4. In the window of Edit System Variable, change the Variable Value. In our case, append the folder name containing the quartus_sh.exe program at the end of the existing value. Separate the existing value and the newly appended folder name by a semicolon. Then clock OK to close windows. (Figure 2) 2. Create Simulation Input Waveform File Before simulating, a design of Quartus project need to be created and be successfully compiled. 1): Once Qsim is started, click File>Open Project. This will pop up an Open a Project window. Then open the Quartus project by choosing a.qpf file in the Quartus project folder. (Figure 3)

2 Figure 1: Change Environment Variables Figure 2: Edit the Path Environment Variable

3 Figure 3: Qsim, To Open a Project or to Create a Waveform File. Figure 4: Waveform Editor Tool 2): Click File>New Simulation Input File to launch waveform editor tool to create input waveforms for simulation. (Figure 4) 3): Users may need to set up simulation end time by choosing menu command Edit>Set End Time from the Waveform Editor window. User may also need to check the option

4 of Snap to Grid from the same Edit menu to make it easier to draw the input waveforms. (Figure 4) 4): Insert the input and output nodes of the circuit to be simulated by using Node Finder utility. This is done by following these steps: Click Edit>Insert>Insert Node or Bus in Simulation Waveform Editor to open the Insert Node or Bus window. In the Insert Node or Bus window, click button Node Finder to open window Node Finder. In the Node Finder window, select an appropriate filter type from the Filter list box, then click the button List, this will make the filtered nodes shown in the Nodes Found box. Selecting the nodes to be simulated in the Node Found box, and then use the button > to add them to the Selected Nodes box. Then click OK close windows. (Figure 5) Figure 5: Insert Nodes and Bus to be Simulated 5): Create waveforms for input signals to be used for simulation. After finishing selecting the nodes to be simulated, users are left with a Waveform Editor window with selected nodes names on the left and their waveforms on the right side of the window. By default at this stage, the input signals are straight lines of value 0, and output signals are of unknown values and are marked with a series of X. If the Snap to Grid option has been selected, users can use mouse to select one or more grid of area of a input signal, and then use tool of Forcing Low or Forcing High on the tool bar to create a nice signal waveform. Users can change the grid size by clicking Edit>Grid Size. An easy way to create a input waveform is to select an input signal first by clicking its name on the left side of the window, then click the Overwrite

5 Clock icon on the tool bar, then specify appropriate values for clock period, offset and duty cycle. The order of the nodes can be changed by moving them up and down. This is done by selecting a node and dragging it to a new position. 6): Save the waveform file 3. Setting up for Simulation Figure 6: Create Waveforms This is done by clicking Assign>Simulation Settings. in Qsim window to bring up a Simulation Setting window. Through this window, users can specify an input waveform file to use and can specify what either functional simulation or timing simulation will be carried out.

6 Figure 7: Simulation Settings 5. Start Simulation Start simulation by click Processing>Start Simulation in Qsim window, or click the Start Simulator icon on the tool bar. However, to do functional simulation, it is necessary to generate a netlist of the circuit before simulation. To generate netlist, Select Processing>Generate Simulation Netlist, or click the Start Generate Simulation Netlist icon on the tool bar. If everything is correct, a message of Simulator was successful will be popped up at the end of simulation. After click OK to the message window, another message window will show indicating the output waveform file can not be altered. Click OK to this message window, the simulation result will be displayed. 6. Online Tutorial Material. Two online PDF tutorial documents are available through the Help menu of Waveform Editor. One is for VHDL users and another is for Verilog HDL user. The tutorial PDF document for Verilog users can also be downloaded from the following URL: ftp://ftp.altera.com/up/pub/altera_material/11.1/tutorials/verilog/quartus_ii_simulation.pdf

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