Introduction to QuartusÂ® II

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CHAPTER 1: DESIGN FLOW GRAPHICAL USER INTERFACE DESIGN FLOW Table 1. Commands for Common Compiler Flows Flow Full compilation flow Compilation and simulation flow SignalProbe flow Early Timing Estimate Description Performs a full compilation of the current design. If the simulation mode is timing, flow performs a full compilation and then a simulation of the current design. If the simulation mode is functional, the flow runs only the Generate Functional Simulation Netlist command and then simulates the current design. Routes user-specified signals to output pins without affecting the existing fitting in a design, so that you can debug signals without completing a full compilation. Performs a partial compilation, but stops and generates early timing estimates with the Classic Timing Analyzer before the Fitter is complete. Quartus II Command from Processing Menu Start Compilation command Start Compilation and Simulation command Start SignalProbe Compilation command Start Early Timing Estimate command f For Information About Using compilation flows Refer To “About Compilation Flows” in Quartus II Help You can customize the layout, menus, commands, and icons in the Quartus II software according to your individual preferences. You can choose between the standard Quartus II user interface or the MAX+PLUS ® II look and feel when starting the Quartus II software for the first time, or you can choose the look and feel later with the Customize dialog box available from the Tools menu. If you have previously used the MAX+PLUS II software, the MAX+PLUS II look and feel allows you to use the familiar MAX+PLUS II layout, commands, and icons to control functions of the Quartus II software. Figure 4 shows the Customize dialog box. ALTERA CORPORATION INTRODUCTION TO QUARTUS II ■ 13
CHAPTER 1: DESIGN FLOW GRAPHICAL USER INTERFACE DESIGN FLOW Figure 4. Customize Dialog Box The Customize dialog box also allows you to choose whether you want the optional Quartus II or the MAX+PLUS II quick menus to display, and whether you want them on the right or left side of the menu bar. The Quartus II quick menu contains menu commands for each Quartus II application and common processing commands. The MAX+PLUS II quick menu, which is similar to the MAX+PLUS II menu from the MAX+PLUS II software, provides commands for applications and common MAX+PLUS II menu commands. The commands on the MAX+PLUS II menu perform the same functions as the corresponding Quartus II commands. Figure 5 shows the Quartus II and MAX+PLUS II quick menus. 14 ■ INTRODUCTION TO QUARTUS II ALTERA CORPORATION
Page 1 and 2: Introduction to Quartus ® II Versi
Page 3 and 4: Introduction to Quartus II Altera,
Page 5 and 6: TABLE OF CONTENTS Assigning Design
Page 7 and 8: TABLE OF CONTENTS Using Incremental
Page 9 and 10: Preface The Altera ® Quartus ® II
Page 11 and 12: DOCUMENTATION CONVENTIONS Terminolo
Page 13 and 14: CHAPTER 1: DESIGN FLOW INTRODUCTION
Page 15: CHAPTER 1: DESIGN FLOW GRAPHICAL US
Page 19 and 20: CHAPTER 1: DESIGN FLOW GRAPHICAL US
Page 21 and 22: CHAPTER 1: DESIGN FLOW EDA TOOL DES
Page 23 and 24: CHAPTER 1: DESIGN FLOW EDA TOOL DES
Page 25 and 26: CHAPTER 1: DESIGN FLOW COMMAND-LINE
Page 39 and 40: CHAPTER 1: DESIGN FLOW DESIGN METHO
Page 45 and 46: Chapter Two Design Entry What’s i
Page 47 and 48: CHAPTER 2: DESIGN ENTRY CREATING A
Page 59 and 60: CHAPTER 2: DESIGN ENTRY USING ALTER
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Chapter Three Constraint Entry What
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CHAPTER 3: CONSTRAINT ENTRY INTRODU
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CHAPTER 3: CONSTRAINT ENTRY USING T
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CHAPTER 3: CONSTRAINT ENTRY ASSIGNI
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CHAPTER 3: CONSTRAINT ENTRY ASSIGNI
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CHAPTER 3: CONSTRAINT ENTRY VERIFYI
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CHAPTER 4: SYNTHESIS INTRODUCTION I
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CHAPTER 4: SYNTHESIS USING QUARTUS
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CHAPTER 4: SYNTHESIS USING OTHER ED
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CHAPTER 4: SYNTHESIS USING OTHER ED
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CHAPTER 4: SYNTHESIS CONTROLLING AN
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CHAPTER 4: SYNTHESIS CONTROLLING AN
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CHAPTER 4: SYNTHESIS USING THE DESI
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CHAPTER 4: SYNTHESIS PERFORMING INC
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Chapter Five Place & Route What’s
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CHAPTER 5: PLACE & ROUTE INTRODUCTI
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CHAPTER 5: PLACE & ROUTE ANALYZING
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CHAPTER 5: PLACE & ROUTE OPTIMIZING
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. CHAPTER 5: PLACE & ROUTE OPTIMIZI
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CHAPTER 5: PLACE & ROUTE PRESERVING
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Chapter Six Block-Based Design What
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CHAPTER 6: BLOCK-BASED DESIGN USING
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CHAPTER 6: BLOCK-BASED DESIGN EXPOR
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Chapter Seven Simulation What’s i
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CHAPTER 7: SIMULATION SIMULATING DE
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Chapter Eight Timing Analysis What
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CHAPTER 8: TIMING ANALYSIS CHOOSING
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CHAPTER 8: TIMING ANALYSIS TIMEQUES
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CHAPTER 8: TIMING ANALYSIS CLASSIC
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CHAPTER 8: TIMING ANALYSIS PERFORMI
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CHAPTER 9: TIMING CLOSURE INTRODUCT
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CHAPTER 9: TIMING CLOSURE USING THE
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CHAPTER 9: TIMING CLOSURE USING THE
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CHAPTER 9: TIMING CLOSURE USING NET
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CHAPTER 9: TIMING CLOSURE USING LOG
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CHAPTER 9: TIMING CLOSURE USING LOG
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CHAPTER 9: TIMING CLOSURE USING INC
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CHAPTER 10: POWER ANALYSIS INTRODUC
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CHAPTER 10: POWER ANALYSIS SPECIFYI
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CHAPTER 10: POWER ANALYSIS USING TH
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Chapter Eleven Programming & Config
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CHAPTER 11: PROGRAMMING & CONFIGURA
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Chapter Twelve Debugging What’s i
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CHAPTER 12: DEBUGGING USING THE SIG
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CHAPTER 12: DEBUGGING USING AN EXTE
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CHAPTER 12: DEBUGGING USING SIGNALP
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CHAPTER 12: DEBUGGING USING THE IN-
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CHAPTER 12: DEBUGGING USING THE CHI
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CHAPTER 13: ENGINEERING CHANGE MANA
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CHAPTER 14: FORMAL VERIFICATION INT
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CHAPTER 14: FORMAL VERIFICATION USI
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CHAPTER 14: FORMAL VERIFICATION SPE
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CHAPTER 15: SYSTEM-LEVEL DESIGN INT
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CHAPTER 15: SYSTEM-LEVEL DESIGN CRE
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CHAPTER 16: INSTALLATION, LICENSING
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CHAPTER 17: DOCUMENTATION & OTHER R
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INDEX Create/Update > Create/Update
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INDEX using with clear box methodol
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INDEX SOFs 189, 193, 194 Software B
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Copyright © 2006 Altera Corporatio
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