ModelSim SE GUI Reference - Parent Directory

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GR-1661 - Simulator windowsMemory panesThe Main window lists all memories in your design in the Memories tab of the Mainwindow Workspace and displays the contents of a selected memory in the Main windowMDI frame.Memory listMemory contentsThe memory list is from the top-level of the design. In other words, it is not sensitive to thecontext selected in the Structure tab.ModelSim SE GUI Reference
Memory panes GR-167Memories you can viewModelSim identifies certain kinds of arrays in various scopes as memories. Memoryidentification depends on the array element kind as well as the overall array kind (i.e.associative array, unpacked array, etc.).VHDLElement kind enum a ,std_logic_vector,std_bit_vector, orinteger.Verilog/SystemVerilogany integral type. (i.e. integer_type):shortint, int, longint, byte, bit (2 state),logic, reg, integer, time (4 state),packed_struct / packed_union (2 state),packed_struct / packed_union (4 state),packed_array (single-Dim, multi-D,2 state and 4 state),enum or string.Scope:recognizableinArray kindarchitecture,process, or recordsingledemensionalormulti-dimensionalmodule, interface, package, compilation unit,struct, or static variableswithin a task / function / named block / classsingle-dimensional unpacked, associative, ordynamic arrays, or multi-D unpacked arrays.a.These enumerated type value sets must have values that are longer than one character.The listed width is the number of entries in the enumerated type definition and the depthis the size of the array itself.Associative arrays in Verilog/SystemVerilogFor an associative array to be recognized as a memory, the index must be of an integral type(see above). An associative array with wildcard index type is not supported as a memory.For associative arrays, the element kind can be any type allowed for fixed-size arrays.Viewing single and multidimensional memoriesSingle dimensional arrays of integers are interpreted as 2D memory arrays. In these cases,the word width listed in the Memory List pane is equal to the integer size, and the depth isthe size of the array itself.Memories with three or more dimensions display with a plus sign ’+’ next to their namesin the Memory List. Click the ’+’ to show the array indices under that level. When youfinally expand down to the 2D level, you can double-click on the index, and the data for theselected 2D slice of the memory will appear in a memory contents pane in the MDI frame.Viewing packed arraysBy default packed dimensions are treated as single vectors in the memory contents pane.To expand packed dimensions of packed arrays, select View > Memory Contents >Expand Packed Memories.To change the permanent default, edit the PrefMemory(ExpandPackedMem) variable. Thisvariable affects only packed arrays. If the variable is set to 1, the packed arrays are treatedModelSim SE GUI Reference
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GR-5Table of Contents1 - Simulator
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GR-7List window . . . . . . . . . .
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GR-9Comparison Options dialog . . .
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GR-111 - Simulator windowsChapter c
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Introduction GR-13IntroductionModel
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Introduction GR-15icon shape exampl
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Main window GR-17When you load a de
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Main window GR-19running, the Trans
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Main window GR-21The graphic below
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Main window GR-23Main window menu b
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Main window GR-25PrintPostscriptRec
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Main window GR-27Wavethis menu is e
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Main window GR-29View menuDebug Win
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Main window GR-31Compile menuCompil
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Main window GR-35Waveform Compare s
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Main window GR-37Profile sub-menuPe
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Main window GR-39Window menuLayouts
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Main window GR-41Main window toolba
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Main window GR-43Main window toolba
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Main window GR-45Main window dialog
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Main window GR-47Open File dialogPu
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Main window GR-49Evcd Import dialog
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Main window GR-51Create Project Fil
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Main window GR-53Optimization Confi
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Main window GR-55Add Folder dialogP
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Main window GR-57Dataset Browser di
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Main window GR-59• Place in Folde
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Main window GR-61Report Warnings on
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Main window GR-63until you are done
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Main window GR-65Project Settings d
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Main window GR-67Compile Source Fil
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Main window GR-69• Language Synta
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Main window GR-71Verilog tabThe Ver
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Main window GR-73compiler directive
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Main window GR-75• Include Direct
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Main window GR-77Compile Order dial
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Main window GR-79• Output Design
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Main window GR-81• Customized vis
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Main window GR-83Options tabThe Opt
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Main window GR-85Start Simulation d
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Main window GR-87VHDL tabThe VHDL t
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Main window GR-89Other Options• E
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Main window GR-91Specifies the SDF
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Main window GR-93• Name (-g =)The
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Main window GR-95• Default RunSet
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Main window GR-97Restart dialogPurp
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Main window GR-99Coverage Report di
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Main window GR-101• Write XML for
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Main window GR-103Profile Report di
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Main window GR-105Modify Breakpoint
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Main window GR-107Signal Breakpoint
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Main window GR-109C Debug setup dia
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Main window GR-111Tcl debuggerTclDe
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Main window GR-113Drag and Drop Pre
Page 113 and 114: Main window GR-115• OKSaves the c
Page 115 and 116: Main window GR-117Configure Window
Page 117 and 118: Main window GR-1193 Append the proc
Page 119 and 120: Active Processes pane GR-121Active
Page 121 and 122: Code coverage panes GR-123selecting
Page 123 and 124: Code coverage panes GR-125The diagr
Page 125 and 126: Code coverage panes GR-127Current E
Page 127 and 128: Code coverage panes GR-129Details p
Page 129 and 130: Code coverage panes GR-131Objects p
Page 131 and 132: Code coverage panes GR-133Code cove
Page 133 and 134: Dataflow window GR-135Dataflow wind
Page 135 and 136: Dataflow window GR-137Trace menuTra
Page 137 and 138: Dataflow window GR-139ButtonMenu eq
Page 139 and 140: Dataflow window GR-141Dataflow wind
Page 141 and 142: Dataflow window GR-143Print Postscr
Page 143 and 144: Dataflow window GR-145Find in dataf
Page 145 and 146: Dataflow window GR-147• Select eq
Page 147 and 148: List window GR-149List windowThe Li
Page 149 and 150: List window GR-151List window menu
Page 151 and 152: List window GR-153List window dialo
Page 153 and 154: List window GR-155• Search for Si
Page 155 and 156: List window GR-157• WidthAllows y
Page 157 and 158: List window GR-159Modify Display Pr
Page 159 and 160: List window GR-161• Trigger On St
Page 161 and 162: Locals pane GR-163Locals paneThe Lo
Page 163: Locals pane GR-165Find in Locals di
Page 167 and 168: Memory panes GR-169Direct address n
Page 169 and 170: Memory panes GR-171FindSplit Screen
Page 171 and 172: Memory panes GR-173The Import Memor
Page 173 and 174: Memory panes GR-175Export Memory di
Page 175 and 176: Memory panes GR-177Change Memory di
Page 177 and 178: Memory panes GR-179Compare Memory d
Page 179 and 180: Memory panes GR-181Properties dialo
Page 181 and 182: Objects pane GR-183Filtering the ob
Page 183 and 184: Objects pane GR-185Kind• FreezeFr
Page 185 and 186: Objects pane GR-187• First EdgeSp
Page 187 and 188: Objects pane GR-189Modify Breakpoin
Page 189 and 190: Profile panes GR-191Profile pane co
Page 191 and 192: Profile panes GR-193Profiler popup
Page 193 and 194: Profile panes GR-195Profiler dialog
Page 195 and 196: Source window GR-197Source windowSo
Page 197 and 198: Source window GR-199Language templa
Page 199 and 200: Source window GR-201context menu of
Page 201 and 202: Source window GR-203Customizing the
Page 203 and 204: Source window GR-205Previous Covera
Page 205 and 206: Watch pane GR-207Expanding objects
Page 207 and 208: Wave window GR-209Wave windowThe Wa
Page 209 and 210: Wave window GR-211The Wave window i
Page 211 and 212: Wave window GR-213Comparison object
Page 213 and 214: Wave window GR-215PasteDeleteEdit W
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Wave window GR-217BreakpointsBookma
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Wave window GR-219Wave window toolb
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Wave window GR-221Wave window toolb
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Wave window GR-223Wave window dialo
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Wave window GR-225Time Range• Ful
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Wave window GR-227• Print to file
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Wave window GR-229• CursorsTurn p
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Wave window GR-231Find in .wave dia
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Wave window GR-233• Search for Si
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Wave window GR-235Wave Signal Prope
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Wave window GR-237• AnalogDisplay
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Wave window GR-239Wave Divider Prop
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Wave window GR-241Start Comparison
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Wave window GR-243Add Comparison by
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Wave window GR-245Comparison Option
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Wave window GR-247Modify Breakpoint
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Wave window GR-249Dataset Snapshot
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Wave window GR-251Combine Selected
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Wave window GR-253Window Preference
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Wave window GR-255Grid & Timeline t
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Creating and managing breakpoints G
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GR-2592 - Setting GUI preferencesCh
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Customizing the simulator GUI layou
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Rearranging the simulator GUI GR-26
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Simulator GUI preferences GR-269Sim
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Simulator GUI preferences GR-271The
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UM-273A - ModelSim GUI changesAppen
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Main window changes UM-275See "Cust
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Main window changes UM-277• File
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Main window changes UM-279View menu
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Main window changes UM-281Tools men
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List window changes UM-283List wind
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List window changes UM-285View menu
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List window changes UM-287File menu
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Memory window changes UM-289See "Me
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Memory window changes UM-291View me
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Signals (Objects) window UM-293Edit
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Source window changes UM-295View me
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GR-297End-User License AgreementIMP
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GR-299WARRANTIES WITH RESPECT TO: (
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GR-301Graphics shall only use or di
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IndexCR = Command Reference, UM = U
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Indexhiding in Dataflow window GR-1
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Indexprintenv CR-215, CR-216profile
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IndexXL compatible options UM-122VH
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IndexFilter instance list GR-102Fin
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Indexfilterprocesses GR-120Filter i
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IndexLSystemVerilog UM-116-L work U
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IndexSource window GR-204Wave windo
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Indexpage setupDataflow window UM-3
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Indexcode coverage UM-335variable s
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Indexvalues ofdisplaying in Objects
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Indexconstruction parameters UM-189
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Indexunexplained behavior during si
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Indexport direction UM-212port type
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Indexzooming UM-305List window UM-2
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