| 1 | setBudgetingMode -writeLatencyPerClock | Enables writing latency per clock during timing budgeting | setBudgetingMode -writeLatencyPerClock true |
| 2 | set_multi_input_switching_mode -switching_alignment_factor | Sets the switching alignment factor for MIS analysis to control how side-input switching times are aligned relative to main input arrival | set_multi_input_switching_mode -switching_alignment_factor 0\.6 |
| 3 | setBudgetingMode -enableJustifyException | Enables justify exception handling during timing budgeting | setBudgetingMode -enableJustifyException true |
| 4 | set_multi_input_switching_mode -disable_lib_cells | Specifies library cells to exclude from MIS analysis | set_multi_input_switching_mode -disable_lib_cells {cell1 cell2 ...} |
| 5 | setBudgetingMode -noHoldView | Disables hold view consideration during timing budgeting | setBudgetingMode -noHoldView true |
| 6 | set_multi_input_switching_mode -mis_alignment_mode | Sets the MIS alignment mode for switching alignment between multiple inputs | set_multi_input_switching_mode -mis_alignment_mode 1 |
| 7 | setRouteMode -earlyGlobalRout ePartitionHonorPin | Instructs Early Global Route to honor partition pin constraints during routing, including partition pins at different hierarchy levels | setRouteMode -earlyGlobalRoutePartitionHonorPin list_of_ptn_cell_names |
| 8 | setAnalysisMode -multi_input_switching_mode | Enables and Sets up Multiple-Input Switching (MIS) analysis mode for capturing simultaneous switching effects on combinational gates | setAnalysisMode -multi_input_switching_mode 2 |
| 9 | setDesignMode -process | Sets the process technology node value to automatically set technology-node-dependent parameters for RC extraction accuracy; should be called prior to running extractRC for maximum accuracy and optimal automatic threshold setting | setDesignMode -process 28 |
| 10 | setDelayCalMode -advanced_pincap_mode | Sets the advanced pin capacitance mode for delay calculation accuracy | setDelayCalMode -advanced_pincap_mode 2 |
| 11 | setExtractRCMode -effortLevel | Sets the RC extraction effort level. Using 'signoff' invokes Quantus sign-off extraction through the Innovus interface | setExtractRCMode -effortLevel signoff |
| 12 | setDelayCalMode -equivalent_waveform_model | Sets the equivalent waveform model for delay calculation; propagation mode propagates waveform through the logic path | setDelayCalMode -ewm_type simulation -equivalent_waveform_model propagation |
| 13 | setExtractRCMode -useQRCOAInterface | Specifies whether to use the OA-based flow for invoking Quantus extraction instead of the default DEF-based flow | setExtractRCMode -useQRCOAInterface true |
| 14 | setDelayCalMode -ewm_type | Sets the equivalent waveform model type for delay calculation | setDelayCalMode -ewm_type simulation -equivalent_waveform_model propagation |
| 15 | setDesignMode -process | Sets the process technology node; controls default RC extraction filter values and extraction engine selection | setDesignMode -process 14 |
| 16 | setDelayCalMode -accuracy_level | Sets the accuracy level for delay calculation; higher values provide more accurate but slower analysis | setDelayCalMode -accuracy_level 3 |
| 17 | setExtractRCMode -engine -effortLevel | Sets the postRoute RC extraction engine and effort level; medium=TQuantus, high=IQuantus, signoff=Standalone Quantus QRC | setExtractRCMode -engine postRoute -effortLevel medium |
| 18 | set_multi_input_switching_mode -switching_alignment_factor | Controls the relative alignment of side inputs switching with respect to the primary input for MIS impact tuning | set_multi_input_switching_mode -switching_alignment_factor 0\.6 |
| 19 | setDesignMode -process | Sets the process technology node. Automatically sets technology node-dependent parameters for RC extraction filtering and engine selection | setDesignMode -process 28 |
| 20 | set_multi_input_switching_mode -disable_lib_cells | Disables MIS analysis support for specified library cells | set_multi_input_switching_mode -disable_lib_cells [get_libs_cell aoi*] |
| 21 | setMultiCpuUsage -localCpu | Sets the number of CPUs to use on the local machine for RC extraction and other multi-threaded operations | setMultiCpuUsage -localCpu 8 |
| 22 | setAnalysisMode -multi_input_switching_mode | Enables and Sets up advanced Multiple-Input Switching (MIS) analysis mode; controls whether tied and/or independent inputs are considered | setAnalysisMode -multi_input_switching_mode 2 |
| 23 | setMultiCpuUsage -remoteHost | Sets the number of remote hosts for distributed RC extraction. Takes precedence over -localCpu if both are specified | setMultiCpuUsage -remoteHost 3 |
| 24 | setNanoRouteMode -route_with_si_driven | Enables signal integrity-driven routing to minimize crosstalk effects during routing | setNanoRouteMode -route_with_timing_driven true -route_with_si_driven true |
| 25 | setExtractRCMode -engine | Sets the RC extraction engine to use | setExtractRCMode -engine postRoute -effortLevel medium |
| 26 | setNanoRouteMode -route_with_timing_driven | Enables timing-driven routing to minimize crosstalk. Used together with -route_with_si_driven for best SI prevention results | setNanoRouteMode -route_with_timing_driven true -route_with_si_driven true |
| 27 | setExtractRCMode -effortLevel | Sets the extraction effort level. medium=TQuantus engine, high=IQuantus engine, signoff=Standalone Quantus engine | setExtractRCMode -engine postRoute -effortLevel maximum |
| 28 | setDelayCalMode -SIAware | Enables or disables SI-aware delay calculation. When false, only base timing is used without crosstalk incremental delay | setDelayCalMode -SIAware true |
| 29 | setDelayCalMode -equivalent_waveform_model | Controls the equivalent waveform model (EWM) mode. When enabled, computes delay impact of waveform shapes on receiver cells for improved path delay accuracy. In SI analysis mode, provides delay adjustments based on receiver noise response to reduce SI pessimism | setDelayCalMode -equivalent_waveform_model no_propagation setDelayCalMode -equivalent_waveform_model propagation |
| 30 | setOptMode -opt_post_route_fix _si_transitions | Enables fixing of SI-induced maximum transition violations during post-route optimization with optDesign | setOptMode -opt_post_route_fix_si_transitions true |
| 31 | setAnalysisMode -skew | Enables or disables clock skew consideration during timing analysis. When false, clock latencies are ignored | |
| 32 | setOptMode -opt_post_route_fix_glitch | Enables or disables SI glitch optimization during postroute optimization. When set to false, runs SI delay optimization but turns off glitch optimization | setOptMode -opt_post_route_fix_glitch true |
| 33 | setAnalysisMode -clockPropagation | Controls clock propagation mode. sdcControl=uses set_propagated_clock and set_clock_latency SDC settings; forcedIdeal=forces ideal clock mode ignoring set_propagated_clock | |
| 34 | setDelayCalMode -SIAware | Enables or disables SI-aware delay calculation. When set to false, runs base timing optimization alone without the crosstalk incremental delay | setDelayCalMode -SIAware true |
| 35 | setAnalysisMode -skew | Enables clock skew consideration in timing analysis. When false, clock latencies are ignored regardless of clockPropagation setting | setAnalysisMode -skew true -clockPropagation sdcControl |
| 36 | setPathGroupOptions -weight | Controls the relative optimization priority for a specific path group during SI optimization. Higher weight = higher priority | setPathGroupOptions -weight parameter |
| 37 | setAnalysisMode -clockPropagation | Controls how clock propagation is handled. sdcControl follows SDC precedence of set_propagated_clock and set_clock_latency; forcedIdeal forces ideal clock even if set_propagated_clock is specified | setAnalysisMode -skew true -clockPropagation sdcControl |
| 38 | setPathGroupOptions -slackAdjustment | Specifies a slack adjustment value for a specific path group during SI optimization | setPathGroupOptions -slackAdjustment parameter |
| 39 | setAnalysisMode -analysisType | Sets the timing analysis type. In single analysis mode, only maximum delay values are used for delay calculation. In onChipVariation mode, OCV derates are applied | setAnalysisMode -analysisType single |
| 40 | setMultiCpuUsage -remoteHost | Sets the number of remote host computers for distributed SI optimization. -remoteHost takes precedence over -localCpu when remote host count exceeds local CPU count | setMultiCpuUsage -remoteHost 2 -cpu_per_ 8 |
| 41 | setAnalysisMode -analysisType | Sets the timing analysis type; 'single' mode uses one set of delays with max delay values only | setAnalysisMode -analysisType single -checkType setup -skew true -clockPropagation sdccontrol |
| 42 | setDistributeHost -queue | Specifies LSF queue name for distributed processing job submission | setDistributeHost -lsf -queue my_queue |
| 43 | setAnalysisMode -checkType | Sets the timing check type for analysis | setAnalysisMode -checkType setup |
| 44 | setDistributeHost -add | Specifies list of remote host machines for distributed processing | setDistributeHost -rsh -add {host1 host2 host3} |
| 45 | setAnalysisMode -skew | Enables skew analysis | setAnalysisMode -skew true |
| 46 | setMultiCpuUsage -cpuPerRemoteHost | Specifies CPUs per remote host machine for distributed processing during noise analysis | setMultiCpuUsage -remoteHost 1 -cpuPerRemoteHost 4 |
| 47 | setAnalysisMode -clockPropagation | Sets the clock propagation mode for timing analysis | setAnalysisMode -clockPropagation sdccontrol |
| 48 | setMultiCpuUsage -remoteHost | Specifies number of remote host computers for distributed noise analysis | setMultiCpuUsage -remoteHost 2 |
| 49 | setAnalysisMode -analysisType | Sets timing analysis type; 'bcwc' mode uses max library for setup and min library for hold in a single analysis run covering two operating conditions | setAnalysisMode -analysisType bcwc |
| 50 | setMultiCpuUsage -localCpu | Sets the number of local CPU threads for multi-threaded noise analysis. Accelerates optDesign -postRoute by running on multiple threads | setMultiCpuUsage -localCpu 8 |
| 51 | setAnalysisMode -checkType | Sets the timing check type (setup or hold) for timing analysis reports | setAnalysisMode -checkType hold -skew true -clockPropagation sdcControl |
| 52 | setAnalysisMode -cppr | Removes common path pessimism from clock paths that share a common portion of the clock network. Recommended for noise analysis | setAnalysisMode -cppr both |
| 53 | setAnalysisMode -skew | Enables clock skew calculation in timing analysis | setAnalysisMode -checkType hold -skew true -clockPropagation sdcControl |
| 54 | setAnalysisMode -analysisType | Sets analysis mode. 'onChipVariation' is recommended for SI noise analysis; assumes max or min delays for capture, launch, and data paths | setAnalysisMode -analysisType onChipVariation |
| 55 | setAnalysisMode -clockPropagation | Sets the clock propagation mode; sdcControl uses SDC-defined clock arrival times | setAnalysisMode -clockPropagation sdcControl |
| 56 | setSIMode -clock_delta_delay_threshold | Sets a separate delta delay threshold for noise-on-delay analysis specifically on clock nets. Overrides -delta_delay_threshold for clock nets | setSIMode -clock_delta_delay_threshold value |
| 57 | setAnalysisMode -analysisType | Sets the timing analysis type. 'bcwc' enables Best-Case Worst-Case analysis mode which uses separate min/max libraries for hold and setup respectively | setAnalysisMode -analysisType bcwc -checkType setup -skew true -clockPropagation sdcControl |
| 58 | setSIMode -delta_delay_threshold | Sets the delta delay threshold for noise-on-delay analysis. Filters SI-induced delays below this threshold | setSIMode -delta_delay_threshold value |
| 59 | setAnalysisMode -checkType | Specifies whether to run setup or hold timing analysis check | setAnalysisMode -analysisType bcwc -checkType setup -skew true -clockPropagation sdcControl |
| 60 | setExtractRCMode -relative_c_th | Sets a ratio threshold that determines when the extractor lumps a net's coupling capacitance to ground. If total coupling capacitance between net pair is less than this percentage of the smaller net's total capacitance, coupling is grounded | setExtractRCMode -relative_c_th 0.01 |
| 61 | setAnalysisMode -skew | Enables or disables clock skew analysis. When true, the tool considers clock skew in timing analysis | setAnalysisMode -analysisType bcwc -checkType setup -skew true -clockPropagation sdcControl |
| 62 | setExtractRCMode -coupling_c_th | Sets the threshold value that determines when the extractor lumps a net's coupling capacitance to ground. Coupling capacitance between nets below this threshold is grounded | setExtractRCMode -coupling_c_th 0.1 |
| 63 | setAnalysisMode -clockPropagation | Controls how clock propagation is handled in timing analysis. 'sdcControl' respects set_propagated_clock SDC constraints | setAnalysisMode -analysisType bcwc -checkType setup -skew true -clockPropagation sdcControl |
| 64 | setExtractRCMode -total_c_th | Sets the threshold value (femtoFarads) that determines when the extractor lumps a net's coupling capacitance to ground. Nets with total capacitance below this threshold have their coupling capacitances grounded | setExtractRCMode -total_c_th 0\.6 |
| 65 | setAnalysisMode -analysisType | Sets timing analysis type to On-Chip Variation (OCV) mode, which introduces early and late delay variations on launch and capture paths | setAnalysisMode -analysisType onChipVariation -skew true -clockPropagation sdcControl |
| 66 | setDesignMode -process | Sets the process technology node, which automatically Sets up default RC extraction filter values for coupling capacitance filtering used in SI analysis | setDesignMode -process process_node |
| 67 | setAnalysisMode -cppr | Enables Clock Path Pessimism Removal (CPPR). Identifies and removes pessimism in slack reports for clock paths where launch and capture clock paths share a common segment | setAnalysisMode -cppr true |
| 68 | setExtractRCMode -relative_c_th | Ratio threshold that determines when coupling capacitance is grounded based on the ratio of coupling to total capacitance of the smaller net | setExtractRCMode -relative_c_th value |
| 69 | setAnalysisMode -cppr | Enables Clock Path Pessimism Removal (CPPR) to remove pessimism introduced in slack reports when launch and capture clock paths share a common segment. Use 'both' to remove pessimism from all paths | setAnalysisMode -checkType setup -skew true -clockPropagation sdcControl -cppr both |
| 70 | setExtractRCMode -coupling_c_th | Threshold value that determines when the extractor lumps coupling capacitance to ground based on absolute coupling value between a pair of nets | setExtractRCMode -coupling_c_th value |
| 71 | setAnalysisMode -checkType | Sets the type of timing check to perform: setup or hold | setAnalysisMode -checkType setup -skew true -clockPropagation sdcControl -cppr both |
| 72 | setExtractRCMode -total_c_th | Threshold value (femtoFarads) that determines when the extractor lumps a net's coupling capacitance to ground based on total capacitance | setExtractRCMode -total_c_th value |
| 73 | setAnalysisMode -skew | Enables or disables clock skew consideration in timing analysis. When false, clock latencies are ignored | setAnalysisMode -checkType setup -skew true -clockPropagation sdcControl -cppr both |
| 74 | setDelayCalMode -SIAware | Enables SI-aware delay calculation for timing analysis | setDelayCalMode -SIAware true |
| 75 | setAnalysisMode -clockPropagation | Specifies how clock propagation is handled in timing analysis. sdcControl uses set_propagated_clock and set_clock_latency precedence from SDC | setAnalysisMode -checkType setup -skew true -clockPropagation sdcControl -cppr both |
| 76 | setSIMode -analysisType | Sets the SI analysis type; 'aae' (Aware Advanced Engineering) is the recommended default | setSIMode -analysisType aae |
| 77 | setAnalysisMode -skew | Controls whether clock skew is considered in timing analysis. When false, forces ideal clock regardless of clockPropagation setting | setAnalysisMode -skew true |
| 78 | setAnalysisMode -cppr | Enables Common Path Pessimism Removal for SI timing analysis | setAnalysisMode -analysisType onChipVariation -cppr both |
| 79 | setAnalysisMode -clockPropagation | Establishes the clock propagation mode. 'forcedIdeal' forces ideal clock, 'sdcControl' uses SDC constraints to determine propagated vs ideal | setAnalysisMode -skew true -clockPropagation forcedIdeal |
| 80 | setAnalysisMode -analysisType | Sets timing analysis type for SI analysis; onChipVariation is recommended | setAnalysisMode -analysisType onChipVariation -cppr both |
| 81 | setAnalysisMode -skew | Enables or disables clock skew consideration in timing analysis. When false, clock latencies are ignored and no latency is reported (ideal mode) regardless of clockPropagation setting | setAnalysisMode -skew true -clockPropagation sdcControl |
| 82 | setSIMode -individual_attacker_threshold | Sets the threshold for individual SI attackers (in relative coupling capacitance); attackers below this threshold are aggregated | setSIMode -individual_attacker_threshold 0.01 |
| 83 | setAnalysisMode -clockPropagation | Controls clock propagation mode for timing analysis. 'sdcControl' uses set_propagated_clock and set_clock_latency SDC precedence. 'forcedIdeal' forces ideal clock mode even if set_propagated_clock is specified | setAnalysisMode -skew true -clockPropagation forcedIdeal |
| 84 | setExtractRCMode -effortLevel | Sets the extraction effort level; determines which Quantus engine is invoked | setExtractRCMode -engine postRoute -effortLevel maximum |
| 85 | setAnalysisMode -analysisType | Sets the timing analysis type; 'single' uses a single set of delays based on one process/temperature/voltage condition | setAnalysisMode -analysisType single -checkType setup -skew true -clockPropagation sdccontrol |
| 86 | setExtractRCMode -engine | Sets the postRoute RC extraction engine for SI analysis | setExtractRCMode -engine postRoute -effortLevel maximum |
| 87 | setAnalysisMode -checkType | Sets the timing check type for the current analysis mode | setAnalysisMode -checkType setup |
| 88 | setDesignMode -process | Sets process technology node; automatically assigns RC extraction filter default values for SI analysis | setDesignMode -process 20 |
| 89 | setAnalysisMode -skew | Enables skew analysis in timing analysis | setAnalysisMode -skew true |
| 90 | setMultiCpuUsage -cpu_per_ | Sets the number of CPUs per remote host for super-threading. Used when running multiple hosts with multiple threads simultaneously for SI optimization | setMultiCpuUsage -remoteHost 2 -cpu_per_ 8 |
| 91 | setAnalysisMode -clockPropagation | Sets the clock propagation mode for timing analysis | setAnalysisMode -clockPropagation sdccontrol |
| 92 | setMultiCpuUsage -localCpu | Sets the number of local CPU threads to use for multi-threaded analysis and optimization | setMultiCpuUsage -localCpu 8 |
| 93 | setAnalysisMode -analysisType | Sets the timing analysis type to single for single-corner analysis, using only maximum delay values for delay calculation | setAnalysisMode -analysisType single -checkType setup -skew true -clockPropagation sdccontrol |
| 94 | setMultiCpuUsage -remoteHost | Sets the number of remote hosts to use for distributed analysis and optimization. If the number of remote hosts exceeds the -localCpu count, remote hosts take preference | setMultiCpuUsage -remoteHost 2 |
| 95 | setAnalysisMode -checkType | Specifies whether to perform setup or hold timing checks in the analysis mode | setAnalysisMode -analysisType single -checkType setup |
| 96 | setDistributeHost -rsh | Distributes analysis and optimization across multiple remote host machines using RSH. Takes a list of host names to add as distributed computing resources | setDistributeHost -rsh -add {host1 host2} |
| 97 | setAnalysisMode -skew | Enables or disables clock skew consideration during timing analysis | setAnalysisMode -skew true |
| 98 | setMultiCpuUsage -remoteHost | Sets the number of remote host computers for distributed noise/SI analysis. When combined with -cpuPerRemoteHost enables super-threading | setMultiCpuUsage -remoteHost 2 -cpu_per_ 8 |
| 99 | setAnalysisMode -clockPropagation | Sets the clock propagation mode for timing analysis. 'sdccontrol' uses the SDC to control whether clocks are ideal or propagated | setAnalysisMode -clockPropagation sdccontrol |
| 100 | setDistributeHost -lsf | Sets up distributed processing using LSF (Load Sharing Facility). Use -queue to specify the LSF queue | setDistributeHost -lsf -queue string |
| 101 | setAnalysisMode -checkType | Sets the timing check type. 'hold' runs hold check analysis | setAnalysisMode -checkType hold -skew true -clockPropagation sdcControl |
| 102 | setDistributeHost -rsh | Sets up distributed processing using RSH. Use -add to specify host names for distributed noise/SI analysis | setDistributeHost -rsh -add {host1 host2} |
| 103 | setAnalysisMode -analysisType | Sets analysis mode. 'bcwc' uses max library for setup and min library for hold in one run | setAnalysisMode -analysisType bcwc |
| 104 | setMultiCpuUsage -localCpu | Sets the maximum number of threads to use for multi-threaded noise analysis on the same host machine | setMultiCpuUsage -localCpu string |
| 105 | setAnalysisMode -analysisType | Sets the timing analysis type. bcwc=best-case worst-case mode using separate min/max library sets and RC corners | setAnalysisMode -analysisType bcwc -checkType setup -skew true -clockPropagation sdcControl |
| 106 | setAnalysisMode -cppr | Removes common path pessimism from clock paths sharing common clock network segments; recommended for SI analysis | setAnalysisMode -cppr both |
| 107 | setAnalysisMode -checkType | Specifies whether to perform setup or hold timing check | setAnalysisMode -checkType setup |
| 108 | setAnalysisMode -analysisType | Sets analysis type to OCV mode for SI noise analysis; required before AAE (Accurate Analytical Estimation) SI analysis | setAnalysisMode -analysisType onChipVariation |
| 109 | setAnalysisMode -skew | Enables clock skew consideration during timing analysis in BC-WC mode | setAnalysisMode -analysisType bcwc -checkType setup -skew true -clockPropagation sdcControl |
| 110 | setSIMode -clock_delta_delay_threshold | Sets a separate delta delay threshold for clock nets in noise-on-delay analysis; overrides -delta_delay_threshold for clock nets | setSIMode -clock_delta_delay_threshold value |
| 111 | setAnalysisMode -analysisType | Sets the timing analysis methodology type. onChipVariation enables OCV analysis which models on-chip process variation by applying early/late delays | setAnalysisMode -analysisType onChipVariation -skew true -clockPropagation sdcControl |
| 112 | setSIMode -delta_delay_threshold | Sets the delta delay threshold for noise-on-delay analysis; coupling capacitances causing delta delays below this value are filtered | setSIMode -delta_delay_threshold value |
| 113 | setAnalysisMode -cppr | Enables Clock Path Pessimism Removal in propagated clock mode for OCV analysis. Removes pessimism from slack reports by calculating difference in common clock segment delay | setAnalysisMode -cppr true |
| 114 | setExtractRCMode -relative_c_th | Sets a ratio threshold for grounding coupling capacitance relative to the total capacitance of the smaller net in the pair | setExtractRCMode -relative_c_th value |
| 115 | setAnalysisMode -checkType | Sets the timing check type for analysis — setup or hold | setAnalysisMode -checkType setup -skew true -clockPropagation sdcControl -cppr both |
| 116 | setExtractRCMode -coupling_c_th | Sets threshold below which coupling capacitance between a pair of nets is grounded | setExtractRCMode -coupling_c_th value |
| 117 | setAnalysisMode -skew | Enables clock skew analysis | setAnalysisMode -checkType setup -skew true -clockPropagation sdcControl -cppr both |
| 118 | setExtractRCMode -total_c_th | Sets threshold (femtoFarads) below which a net's total capacitance causes coupling capacitance to be grounded | setExtractRCMode -total_c_th value |
| 119 | setAnalysisMode -clockPropagation | Controls clock propagation mode for timing analysis | setAnalysisMode -checkType setup -skew true -clockPropagation sdcControl -cppr both |
| 120 | setDesignMode -process | Sets the process node, automatically configuring RC extraction filter default values | setDesignMode -process process_node |
| 121 | setAnalysisMode -cppr | Enables Common Path Pessimism Removal (CPPR) to remove pessimism introduced by shared clock network paths in setup/hold checks | setAnalysisMode -checkType setup -skew true -clockPropagation sdcControl -cppr both |
| 122 | setExtractRCMode -effortLevel | Sets extraction effort level determining which Quantus engine is used | setExtractRCMode -effortLevel maximum |
| 123 | set_power_analysis_mode -method | Sets the power analysis method for rail analysis. dynamic_vectorless uses a dynamic simulation method without requiring input vectors | set_power_analysis_mode -method dynamic_vectorless |
| 124 | setExtractRCMode -engine | Sets the postRoute RC extraction engine for SI analysis | setExtractRCMode -engine postRoute -effortLevel medium |
| 125 | set_power_analysis_mode -write_static_currents | Enables writing of static currents during power analysis | set_power_analysis_mode -write_static_currents true |
| 126 | set_power_analysis_mode -z_transition_factor | Controls the weight assigned to 0/1 to Z transitions when counting signal transitions from VCD for power calculation. Default weight is 0.25 | set_power_analysis_mode -z_transition_factor 0.25 |
| 127 | set_rail_analysis_mode -method | Sets the analysis method for dynamic rail analysis. 'dynamic' performs dynamic simulation; 'hd' accuracy level is used for high-accuracy rail analysis | set_rail_analysis_mode -method dynamic -accuracy hd |
| 128 | set_power_analysis_mode -x_transition_factor | Controls the weight assigned to 0/1 to X transitions when counting signal transitions from VCD for power calculation. Default weight is 0.5 | set_power_analysis_mode -x_transition_factor 0\.6 |
| 129 | set_rail_analysis_mode -accuracy | Sets the accuracy level for dynamic rail analysis | set_rail_analysis_mode -method dynamic -accuracy hd |
| 130 | setPlaceMode -place_design_int egrity_ir_fix_effort | Controls the effort level for IR drop fixing during placement integrity step in the Voltus InsightAI flow post-route stage | setPlaceMode -place_design_integrity_ir_fix_effort medium |
| 131 | set_reinforce_pg_mode -auto_ir_fix_effort | Sets the effort level for automatic IR drop fixing during power grid reinforcement | set_reinforce_pg_mode -auto_ir_fix_effort medium |
| 132 | setMultiCpuUsage -localCpu | Sets the maximum number of local CPU threads for multi-threaded processing in the rail analysis flow | setMultiCpuUsage -localCpu max |
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