IC Compiler Commands #start GUI icc_shell>start_gui #report max transition constraints icc_shell> report_constraint -max_transition -verbose #report timing with transition with pins (through that pin) icc_shell> report_timing -thr <instance_name>/<pin_name> #report timing from register clk to d of next flipflop icc_shell> report_timing -to <instance1_name>/<pin_name> -from <instance2_name>/clk #see complete clock path icc_shell>report_timing -to <pin_name> -path_type full_clock_expanded -delay max #high light path in GUI icc_shell>change_selection [get_timing_paths -to <instace_name>/] #see clock tree information icc_shell>report_clock_tree #shows the worst path timing with the given clock icc_shell>report_timing -group <group_name> #prints only end points icc_shell>report_timing -to readary -path_type short -max_paths 5 #summary of all icc_shell>report_qor #insert buffer icc_shell>insert_buffer <instance_name>/d -lib_cell <lib_name> #insert clock inverters icc_shell>insert_buffer <instance_name>/ -lib_cell -inverter_pair #legalize placement incrementally icc_shell>legalize_placement -incremental #list the lib cells icc_shell>get_lib_cell #set false path icc_shell>set_false_path -from <instance1_name>/<pin_name> -to <instance2_name>/<pin_name> #list of all cells matching with instance name and also sequencial elements

get_cells -filter "is_sequential==true" #finding sizeof of collection sizeof_collections [get_cells -filter "is_sequential==true"] #show the terminal names get_terminals #check the direction of port