Championship Women stats & predictions
Overview of the Belarus Women's Volleyball Championship
The Belarus Women's Volleyball Championship is a premier event that showcases the top talent in women's volleyball across the nation. As teams compete for supremacy, fans eagerly anticipate thrilling matches and expert predictions. With tomorrow's scheduled games, enthusiasts are particularly excited about the potential outcomes and betting opportunities. This article delves into the key aspects of tomorrow's matches, providing insights and expert betting predictions to enhance your viewing experience.
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Teams to Watch
Several teams have distinguished themselves throughout the season, making them strong contenders in tomorrow's matches. The standout teams include Minsk VC, Brest VC, and Grodno VC, each bringing unique strengths to the court.
Minsk VC
Known for their strategic gameplay and robust defense, Minsk VC has consistently performed well this season. Their ability to adapt to different opponents makes them a formidable team in any matchup.
Brest VC
Brest VC has been praised for their aggressive offense and dynamic play style. Their players exhibit exceptional skill and coordination, often turning the tide in closely contested matches.
Grodno VC
Grodno VC stands out for their disciplined approach and tactical precision. Their focus on teamwork and execution has earned them numerous victories this season.
Key Matchups
Tomorrow's schedule features several exciting matchups that promise high levels of competition and entertainment. Here are some of the key games to watch:
- Minsk VC vs Brest VC: This clash between two top teams is expected to be a highlight of the day. Both teams have demonstrated strong performances throughout the season, making this game a must-watch.
- Grodno VC vs Homiel VC: Grodno's tactical prowess will be tested against Homiel's resilient defense. This matchup could go either way, adding an element of unpredictability.
- Mogilev VC vs Vitebsk VC: Known for their spirited play, both teams will be looking to capitalize on each other's weaknesses. Fans can expect a fast-paced game with plenty of action.
Betting Predictions
Expert analysts have provided betting predictions based on team performance, player statistics, and historical data. Here are some insights for those interested in placing bets:
- Minsk VC vs Brest VC: Analysts predict a close match with Minsk having a slight edge due to their defensive capabilities. Bet on Minsk if you prefer a safer option.
- Grodno VC vs Homiel VC: Given Grodno's strategic advantage, they are favored to win. However, Homiel's resilience makes it an unpredictable game.
- Mogilev VC vs Vitebsk VC: With both teams evenly matched, this game is considered a toss-up. Consider placing bets on total points scored for higher chances of winning.
Expert Analysis
<|repo_name|>Amaranthine/FlappyBird<|file_sep|>/Flappy Bird/Assets/Scripts/PlayerController.cs using System.Collections; using System.Collections.Generic; using UnityEngine; public class PlayerController : MonoBehaviour { // Public variables public float maxSpeed = -10f; public float flapPower = -5f; public bool grounded = false; public bool died = false; // Private variables private Rigidbody2D rb; // Use this for initialization void Start () { rb = GetComponentAdded death animation where player falls off screen before restarting level.
Fixed bug where pipe spawning would fail under certain conditions.
Improved camera so it follows player smoothly.
Added sound effects (background music & death sfx).
Made score display update immediately upon death rather than after restart.
**11-09-2017** Added sound effects (flapping & point)
Improved UI (added background image & better font)
Cleaned up code
**11-10-2017** Fixed bug where pipes could spawn too low or too high
Fixed bug where background would not reset position correctly
**11-12-2017** Made background scroll infinitely by moving it instead of scrolling material offset
**12-02-2017** Made UI scale properly across all resolutions by using anchors
**12-03-2017** Made background move smoothly by lerping position rather than setting position directly
**12-04-2017** Removed unnecessary variable from pipe spawner script
Reduced number of lines in pipe spawner script by changing how pipes were instantiated
Replaced hard-coded values with public variables in pipe spawner script
**12-05-2017** Changed how pipes were instantiated so they're easier to edit later on
**12-06-2017** Changed how pipes were instantiated even more so they're easier to edit even more later on **12-07-2017** Added level selector scene & menu buttons that link back & forth between main menu & level select screen --- That was fun! Now let me try porting it over into Unreal Engine! <|repo_name|>Amaranthine/FlappyBird<|file_sep#### Change Log #### --- ### Version: v1 ### Initial release!
Additions:
* Basic player movement via rigidbody physics using velocity instead of force because force isn't smooth enough. * Basic gravity as well as controls that allow you to "flap" your bird upwards when you tap/jump. ### Version: v1a ### Additions:
* Added obstacles (pipes) that move towards player at constant speed * Added collision detection with obstacles that kills player when hit * Added score system where score increases over time (or when passing obstacles) ### Version: v1b ### Additions:
* Added death animation where player falls off screen before restarting level. * Fixed bug where pipe spawning would fail under certain conditions. * Improved camera so it follows player smoothly. * Added sound effects (background music & death sfx). * Made score display update immediately upon death rather than after restart. ### Version: v1c ### Additions:
* Added sound effects (flapping & point) * Improved UI (added background image & better font) * Cleaned up code ### Version: v1d ### Fixes:
* Fixed bug where pipes could spawn too low or too high Fixes:
* Fixed bug where background would not reset position correctly ### Version: v1e ### Changes:
* Made background scroll infinitely by moving it instead of scrolling material offset ### Version: v1f ### Changes:
* Made UI scale properly across all resolutions by using anchors ### Version: v1g ### Changes:
* Made background move smoothly by lerping position rather than setting position directly ### Version: v1g+ ### Changes:
* Removed unnecessary variable from pipe spawner script * Reduced number of lines in pipe spawner script by changing how pipes were instantiated * Replaced hard-coded values with public variables in pipe spawner script --- ##### Old Change Log ##### #### Old Change Log ##### --- ##### Initial Release ##### Initial release! ##### Fix Spawning Bug ##### Fixed spawning bug! ##### Add Death Animation ##### Added death animation! ##### Improve Camera ##### Improved camera! ##### Add Background Music And Death SFX ##### Added sounds! ##### Improve Score Display ##### Score now updates immediately upon death rather than after restart! ##### Add Flap SFX And Point SFX ##### Sounds added! ##### Improve UI ##### UI improved! Now looks better! ##### Fix Spawning Bug Again ##### Spawning bug fixed again! For real this time! ##### Make Background Move Smoothly ##### Background now moves smoothly! ##### Make UI Scale Properly ##### UI now scales properly across all resolutions!<|repo_name|>Amaranthine/FlappyBird<|file_sepivial changes... maybe? Okay maybe these changes aren't entirely trivial but they're still small enough that I won't need another log entry just yet... Here goes: Changed how pipes were instantiated even more so they're easier to edit even more later on.<|repo_name|>Amaranthine/FlappyBird<|file_sep"First ever version" Basic movement implemented including gravity!<|repo_name|>Amaranthine/FlappyBird<|file_sep capitalism sucks lolololololololollolollolollolo!!!111!!one!!one!!one!!one!! okay first things first: add buttons linking back-and-forth between main menu scene and level select scene... then add actual levels lol... but first... make sure everything works properly... okay i think everything works fine... so here we go... add buttons linking back-and-forth between main menu scene and level select scene... then add actual levels lol... ok done! now i need some kind of save system... oh wait... it doesn't matter since there is only one level... but still... i want it anyway... oh well... let me just make one anyway... done! now i just need some kind of save icon or something like that... done! and now i need some sorta indicator showing which levels have been unlocked... done! okay now we just need some actual levels... oh god why do i keep doing this... well whatever... next step: make backgrounds animated or something like that... actually let me do something else first though... i want my logo shown at startup somehow but only once per session... let me just use PlayerPrefs for this since i already set up saving stuff earlier lol... ok now onto animated backgrounds... actually let me do something else first though... i want my logo shown at startup somehow but only once per session... let me just use PlayerPrefs for this since i already set up saving stuff earlier lol... ok now onto animated backgrounds... oh shit look at all these fucking mistakes... damnit!!!111!!!!111!!!!!!! well whatever... let me just fix them anyway.... first thing: the ground needs an empty object parented below it called "ground" then change all references from ground.transform.position.y + offset.y etc etc etc etc etc etc etc ... alright next thing: the gap between upper & lower pipes needs adjusting bcuz there needs room for ground object also... ughhhhhhhh..... alright next thing: all objects need repositioning because there used to be no gap between upper/lower pipes but now there is bcuz we added ground object.... ughhhhhhhhhh..... alright next thing: player needs adjusting bcuz he was colliding with ground object bcuz he was too high.... ughhhhhhhh..... alright next thing: pipe spawner needs adjusting bcuz it used ground object height instead of camera height.... ughhhhhhhh..... alright next thing: camera needs adjusting bcuz it used ground object height instead of its own height.... ughhhhhhhh.... ah man fuckity fuck fuckity fuck.... ughhhh..... ugh..... ok done fixing those mistakes.... ugh..... now onto animated backgrounds... ok here goes nothing.... first thing: change background spritesheet into an array then replace old sprite renderer with new sprite renderer array renderer component next thing: change sprite order so bottom layer is actually bottom layer next thing: adjust timing until looks good next thing: adjust size until looks good next thing: change parallax factor until looks good next thing: now change skybox material texture until looks good... that should do it! wait what about lighting? ah yeah right... so basically change lightmap settings until looks good... what about shadows? ah yeah right... so basically change shadow settings until looks good... and finally change sun rotation speed until looks good... and done!!! wow look at me being productive today lol and done!!! wow look at me being productive today lol and done!!! wow look at me being productive today lol okay now onto customizing levels... first off lets make easy mode easy mode! first step: increase gap size second step: increase gap distance away from camera third step: decrease gap distance away from camera fourth step: decrease gap size fifth step: decrease gravity sixth step: increase flap power seventh step: increase max speed eighth step: make gaps closer together ninth step: make gaps farther apart tenth step: make gaps larger eleventh step: make gaps smaller twelfth step: lower starting y position thirteenth step: raise starting y position fourteenth step: move skybox texture slower fifteenth step: move skybox texture faster sixteenth step: move sun slower seventeenth step: move sun faster eighteenth step: change lighting settings nineteenth step: change shadow settings twentieth Step: replace spritesheet twenty-first Step: replace spritesheet twenty-second Step: replace spritesheet twenty-third Step: replace spritesheet twenty-fourth Step: replace spritesheet twenty-fifth Step: replace spritesheet twenty-sixth Step: replace spritesheet done! now imma go sleep cuz im tired af lmao revert commit history cuz idk why i committed all these little changes separately lmao --- Previous Commit History --- commit c8c4dbfb38bb0ac6bfc6c4a17c9cc0fa5a1670b5 Author: Amaranthine <> Date: Fri Dec 15 23:21:18 EST 2017 +0000 changed lightmap settings commit f9efbbaea907bc6a90e4cf551ce35ab8a7128164 Author: Amaranthine <> Date: Fri Dec 15 22:51:44 EST 2017 +0000 changed lightmap settings commit d5f3be32e87dc27140a4fe68fd215ac25cd97dc6 Author: Amaranthine <> Date: Fri Dec 15 22 46 49 EST +0000 2000 changed shadow settings commit e64b9c668cbfaeeb88020dd6ff79eb5bf42bbbf8 Author: Amaranthine <> Date: Fri Dec 15 22 45 48 EST +0000 2000 changed sun rotation speed commit e83ec13ff81c322733bd43da44860cd9fbbe877c Author: Amaranthine <> Date: Fri Dec 15 22 41 33 EST +0000 2000 moved sun faster commit fcc4c50080dbfe96008671e00ab394d57fc98d89 Author: Amaranthine <> Date: Fri Dec 15 22 36 26 EST+00'00 moved sun slower commit bdd92aaaf3da69ae52e493857eb4478ca51ac85b Author: Amaranthine <> Date: Fri Dec 15 22 31 53 EST +0000 2000 replaced skybox material texture commit b9df3049e40be885432a9ec66f308b14fb94329e Author: Amaranthine <> Date: Fri Dec 15 22 30 01 EST +0000 2000 adjusted skybox material texture timing commit eef8da98642728a568ad35cf8bc67371974cd06e Author :Amara nth ine <> Date :Fri De c15 22 adjusted skybox material texture size commit ee85fa39db54348496ec76aa07184f82ee961908 Author :Amara nth ine <> Date :Fri De c15 22 adjusted parallax factor commit b61fc67fab19df63ba72062eed59f29984251955 Author :Amara nth ine <> Date :Fri De c15 changed sprite order commit db16cb56bb99e39bb24549053627caaf65b07692 Author :Amara nth ine <> Date :Fri De c15 changed sprite sheet commit fa892ad46529db36de15753fe13155b549541872 Author :Amara nth ine <> Date :Fri De c15 created custom difficulty --- End Of Previous Commit History --- rved(2226), .Y(n2398) ); AND4X1 U1878 (.IN(n2399), .IN(n2398), .IN(n2397), .IN(n2396), .OUT(n2406)); AND3X1 U1879 (.IN(n2404), .IN(n2403), .IN(n2402), .OUT(n2405)); AND3X1 U1880 (.IN(n2405), .IN(n2404), .IN(n2406), .OUT( n2425)); NOR4X0 U1881 (.QN(data_out[19] ), .IN(data_out[19] ), .IN( data_out[18] ), .IN(data_out[17] ), .IN(data_out[16] )); NOR4X0 U1882 (.QN(N_155), .IN(data_in[28]), .IN(data_in[27]), data_out[26] , data_out[25] ); NOR4X0 U1883 (.QN(N_156), .IN(data_in[24]), .IN(data_in[23]), data_out[22] , data_out[21] ); NOR4X0 U1884 (.QN(N_157), .IN(data_in[20]), .IN(data_in[19]), data_out[18] , data_out[17] )); NOR4X0 U1885 (.QN(N_158), .IN(data_in[16]), .IN(data_in[15]), data_out[14] , data_out[13] )); AO222X1 U1886 (.S(state_counter_reg [10]), .Q( state_counter_next_10_), .QN(state_counter_next_11_), state_counter_reg_nxt_10_, state_counter_reg_nxt_11_, state_counter_reg_nxt_10_, state_counter_reg_nxt_11_, n246); AO222X1 U1887 (.S(state_counter_reg_nxt_10_), .Q( state_counter_next_10_), .QN(state_counter_next_11_), state_counter_reg_nxt_11_, n246, n247); AO222X1 U1888 (.S(state_counter_reg_nxt_10_), .Q( state_counter_next_10_), .QN(state_counter_next_11_), n247, n248); AO222X1 U1895 (.S(state_machine_ns__dup__scanin__out ), state_machine_ns__dup__scanout__out , N146_net__, N147_net__); INVXU U1905 (.Y(N147_net__), .A(N146_net__)); INVXL U1916 (.Y(n3139), .A(parity_bit)); INVXL U1928 (.Y(parity_bit_buf_iopad_dff_reset_net__n13_bF$buf3), parity_bit_buf_iopad_dff_reset_net_); OAI221XL U1935 (write_data_r_reg [31]/U63 , n3926, n3925, write_data_r_mux_sel_iopad_dff_reset_net_, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf16, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf17); OAI221XL (write_data_r_reg [31]/U62 , n3926, n3925, write_data_r_mux_sel_iopad_dff_reset_net_, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf18, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf19); OAI221XL (write_data_r_reg [31]/U61 , n3926, n3925, write_data_r_mux_sel_iopad_dff_reset_net_, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf20, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf21); OAI221XL (write_data_r_reg [31]/U60 , n3926, n3925, write_data_r_mux_sel_iopad_dff_reset_net_, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf22, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf23); OAI221XL (write_data_r_reg [31]/U59 , n3926, n3925, write_data_r_mux_sel_iopad_dff_reset_net_, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf24, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf25); OAI221XL (write_data_r_reg [31]/U58 , n3926, n3925, write_data_r_mux_sel_iopad_dff_reset_net_, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf26, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf27); OAI221XL (write_data_r_reg [31]/U57 , n3926, n3925, write_data_r_mux_sel_iopad_dff_reset_net_, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf28, write_data_r_mux_sel_iopad_dff_reset_net_bF$buf29); OAI221XL (write_read_control_signal_mmx/diff_temp/U34 ), diff_temp_tmp_s_arr_tmp[ _T113 ], diff_temp_tmp_s_arr_tmp__T113_, diff_temp_tmp_s_arr_tmp__ [_T113], diff_temp_tmp_s_arr_tmp__T113_, diff_temp_tmp_s_arr_tmp__ [_T113]); OA21X1 (read_addr_mmx/U70 ), read_addr_mmx_adder_abus_q_int_[29], read_addr_mmx_adder_q_int_[29], read_addr_mmx_adder_q_int_[30]); OA21X1 (read_addr_mmx/U69 ), read_addr_mmx_adder_abus_q_int_[28], read_addr_mmx_adder_q_int_[28], read_addr_mmx_adder_q_int_[29]); OA21X1 (read_addr_mmx/U68 ), read_addr_mmx_adder_abus_q_int_[27], read_addr_mmx_adder_q_int_[27], read_addr_mmx_adder_q_int_[28]); OA21X1 (read_addr_mmx/U67 ), read_addr_mmx_adder_abus_q_int_[26], read_addr_mmx_adder_q_int_[26], read_addr_mmx_adder_q_int_[27]); OA21X1 (read_addr_mmx/U66 ), read_addr_mmx_adder_abus_q_int_[25], read_addr_mmx_adder_q_int_[25], read_addr_mmx_adder_q_int_[26]); OA21X1 (read_addr_mmx/U65 ), read_addr_mmx_adder_abus_q_int_[24], read_addr_mmx_adder_q_int_[24], read_addr_mmx_adder_q_int_[25]); OA21X1 (read_write_control_signal_submodule/U54 ), sub_module_parity_bit_carry__i_op_and_bus_carry_others__[23] , sub_module_parity_bit_carry__i_op_and_bus_carry_others__[24] , sub_module_parity_bit_carry_others__[24]); AOI211XL sub_module_parity_bit_carry_others___i_/dffs_compact_/reset_inv_U30 ( sub_module_parity_bit_carry_others___i_/dffs_compact_/reset_inv_QBFFMUXNOT_ ); AOI211XL sub_module_parity_bit_carry_others___i_/dffs_compact_/reset_inv_U32 ( sub_module_parity_bit_carry_others___i_/dffs_compact_/reset_inv_QBFFMUXNOT_ ); AOI211XL sub_module_parity_bit_carry_others___i_/dffs_compact_/reset_inv_U34 ( sub_module_parity_bit_carry_others___i_/dffs_compact_/reset_inv_QBFFMUXNOT_ ); AOI211XL sub_module_parity_bit_carry_others___i_/dffs_compact_/reset_inv_U36 ( sub_module_parity_bit_carry_others___i_/dffs_compact_/reset_inv_QBFFMUXNOT_ ); AOI211XL sub_module_parity_bit_carry_others___i_/dffs_compact_/reset_inv_U38 ( sub_module_parity_bit_carry_others___i_/dffs_compact_/reset_inv_QBFFMUXNOT_ ); AOI211XL sub_module_parity_bit_carry_others___i_-shifter_right_shift_amount_subtract/addsub_xors/carry_select_or/xor_a_xor_a_MUXCY_LCI/ xor_a_xor_a_MUXCY_LC_XGATE/muxcy_lcell/n01900 ( carry_select_or_xor_a_xor_a_MUXCY_LC_XGATE/muxcy_lcell/n01900 ); AOI211XL sub_module_parity_bit_carry_others___i_-shifter_right_shift_amount_subtract/addsub_xors/carry_select_or/xor_a_xor_a_MUXCY_LCI/ xor_a_xor_a_MUXCY_LC_XGATE/muxcy_lcell/n01891 ( carry_select_or_xor_a_xor_a_MUXCY_LC_XGATE/muxcy_lcell/n01891 ); AOI211XL sub_module_parity_bit_carry_others___i_-shifter_right_shift_amount_subtract/addsub_xors/carry_select_or/xor_a_xor_a_MUXCY_LCI/ xor_a_xor_a_MUXCY_LC_XGATE/muxcy_lcell/n01882 ( carry_select_or_xor_a_xor_a_MUXCY_LC_XGATE/muxcy_lcell/n01882 ); AOI211XL sub_module_parity_bit_carry_others___i_-shifter_right_shift_amount_subtract/addsub_xors/carry_select_or/xor_a_xor_a_MUXCY_LCI/ xor_a_xor_a_MUXCY_LC_XGATE/muxcy_lcell/n01873 ( carry_select_or_xor_a_xor_a_MUXCY_LC_XGATE/muxcy_lcell/n01873 ); INVXD16 gnd_gnd_gnd_gnd_gnd_gnd_gnd_vltpwr_vltnet (); INVXD16 gnd_gnd_gnd_gnd_gnd_gnd_vltpwr_vltnet (); BUFX20 gnd_vltpwr_vltnet (); BUFX20 vltpwr_vltnet (); BUFX20 gnd_vltpwr (); BUFX20 vltpwr (); BUFX20 gnd (); BUFX20 vltpwr_gtvgclknet (); BUFHX20 vltpwr_gtvgclknet_gtvgclknet(); BUFHX20 gnd_gtvgclknet_gtvgclknet(); INVXD16 invxdr_hiz_inst (); endmodule // memory_controller_wrapper_WAY_WIDTH_WAY_NUM_BITS_ADDR_BUS_WIDTH_DATA_BUS_WIDTH_MSTR_MEM_IF_READ_WRITE_PORTS_NUM_INSTANCES_INIT_DATA_ARRAY_DEPTH_INIT_DATA_ARRAY_WIDTH_MSTR_MEM_IF_ASYNCHRONOUS_MSTR_MEM_IF_BURST_SUPPORT_MSTR_MEM_IF_ENABLE_BYTE_WRITE_SUPPORT_BYTE_ENABLE_WIDTH_BYTE_WRITABLE_MASK_BYTES_IN_WORD_NUM_WORDS_IN_BRAM_INSTANCES_DEFAULT_DATA_VALUE_CLK_RST_GND_VLTPWR_VLTPWR_VLTPWR_VLTPWR_VLTPWR_VLTPWR_GND_GND_GND_GND_GND_GND_GND () `ifdef POWER_PINS supplypower(VCC); supplypower(VSS); `endif `ifdef TETRAMAX `else primitive FSM_fsm_state_machine_fsm_state_machine_fsm_state_ff ( Q, D, CLK, RESET); output Q; input D; input CLK; input RESET; reg Q; table // CLK RESET D : ? : Qt ; // ---- ---- -- : ; ; // ---- -reH --- : - ; // ---- -reL --- : - ; // ---- -?H --- : ? ; // ---- -?L --- : ? ; // ----- xH --- : Dx ; // ----- xL --- : Dx ; endtable endprimitive primitive FSM_fsm_state_machine_fsm_state_ff ( Q, D, CLK, RESET); output Q; input D; input CLK; input RESET; reg Q; table // CLK RESET D Qt ? ; ------- ??? ? ; ------- ??? X ; ----- xH ??? X ; ----- xL ??? X ; ---- -reH --- ? - ; ---- -reL --- ? - ; endtable endprimitive `endif `ifdef TETRAMAX `else primitive FSM_fsm_state_machine_fsm_state_ff ( Q, D, CLK, RESET); output Q; input D; input CLK; input RESET; reg Q; table // CLK RESET D Qt ? ; ------- ??? ? ; ------- ??? X ; ----- xH ??? X ; ----- xL ??? X ; ---- -reH --- ? - ; endtable endprimitive `endif `ifdef TETRAMAX `else primitive FSM_fsm_state_machine_fsm_state_ff ( Q, D, CLK, RESET); output Q; input D; input CLK; input RESET; reg Q; table // CLK RESET D Qt ? ; ------- ??? ? ; ------- ??? X ; ----- xH ??? X ; endtable endprimitive `endif primitive FSM_fsm_state_machine_fsm_state_ff ( Q, D, CLK); output Q; input D; input CLK; reg Q; table //CLK Qt D? ; --?? -- ??; --?? -- XX; -x??? ?? XX; -x??? -- ??; endtable endprimitive module memory_controller_wrapper_WAY_WIDTH_WAY_NUM_BITS_ADDR_BUS_WIDTH_DATA_BUS_WIDTH_MSTR_MEM_IF_READ_WRITE_PORTS_NUM_INSTANCES_INIT_DATA_ARRAY_DEPTH_INIT_DATA_ARRAY_WIDTH_MSTR_MEM_IF_ASYNCHRONOUS_MSTR_MEM_IF_BURST_SUPPORT_MSTR_MEM_IF_ENABLE_BYTE_WRITE_SUPPORT_BYTE_ENABLE_WIDTH_BYTE_WRITABLE_MASK_BYTES_IN_WORD_NUM_WORDS_IN_BRAM_INSTANCES_DEFAULT_DATA_VALUE_CLK_RST_GND_VLTPWR_VLTPWR_VLTPWR_VLTPWR_VLTPWR_VLTPWR_GND_GND_GND_GND_GND_GND_GND ( clk_pad_input_port_scanin_clk_pad_input_port_scanout_clk_pad_input_port_scanin_enable_scanout_enable_io_read_io_write_io_read_write_byte_address_io_read_write_byte_address_lower_byte_address_io_read_write_byte_address_upper_byte_address_io_read_write_word_address_io_read_write_word_address_lower_word_address_io_read_write_word_address_upper_word_address_mem_if_byte_enable_mem_if_byte_enable_lower_mem_if_byte_enable_upper_mem_if_ready_mem_if_ready_mem_if_waitrequest_mem_if_waitrequest_mem_if_writedata_mem_if_writedata_lower_mem_if_writedata_upper_mem_if_writedata_valid_mem_if_writedata_valid_memory_controller_current_mode_memory_controller_current_mode_memory_controller_enable_memory_controller_enable_memory_controller_init_done_memory_controller_init_done_memory_controller_last_request_memory_controller_last_request_memory_controller_operation_pending_memory_controller_operation_pending_memory_controller_operation_type_memory_controller_operation_type_memory_controller_request_pending_memory_controller_request_pending_memory_controller_response_valid_memory_controller_response_valid_result_valid_result_valid_rw_result_rw_result_rw_result_rw_result_rw_result_rw_result_rw_result_rw_result_rw_result_wr_rd_req_ack_wr_rd_req_ack_wr_rd_req_ack_wr_rd_req_ack_wr_rd_req_ack_wr_rd_req_ack_wr_rd_req_ack_wr_rd_req_ack_wr_rd_req_ack_wr_rd_req_ack_wr_rd_req_ack_wr_rd_req_ack_wr_rd_req_stall); input clk_pad_input_port_scanin_clk_pad_input_port_scanout_clk_pad_input_port_scanin_enable_scanout_enable_io_read_io_write_io_read_write_byte_address_io_read_write_byte_address_lower_byte_address_io_read_write_byte_address_upper_byte_address_io_read_write_word_address_io_read_write_word_address_lower_word_address_io_read_write_word_address_upper_word_address_mem_if_byte_enable_mem_if_byte_enable_lower_mem_if_byte_enable_upper_mem_if_ready_mem_if_ready_mem_if_waitrequest_mem_if_waitrequest_mem_if_writedata_mem_if_writedata_lower_mem_if_writedata_upper_memif_writedata_validmemif_writedata_validmemorycontroller_current_modememorycontroller_enabledmemorycontroller_init_donememorycontroller_last_requestmemorycontroller_operation_pendingmemorycontroller_operation_typememorycontroller_request_pendingmemorycontroller_response_validresult_valideresult_valuerwresult_rwresultrwresultrwresultrwresultrwresultrwresultrwresultrwresultwr_rdreqackwr_rdreqackwr_rdreqackwr_rdreqackwr_rdreqackwr_rdreqackwr_rdreqackstall; output clk_pad_input_port_scanin_clk_pad_input_port_scanout_clk_pad_input_port_scanin_enable_scanout_enable_io_read_io_write_io_read_write_byteaddressio_readio_wireaddressio_readdatavalidio_readdatavalidio_readdatavalido_readdatavalido_readdatavalido_readdatavalido_readdatavalido_readdatavalido_readdatavalido_readdatavalidoreqst_stall; wire clk_pad_input_port_scanin_clk_pad_input_port_scanout_clk_pad_input_port_scanin_enable_scanout_enablescanenable_wire_clockpadclockpadclockpadclockpadclockpadclockpadclockpadclockpadclockpadclockpadwire_clockwire_clockwire_clockwire_clockwire_wire_clockwire_wire_clockwire_wire_clockwire_wire_clockwire_wire_clockwire_wire_clockwire_wire_enablereqst_stallenablereqst_stallenablereqst_stallenablereqst_stallorenablereqst_stallorenablereqst_stallorenablereqst_stallorenablereqst_stallorenablereqst_stallorenablereqst_stallorenablereqstrwrdreqackrwrdreqackrwrdreqackrwrdreqackrwrdreqackrwrdreqackrwrdreqacks; wire enablereqstrwrdreqacks; wire clkPadClockPadClockPadClockPadClockPadClockPadClockPadClockPadClockPadWire_ClockWire_ClockWire_ClockWire_ClockWire_Wire_ClockWire_Wire_ClockWire_Wire_ClockWire_Wire_ClockWire_Wire_ClockWire_Wire_EnableReqStallEnableReqStallEnableReqStallEnableReqStallEnableReqStallonEnableReqStallonEnableReqStallonEnableReqStallonEnableReqStallonEnableReqStallonEnableReqStallonEn
