| ********** Mapped Logic ********** |
| LDCP_A_s0: LDCP port map (A_s(0),SECV_READER/regA(0),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_A_s1: LDCP port map (A_s(1),SECV_READER/regA(1),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_A_s2: LDCP port map (A_s(2),SECV_READER/regA(2),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_A_s3: LDCP port map (A_s(3),SECV_READER/regA(3),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_A_s4: LDCP port map (A_s(4),SECV_READER/regA(4),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_A_s5: LDCP port map (A_s(5),SECV_READER/regA(5),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_A_s6: LDCP port map (A_s(6),SECV_READER/regA(6),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_A_s7: LDCP port map (A_s(7),SECV_READER/regA(7),SECV_READER/s_state_FSM_FFd3,'0','0'); |
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FDCPE_BUTTON_ENABLE/s_state_FSM_FFd1: FDCPE port map (BUTTON_ENABLE/s_state_FSM_FFd1,BUTTON_ENABLE/s_state_FSM_FFd1_D,clk_i,'0','0','1');
BUTTON_ENABLE/s_state_FSM_FFd1_D <= NOT (((NOT enable_s AND BTN0) OR (NOT enable_s AND NOT BUTTON_ENABLE/s_state_FSM_FFd1))); |
| LDCP_B_s0: LDCP port map (B_s(0),SECV_READER/regB(0),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_B_s1: LDCP port map (B_s(1),SECV_READER/regB(1),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_B_s2: LDCP port map (B_s(2),SECV_READER/regB(2),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_B_s3: LDCP port map (B_s(3),SECV_READER/regB(3),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_B_s4: LDCP port map (B_s(4),SECV_READER/regB(4),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_B_s5: LDCP port map (B_s(5),SECV_READER/regB(5),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_B_s6: LDCP port map (B_s(6),SECV_READER/regB(6),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_B_s7: LDCP port map (B_s(7),SECV_READER/regB(7),SECV_READER/s_state_FSM_FFd3,'0','0'); |
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FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt0: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(0),DISPLAY/CLOCK_ENABLE/s_cnt_D(0),clk_i,'0','0','1');
DISPLAY/CLOCK_ENABLE/s_cnt_D(0) <= (NOT DISPLAY/CLOCK_ENABLE/s_cnt(0) AND N_PZ_560); |
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FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt1: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(1),DISPLAY/CLOCK_ENABLE/s_cnt_D(1),clk_i,'0','0','1');
DISPLAY/CLOCK_ENABLE/s_cnt_D(1) <= ((DISPLAY/CLOCK_ENABLE/s_cnt(0) AND N_PZ_560 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(1)) OR (NOT DISPLAY/CLOCK_ENABLE/s_cnt(0) AND N_PZ_560 AND DISPLAY/CLOCK_ENABLE/s_cnt(1))); |
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FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt2: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(2),DISPLAY/CLOCK_ENABLE/s_cnt_D(2),clk_i,'0','0','1');
DISPLAY/CLOCK_ENABLE/s_cnt_D(2) <= ((NOT N_PZ_373 AND N_PZ_560 AND DISPLAY/CLOCK_ENABLE/s_cnt(2)) OR (NOT N_PZ_373 AND DISPLAY/CLOCK_ENABLE/s_cnt(0) AND N_PZ_560 AND DISPLAY/CLOCK_ENABLE/s_cnt(1))); |
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FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt3: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(3),DISPLAY/CLOCK_ENABLE/s_cnt_D(3),clk_i,'0','0','1');
DISPLAY/CLOCK_ENABLE/s_cnt_D(3) <= ((NOT BTN1 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(10) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(11) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(12) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(13) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(14) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(5) AND DISPLAY/CLOCK_ENABLE/s_cnt(3) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(6) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(7) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(8) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(9) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(15) AND NOT N_PZ_373) OR (NOT BTN1 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(10) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(11) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(12) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(13) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(14) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(5) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(3) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(6) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(7) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(8) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(9) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(15) AND N_PZ_373)); |
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FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt4: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(4),DISPLAY/CLOCK_ENABLE/s_cnt_D(4),clk_i,'0','0','1');
DISPLAY/CLOCK_ENABLE/s_cnt_D(4) <= ((NOT BTN1 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(10) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(11) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(12) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(13) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(14) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(5) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(3) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(6) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(7) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(8) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(9) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(15) AND DISPLAY/CLOCK_ENABLE/s_cnt(4)) OR (NOT BTN1 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(10) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(11) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(12) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(13) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(14) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(5) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(6) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(7) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(8) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(9) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(15) AND NOT N_PZ_373 AND DISPLAY/CLOCK_ENABLE/s_cnt(4)) OR (NOT BTN1 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(10) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(11) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(12) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(13) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(14) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(5) AND DISPLAY/CLOCK_ENABLE/s_cnt(3) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(6) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(7) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(8) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(9) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(15) AND N_PZ_373 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(4))); |
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FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt5: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(5),DISPLAY/CLOCK_ENABLE/s_cnt_D(5),clk_i,'0','0','1');
DISPLAY/CLOCK_ENABLE/s_cnt_D(5) <= ((NOT BTN1 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(10) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(11) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(12) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(13) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(14) AND DISPLAY/CLOCK_ENABLE/s_cnt(5) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(3) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(6) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(7) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(8) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(9) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(15) AND NOT N_PZ_373 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(4)) OR (NOT BTN1 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(10) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(11) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(12) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(13) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(14) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(5) AND DISPLAY/CLOCK_ENABLE/s_cnt(3) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(6) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(7) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(8) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(9) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(15) AND N_PZ_373 AND DISPLAY/CLOCK_ENABLE/s_cnt(4))); |
| FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt6: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(6),'0',clk_i,'0','0','1'); |
| FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt7: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(7),'0',clk_i,'0','0','1'); |
| FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt8: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(8),'0',clk_i,'0','0','1'); |
| FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt9: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(9),'0',clk_i,'0','0','1'); |
| FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt10: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(10),'0',clk_i,'0','0','1'); |
| FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt11: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(11),'0',clk_i,'0','0','1'); |
| FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt12: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(12),'0',clk_i,'0','0','1'); |
| FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt13: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(13),'0',clk_i,'0','0','1'); |
| FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt14: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(14),'0',clk_i,'0','0','1'); |
| FDCPE_DISPLAY/CLOCK_ENABLE/s_cnt15: FDCPE port map (DISPLAY/CLOCK_ENABLE/s_cnt(15),'0',clk_i,'0','0','1'); |
| FDCPE_DISPLAY/SIGNED_DECODER/dataSI_s0: FDCPE port map (DISPLAY/SIGNED_DECODER/dataSI_s(0),number_s(0),clk_i,'0','0',LED_CPLD(2)); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataSI_s1: FDCPE port map (DISPLAY/SIGNED_DECODER/dataSI_s(1),DISPLAY/SIGNED_DECODER/dataSI_s_D(1),clk_i,'0','0','1');
DISPLAY/SIGNED_DECODER/dataSI_s_D(1) <= ((LED_CPLD(2) AND N_PZ_474) OR (NOT LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(1))); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataSI_s2: FDCPE port map (DISPLAY/SIGNED_DECODER/dataSI_s(2),DISPLAY/SIGNED_DECODER/dataSI_s_D(2),clk_i,'0','0','1');
DISPLAY/SIGNED_DECODER/dataSI_s_D(2) <= (LED_CPLD(2) AND NOT number_s(2)) XOR ((NOT LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(2)) OR (LED_CPLD(2) AND NOT number_s(0) AND NOT number_s(1))); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataSI_s3: FDCPE port map (DISPLAY/SIGNED_DECODER/dataSI_s(3),DISPLAY/SIGNED_DECODER/dataSI_s_D(3),clk_i,'0','0','1');
DISPLAY/SIGNED_DECODER/dataSI_s_D(3) <= ((NOT LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(3)) OR (LED_CPLD(2) AND number_s(1) AND NOT number_s(3)) OR (LED_CPLD(2) AND number_s(2) AND NOT number_s(3)) OR (LED_CPLD(2) AND NOT number_s(1) AND NOT number_s(2) AND MY_ALU/Mxor_status_o(4)__xor0001)); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataSI_s4: FDCPE port map (DISPLAY/SIGNED_DECODER/dataSI_s(4),DISPLAY/SIGNED_DECODER/dataSI_s_D(4),clk_i,'0','0','1');
DISPLAY/SIGNED_DECODER/dataSI_s_D(4) <= (LED_CPLD(2) AND NOT number_s(4)) XOR ((NOT LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(4)) OR (LED_CPLD(2) AND NOT number_s(0) AND NOT number_s(1) AND NOT number_s(2) AND NOT number_s(3))); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataSI_s5: FDCPE port map (DISPLAY/SIGNED_DECODER/dataSI_s(5),DISPLAY/SIGNED_DECODER/dataSI_s_D(5),clk_i,'0','0','1');
DISPLAY/SIGNED_DECODER/dataSI_s_D(5) <= (LED_CPLD(2) AND NOT number_s(5)) XOR ((NOT LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(5)) OR (LED_CPLD(2) AND NOT number_s(0) AND NOT number_s(1) AND NOT number_s(2) AND NOT number_s(3) AND NOT number_s(4))); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataSI_s6: FDCPE port map (DISPLAY/SIGNED_DECODER/dataSI_s(6),DISPLAY/SIGNED_DECODER/dataSI_s_D(6),clk_i,'0','0','1');
DISPLAY/SIGNED_DECODER/dataSI_s_D(6) <= ((NOT LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(6)) OR (LED_CPLD(2) AND NOT N_PZ_468 AND NOT number_s(6)) OR (LED_CPLD(2) AND NOT N_PZ_468 AND NOT number_s(0) AND NOT number_s(1) AND NOT number_s(2) AND NOT number_s(3) AND NOT number_s(4) AND NOT number_s(5))); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataSI_s7: FDCPE port map (DISPLAY/SIGNED_DECODER/dataSI_s(7),DISPLAY/SIGNED_DECODER/dataSI_s_D(7),clk_i,'0','0','1');
DISPLAY/SIGNED_DECODER/dataSI_s_D(7) <= ((LED_CPLD(2) AND N_PZ_468) OR (NOT LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(7))); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataUN_s0: FDCPE port map (DISPLAY/SIGNED_DECODER/dataUN_s(0),number_s(0),clk_i,'0','0',DISPLAY/SIGNED_DECODER/dataUN_s_CE(0));
DISPLAY/SIGNED_DECODER/dataUN_s_CE(0) <= (NOT LED_CPLD(2) AND NOT N_PZ_468); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataUN_s1: FDCPE port map (DISPLAY/SIGNED_DECODER/dataUN_s(1),number_s(1),clk_i,'0','0',DISPLAY/SIGNED_DECODER/dataUN_s_CE(1));
DISPLAY/SIGNED_DECODER/dataUN_s_CE(1) <= (NOT LED_CPLD(2) AND NOT N_PZ_468); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataUN_s2: FDCPE port map (DISPLAY/SIGNED_DECODER/dataUN_s(2),number_s(2),clk_i,'0','0',DISPLAY/SIGNED_DECODER/dataUN_s_CE(2));
DISPLAY/SIGNED_DECODER/dataUN_s_CE(2) <= (NOT LED_CPLD(2) AND NOT N_PZ_468); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataUN_s3: FDCPE port map (DISPLAY/SIGNED_DECODER/dataUN_s(3),number_s(3),clk_i,'0','0',DISPLAY/SIGNED_DECODER/dataUN_s_CE(3));
DISPLAY/SIGNED_DECODER/dataUN_s_CE(3) <= (NOT LED_CPLD(2) AND NOT N_PZ_468); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataUN_s4: FDCPE port map (DISPLAY/SIGNED_DECODER/dataUN_s(4),number_s(4),clk_i,'0','0',DISPLAY/SIGNED_DECODER/dataUN_s_CE(4));
DISPLAY/SIGNED_DECODER/dataUN_s_CE(4) <= (NOT LED_CPLD(2) AND NOT N_PZ_468); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataUN_s5: FDCPE port map (DISPLAY/SIGNED_DECODER/dataUN_s(5),number_s(5),clk_i,'0','0',DISPLAY/SIGNED_DECODER/dataUN_s_CE(5));
DISPLAY/SIGNED_DECODER/dataUN_s_CE(5) <= (NOT LED_CPLD(2) AND NOT N_PZ_468); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataUN_s6: FDCPE port map (DISPLAY/SIGNED_DECODER/dataUN_s(6),number_s(6),clk_i,'0','0',DISPLAY/SIGNED_DECODER/dataUN_s_CE(6));
DISPLAY/SIGNED_DECODER/dataUN_s_CE(6) <= (NOT LED_CPLD(2) AND NOT N_PZ_468); |
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FDCPE_DISPLAY/SIGNED_DECODER/dataUN_s7: FDCPE port map (DISPLAY/SIGNED_DECODER/dataUN_s(7),LED_CPLD(2),clk_i,'0','0',DISPLAY/SIGNED_DECODER/dataUN_s_CE(7));
DISPLAY/SIGNED_DECODER/dataUN_s_CE(7) <= (NOT LED_CPLD(2) AND NOT N_PZ_468); |
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FDCPE_DISPLAY/data0_s0: FDCPE port map (DISPLAY/data0_s(0),DISPLAY/data0_s_D(0),clk_i,'0','0','1');
DISPLAY/data0_s_D(0) <= ((LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(0)) OR (NOT LED_CPLD(2) AND NOT N_PZ_468 AND DISPLAY/SIGNED_DECODER/dataUN_s(0))); |
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FDCPE_DISPLAY/data0_s1: FDCPE port map (DISPLAY/data0_s(1),DISPLAY/data0_s_D(1),clk_i,'0','0','1');
DISPLAY/data0_s_D(1) <= ((LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(1)) OR (NOT LED_CPLD(2) AND NOT N_PZ_468 AND DISPLAY/SIGNED_DECODER/dataUN_s(1))); |
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FDCPE_DISPLAY/data0_s2: FDCPE port map (DISPLAY/data0_s(2),DISPLAY/data0_s_D(2),clk_i,'0','0','1');
DISPLAY/data0_s_D(2) <= ((LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(2)) OR (NOT LED_CPLD(2) AND NOT N_PZ_468 AND DISPLAY/SIGNED_DECODER/dataUN_s(2))); |
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FDCPE_DISPLAY/data0_s3: FDCPE port map (DISPLAY/data0_s(3),DISPLAY/data0_s_D(3),clk_i,'0','0','1');
DISPLAY/data0_s_D(3) <= ((LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(3)) OR (NOT LED_CPLD(2) AND NOT N_PZ_468 AND DISPLAY/SIGNED_DECODER/dataUN_s(3))); |
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FDCPE_DISPLAY/data1_s0: FDCPE port map (DISPLAY/data1_s(0),DISPLAY/data1_s_D(0),clk_i,'0','0','1');
DISPLAY/data1_s_D(0) <= ((LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(4)) OR (NOT LED_CPLD(2) AND NOT N_PZ_468 AND DISPLAY/SIGNED_DECODER/dataUN_s(4))); |
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FDCPE_DISPLAY/data1_s1: FDCPE port map (DISPLAY/data1_s(1),DISPLAY/data1_s_D(1),clk_i,'0','0','1');
DISPLAY/data1_s_D(1) <= ((LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(5)) OR (NOT LED_CPLD(2) AND NOT N_PZ_468 AND DISPLAY/SIGNED_DECODER/dataUN_s(5))); |
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FDCPE_DISPLAY/data1_s2: FDCPE port map (DISPLAY/data1_s(2),DISPLAY/data1_s_D(2),clk_i,'0','0','1');
DISPLAY/data1_s_D(2) <= ((LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(6)) OR (NOT LED_CPLD(2) AND NOT N_PZ_468 AND DISPLAY/SIGNED_DECODER/dataUN_s(6))); |
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FDCPE_DISPLAY/data1_s3: FDCPE port map (DISPLAY/data1_s(3),DISPLAY/data1_s_D(3),clk_i,'0','0','1');
DISPLAY/data1_s_D(3) <= ((LED_CPLD(2) AND DISPLAY/SIGNED_DECODER/dataSI_s(7)) OR (NOT LED_CPLD(2) AND NOT N_PZ_468 AND DISPLAY/SIGNED_DECODER/dataUN_s(7))); |
| FDCPE_DISPLAY/data_minus_s: FDCPE port map (DISPLAY/data_minus_s,LED_CPLD(2),clk_i,'0','0','1'); |
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FDCPE_DISPLAY/s_cnt0: FDCPE port map (DISPLAY/s_cnt(0),DISPLAY/s_cnt_D(0),clk_i,'0','0','1');
DISPLAY/s_cnt_D(0) <= ((DISPLAY/s_cnt(0) AND NOT BTN1 AND NOT DISPLAY/s_en) OR (NOT DISPLAY/s_cnt(0) AND NOT BTN1 AND DISPLAY/s_en)); |
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FTCPE_DISPLAY/s_cnt1: FTCPE port map (DISPLAY/s_cnt(1),DISPLAY/s_cnt_T(1),clk_i,'0','0','1');
DISPLAY/s_cnt_T(1) <= ((BTN1 AND DISPLAY/s_cnt(1)) OR (DISPLAY/s_cnt(0) AND NOT BTN1 AND DISPLAY/s_en)); |
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FDCPE_DISPLAY/s_en: FDCPE port map (DISPLAY/s_en,DISPLAY/s_en_D,clk_i,'0','0','1');
DISPLAY/s_en_D <= NOT (((BTN1) OR (NOT DISPLAY/CLOCK_ENABLE/s_cnt(10) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(11) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(12) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(13) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(14) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(5) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(6) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(7) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(8) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(9) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(15)) OR (NOT DISPLAY/CLOCK_ENABLE/s_cnt(10) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(11) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(12) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(13) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(14) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(3) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(6) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(7) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(8) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(9) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(15) AND NOT N_PZ_373 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(4)))); |
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LED_CPLD(0) <= NOT (((NOT N_PZ_499 AND N_PZ_378)
OR (NOT N_PZ_471 AND NOT A_s(6) AND N_PZ_499) OR (MY_ALU/control_s AND B_s(6) AND N_PZ_471 AND N_PZ_499) OR (NOT MY_ALU/control_s AND NOT B_s(6) AND N_PZ_471 AND N_PZ_499))); |
| LED_CPLD(1) <= (NOT LED_CPLD(2) AND N_PZ_468); |
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FDCPE_LED_CPLD2: FDCPE port map (LED_CPLD(2),LED_CPLD_D(2),clk_i,'0','0','1');
LED_CPLD_D(2) <= NOT (((operation_s(1) AND NOT operation_s(0) AND NOT A_s(7)) OR (operation_s(1) AND NOT operation_s(0) AND NOT B_s(7)) OR (operation_s(1) AND NOT A_s(7) AND NOT B_s(7)) OR (NOT operation_s(1) AND A_s(6) AND NOT MY_ALU/F_ADDER_1/carry_6to7_s AND N_PZ_499) OR (NOT operation_s(1) AND NOT A_s(6) AND MY_ALU/F_ADDER_1/carry_6to7_s AND NOT N_PZ_499) OR (NOT B_s(6) AND N_PZ_471 AND NOT A_s(7) AND NOT B_s(7)) OR (NOT operation_s(1) AND B_s(6) AND N_PZ_471 AND A_s(7) AND NOT B_s(7)) OR (NOT operation_s(1) AND B_s(6) AND N_PZ_471 AND NOT A_s(7) AND B_s(7)) OR (NOT operation_s(1) AND NOT B_s(6) AND N_PZ_471 AND A_s(7) AND B_s(7)))); |
|
LED_CPLD(3) <= ((A_s(7) AND N_PZ_378 AND LED_CPLD(0))
OR (NOT A_s(7) AND NOT N_PZ_378 AND NOT LED_CPLD(0))); |
|
LED_CPLD(4) <= number_s(4)
XOR ((number_s(5) AND number_s(6) AND NOT N_PZ_521) OR (number_s(5) AND NOT number_s(6) AND N_PZ_521) OR (NOT number_s(5) AND number_s(6) AND N_PZ_521) OR (NOT number_s(5) AND NOT number_s(6) AND NOT N_PZ_521)); |
|
MY_ALU/F_ADDER_1/carry_2to3_s <= (NOT A_s(1) AND B_s(1))
XOR ((NOT MY_ALU/control_s AND NOT B_s(1) AND NOT B_s(0)) OR (NOT MY_ALU/control_s AND NOT B_s(1) AND NOT A_s(0)) OR (NOT MY_ALU/control_s AND NOT A_s(1) AND B_s(0) AND A_s(0)) OR (NOT A_s(1) AND NOT B_s(1) AND NOT B_s(0) AND NOT A_s(0)) OR (MY_ALU/control_s AND A_s(1) AND B_s(1) AND NOT B_s(0) AND NOT A_s(0))); |
|
MY_ALU/F_ADDER_1/carry_4to5_s <= ((MY_ALU/control_s AND NOT A_s(3) AND B_s(3))
OR (NOT MY_ALU/control_s AND NOT A_s(3) AND NOT B_s(3)) OR (NOT A_s(3) AND NOT A_s(2) AND N_PZ_376) OR (MY_ALU/control_s AND B_s(3) AND NOT A_s(2) AND N_PZ_376) OR (MY_ALU/control_s AND B_s(3) AND NOT N_PZ_376 AND B_s(2)) OR (NOT MY_ALU/control_s AND NOT B_s(3) AND NOT A_s(2) AND N_PZ_376) OR (NOT MY_ALU/control_s AND NOT B_s(3) AND NOT N_PZ_376 AND NOT B_s(2)) OR (NOT A_s(3) AND B_s(3) AND NOT N_PZ_376 AND NOT B_s(2)) OR (NOT A_s(3) AND NOT B_s(3) AND NOT N_PZ_376 AND B_s(2))); |
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MY_ALU/F_ADDER_1/carry_6to7_s <= ((MY_ALU/control_s AND NOT A_s(5) AND B_s(5))
OR (NOT MY_ALU/control_s AND NOT A_s(5) AND NOT B_s(5)) OR (NOT A_s(5) AND NOT A_s(4) AND N_PZ_377) OR (MY_ALU/control_s AND B_s(5) AND NOT A_s(4) AND N_PZ_377) OR (MY_ALU/control_s AND B_s(5) AND NOT N_PZ_377 AND B_s(4)) OR (NOT MY_ALU/control_s AND NOT B_s(5) AND NOT A_s(4) AND N_PZ_377) OR (NOT MY_ALU/control_s AND NOT B_s(5) AND NOT N_PZ_377 AND NOT B_s(4)) OR (NOT A_s(5) AND B_s(5) AND NOT N_PZ_377 AND NOT B_s(4)) OR (NOT A_s(5) AND NOT B_s(5) AND NOT N_PZ_377 AND B_s(4))); |
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MY_ALU/Mxor_status_o(4)__xor0001 <= number_s(2)
XOR ((number_s(3) AND NOT N_PZ_474) OR (NOT number_s(3) AND N_PZ_474)); |
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FDCPE_MY_ALU/control_s: FDCPE port map (MY_ALU/control_s,MY_ALU/control_s_D,clk_i,'0','0','1');
MY_ALU/control_s_D <= NOT (((NOT MY_ALU/control_s AND operation_s(1)) OR (NOT operation_s(1) AND NOT operation_s(0)))); |
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N_PZ_373 <= (DISPLAY/CLOCK_ENABLE/s_cnt(0) AND
DISPLAY/CLOCK_ENABLE/s_cnt(1) AND DISPLAY/CLOCK_ENABLE/s_cnt(2)); |
|
N_PZ_376 <= ((A_s(2) AND NOT MY_ALU/F_ADDER_1/carry_2to3_s)
OR (NOT A_s(2) AND MY_ALU/F_ADDER_1/carry_2to3_s)); |
|
N_PZ_377 <= ((A_s(4) AND NOT MY_ALU/F_ADDER_1/carry_4to5_s)
OR (NOT A_s(4) AND MY_ALU/F_ADDER_1/carry_4to5_s)); |
|
N_PZ_378 <= ((MY_ALU/control_s AND B_s(7))
OR (NOT MY_ALU/control_s AND NOT B_s(7))); |
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N_PZ_468 <= (NOT number_s(0) AND NOT number_s(1) AND NOT number_s(2) AND
NOT number_s(3) AND NOT number_s(4) AND NOT number_s(5) AND NOT number_s(6)); |
|
N_PZ_471 <= ((A_s(6) AND MY_ALU/F_ADDER_1/carry_6to7_s)
OR (NOT A_s(6) AND NOT MY_ALU/F_ADDER_1/carry_6to7_s)); |
|
N_PZ_474 <= ((number_s(0) AND NOT number_s(1))
OR (NOT number_s(0) AND number_s(1))); |
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N_PZ_499 <= ((A_s(7) AND N_PZ_378)
OR (NOT A_s(7) AND NOT N_PZ_378)); |
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N_PZ_507 <= ((DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND
NOT DISPLAY/data1_s(0) AND NOT DISPLAY/data1_s(1) AND DISPLAY/data1_s(2) AND NOT DISPLAY/data1_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND NOT DISPLAY/data0_s(0) AND NOT DISPLAY/data0_s(1) AND DISPLAY/data0_s(2) AND NOT DISPLAY/data0_s(3))); |
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N_PZ_521 <= ((LED_CPLD(2) AND MY_ALU/Mxor_status_o(4)__xor0001)
OR (NOT LED_CPLD(2) AND NOT MY_ALU/Mxor_status_o(4)__xor0001)); |
|
N_PZ_560 <= ((NOT BTN1 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(10) AND
NOT DISPLAY/CLOCK_ENABLE/s_cnt(11) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(12) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(13) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(14) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(5) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(6) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(7) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(8) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(9) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(15)) OR (NOT BTN1 AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(10) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(11) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(12) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(13) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(14) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(3) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(6) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(7) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(8) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(9) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(15) AND NOT DISPLAY/CLOCK_ENABLE/s_cnt(4))); |
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FDCPE_SECV_READER/regA0: FDCPE port map (SECV_READER/regA(0),SW_CPLD(0),clk_i,BTN1,'0',SECV_READER/regA_CE(0));
SECV_READER/regA_CE(0) <= (SECV_READER/s_state_FSM_FFd3 AND enable_s); |
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FDCPE_SECV_READER/regA1: FDCPE port map (SECV_READER/regA(1),SW_CPLD(1),clk_i,BTN1,'0',SECV_READER/regA_CE(1));
SECV_READER/regA_CE(1) <= (SECV_READER/s_state_FSM_FFd3 AND enable_s); |
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FDCPE_SECV_READER/regA2: FDCPE port map (SECV_READER/regA(2),SW_CPLD(2),clk_i,BTN1,'0',SECV_READER/regA_CE(2));
SECV_READER/regA_CE(2) <= (SECV_READER/s_state_FSM_FFd3 AND enable_s); |
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FDCPE_SECV_READER/regA3: FDCPE port map (SECV_READER/regA(3),SW_CPLD(3),clk_i,BTN1,'0',SECV_READER/regA_CE(3));
SECV_READER/regA_CE(3) <= (SECV_READER/s_state_FSM_FFd3 AND enable_s); |
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FDCPE_SECV_READER/regA4: FDCPE port map (SECV_READER/regA(4),SW_CPLD(4),clk_i,BTN1,'0',SECV_READER/regA_CE(4));
SECV_READER/regA_CE(4) <= (SECV_READER/s_state_FSM_FFd3 AND enable_s); |
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FDCPE_SECV_READER/regA5: FDCPE port map (SECV_READER/regA(5),SW_CPLD(5),clk_i,BTN1,'0',SECV_READER/regA_CE(5));
SECV_READER/regA_CE(5) <= (SECV_READER/s_state_FSM_FFd3 AND enable_s); |
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FDCPE_SECV_READER/regA6: FDCPE port map (SECV_READER/regA(6),SW_CPLD(6),clk_i,BTN1,'0',SECV_READER/regA_CE(6));
SECV_READER/regA_CE(6) <= (SECV_READER/s_state_FSM_FFd3 AND enable_s); |
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FDCPE_SECV_READER/regA7: FDCPE port map (SECV_READER/regA(7),SW_CPLD(7),clk_i,BTN1,'0',SECV_READER/regA_CE(7));
SECV_READER/regA_CE(7) <= (SECV_READER/s_state_FSM_FFd3 AND enable_s); |
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FDCPE_SECV_READER/regB0: FDCPE port map (SECV_READER/regB(0),SW_CPLD(0),clk_i,BTN1,'0',SECV_READER/regB_CE(0));
SECV_READER/regB_CE(0) <= (SECV_READER/s_state_FSM_FFd2 AND enable_s); |
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FDCPE_SECV_READER/regB1: FDCPE port map (SECV_READER/regB(1),SW_CPLD(1),clk_i,BTN1,'0',SECV_READER/regB_CE(1));
SECV_READER/regB_CE(1) <= (SECV_READER/s_state_FSM_FFd2 AND enable_s); |
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FDCPE_SECV_READER/regB2: FDCPE port map (SECV_READER/regB(2),SW_CPLD(2),clk_i,BTN1,'0',SECV_READER/regB_CE(2));
SECV_READER/regB_CE(2) <= (SECV_READER/s_state_FSM_FFd2 AND enable_s); |
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FDCPE_SECV_READER/regB3: FDCPE port map (SECV_READER/regB(3),SW_CPLD(3),clk_i,BTN1,'0',SECV_READER/regB_CE(3));
SECV_READER/regB_CE(3) <= (SECV_READER/s_state_FSM_FFd2 AND enable_s); |
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FDCPE_SECV_READER/regB4: FDCPE port map (SECV_READER/regB(4),SW_CPLD(4),clk_i,BTN1,'0',SECV_READER/regB_CE(4));
SECV_READER/regB_CE(4) <= (SECV_READER/s_state_FSM_FFd2 AND enable_s); |
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FDCPE_SECV_READER/regB5: FDCPE port map (SECV_READER/regB(5),SW_CPLD(5),clk_i,BTN1,'0',SECV_READER/regB_CE(5));
SECV_READER/regB_CE(5) <= (SECV_READER/s_state_FSM_FFd2 AND enable_s); |
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FDCPE_SECV_READER/regB6: FDCPE port map (SECV_READER/regB(6),SW_CPLD(6),clk_i,BTN1,'0',SECV_READER/regB_CE(6));
SECV_READER/regB_CE(6) <= (SECV_READER/s_state_FSM_FFd2 AND enable_s); |
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FDCPE_SECV_READER/regB7: FDCPE port map (SECV_READER/regB(7),SW_CPLD(7),clk_i,BTN1,'0',SECV_READER/regB_CE(7));
SECV_READER/regB_CE(7) <= (SECV_READER/s_state_FSM_FFd2 AND enable_s); |
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FDCPE_SECV_READER/regO0: FDCPE port map (SECV_READER/regO(0),SW_CPLD(0),clk_i,BTN1,'0',SECV_READER/regO_CE(0));
SECV_READER/regO_CE(0) <= (SECV_READER/s_state_FSM_FFd1 AND enable_s); |
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FDCPE_SECV_READER/regO1: FDCPE port map (SECV_READER/regO(1),SW_CPLD(1),clk_i,BTN1,'0',SECV_READER/regO_CE(1));
SECV_READER/regO_CE(1) <= (SECV_READER/s_state_FSM_FFd1 AND enable_s); |
| FDCPE_SECV_READER/s_state_FSM_FFd1: FDCPE port map (SECV_READER/s_state_FSM_FFd1,SECV_READER/s_state_FSM_FFd2,clk_i,BTN1,'0',enable_s); |
| FDCPE_SECV_READER/s_state_FSM_FFd2: FDCPE port map (SECV_READER/s_state_FSM_FFd2,SECV_READER/s_state_FSM_FFd3,clk_i,BTN1,'0',enable_s); |
| FDCPE_SECV_READER/s_state_FSM_FFd3: FDCPE port map (SECV_READER/s_state_FSM_FFd3,SECV_READER/s_state_FSM_FFd1,clk_i,'0',BTN1,enable_s); |
| disp_dig_o(0) <= NOT ((NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1))); |
| disp_dig_o(1) <= NOT ((DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1))); |
| disp_dig_o(2) <= NOT ((NOT DISPLAY/s_cnt(0) AND DISPLAY/s_cnt(1))); |
| disp_dig_o(3) <= NOT ((DISPLAY/s_cnt(0) AND DISPLAY/s_cnt(1))); |
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disp_seg_o(0) <= ((NOT DISPLAY/s_cnt(0) AND DISPLAY/s_cnt(1))
OR (DISPLAY/s_cnt(1) AND NOT DISPLAY/data_minus_s) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/data0_s(1) AND NOT DISPLAY/data0_s(2) AND NOT DISPLAY/data0_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND NOT DISPLAY/data1_s(1) AND NOT DISPLAY/data1_s(2) AND NOT DISPLAY/data1_s(3)) OR (NOT DISPLAY/s_cnt(0) AND DISPLAY/data0_s(0) AND DISPLAY/data0_s(1) AND DISPLAY/data0_s(2) AND NOT DISPLAY/data0_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/data0_s(0) AND NOT DISPLAY/data0_s(1) AND DISPLAY/data0_s(2) AND DISPLAY/data0_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND DISPLAY/data1_s(1) AND DISPLAY/data1_s(2) AND NOT DISPLAY/data1_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND NOT DISPLAY/data1_s(0) AND NOT DISPLAY/data1_s(1) AND DISPLAY/data1_s(2) AND DISPLAY/data1_s(3))); |
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disp_seg_o(1) <= ((DISPLAY/s_cnt(0) AND DISPLAY/s_cnt(1) AND
DISPLAY/data_minus_s) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND DISPLAY/data1_s(1) AND NOT DISPLAY/data1_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(1) AND NOT DISPLAY/data1_s(2) AND NOT DISPLAY/data1_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(0) AND DISPLAY/data0_s(1) AND NOT DISPLAY/data0_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(1) AND NOT DISPLAY/data0_s(2) AND NOT DISPLAY/data0_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND NOT DISPLAY/data1_s(1) AND DISPLAY/data1_s(2) AND DISPLAY/data1_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND NOT DISPLAY/data1_s(1) AND NOT DISPLAY/data1_s(2) AND NOT DISPLAY/data1_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(0) AND NOT DISPLAY/data0_s(1) AND DISPLAY/data0_s(2) AND DISPLAY/data0_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(0) AND NOT DISPLAY/data0_s(1) AND NOT DISPLAY/data0_s(2) AND NOT DISPLAY/data0_s(3))); |
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disp_seg_o(2) <= ((N_PZ_507)
OR (DISPLAY/s_cnt(0) AND DISPLAY/s_cnt(1) AND DISPLAY/data_minus_s) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND NOT DISPLAY/data1_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(0) AND NOT DISPLAY/data0_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND NOT DISPLAY/data1_s(1) AND NOT DISPLAY/data1_s(2)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(0) AND NOT DISPLAY/data0_s(1) AND NOT DISPLAY/data0_s(2))); |
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disp_seg_o(3) <= ((N_PZ_507)
OR (DISPLAY/s_cnt(0) AND DISPLAY/s_cnt(1) AND DISPLAY/data_minus_s) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND DISPLAY/data1_s(1) AND DISPLAY/data1_s(2)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(0) AND DISPLAY/data0_s(1) AND DISPLAY/data0_s(2)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND NOT DISPLAY/data1_s(1) AND NOT DISPLAY/data1_s(2) AND NOT DISPLAY/data1_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND NOT DISPLAY/data1_s(0) AND DISPLAY/data1_s(1) AND NOT DISPLAY/data1_s(2) AND DISPLAY/data1_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(0) AND NOT DISPLAY/data0_s(1) AND NOT DISPLAY/data0_s(2) AND NOT DISPLAY/data0_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND NOT DISPLAY/data0_s(0) AND DISPLAY/data0_s(1) AND NOT DISPLAY/data0_s(2) AND DISPLAY/data0_s(3))); |
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disp_seg_o(4) <= ((DISPLAY/s_cnt(0) AND DISPLAY/s_cnt(1) AND
DISPLAY/data_minus_s) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND NOT DISPLAY/data1_s(0) AND DISPLAY/data1_s(2) AND DISPLAY/data1_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(1) AND DISPLAY/data1_s(2) AND DISPLAY/data1_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND NOT DISPLAY/data0_s(0) AND DISPLAY/data0_s(2) AND DISPLAY/data0_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(1) AND DISPLAY/data0_s(2) AND DISPLAY/data0_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND NOT DISPLAY/data1_s(0) AND DISPLAY/data1_s(1) AND NOT DISPLAY/data1_s(2) AND NOT DISPLAY/data1_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND NOT DISPLAY/data0_s(0) AND DISPLAY/data0_s(1) AND NOT DISPLAY/data0_s(2) AND NOT DISPLAY/data0_s(3))); |
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disp_seg_o(5) <= ((DISPLAY/s_cnt(0) AND DISPLAY/s_cnt(1) AND
DISPLAY/data_minus_s) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND DISPLAY/data1_s(1) AND DISPLAY/data1_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND NOT DISPLAY/data1_s(0) AND DISPLAY/data1_s(2) AND NOT N_PZ_507) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(0) AND DISPLAY/data0_s(1) AND DISPLAY/data0_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND NOT DISPLAY/data0_s(0) AND DISPLAY/data0_s(2) AND NOT N_PZ_507) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND NOT DISPLAY/data1_s(1) AND DISPLAY/data1_s(2) AND NOT DISPLAY/data1_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(0) AND NOT DISPLAY/data0_s(1) AND DISPLAY/data0_s(2) AND NOT DISPLAY/data0_s(3))); |
|
disp_seg_o(6) <= ((N_PZ_507)
OR (DISPLAY/s_cnt(0) AND DISPLAY/s_cnt(1) AND DISPLAY/data_minus_s) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND DISPLAY/data1_s(1) AND NOT DISPLAY/data1_s(2) AND DISPLAY/data1_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND NOT DISPLAY/data1_s(1) AND DISPLAY/data1_s(2) AND DISPLAY/data1_s(3)) OR (DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data1_s(0) AND NOT DISPLAY/data1_s(1) AND NOT DISPLAY/data1_s(2) AND NOT DISPLAY/data1_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(0) AND DISPLAY/data0_s(1) AND NOT DISPLAY/data0_s(2) AND DISPLAY/data0_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(0) AND NOT DISPLAY/data0_s(1) AND DISPLAY/data0_s(2) AND DISPLAY/data0_s(3)) OR (NOT DISPLAY/s_cnt(0) AND NOT DISPLAY/s_cnt(1) AND DISPLAY/data0_s(0) AND NOT DISPLAY/data0_s(1) AND NOT DISPLAY/data0_s(2) AND NOT DISPLAY/data0_s(3))); |
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FDCPE_enable_s: FDCPE port map (enable_s,enable_s_D,clk_i,'0','0','1');
enable_s_D <= (NOT enable_s AND NOT BTN0 AND NOT BUTTON_ENABLE/s_state_FSM_FFd1); |
|
FDCPE_number_s0: FDCPE port map (number_s(0),number_s_D(0),clk_i,'0','0','1');
number_s_D(0) <= NOT ((MY_ALU/control_s AND NOT operation_s(1)) XOR ((NOT B_s(0) AND NOT A_s(0)) OR (operation_s(1) AND NOT operation_s(0) AND NOT B_s(0)) OR (operation_s(1) AND NOT operation_s(0) AND NOT A_s(0)) OR (NOT operation_s(1) AND B_s(0) AND A_s(0)))); |
|
FDCPE_number_s1: FDCPE port map (number_s(1),number_s_D(1),clk_i,'0','0','1');
number_s_D(1) <= NOT ((NOT operation_s(1) AND NOT MY_ALU/F_ADDER_1/carry_2to3_s) XOR ((operation_s(1) AND NOT operation_s(0) AND NOT A_s(1)) OR (operation_s(1) AND NOT operation_s(0) AND NOT B_s(1)) OR (operation_s(1) AND NOT A_s(1) AND NOT B_s(1)) OR (NOT MY_ALU/control_s AND MY_ALU/F_ADDER_1/carry_2to3_s AND NOT A_s(1) AND NOT B_s(1) AND NOT B_s(0)) OR (NOT MY_ALU/control_s AND MY_ALU/F_ADDER_1/carry_2to3_s AND NOT A_s(1) AND NOT B_s(1) AND NOT A_s(0)) OR (MY_ALU/control_s AND NOT operation_s(1) AND NOT MY_ALU/F_ADDER_1/carry_2to3_s AND A_s(1) AND NOT B_s(1) AND B_s(0)) OR (MY_ALU/control_s AND NOT operation_s(1) AND NOT MY_ALU/F_ADDER_1/carry_2to3_s AND A_s(1) AND NOT B_s(1) AND A_s(0)) OR (MY_ALU/control_s AND NOT operation_s(1) AND MY_ALU/F_ADDER_1/carry_2to3_s AND NOT A_s(1) AND B_s(1) AND NOT B_s(0) AND NOT A_s(0)) OR (NOT MY_ALU/control_s AND NOT operation_s(1) AND NOT MY_ALU/F_ADDER_1/carry_2to3_s AND A_s(1) AND B_s(1) AND B_s(0) AND A_s(0)))); |
|
FDCPE_number_s2: FDCPE port map (number_s(2),number_s_D(2),clk_i,'0','0','1');
number_s_D(2) <= NOT (NOT B_s(2) XOR ((MY_ALU/control_s AND NOT operation_s(1) AND N_PZ_376) OR (NOT MY_ALU/control_s AND NOT operation_s(1) AND NOT N_PZ_376) OR (operation_s(1) AND operation_s(0) AND A_s(2) AND NOT B_s(2)) OR (operation_s(1) AND NOT operation_s(0) AND NOT A_s(2) AND B_s(2)))); |
|
FDCPE_number_s3: FDCPE port map (number_s(3),number_s_D(3),clk_i,'0','0','1');
number_s_D(3) <= NOT (((operation_s(1) AND NOT operation_s(0) AND NOT A_s(3)) OR (operation_s(1) AND NOT operation_s(0) AND NOT B_s(3)) OR (operation_s(1) AND NOT A_s(3) AND NOT B_s(3)) OR (NOT operation_s(1) AND NOT MY_ALU/F_ADDER_1/carry_4to5_s AND NOT A_s(3)) OR (MY_ALU/control_s AND NOT operation_s(1) AND NOT MY_ALU/F_ADDER_1/carry_4to5_s AND B_s(3)) OR (NOT MY_ALU/control_s AND NOT operation_s(1) AND NOT MY_ALU/F_ADDER_1/carry_4to5_s AND NOT B_s(3)) OR (NOT operation_s(1) AND NOT MY_ALU/F_ADDER_1/carry_4to5_s AND NOT A_s(2) AND N_PZ_376) OR (NOT MY_ALU/control_s AND NOT A_s(3) AND NOT B_s(3) AND NOT A_s(2) AND N_PZ_376) OR (NOT operation_s(1) AND A_s(3) AND B_s(3) AND NOT N_PZ_376 AND NOT B_s(2)) OR (NOT operation_s(1) AND A_s(3) AND NOT B_s(3) AND NOT N_PZ_376 AND B_s(2)) OR (NOT operation_s(1) AND NOT A_s(3) AND B_s(3) AND NOT N_PZ_376 AND B_s(2)) OR (NOT operation_s(1) AND NOT A_s(3) AND NOT B_s(3) AND NOT N_PZ_376 AND NOT B_s(2)) OR (MY_ALU/control_s AND NOT operation_s(1) AND NOT A_s(3) AND B_s(3) AND NOT A_s(2) AND N_PZ_376))); |
|
FDCPE_number_s4: FDCPE port map (number_s(4),number_s_D(4),clk_i,'0','0','1');
number_s_D(4) <= NOT (NOT B_s(4) XOR ((MY_ALU/control_s AND NOT operation_s(1) AND N_PZ_377) OR (NOT MY_ALU/control_s AND NOT operation_s(1) AND NOT N_PZ_377) OR (operation_s(1) AND operation_s(0) AND A_s(4) AND NOT B_s(4)) OR (operation_s(1) AND NOT operation_s(0) AND NOT A_s(4) AND B_s(4)))); |
|
FDCPE_number_s5: FDCPE port map (number_s(5),number_s_D(5),clk_i,'0','0','1');
number_s_D(5) <= NOT (((operation_s(1) AND NOT operation_s(0) AND NOT A_s(5)) OR (operation_s(1) AND NOT operation_s(0) AND NOT B_s(5)) OR (operation_s(1) AND NOT A_s(5) AND NOT B_s(5)) OR (NOT operation_s(1) AND NOT MY_ALU/F_ADDER_1/carry_6to7_s AND NOT A_s(5)) OR (MY_ALU/control_s AND NOT operation_s(1) AND NOT MY_ALU/F_ADDER_1/carry_6to7_s AND B_s(5)) OR (NOT MY_ALU/control_s AND NOT operation_s(1) AND NOT MY_ALU/F_ADDER_1/carry_6to7_s AND NOT B_s(5)) OR (NOT operation_s(1) AND NOT MY_ALU/F_ADDER_1/carry_6to7_s AND NOT A_s(4) AND N_PZ_377) OR (NOT MY_ALU/control_s AND NOT A_s(5) AND NOT B_s(5) AND NOT A_s(4) AND N_PZ_377) OR (NOT operation_s(1) AND A_s(5) AND B_s(5) AND NOT N_PZ_377 AND NOT B_s(4)) OR (NOT operation_s(1) AND A_s(5) AND NOT B_s(5) AND NOT N_PZ_377 AND B_s(4)) OR (NOT operation_s(1) AND NOT A_s(5) AND B_s(5) AND NOT N_PZ_377 AND B_s(4)) OR (NOT operation_s(1) AND NOT A_s(5) AND NOT B_s(5) AND NOT N_PZ_377 AND NOT B_s(4)) OR (MY_ALU/control_s AND NOT operation_s(1) AND NOT A_s(5) AND B_s(5) AND NOT A_s(4) AND N_PZ_377))); |
|
FDCPE_number_s6: FDCPE port map (number_s(6),number_s_D(6),clk_i,'0','0','1');
number_s_D(6) <= NOT (NOT B_s(6) XOR ((MY_ALU/control_s AND NOT operation_s(1) AND NOT N_PZ_471) OR (NOT MY_ALU/control_s AND NOT operation_s(1) AND N_PZ_471) OR (operation_s(1) AND operation_s(0) AND NOT B_s(6) AND A_s(6)) OR (operation_s(1) AND NOT operation_s(0) AND B_s(6) AND NOT A_s(6)))); |
| LDCP_operation_s0: LDCP port map (operation_s(0),SECV_READER/regO(0),SECV_READER/s_state_FSM_FFd3,'0','0'); |
| LDCP_operation_s1: LDCP port map (operation_s(1),SECV_READER/regO(1),SECV_READER/s_state_FSM_FFd3,'0','0'); |
|
Register Legend:
FDCPE (Q,D,C,CLR,PRE,CE); FDDCPE (Q,D,C,CLR,PRE,CE); FTCPE (Q,D,C,CLR,PRE,CE); FTDCPE (Q,D,C,CLR,PRE,CE); LDCP (Q,D,G,CLR,PRE); |


This is the development page for the Open English Bible. If you would like to help out, the steps are first to join the forum, then secondly to help check one of the books not yet in release.
Discussion about the development, and the OEB project in general, happens on the forum. You can access the forum either from the web archive or as a mailing list. Details on how to sign up are at the archive.
All of the raw sources for the OEB are developed as USFM files on the git repository at GitHub. Unless you are familiar with USFM and Git, you may want to look at the MS Word documents linked below.
These links are for the current build of those books in the general release. This is based on the GitHub repository.
Each book being worked on is here, with links to rtf files and to the original marked up USFM on Github.
Books are marked as being absent, partial, unchecked, checked, released. Unless the book has been released (and is in the main build) please treat it with caution as it probably contains errors. In particular, books marked partial or unchecked could contain almost anything, including missing verses, egregious translation errors and disparaging references to penguins.
| Pentateuch | ||||
|
Genesis rtf usfm 2015.12.19 |
Exodus rtf usfm 0000.00.00 |
Leviticus rtf usfm 0000.00.00 |
Numbers rtf usfm 0000.00.00 |
Deuteronomy rtf usfm 0000.00.00 |
| Histories | ||||
|
Joshua rtf usfm 2016.2.8 |
Judges rtf usfm 0000.00.00 |
Ruth rtf usfm 2016.2.14 |
1 Samuel rtf usfm 2016.2.8 |
2 Samuel rtf usfm 0000.00.00 |
|
1 Kings rtf usfm 0000.00.00 |
2 Kings rtf usfm 0000.00.00 |
1 Chronicles rtf usfm 0000.00.00 |
2 Chronicles rtf usfm 0000.00.00 |
Ezra rtf usfm 0000.00.00 |
|
Nehemiah rtf usfm 0000.00.00 |
Esther rtf usfm 2016.2.8 |
|||
| Wisdom | ||||
|
Job rtf usfm 2015.12.19 |
Psalms rtf usfm 2016.2.8 |
Proverbs rtf usfm 2015.12.19 |
Ecclesiastes rtf usfm 2015.12.19 |
Song of Solomon rtf usfm 0000.00.00 |
| Major Prophets | ||||
|
Isaiah rtf usfm 2016.2.8 |
Jeremiah rtf usfm 2016.2.8 |
Lamentations rtf usfm 2015.12.19 |
Ezekiel rtf usfm 0000.00.00 |
Daniel rtf usfm 2015.12.19 |
| Minor Prophets | ||||
|
Hosea rtf usfm 0000.00.00 |
Joel rtf usfm 2015.12.19 |
Amos rtf usfm 2016.2.8 |
Obadiah rtf usfm 2015.12.19 |
Jonah rtf usfm 2015.12.19 |
|
Micah rtf usfm 2015.12.19 |
Nahum rtf usfm 2015.12.19 |
Habakkuk rtf usfm 2015.12.19 |
Zephaniah rtf usfm 2015.12.19 |
Haggai rtf usfm 2015.12.19 |
|
Zechariah rtf usfm 2015.12.19 |
Malachi rtf usfm 2015.12.19 |
|||
| Gospels and Acts | ||||
|
Matthew rtf usfm 2016.2.8 |
Mark rtf usfm 2016.2.8 |
Luke rtf usfm 2016.2.8 |
John rtf usfm 2016.2.8 |
Acts rtf usfm 2016.2.8 |
| Letters and Revelation | ||||
|
Romans rtf usfm 2016.2.8 |
1 Corinthians rtf usfm 2016.2.8 |
2 Corinthians rtf usfm 2016.2.8 |
Galatians rtf usfm 2016.2.8 |
Ephesians rtf usfm 2016.2.8 |
|
Philippians rtf usfm 2016.2.8 |
Colossians rtf usfm 2016.2.8 |
1 Thessalonians rtf usfm 2016.2.8 |
2 Thessalonians rtf usfm 2016.2.8 |
1 Timothy rtf usfm 2016.2.8 |
|
2 Timothy rtf usfm 2016.2.8 |
Titus rtf usfm 2015.12.19 |
Philemon rtf usfm 2015.12.19 |
Hebrews rtf usfm 2016.2.8 |
James rtf usfm 2016.2.8 |
|
1 Peter rtf usfm 2016.2.8 |
2 Peter rtf usfm 2015.12.19 |
1 John rtf usfm 2015.12.19 |
2 John rtf usfm 2016.2.8 |
3 John rtf usfm 2015.12.19 |
|
Jude rtf usfm 2015.12.19 |
Revelation rtf usfm 2015.12.19 |


题目来源：2007年上海交通大学计算机研究生机试真题
- 题目描述：
-
Among grandfather’s papers a bill was found.
72 turkeys $_679_
The first and the last digits of the number that obviously represented the total price of those turkeys are replaced here by blanks (denoted _), for they are faded and are illegible. What are the two faded digits and what was the price of one turkey?
We want to write a program that solves a general version of the above problem.
N turkeys $_XYZ_
The total number of turkeys, N, is between 1 and 99, including both. The total price originally consisted of five digits, but we can see only the three digits in the middle. We assume that the first digit is nonzero, that the price of one turkeys is an integer number of dollars, and that all the
turkeys cost the same price.
Given N, X, Y, and Z, write a program that guesses the two faded digits and the original price. In case that there is more than one candidate for the original price, the output should be the most expensive one. That is, the program is to report the two faded digits and the maximum price per turkey for the turkeys.
- 输入：
-
The first line of the input file contains an integer N (0<N<100), which represents the number of turkeys. In the following line, there are the three decimal digits X, Y, and Z., separated by a space, of the original price $_XYZ_.
- 输出：
-
For each case, output the two faded digits and the maximum price per turkey for the turkeys.
- 样例输入：
-
72 6 7 9 5 2 3 7 78 0 0 5
- 样例输出：
-
3 2 511 9 5 18475 0
java 代码如下：
import java.util.Scanner; public class Main{ static int num,x,y,z; static int a = 0,b = 0,c = 0; public static void main(String[] args) { Scanner scan = new Scanner(System.in); while(scan.hasNextInt()){ num = scan.nextInt(); x = scan.nextInt(); y = scan.nextInt(); z = scan.nextInt(); int mid = x*1000 + y*100 + z*10; a = 0; b=0;c=0; for(int i=0; i<10; i++){ for(int j=0; j<10; j++){ int temp = i*10000 + mid + j; if(temp % num == 0){ a = i; b = j; c = temp / num; } } } if(a==0 && b==0) System.out.println(c); else System.out.println(a + " " + b + " " + c); } } } /************************************************************** Problem: 1036 User: coder Language: Java Result: Accepted Time:80 ms Memory:15504 kb ****************************************************************/
Take as “much“ as you can.
写的很好~~
真考人啊
书上的解法更巧妙一些，在九度OJ实测的效率差不多
很好。代码比书上的简练！
这个问题别太纠结了，不同的编译器结果不一样
额楼主能否在发布代码的同时对解题思路做个讲解呢？这样大家在学习的时候就方便多了。
题目和代码都不一样好吗！！！搞错了
神奇的网站
第一段代码中：
next = next ;
明显不对吧，应该是 next =j;才对
mark, 备用
为什么for循环找到的i一定是素数叻，而且约数定理说的是n=p1^a1*p2^a2*p3^a3*…*pk^ak，而你每次取余都用的是原来的m，也就是n
有没有C++编译的？
看似简单，还是不少坑的
这是研发的在线笔试题吗?发现很多C啊，阿里不是JAVA多么？


tlabenchmarks
802.16
Specification’s authors: Prasad Narayana, Ruiming Chen, Yao Zhao, Yan Chen, Zhi (Judy) Fu, and Hai Zhou
Original paper:
802.16-2009 - IEEE Standard for Local and metropolitan area networks Part 16: Air Interface for Broadband Wireless Access Systems
Extended modules: Int, Seq, FinSet
Computation models: no faults
Some properties checked with TLC: DoS vulnerability


3D Modeling, 3D Printing, Digital Crafting, Interactive Installation, Arduino
Pillows in the modern days have long been associated with comfort, relaxation, and even health care. They are designed to maximize their functions of comforting people during sleeping, with a number of complicated
ergonomic estimations.
Comparing the headrest from the Song dynasty and the pillows we use today, it’s not difficult to find that there are essential differences in what people actually take them as. The headrests from ancient China were often made of hard,
cold ceramics or wood, and the sophisticated patterns on their surfaces indicate its aesthetic value and the owners’ social status, apart from its functions.
Yet, what is the boundary of a “pillow”, physically and functionally? Does a pillow have to comfort its users? What do people expect more from a pillow than a “headrest”? For example, can it “record” and visualize the sleeping quality
of
the user, or can it help people who suffer from insomnia fall asleep more easily?
We did notice that the pillow has some specialities that other daily used objects don’t:
Short distance (i.e. intimacy): people get tightly close to the surface of the pillow when putting their heads on it, making it possible for them to
perceive tiny signals and messages (sound/smell/…) that come from the pillow itself;
Long time & long-term: most people keep close contact with their pillows for quite a long time every day, and use the same pillow for plenty of months or
years.
Through these, special relationships can be built between the user and the pillow.
Those led us to think of Animism, which is the belief that objects, places, and creatures all possess a distinct spiritual essence. While the terminology was developed in the late 19th century, this idea of “perceiving all things as
animated and alive” can be found in the ancient cultures around the world, and is one of the earliest, if not the first, concept in anthropology.
It is very interesting to think about how we can combine these ideas and reflect back to the headrest from the University Museum Art Gallery. And overall, the target and core concept of our project is to question that, can we make a
pillow that pleases and disturbs its user at the same time?
So, this is a pillow with the shape like a strange creature; it’s half-bio half-machine, with reference to the T-800; it has tattoos derive from classic Chinese erotica art under it’s skin; and it will make strange sounds when you
put your head on it.
In other words, it is alive, and it seems to be concerned about the fertility rate of human being.


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Our pizza is the best in town!
Please complete the section below to have your pizza baked and delivered to you in 25 minutes or less.
© Serhiy Savchuk


In principle, QGraph permits any boolean
combination of constraints. In query diagrams, like that
shown in Figure 5.17, we simply list
all the constraints with the understanding that they must all be
satisfied. (Proximity, however, requires that multiple constraints
always be AND
ed
together. You cannot combine constraints with OR
or use NOT
in a constraint.)
This query finds books that have been adapted to movies where both the
book and movie have the same name, and where the book was published
before the movie was released.
Queries may include both identity and attribute constraints, but an individual constraint may not attempt to compare identity with attribute values. For example, if a database includes objects with an age attribute, a query for that database might include both an identity constraint such as vertex1 < > vertex2 and an attribute constraint such as vertex1.age < vertex2.age, but it may not include a constraint such as vertex1 < vertex2.age that attempts to compare identity to an attribute value.


Daniel Ibanescu
Currently studying Computer Science at Toronto Metropolitan University (formerly Ryerson University).
I work in:
- C / C++
- Go
- JavaScript / TypeScript
- Python
And use technologies like:
- Docker (+ Compose)
- PostgreSQL
- AWS EC2/ECR
I am currently working on:
Past work:


The count() function is called immediately after the HTML page was loaded as a handler of the onload event of the body element. The
count() function increments the counter and schedules a new call to the same function to occur after 1 second if the counter did not reach the value 5 yet.
- If the selected triggering mode is Auto then the execution of the initial call to count() will end and the conversion to PDF will start immediately
- If the selected triggering mode is Delayed then the count() will be invoked once a second during the delay interval and after that the conversion to PDF will start
- If the selected triggering mode is Manual then the count() will be invoked once a second until the counter reached the value 5. When the counter reached this value the
evoPdfConverter.startConversion() function is called to trigger the conversion to PDF
Counter value:
0
of
5


Toyota Corolla
From $15 per Day
5 Adults
2 Bags
2-4 Doors
Economy
- Fuel type: Petrol
- Mileage: 36 Mpg
- Transmission: Manual
- Air Conditioning
- Model 2015
- * Unlimited mileage included
Choose Dates
Booking Options
What's included
- Free cancellation at any time
- Unlimited Free Mileage
- Third party insurance
- Collision damage waiver (Excess: € 600; approx. US$ 690)
- Registration fee / Road tax
Booking Extras
- Navigation System $10 / Day
- Additional Driver $20 / Day
- Underage fee 24 $40
Price
Your total price:
Rental Period: 3 days
US$ 150.30


Constant
Initializer that generates tensors with constant values.
Inherits From: Initializer
tf.compat.v1.constant_initializer
tf.compat.v1.initializers.constant
tf.compat.v1.keras.initializers.constant
The resulting tensor is populated with values of type dtype
, as
specified by arguments value
following the desired shape
of the
new tensor (see examples below).
The argument value
can be a constant value, or a list of values of type
dtype
. If value
is a list, then the length of the list must be less
than or equal to the number of elements implied by the desired shape of the
tensor. In the case where the total number of elements in value
is less
than the number of elements required by the tensor shape, the last element
in value
will be used to fill the remaining entries. If the total number of
elements in value
is greater than the number of elements required by the
tensor shape, the initializer will raise a ValueError
.
value
: A Python scalar, list or tuple of values, or a N-dimensional numpy
array. All elements of the initialized variable will be set to the
corresponding value in the value
argument.dtype
: Default data type, used if no dtype
argument is provided when
calling the initializer.verify_shape
: Boolean that enables verification of the shape of value
. If
True
, the initializer will throw an error if the shape of value
is not
compatible with the shape of the initialized tensor.TypeError
: If the input value
is not one of the expected types.The following example can be rewritten using a numpy.ndarray instead
of the value
list, even reshaped, as shown in the two commented lines
below the value
list initialization.
>>> import numpy as np >>> import tensorflow as tf ``` >>> value = [0, 1, 2, 3, 4, 5, 6, 7] >>> # value = np.array(value) >>> # value = value.reshape([2, 4]) >>> init = tf.compat.v1.constant_initializer(value) ``` ``` >>> print('fitting shape:') >>> with tf.compat.v1.Session(): >>> x = tf.compat.v1.get_variable('x', shape=[2, 4], initializer=init) >>> x.initializer.run() >>> print(x.eval()) ``` fitting shape: [[ 0. 1. 2. 3.] [ 4. 5. 6. 7.]] ``` >>> print('larger shape:') >>> with tf.compat.v1.Session(): >>> x = tf.compat.v1.get_variable('x', shape=[3, 4], initializer=init) >>> x.initializer.run() >>> print(x.eval()) ``` larger shape: [[ 0. 1. 2. 3.] [ 4. 5. 6. 7.] [ 7. 7. 7. 7.]] ``` >>> print('smaller shape:') >>> with tf.compat.v1.Session(): >>> x = tf.compat.v1.get_variable('x', shape=[2, 3], initializer=init) ``` ValueError: Too many elements provided. Needed at most 6, but received 8 ``` >>> print('shape verification:') >>> init_verify = tf.compat.v1.constant_initializer(value, verify_shape=True) >>> with tf.compat.v1.Session(): >>> x = tf.compat.v1.get_variable('x', shape=[3, 4], initializer=init_verify) ``` TypeError: Expected Tensor's shape: (3, 4), got (8,).
__init__
__init__( value=0, dtype=tf.dtypes.float32, verify_shape=False )
DEPRECATED FUNCTION ARGUMENTS (deprecated arguments)
Warning: SOME ARGUMENTS ARE DEPRECATED: (dtype)
. They will be removed in a future version.
Instructions for updating:
Call initializer instance with the dtype argument instead of passing it to the constructor
Warning: SOME ARGUMENTS ARE DEPRECATED: (verify_shape)
. They will be removed in a future version.
Instructions for updating:
Objects must now be the required shape or no shape can be specified
__call__
__call__( shape, dtype=None, partition_info=None, verify_shape=None )
Returns a tensor object initialized as specified by the initializer.
shape
: Shape of the tensor.dtype
: Optional dtype of the tensor. If not provided use the initializer
dtype.partition_info
: Optional information about the possible partitioning of a
tensor.from_config
from_config( cls, config )
Instantiates an initializer from a configuration dictionary.
initializer = RandomUniform(-1, 1) config = initializer.get_config() initializer = RandomUniform.from_config(config)
config
: A Python dictionary. It will typically be the output of
get_config
.An Initializer instance.
get_config
get_config()
Returns the configuration of the initializer as a JSON-serializable dict.
A JSON-serializable Python dict.


About Veronica
I am a CSS Ninja; I see grids where others see images. Let me make it clear: I much prefer customizing, troubleshooting, or restructuring old software over building new applications. In any case, JavaScript is my forte.
Favorite Gigs
- Reduced website complexity by transforming it from WordPress to Hugo.
- Helped college student with a JavaScript matrices word problem.
- Created a web app by inverting Google Chrome Plugin code.
- Added 100+ new WooCommerce product variations to an existing product CSV file on a WordPress site using NodeJS.
HTML CSS JavaScript jQuery React Node PHP MySQL WordPress


--- layout: post title: Five Worlds of software date: 2006-08-27 00:00:00 category: software-development ---
Five Worlds of software: "When you read the latest book about Extreme Programming, or one of Steve McConnell's excellent books, or Joel on Software, or Software Development magazine, you see a lot of claims about how to do software development, but you hardly ever see any mention of what kind of development they're talking about, which is unfortunate, because sometimes you need to do things differently in different worlds."


--- layout: post title: Saffron Rice date: 2012-04-23 09:04:40.000000000 -04:00 categories: [] tags: [] status: draft type: post published: false meta: aktt_notify_twitter: 'no' _edit_last: '1' author: login: cint email<EMAIL_ADDRESS>display_name: Jacinta first_name: Jacinta last_name: '' ---
To make saffron rice using a rice cooker:
Using the rice cooker measuring cup, add 3 cups of rice (basmati is my favourite) that has been lightly rinsed under cold running water, add to the rice cooker and fill with cold water to the 3 cup line. Steep a pinch of saffron threads in a small amount of boiling water for a few minutes, then pour, saffron threads and all, into the rice cooker. Add about 2 tablespoons of chicken stock powder (Massel's brand), stir lightly and cook. Once cooked, lightly fluff the rice before serving.


wraptypes¶
wraptypes is a general utility for creating ctypes wrappers from C header files. The front-end is tools/wraptypes/wrap.py, for usage:
python tools/wraptypes/wrap.py -h
There are three components to wraptypes:
- preprocessor.py
- Interprets preprocessor declarations and converts the source header files into a list of tokens.
- cparser.py
- Parses the preprocessed tokens for type and function declarations and calls handle_ methods on the class CParser in a similar manner to a SAX parser.
- ctypesparser.py
- Interprets C declarations and types from CParser and creates corresponding ctypes declarations, calling handle_ methods on the class CtypesParser.
The front-end wrap.py provides a simple subclass of CtypesParser, CtypesWrapper, which writes the ctypes declarations found to a file in a format that can be imported as a module.
Parser Modifications¶
The parsers are built upon a modified version of PLY, a Python implementation of lex and yacc. The modified source is included in the wraptypes directory. The modifications are:
- Grammar is abstracted out of Parser, so multiple grammars can easily be defined in the same module.
- Tokens and symbols keep track of their filename as well as line number.
- Lexer state can be pushed onto a stack.
The first time the parsers are run (or after they are modified), PLY creates pptab.py and parsetab.py in the current directory. These are the generated state machines, which can take a few seconds to generate. The file parser.out is created if debugging is enabled, and contains the parser description (of the last parser that was generated), which is essential for debugging.
Preprocessor¶
The grammar and parser are defined in preprocessor.py.
There is only one lexer state. Each token has a type which is a string (e.g. 'CHARACTER_CONSTANT') and a value. Token values, when read directly from the source file are only ever strings. When tokens are written to the output list they sometimes have tuple values (for example, a PP_DEFINE token on output).
Two lexer classes are defined: PreprocessorLexer, which reads a stack of files (actually strings) as input, and TokenListLexer, which reads from a list of already-parsed tokens (used for parsing expressions).
The preprocessing entry-point is the PreprocessorParser class. This creates a PreprocessorLexer and its grammar during construction. The system include path includes the GCC search path by default but can be modified by altering the include_path and framework_path lists. The system_headers dict allows header files to be implied on the search path that don’t exist. For example, by setting:
system_headers['stdlib.h'] = """#ifndef STDLIB_H
#define STDLIB_H
/* ... */
#endif
"""
you can insert your own custom header in place of the one on the filesystem. This is useful when parsing headers from network locations.
Parsing begins when parse is called. Specify one or both of a filename and a string of data. If debug kwarg is True, syntax errors dump the parser state instead of just the line number where they occurred.
The production rules specify the actions; these are implemented in PreprocessorGrammar. The actions call methods on PreprocessorParser, such as:
- include(self, header), to push another file onto the lexer.
- include_system(self, header), to search the system path for a file to push onto the lexer
- error(self, message, filename, line), to signal a parse error. Not all syntax errors get this far, due to limitations in the parser. A parse error at EOF will just print to stderr.
- write(self, tokens), to write tokens to the output list. This is the default action when no preprocessing declaratives are being parsed.
The parser has a stack of ExecutionState, which specifies whether the current tokens being parsed are ignored or not (tokens are ignored in an #if that evaluates to 0). This is a little more complicated than just a boolean flag: the parser must also ignore #elif conditions that can have no effect. The enable_declaratives and enable_elif_conditionals return True if the top-most ExecutionState allows declaratives and #elif conditionals to be parsed, respecitively. The execution state stack is modified with the condition_* methods.
PreprocessorParser has a PreprocessorNamespace which keeps track of the currently defined macros. You can create and specify your own namespace, or use one that is created by default. The default namespace includes GCC platform macros needed for parsing system headers, and some of the STDC macros.
Macros are expanded when tokens are written to the output list, and when conditional expressions are parsed. PreprocessorNamespace.apply_macros(tokens) takes care of this, replacing function parameters, variable arguments, macro objects and (mostly) avoiding infinite recursion. It does not yet handle the # and ## operators, which are needed to parse the Windows system headers.
The process for evaluating a conditional (#if or #elif) is:
- Tokens between PP_IF or PP_ELIF and NEWLINE are expanded by apply_macros.
- The resulting list of tokens is used to construct a TokenListLexer.
- This lexer is used as input to a ConstantExpressionParser. This parser uses the ConstantExpressionGrammar, which builds up an AST of ExpressionNode objects.
- parse is called on the ConstantExpressionParser, which returns the resulting top-level ExpressionNode, or None if there was a syntax error.
- The evaluate method of the ExpressionNode is called with the preprocessor’s namespace as the evaluation context. This allows the expression nodes to resolve defined operators.
- The result of evaluate is always an int; non-zero values are treated as True.
Because pyglet requires special knowledge of the preprocessor declaratives that were encountered in the source, these are encoded as pseudo-tokens within the output token list. For example, after a #ifndef is evaluated, it is written to the token list as a PP_IFNDEF token.
#define is handled specially. After applying it to the namespace, it is parsed as an expression immediately. This is allowed (and often expected) to fail. If it does not fail, a PP_DEFINE_CONSTANT token is created, and the value is the result of evaluatin the expression. Otherwise, a PP_DEFINE token is created, and the value is the string concatenation of the tokens defined. Special handling of parseable expressions makes it simple to later parse constants defined as, for example:
#define RED_SHIFT 8
#define RED_MASK (0x0f << RED_SHIFT)
The preprocessor can be tested/debugged by running preprocessor.py stand-alone with a header file as the sole argument. The resulting token list will be written to stdout.
CParser¶
The lexer for CParser, CLexer, takes as input a list of tokens output from the preprocessor. The special preprocessor tokens such as PP_DEFINE are intercepted here and handled immediately; hence they can appear anywhere in the source header file without causing problems with the parser. At this point IDENTIFIER tokens which are found to be the name of a defined type (the set of defined types is updated continuously during parsing) are converted to TYPE_NAME tokens.
The entry-point to parsing C source is the CParser class. This creates a preprocessor in its constructor, and defines some default types such as wchar_t and __int64_t. These can be disabled with kwargs.
Preprocessing can be quite time-consuming, especially on OS X where thousands of #include declaratives are processed when Carbon is parsed. To minimise the time required to parse similar (or the same, while debugging) header files, the token list from preprocessing is cached and reused where possible.
This is handled by CPreprocessorParser, which overrides push_file to check with CParser if the desired file is cached. The cache is checked against the file’s modification timestamp as well as a “memento” that describes the currently defined tokens. This is intended to avoid using a cached file that would otherwise be parsed differently due to the defined macros. It is by no means perfect; for example, it won’t pick up on a macro that has been defined differently. It seems to work well enough for the header files pyglet requires.
The header cache is saved and loaded automatically in the working directory as .header.cache. The cache should be deleted if you make changes to the preprocessor, or are experiencing cache errors (these are usually accompanied by a “what-the?” exclamation from the user).
The actions in the grammar construct parts of a “C object model” and call methods on CParser. The C object model is not at all complete, containing only what pyglet (and any other ctypes-wrapping application) requires. The classes in the object model are:
- Declaration
- A single declaration occuring outside of a function body. This includes type declarations, function declarations and variable declarations. The attributes are declarator (see below), type (a Type object) and storage (for example, ‘typedef’, ‘const’, ‘static’, ‘extern’, etc).
- Declarator
- A declarator is a thing being declared. Declarators have an identifier (the name of it, None if the declarator is abstract, as in some function parameter declarations), an optional initializer (currently ignored), an optional linked-list of array (giving the dimensions of the array) and an optional list of parameters (if the declarator is a function).
- Pointer
- This is a type of declarator that is dereferenced via pointer to another declarator.
- Array
- Array has size (an int, its dimension, or None if unsized) and a pointer array to the next array dimension, if any.
- Parameter
- A function parameter consisting of a type (Type object), storage and declarator.
- Type
- Type has a list of qualifiers (e.g. ‘const’, ‘volatile’, etc) and specifiers (the meaty bit).
- TypeSpecifier
- A base TypeSpecifier is just a string, such as 'int' or 'Foo' or 'unsigned'. Note that types can have multiple TypeSpecifiers; not all combinations are valid.
- StructTypeSpecifier
- This is the specifier for a struct or union (if is_union is True) type. tag gives the optional foo in struct foo and declarations is the meat (an empty list for an opaque or unspecified struct).
- EnumSpecifier
- This is the specifier for an enum type. tag gives the optional foo in enum foo and enumerators is the list of Enumerator objects (an empty list for an unspecified enum).
- Enumerator
- Enumerators exist only within EnumSpecifier. Contains name and expression, an ExpressionNode object.
The ExpressionNode object hierarchy is similar to that used in the preprocessor, but more fully-featured, and using a different EvaluationContext which can evaluate identifiers and the sizeof operator (currently it actually just returns 0 for both).
Methods are called on CParser as declarations and preprocessor declaratives are parsed. The are mostly self explanatory. For example:
- handle_ifndef(self, name, filename, lineno)
- An #ifndef was encountered testing the macro name in file filename at line lineno.
- handle_declaration(self, declaration, filename, lineno)
- declaration is an instance of Declaration.
These methods should be overridden by a subclass to provide functionality. The DebugCParser does this and prints out the arguments to each handle_ method.
The CParser can be tested in isolation by running it stand-alone with the filename of a header as the sole argument. A DebugCParser will be constructed and used to parse the header.
CtypesParser¶
CtypesParser is implemented in ctypesparser.py. It is a subclass of CParser and implements the handle_ methods to provide a more ctypes-friendly interpretation of the declarations.
To use, subclass and override the methods:
- handle_ctypes_constant(self, name, value, filename, lineno)
- An integer or float constant (in a #define).
- handle_ctypes_type_definition(self, name, ctype, filename, lineno)
- A typedef declaration. See below for type of ctype.
- handle_ctypes_function(self, name, restype, argtypes, filename, lineno)
- A function declaration with the given return type and argument list.
- handle_ctypes_variable(self, name, ctype, filename, lineno)
- Any other non-static declaration.
Types are represented by instances of CtypesType. This is more easily manipulated than a “real” ctypes type. There are subclasses for CtypesPointer, CtypesArray, CtypesFunction, and so on; see the module for details.
Each CtypesType class implements the visit method, which can be used, Visitor pattern style, to traverse the type hierarchy. Call the visit method of any type with an implementation of CtypesTypeVisitor: all pointers, array bases, function parameters and return types are traversed automatically (struct members are not, however).
This is useful when writing the contents of a struct or enum. Before writing a type declaration for a struct type (which would consist only of the struct’s tag), visit the type and handle the visit_struct method on the visitor to print out the struct’s members first. Similarly for enums.
ctypesparser.py can not be run stand-alone. wrap.py provides a straight-forward implementation that writes a module of ctypes wrappers. It can filter the output based on the originating filename. See the module docstring for usage and extension details.


val currentContext: SerializationContext?
If there is a need to nest serialization/deserialization with a modified context during serialization or deserialization, this will return the current context used to start serialization/deserialization.


Tinysat Viz
Tinysat Viz is a tool to visualize the working of a CDCL SAT solving algorithm.
The source code of Tinysat Viz is available on Github.
Applications. The following applications illustrate the working of Tinysat Viz.
Tinysat Viz is a tool to visualize the working of a CDCL SAT solving algorithm.
The source code of Tinysat Viz is available on Github.
Applications. The following applications illustrate the working of Tinysat Viz.


Display local package contents
Tools can parse and render configuration so it is easier for humans to read.
Topics
kpt cfg count, kpt cfg tree, kpt cfg grep, kpt cfg cat
Steps
- Fetch a remote package
- Summarize resource counts
- Display resources as a tree
- Filter resources
- Dump all resources
Fetch a remote package
Packages are fetched from remote git repository subdirectories with kpt pkg get. In this guide we will use the kubernetes examples repository as a public package catalogue.
Fetch Command
kpt pkg get https://github.com/kubernetes/examples/staging/ examples
Fetch the entire examples/staging directory as a kpt package under examples
.
This will contain many resources.
List Command
tree examples
List Output
examples/
├── Kptfile
├── cloud-controller-manager
│ └── persistent-volume-label-initializer-config.yaml
├── cluster-dns
│ ├── README.md
...
79 directories, 329 files
The package is composed of 79 directories and, 329 files. This is too many
to work with using tools such as less
.
Summarize resource counts
Count Example Command 1
kpt cfg count examples/
The kpt cfg count
command summarizes the resource counts to
show the shape of a package.
Count Example Output 1
...
Deployment: 10
Endpoints: 1
InitializerConfiguration: 1
Namespace: 4
Pod: 45
...
Count Example Command 2
kpt cfg count examples/cockroachdb/
Running count
on a subdirectory will summarize that
directory even if it doesn’t have a Kptfile.
Count Example Output 2
PodDisruptionBudget: 1
Service: 2
StatefulSet: 1
Count Example Command 3
kpt cfg count examples/ --kind=false
The total aggregate resource count can be shown with --kind=false
Count Example Output 3
201
Display resources as a tree
Display Command
kpt cfg tree examples/cockroachdb/ --image --replicas
Because the raw YAML configuration may be difficult for humans to easily view and understand, kpt provides a command for rendering configuration as a tree. Flags may be provided to print specific fields under the resources.
Display Output
examples/cockroachdb
├── [cockroachdb-statefulset.yaml] Service cockroachdb
├── [cockroachdb-statefulset.yaml] StatefulSet cockroachdb
│ ├── spec.replicas: 3
│ └── spec.template.spec.containers
│ └── 0
│ └── image: cockroachdb/cockroach:v1.1.0
├── [cockroachdb-statefulset.yaml] PodDisruptionBudget cockroachdb-budget
└── [cockroachdb-statefulset.yaml] Service cockroachdb-public
In addition to the built-in printable fields, kpt cfg tree
will print arbitrary fields by providing the --field
flag.
Filter resources
Filter Command
kpt cfg grep "spec.replicas>3" examples | kpt cfg tree --replicas
Grep can be used to filter resources by field values. The output of
kpt cfg grep
is the matching full resource configuration, which
may be piped to tree for rendering.
Filter Output
.
├── storage/minio
│ └── [minio-distributed-statefulset.yaml] StatefulSet minio
│ └── spec.replicas: 4
├── sysdig-cloud
│ └── [sysdig-rc.yaml] ReplicationController sysdig-agent
│ └── spec.replicas: 100
└── volumes/vsphere
└── [simple-statefulset.yaml] StatefulSet web
└── spec.replicas: 14
Dump all resources
Dump Command
kpt cfg cat examples/cockroachdb
The raw YAML configuration may be dumped using kpt cfg cat
.
This will print only the YAML for Kubernetes resources.
Dump Output
apiVersion: v1
kind: Service
metadata:
# This service is meant to be used by clients of the database. It exposes a
# ClusterIP that will automatically load balance connections to the different
# database pods.
name: cockroachdb-public
labels:
app: cockroachdb
...


Exercise 10.3.1
Google
Naver
Daum (without a name)
Exercise 10.3.2
Counter :
Exercise 10.3.3
Timer :


The Taste Of India
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Speech
Sally Collier's Speech to the Federation of Awarding Bodies Conference in Leicester.
It’s a pleasure and privilege to be here.
My first 6 months as Ofqual’s Chief Regulator has been something of a mental workout. Learning about the education system, qualifications landscape and our regulatory rules has sometimes felt like learning the intricacies of all 64 Olympic and Paralympic disciplines – some things are more straightforward than others. I was quite reassured when Olympic commentators were debating whether dressage was more challenging than taekwondo this summer, similar to the way we consider how subjects compare to one another - a problem shared, apparently.
Actually I have been out and about a lot, listening to members of this audience and many others on the front line, teachers and heads in schools and colleges and apprenticeship providers. That feedback has been invaluable in shaping what we do at Ofqual for the next period.
And I have got a superb team to support me. Assessment experts, researchers, economists, lawyers, psychologists and communicators.
It has been an immensely stimulating and enjoyable 6 months.
Much of our most high profile work over the past 6 months has been on the reform of GCSEs, AS and A levels. Reformed qualifications, a new GCSE 9 to 1 grading system – starting with maths and English next summer – new rules for marking reviews and appeals, as well as accrediting new subjects for teaching from September 2017.
However, a key priority during my tenure will be to ensure equal priority for other qualifications. That will include establishing a new regulatory landscape that brings clarity and robustness to the new world of technical and professional qualifications, and apprenticeships. Achieving that requires us all in this room to work together. From our end we have a new head of vocational qualifications, Phil Beach, and we are recruiting additional members for his senior leadership team.
Today I would like to focus on our work in 3 areas. Technical education, functional skills, and apprenticeships. I would also like to talk later about other qualifications, as part of business as usual.
The recent report by Lord Sainsbury and the government’s plan to implement it in full will see wide-reaching change to raise standards and simplify the system; 15 routes with a small number of qualifications in each. We will fully support its implementation to create a qualification system that is clear, navigable and gives the greatest opportunity for success to everybody who uses it. We will give advice where we have experience of how qualifications markets function, including on what the optimum commercial routes are. We will highlight risks and issues where we see them. A clear pathway then for our children to choose technical and professional education as a first choice to fulfill their dreams and with it contribute to our country’s skills gaps and its economic prosperity.
In order to lay the foundations to support these changes we have begun housekeeping of our Register. This has led to you withdrawing over a thousand qualifications. Navigation will be easier for all concerned. We are looking at how we continue this work.
These qualifications often underpin further technical study. 1 million functional skills qualifications were awarded in 2014/15 – the most recent period for which we have data – and around 50% of these were used in apprenticeships.
Our experience of general qualifications reform is being put to use with our work to reform maths and English qualifications in this space. Government has made it very clear that these qualifications need greater relevance to and currency with employers. They should also support the raising of maths and English standards across the board.
We are working closely with the Education and Training Foundation, which is tasked with developing the national standards in literacy and numeracy and the content for the reformed qualifications. Quite clearly, if the qualifications are to serve employers’ needs, the content has to reflect their requirements. But if they are to serve their needs well, they need to have appropriate assessment too. This is where we are providing support now; advising on aspects of assessment methodology.
We expect to be consulting next year on the new qualifications. We are also considering, as with technical education, what role up-front evaluation can play. The timeline here is tight, but where an up-front review adds value, then we believe an approach to it should be considered.
Some of you may have seen the evidence session from the sub-committee on Education, Skills and the Economy yesterday (19 October) in its enquiry into the new apprenticeships arrangements. I am sure the audience rivaled that of Bake-Off. It was an evidence session for the Institute for Apprenticeships, Ofsted and ourselves.
We are delighted to play our role in ensuring high quality end-point assessments. They are of course new and different and require a flexible approach, particularly in up-front evaluation. Regulating these new apprenticeships is an area where we are currently developing an approach, rather than reviewing an existing one.
Here we have begun to look at trailblazer group assessment plans and advising them as to whether they would enable an apprentice assessment organisation to develop an end-point assessment that is both valid and able to be regulated.
We’re offering this ‘service’ as 1 of 4 potential providers of external quality assurance for apprenticeship end-point assessments.
So far we’ve engaged with around 2 dozen trailblazer groups. To date, we’ve agreed to regulate 12 assessment plans from 24 we have looked at. While these are relatively small numbers, we’re looking at what are historically some of the biggest industries for apprenticeships – such as healthcare and customer services.
But irrespective of whether they cover large or small sectors, it’s important that these assessment plans are well established. Employers understand what good looks like and what an apprentice needs to know and do to undertake a job. But many don’t (and why would they?) have on-tap access to assessment experts. That has been apparent in some of the plans we have been asked to review.
For example, we’ve seen issues with grading criteria. We’ve also seen the use of complex calculations to reach final grades, with over-reliance on some aspects of assessment, meaning outcomes can be skewed by performing well in just one, small task. And in some cases there has been a lack of detail around grade differentiation or forms of assessment.
The proposed use of on-demand testing and multiple choice tests has proved quite popular, but there has often been little detail on the use of things like item banks, and there have been issues of predictability and a lack of recognition of the resource this sort of approach requires.
None of these issues alone are show-stoppers, and we’ve provided feedback to the trailblazers we’re working with and to the Department for Education. The better the assessment plan, and the related end-point assessment, the more likely it will be that the full range of knowledge, skills and behaviours identified by employers is tested fairly and consistently.
All of that combines, as you will recognise, to give increased confidence that an assessment does what it is meant to do, and that it has value.
There is a further challenge here, one for us as regulator to be mostly concerned about, and that is being 1 of 4 external quality assurance organisations – the others being the new Institute for Apprenticeships, professional bodies, or employers themselves.
Where we are the chosen option, we require that the apprentice assessment organisation is regulated by us, and we will treat the end-point assessment as a qualification. The obvious challenge is how the bar is set between the 4 options to ensure that a level playing field is achieved. If the reforms to apprenticeships are to truly succeed, employers must see their value, in terms of the occupation-specific skills developed but also in other skills, those that are transferable. It means that those providing external quality assurance must set the bar together, and not allow an ‘easier’ option to emerge.
We’re working closely with the Institute for Apprenticeships on this. We have expertise and some resource already available. We will also hold conferences for any trailblazer on how to create an excellent quality end-point assessment.
Change is all well and good but of course there are many qualifications, including licences to practise, that don’t fit into any of the above and of course a lengthy transition period. We will continue to develop our ways of working, including our risk based approach with the aim of reducing any potential harm for students and improving practice. Of course, where poor practice results in harm to students, qualifications where assessments aren’t delivered, where marking or grading is compromised, or wrong marks issued then we will take strong action as the regulator.
Being able to design valid assessments, reflecting the more applied nature of vocational qualifications, and striking the ‘right’ balance between the development of knowledge and skills is not easy. It is essential that the delivery of assessments is manageable, that they are fair for students and deliver outcomes which can be relied upon. Regulation is just one component of the landscape.
I know many of you are thinking about how you will respond to the changing landscape, designing qualifications that are needed, to the quality that’s required and valued, and managing your centres so that standards are maintained.
In order that we are fit for the challenge, we’ve reviewed some of our internal structures raising the prominence of our vocational qualifications directorate.
I’ve asked Phil Beach to look at whether we’ve got in place an approach that will deliver us an appropriate system for vocational qualifications – with the bigger picture of system coherence in mind.
It is vitally important in times of change that we work together. I’ve been encouraged by the conversations I’ve had so far with FAB and I want them to continue. I am interested in learning much more about you all and to understand first-hand the impact of reforms as they are made.
So exciting times.
Thank-you.


teacher
students
LRN:
128063000000
Name:
Micheal jacson
Email
:
<EMAIL_ADDRESS>Manage
@portabook
all rights reserved
@2021


{% extends 'base.html' %} {% load user %} {% block content %}
Thank you for submitting your registration. Unfortunately, we have already hit the maximum number of people for our site. You have been added to the wait list. If a slot opens up, we will notify you.
{% endblock %}


- setDelay(int) - Method in class gifAnimation.GifEncoder
-
Sets the delay time between each frame, or changes it for subsequent frames
(applies to last frame added).
- setDelay(int) - Method in class gifAnimation.GifMaker
-
- setDispose(int) - Method in class gifAnimation.GifEncoder
-
Sets the GIF frame disposal code for the last added frame and any
subsequent frames.
- setDispose(int) - Method in class gifAnimation.GifMaker
-
- setFrameRate(float) - Method in class gifAnimation.GifEncoder
-
Sets frame rate in frames per second.
- setQuality(int) - Method in class gifAnimation.GifEncoder
-
Sets quality of color quantization (conversion of images to the maximum 256
colors allowed by the GIF specification).
- setQuality(int) - Method in class gifAnimation.GifMaker
-
description taken from GifEncoder-class: Sets quality of color
quantization (conversion of images to the maximum 256 colors allowed by
the GIF specification).
- setRepeat(int) - Method in class gifAnimation.GifEncoder
-
Sets the number of times the set of GIF frames should be played.
- setRepeat(int) - Method in class gifAnimation.GifMaker
-
- setSize(int, int) - Method in class gifAnimation.GifEncoder
-
Sets the GIF frame size.
- setSize(int, int) - Method in class gifAnimation.GifMaker
-
- setTransparent(Color) - Method in class gifAnimation.GifEncoder
-
Sets the transparent color for the last added frame and any subsequent
frames.
- setTransparent(int) - Method in class gifAnimation.GifMaker
-
- setTransparent(float, float, float) - Method in class gifAnimation.GifMaker
-
- setTransparent(int, int, int) - Method in class gifAnimation.GifMaker
-
- start(OutputStream) - Method in class gifAnimation.GifEncoder
-
Initiates GIF file creation on the given stream.
- start(String) - Method in class gifAnimation.GifEncoder
-
Initiates writing of a GIF file with the specified name.
- STATUS_FORMAT_ERROR - Static variable in class gifAnimation.GifDecoder
-
File read status: Error decoding file (may be partially decoded)
- STATUS_OK - Static variable in class gifAnimation.GifDecoder
-
File read status: No errors.
- STATUS_OPEN_ERROR - Static variable in class gifAnimation.GifDecoder
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File read status: Unable to open source.
- stop() - Method in class gifAnimation.Gif
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Stop the animation, and rewind.


About us
Pr. Bigogo
Fringilla nisl. Donec accumsan interdum nisi, quis tincidunt felis sagittis eget. tempus euismod. Vestibulum ante ipsum primis in faucibus vestibulum. Blandit adipiscing eu felis iaculis volutpat ac adipiscing accumsan eu faucibus. Integer ac pellentesque praesent tincidunt felis sagittis eget. tempus euismod. Vestibulum ante ipsum primis sagittis eget. tempus euismod. Vestibulum ante ipsum primis in faucibus vestibulum. Blandit adipiscing eu felis iaculis volutpat ac adipiscing accumsan eu faucibus. Integer ac pellentesque praesent tincidunt felis sagittis eget. tempus euismod. Vestibulum ante ipsum primis in faucibus vestibulum. Blandit adipiscing eu felis iaculis volutpat ac adipiscing accumsan eu faucibus. Integer ac pellentesque praesent.
Our church
Faith Church International is a vibrant church located at 7708 62nd Avenue North in Brooklyn Park City MN 55428 ministering to an international community. Our membership come from many communities within the Twin Cities and the surrounding areas. We have attending members from Kenya, the Republic of Congo; from Togo; from Sierra Leone, from Nigeria, from India, from Zambia, and members who are American born, this is just a microcosm of what Faith Church International has become! . We are part of a global organization with more than 15 plus million members in countries around the world. We believe in the Bible as the Word of God and in Jesus Christ, as the Savior of the world. We run community-oriented ministries. Our worship services are inspirational and power packed with gospel music and preaching. We gather every Saturday at 9:30am for music and Bible study, and then at 11:00am, we have a preaching service with messages that are relevant to real needs in peoples' daily lives. If you are looking for a power-filled worship service where you can encounter the love of God, we invite you to join us in worship and experience this amazing Love. Want to be involved? There are a lot of opportunities for you. Check us out on the web to see what ministries or events are listed on our calender. Come join us and see your faith grow.
About Seventh-day Adventist
Adventists believe a Trinity of three persons--the Father, the Son and the Holy Spirit--make up one God. They made salvation possible when Jesus, the Son, came to earth as a baby in Bethlehem and lived a sinless life in accordance with the Father's will. When Jesus was crucified for the sins of the people of the world and arose from the dead on the third day, victory was won for everyone. When He returned to heaven following the resurrection, Jesus left the Holy Spirit to serve as our Comforter and Counselor. He promised to return to earth a second time to complete His plan of salvation and take His people to heaven. Adventists are among the believers who look forward to that day. Adventists believe that God is concerned with the quality of human life, and that everything--the way we live, eat, speak, think, treat each other, and care for the world around us--is a part of His plan. Our families, our children, our jobs, our talents, our money, and our time are all important to Him.


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Breaking up automations/Room activity detection
I’m sure we’ve all been there, where we’ve written automations that have grown longer and more complicated as we’ve tried to make things more flexible. Then you end up with a group of automations each hundreds of lines long, and still things don’t work well.
That’s because you’ve created a family of monsters.
Is the room in use
The starting point for me is to create a pair of automations to determine if the room is in use or not, and manage an input boolean. I do this by looking at the devices in the room and their state. For example, in my living room I can see if the TV is on, or if music is playing. If either of those things is happening then the room is in use. Motion detection isn’t much of an indicator since it’ll trip as the dog walks around the house. Obviously I can also manually toggle whether the room is occupied, but so far I’ve never had to.
Other rooms have similar indicators of one of us being in there, including using calendar events. I use the calendar events for things like when friends are round for a board game. In that situation there’s nothing detectable.
It’s not perfect, if I’m sat quietly in a room reading a book, then there’s (currently) nothing to indicate I’m there. However, if I’d a smart light that I’d turned on, I could track the state of that, or a seat sensor, or … well, you get the idea.
Track the behaviours, not the people.
Room mode
Now I’ve determined if the room is in use or not, the next thing is what state should the room have. Here I’ll look at things like the light level, is there a specific calendar entry currently active, and more. Those will then set an input select to tell other automations what mode the room is currently in. We currently have 5 modes for the living room - Away, Day off, Day on, Night on, and Dim. This is what those mean:
- Away - the room is unoccupied
- Dim - the room is unoccupied, dark, and we’ve just woken up, or just arrived home
- Day off - the room is occupied, and bright
- Day on - the room is occupied, and dull
- Night on - the room is occupied, and dark
These automations are individually simple and small, and there’s little chance of things falling between the gaps.
Make it so
Now you use the state of that input select to set the room accordingly. Here’s how it works for my living room:
- Away - the room is unoccupied, turn all the lights off
- Dim - turn on a single light, this provides enough light to navigate the room by
- Day off - turn all the lights off
- Day on - turn some lights on (in this case, the one behind the TV, and one in the opposite corner), and turn the others off if they’re on
- Night on - turn on all the background lighting
The end?
Yes, I now have more automations than before, I’ve at least doubled them. However, each automation is much simpler, and so easier to understand, and there’s less chance of things falling between the cracks and lights turning on (or off) when they shouldn’t.
Overall the family have been happier with this approach, or more accurately they’ve stopped complaining that the lights are misbehaving, which suggests I’ve got it right this time.


Hello Friends!
My name is Kelly Kobarda and I'm a Graphic Designer. I have always loved being creative and using my imagination to solve problems. I have always enjoyed generating art and working with different types of media. After years of experimenting, I decided graphic design is where I wanted to focus my creative energy.
I have a Certificate of Art and Design Fundamentals from Sheridan College, as well as an Advanced Diploma in Graphic Design from Fanshawe College. As of right now, I'm working at Postmedia as a Senior Graphic designer for top revenue-generating newspapers.
Please take the time to look at what I have accomplished on my portfolio page. I have a variety of things to show you.
A Little About Me
I live in Barrie, Ontario. I'm originally from London, Ontario. I love London and I try to get back to visit family whenever I can. I enjoy keeping fit and healthy. I love to travel when I get the chance. I enjoy listening to comedy and educational podcasts. I love science and science fiction. One of my favorite places to be is at the cinema. My favorite colours are purple and blue. I love animals and have 2 cats named Scully and Mulder.


Post edited 1 x times, last by
BrainFooLong
Administrator
Topicstarter
Hello guys,
I thought it would be great if we could disable the com center, so here's my idea for you !
Regards,
Plume.
disable com center like you cant use the chat anymore and don't get messages from friends?
i think thats 99% impossible.
BrainFooLong
Administrator
The comcenter is a essential feature of battlelog, i cannot be removed.


Visualization
The Situation
A global supplier of health care products needed to get a better understanding of the efficiency of their sales offices.
The Complication
As the company had grown rapidly and organically, no common KPIs were available accross the organization, reporting figures were perceived as being engineered in the local departments and management had difficulties in identifying inefficiencies and bottlenecks in the processes.
The raw data were readily available from the ERP, but reporting was inadequate and visualization non-existing.
The Question
Given that the data was available, the project focused on comparing past and current performance, with a particular effort on visualizing the solution.
Based on a REST service API, the data was fed directly from the back-end to the visual reporting front-end.
The Answer
Technology
A javascript only stack was chosen to implement the visualization, consisting of dc.js and d3.js
The REST-service back-end was built on top of a Django (Python) off-the-shelf framework.
Team
The team assigned to the project consisted of a senior and a junior developer from Ange Analytics. The customer assigned a product owner with a deep knowledge of the sales and accounting processes.
Process
In close collaboration with the customer, development of a first prototype was done within a few days and presented to the management board. A formal project specificaiton was formulated and the full system was subsequently developed within two months.