eluosi_game

代码说明：

  这是一个基于NIOSII的俄罗斯方块游戏设计，是基于FPGA的，利用流模式DMA传输实现游戏。(This is a box based on the Russian NIOSII game design, is based on the FPGA, and the use of streaming mode DMA transfer realize the game.)

文件列表：

eluosi_game
...........\11.c
...........\altera_vhdl_support.vhd
...........\boot_rom.hex
...........\boot_rom.vhd
...........\button_isr_test.c
...........\button_pio.vhd
...........\Chain1.cdf
...........\cmp_state.ini
...........\component_builder_logfile.txt
...........\cpu.ocp
...........\cpu.vhd
...........\cpu_jtag_debug_module.vhd
...........\cpu_jtag_debug_module_wrapper.vhd
...........\cpu_ociram_default_contents.mif
...........\cpu_test_bench.vhd
...........\db
...........\..\add_sub_ovb.tdf
...........\..\altsyncram_1kc1.tdf
...........\..\altsyncram_bhc1.tdf
...........\..\altsyncram_dno1.tdf
...........\..\altsyncram_gpm1.tdf
...........\..\altsyncram_u301.tdf
...........\..\altsyncram_vkt1.tdf
...........\..\alt_synch_pipe_bb3.tdf
...........\..\alt_synch_pipe_cb3.tdf
...........\..\alt_synch_pipe_db3.tdf
...........\..\a_dpfifo_83p.tdf
...........\..\a_fefifo_46d.tdf
...........\..\a_fefifo_7cf.tdf
...........\..\a_fefifo_v5d.tdf
...........\..\a_gray2bin_26b.tdf
...........\..\a_graycounter_626.tdf
...........\..\a_graycounter_726.tdf
...........\..\cntr_9c7.tdf
...........\..\cntr_df8.tdf
...........\..\cntr_i08.tdf
...........\..\cntr_rd8.tdf
...........\..\dcfifo_do01.tdf
...........\..\decode_9ie.tdf
...........\..\decode_imb.tdf
...........\..\decode_tkb.tdf
...........\..\dffpipe_9b3.tdf
...........\..\dffpipe_bb3.tdf
...........\..\dffpipe_cb3.tdf
...........\..\dffpipe_db3.tdf
...........\..\dpram_75p.tdf
...........\..\dpram_jor.tdf
...........\..\elsfk.asm.qmsg
...........\..\elsfk.cbx.xml
...........\..\elsfk.cmp.cdb
...........\..\elsfk.cmp.hdb
...........\..\elsfk.cmp.rdb
...........\..\elsfk.cmp.tdb
...........\..\elsfk.cmp0.ddb
...........\..\elsfk.db_info
...........\..\elsfk.eco.cdb
...........\..\elsfk.fit.qmsg
...........\..\elsfk.hier_info
...........\..\elsfk.hif
...........\..\elsfk.map.cdb
...........\..\elsfk.map.hdb
...........\..\elsfk.map.qmsg
...........\..\elsfk.pre_map.cdb
...........\..\elsfk.pre_map.hdb
...........\..\elsfk.psp
...........\..\elsfk.rtlv.hdb
...........\..\elsfk.rtlv_sg.cdb
...........\..\elsfk.rtlv_sg_swap.cdb
...........\..\elsfk.sgdiff.cdb
...........\..\elsfk.sgdiff.hdb
...........\..\elsfk.signalprobe.cdb
...........\..\elsfk.sld_design_entry.sci
...........\..\elsfk.sld_design_entry_dsc.sci
...........\..\elsfk.syn_hier_info
...........\..\elsfk.tan.qmsg
...........\..\elsfk_cmp.qrpt
...........\..\mux_hic.tdf
...........\..\mux_sgc.tdf
...........\..\scfifo_1to.tdf
...........\delay_reset.bdf
...........\delay_reset.bsf
...........\delay_reset.vhd
...........\dma.vhd
...........\elsfk.asm.rpt
...........\elsfk.bdf
...........\elsfk.cdf
...........\elsfk.done
...........\elsfk.fit.eqn
...........\elsfk.fit.rpt
...........\elsfk.fit.summary
...........\elsfk.flow.rpt
...........\elsfk.map.eqn
...........\elsfk.map.rpt
...........\elsfk.map.summary
...........\elsfk.pin
...........\elsfk.pof
...........\elsfk.qpf
...........\elsfk.qsf
...........\elsfk.qsf.bak