| Line 103... |
Line 103... |
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);
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);
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//When we flip the SMEM, this means we are ready to receive more data
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//When we flip the SMEM, this means we are ready to receive more data
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assign HDL_O = wCU2_FlipMem;
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//Alias this signals
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//Alias this signals
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wire Clock,Reset;
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wire Clock,Reset;
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assign Clock = CLK_I;
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assign Clock = CLK_I;
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assign Reset = RST_I;
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assign Reset = RST_I;
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| Line 183... |
Line 183... |
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wire [`DATA_ROW_WIDTH-1:0] wEXE_2__IO_TMEMAddress;
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wire [`DATA_ROW_WIDTH-1:0] wEXE_2__IO_TMEMAddress;
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wire [`DATA_ROW_WIDTH-1:0] wIO_2_EXE__TMEMData;
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wire [`DATA_ROW_WIDTH-1:0] wIO_2_EXE__TMEMData;
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wire wIO_2_EXE__DataAvailable;
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wire wIO_2_EXE__DataAvailable;
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wire wEXE_2_IO__DataRequest;
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wire wEXE_2_IO__DataRequest;
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wire wCU2_FlipMem;
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wire wCU2_FlipMemEnabled;
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wire wCU2_FlipMemEnabled;
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wire w2MEM_FlipMemory;
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wire w2MEM_FlipMemory;
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wire wGEO2__RequestingTextures;
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wire w2IO_WriteBack_Set;
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wire[`DATA_ADDRESS_WIDTH-1:0] wIO_2_MEM__DataReadAddress1;
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`ifdef DEBUG
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`ifdef DEBUG
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wire [`ROM_ADDRESS_WIDTH-1:0] wDEBUG_IDU2_EXE_InstructionPointer;
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wire [`ROM_ADDRESS_WIDTH-1:0] wDEBUG_IDU2_EXE_InstructionPointer;
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`endif
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`endif
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//--------------------------------------------------------
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//--------------------------------------------------------
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assign HDL_O = wCU2_FlipMem;
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assign wCR2_TextureMappingEnabled = wCR2_ControlRegister[ `CR_EN_TEXTURE ];
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assign wCR2_TextureMappingEnabled = wCR2_ControlRegister[ `CR_EN_TEXTURE ];
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wire wCU2_FlipMem;
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//--------------------------------------------------------
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//--------------------------------------------------------
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//Control Unit Instance
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//Control Unit Instance
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ControlUnit CU
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ControlUnit CU
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(
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(
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.Clock(Clock),
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.Clock(Clock),
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| Line 326... |
Line 330... |
.oDone( wCU2__MicrocodeExecutionDone )
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.oDone( wCU2__MicrocodeExecutionDone )
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);
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);
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////--------------------------------------------------------
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////--------------------------------------------------------
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wire wGEO2__RequestingTextures;
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wire w2IO_WriteBack_Set;
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assign TGA_O = (wGEO2__RequestingTextures) ? 2'b1: 2'b0;
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assign TGA_O = (wGEO2__RequestingTextures) ? 2'b1: 2'b0;
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//---------------------------------------------------------------------------------------------------
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//---------------------------------------------------------------------------------------------------
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wire[`DATA_ADDRESS_WIDTH-1:0] wIO_2_MEM__DataReadAddress1;
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assign wEXE_2__MEM_DataReadAddress1 = (wCU2_IO__WritePixel == 0) ? wUCODE_RAMReadAddress1 : wIO_2_MEM__DataReadAddress1;
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//assign wEXE_2__MEM_DataReadAddress1 = (wCU2_IO__WritePixel == 0) ? wUCODE_RAMReadAddress1 : wIO_2_MEM__DataReadAddress1;
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assign w2IO__EnableWBMaster = (wCU2_IO__WritePixel == 0 ) ? wGEO2_IO__EnableWBMaster : wCU2_IO__WritePixel;
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assign w2IO__EnableWBMaster = (wCU2_IO__WritePixel == 0 ) ? wGEO2_IO__EnableWBMaster : wCU2_IO__WritePixel;
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assign w2IO__AddrIsImm = 0;//(wCU2_IO__WritePixel == 0 ) ? wGEO2_IO__AddrIsImm : 1'b0;
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assign w2IO__AddrIsImm = 0;//(wCU2_IO__WritePixel == 0 ) ? wGEO2_IO__AddrIsImm : 1'b0;
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assign w2IO__AddressOffset = 0;//(wCU2_IO__WritePixel == 0 ) ? wGEO2_IO__AddressOffset : 32'b0;
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assign w2IO__AddressOffset = 0;//(wCU2_IO__WritePixel == 0 ) ? wGEO2_IO__AddressOffset : 32'b0;
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assign w2IO__Adr_O_Pointer = (wCU2_IO__WritePixel == 0 ) ? wGEO2_IO__Adr_O_Pointer : `OREG_ADDR_O;
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assign w2IO__Adr_O_Pointer = (wCU2_IO__WritePixel == 0 ) ? wGEO2_IO__Adr_O_Pointer : `OREG_ADDR_O;
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//assign w2IO__Adr_O_Pointer = (wCU2_IO__WritePixel == 0 ) ? wGEO2_IO__Adr_O_Pointer : `CREG_PIXEL_2D_INITIAL_POSITION;
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//assign w2IO__Adr_O_Pointer = (wCU2_IO__WritePixel == 0 ) ? wGEO2_IO__Adr_O_Pointer : `CREG_PIXEL_2D_INITIAL_POSITION;
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