dwtdenoising.tcf

用离散小波变换实现语音去噪

prog.load("C:/CCStudio_v3.1/c6000/bios/include/c6x1x.cdb");
prog.module("GBL").CHIPTYPE = "6711";
load(utils.findFile('assert.tci'));
prog.module("GBL").CLKOUT = 150;
prog.module("GBL").ENDIANMODE = "little";
assert.add('prog.module("GBL").CSLNAME == "csl6711.lib"');
// Remove memory dependencies before touching heaps
prog.module("MEM").BIOSOBJSEG = prog.get("MEM_NULL");
prog.module("MEM").MALLOCSEG  = prog.get("MEM_NULL");
prog.module("TSK").STACKSEG   = prog.get("MEM_NULL");
prog.module("MEM").instance("IRAM").space = "code/data";
prog.module("MEM").instance("IRAM").base = 0x0;
prog.module("MEM").instance("IRAM").len = 0x4000;
prog.module("MEM").instance("IRAM").createHeap = 0;
SDRAM = prog.module("MEM").create("SDRAM");
prog.module("MEM").instance("SDRAM").space = "code/data";
prog.module("MEM").instance("SDRAM").base = 0x80000000;
prog.module("MEM").instance("SDRAM").len = 0x1000000;
prog.module("MEM").instance("SDRAM").createHeap = 1;
prog.module("MEM").instance("SDRAM").heapSize = 0x20000;
prog.module("MEM").instance("SDRAM").enableHeapLabel = 1;
prog.module("MEM").instance("SDRAM").heapLabel = prog.extern("EXTERNALHEAP");
prog.module("MEM").BIOSOBJSEG = prog.get("SDRAM");
prog.module("MEM").MALLOCSEG = prog.get("SDRAM");
prog.module("TSK").STACKSEG = prog.get("SDRAM");
prog.module("MEM").STACKSIZE = 0x2000;
//DSP/BIOS sections;
prog.module("MEM").ARGSSEG = prog.get("SDRAM");
prog.module("MEM").GBLINITSEG = prog.get("SDRAM");
prog.module("MEM").TRCDATASEG = prog.get("SDRAM");
prog.module("MEM").SYSDATASEG = prog.get("SDRAM");
prog.module("MEM").OBJSEG = prog.get("SDRAM");
prog.module("MEM").BIOSSEG = prog.get("SDRAM");
prog.module("MEM").SYSINITSEG = prog.get("SDRAM");
prog.module("MEM").HWISEG = prog.get("IRAM");
prog.module("MEM").HWIVECSEG = prog.get("IRAM");
prog.module("MEM").RTDXTEXTSEG = prog.get("SDRAM");
//Compiler sections;
prog.module("MEM").TEXTSEG = prog.get("SDRAM");
prog.module("MEM").SWITCHSEG = prog.get("SDRAM");
prog.module("MEM").BSSSEG = prog.get("SDRAM");
prog.module("MEM").FARSEG = prog.get("SDRAM");
prog.module("MEM").CINITSEG = prog.get("SDRAM");
prog.module("MEM").PINITSEG = prog.get("SDRAM");
prog.module("MEM").CONSTSEG = prog.get("SDRAM");
prog.module("MEM").DATASEG = prog.get("SDRAM");
prog.module("MEM").CIOSEG = prog.get("SDRAM");
prog.module("MEM").STACKSEG = prog.get("IRAM");
prog.module("LOG").create("LOG_MW1");
prog.module("LOG").instance("LOG_MW1").bufSeg = prog.get("SDRAM");
prog.module("TSK").ENABLETSK = true;
prog.module("TSK").OBJMEMSEG = prog.get("SDRAM");
prog.module("TSK").instance("TSK_idle").order = 1;
prog.module("TSK").instance("TSK_idle").stackMemSeg = prog.get("SDRAM");
prog.module("IDL").instance("LNK_dataPump").order = 1;
prog.module("IDL").instance("RTA_dispatcher").order = 2;
prog.module("IDL").instance("IDL_cpuLoad").order = 3;
//Init/Terminate TSK.
initTerminateTSK_TSK = prog.module("TSK").create("initTerminateTSK");
initTerminateTSK_TSK.autoAllocateStack = true;
initTerminateTSK_TSK.stackMemSeg = prog.get("SDRAM");
initTerminateTSK_TSK.stackSize = 4096;
initTerminateTSK_TSK.fxn = prog.extern("initTerminateTSK_fcn", "C");
initTerminateTSK_TSK.priority = 15;
initTerminateTSK_TSK.order = 1;
initTerminateTSK_TSK.comment = "Init/Terminate TSK.";
//Base rate task.
tBaseRateTSK_TSK = prog.module("TSK").create("tBaseRateTSK");
tBaseRateTSK_TSK.autoAllocateStack = true;
tBaseRateTSK_TSK.stackMemSeg = prog.get("SDRAM");
tBaseRateTSK_TSK.stackSize = 4096;
tBaseRateTSK_TSK.fxn = prog.extern("tBaseRateTSK_fcn", "C");
tBaseRateTSK_TSK.priority = 7;
tBaseRateTSK_TSK.order = 1;
tBaseRateTSK_TSK.comment = "Base rate task.";
//DSP/BIOS task generated for task block <Task0>.
Task0_TSK = prog.module("TSK").create("Task0");
Task0_TSK.autoAllocateStack = true;
Task0_TSK.stackMemSeg = prog.get("SDRAM");
Task0_TSK.stackSize = 4096;
Task0_TSK.fxn = prog.extern("Task0_fcn", "C");
Task0_TSK.priority = 1;
Task0_TSK.order = 1;
Task0_TSK.comment = "DSP/BIOS task generated for task block <Task0>.";
prog.module("SEM").OBJMEMSEG = prog.get("SDRAM");
//Real-time clock semaphore.
rtClockSEM = prog.module("SEM").create("rtClockSEM");
rtClockSEM.comment = "Real-time clock semaphore.";
//Stop semaphore.
stopSEM = prog.module("SEM").create("stopSEM");
stopSEM.comment = "Stop semaphore.";
//Start semaphore.
startSEM = prog.module("SEM").create("startSEM");
startSEM.comment = "Start semaphore.";
prog.module("LOG").instance("LOG_system").bufSeg = prog.get("SDRAM");
prog.module("LOG").OBJMEMSEG = prog.get("SDRAM");
prog.module("HST").HOSTLINKTYPE = "RTDX";
prog.module("HST").instance("RTA_fromHost").bufSeg = prog.get("SDRAM");
prog.module("HST").instance("RTA_toHost").bufSeg = prog.get("SDRAM");
prog.module("RTDX").ENABLERTDX = 1;
prog.module("MEM").RTDXTEXTSEG = prog.get("SDRAM");
prog.module("RTDX").RTDXDATASEG = prog.get("SDRAM");
prog.module("RTDX").BUFSIZE = 272;
prog.module("IDL").OBJMEMSEG = prog.get("SDRAM");
prog.module("QUE").OBJMEMSEG = prog.get("SDRAM");
prog.module("LCK").OBJMEMSEG = prog.get("SDRAM");
prog.module("STS").OBJMEMSEG = prog.get("SDRAM");
prog.module("SYS").TRACESIZE = 0;
prog.module("SYS").TRACESEG = prog.get("SDRAM");
prog.module("SYS").EXITFXN = prog.extern("exitprocessing");
prog.module("HWI").instance("HWI_INT15").fxn = prog.extern("Timer1_ISR");
prog.module("HWI").instance("HWI_INT15").useDispatcher = 1;
prog.module("HWI").instance("HWI_INT15").arg = 1;
prog.module("HWI").instance("HWI_INT15").interruptMask = "all";
prog.module("GBL").CALLUSERINITFXN = true;
prog.module("GBL").USERINITFXN = prog.extern("targetInitialize");
prog.module("RTDX").MODE = "JTAG";
assert.check();
prog.gen("dwtdenoising.cdb");