東 洋 電 機 製 造 株 式 会 社 TDdsPMonitor（ユーティリティ・マニュアル
Contents
1. Code Composer Studio R2007b v3 3 CCS MATLAB MATLAB CCS 2 2 J72F2rPX f MATLAB R2007b Math Works 2 Embedded IDE Link CC MATLAB Math Works tt Il III Signal Processing Toolbox MATLAB J Math Works tt Signal Processing Blockset MATLAB J Math Works tt J MATLAB Embedded Coder DSP M N Hl Hl y N JII JII 3 Simulink MATLAB Math Works 6 Real Ti 7 m EE 3 7 MATLAB R2007bJ OE 3 1 1 Configuration ParameterODzAE Simulink gt Real Time Workshop W gt2. 5 TLO make make Make make O EE Real Time Workshop Link for CCSORAE Link for CCS C Build action 5853 Configuration Parameters TESTI Confieuration JX Runtime Options Build action Interrupt overrun notification method Project Options Project options lv Compiler options string Get From IDE Reset Linker options string Get From IDE Reset System stack size bytes 8192 Code Generation Profile real time task execution Inline run time library functions Link Automation i Export IDE link handle to base workspace IDE link handle name CCS Obj i i Sja Fink for CoS Configuration Parameter Real Time Workshop
3. out TDdsPMonitor dsp asr mdi Duce 22 ETIP ENA HA Lookup Table T5 45tD BAIT4AQ P Aiib S885EQ5 toeele cvyclet tM HNE ASR Control Bits lt RTW hn m ap Out Wi dsp asr J a3 FE RED 3S A JVZ D Imulink 772 3923 D hne a b Em Qs F REO gt A d poen uf P ELAD E DXTDdsPMoni amp AEXIdsp asrmdl E356 365 KB Simulink Model 22315 dsp asr ceslink 2010 01 04 12 07 2010 01 12 11 56 2
4. Destination opecified address opecify address source Address Data length hex2dec bOOOO08 10 otride W Source Block Parameters mem rcv081 Memory Copy mask link Read from and or write to sequential locations of the target memory Each location is specified by the start address and offset The number of the elements to be copied is specified by the data length while the stride determines the relative location of the next element to be copied The start addresses and offsets can be changed during run time Memory may be read and or written during initialization termination and at every sample time You can specify custom C source code to be inserted before and or after the memory write read instruction s Quick DMA QDMA data copy can be used on supported DSP platforms Y A Copy from Specified address Specify address source Address hex2decb0000810 uint16 Data length 1 C Use offset when reading Stride 1 Destination W TEST2 ZFAJAER RED Duce st v WD AJLZUH b Mnrmal Dustom Board TEITLsTHLE1 Memory Copy FixedstepDiscrete
5. W Simulink z Real Time Workshop 11887 5907 5000 5 cfHEOTIOZ7ZT LC2UC Ka Ki 0 ES W Ka Ki 0 Real Time Workshop ES Ka Ki O O Simulink 5 amp Real Time Workshop RTW ARL V RH Bm RTW ExportedGlobal v 3 Simulink T Real Time Workshop W gt B mot _ccslink TDdsPMonitor h map
6. gt M MORE 585 Confieuration Parameters dsp asr Confieuration 9527 47 nn inf 8 SampTime J Auto O rei 7 24 205 4083 05930 V92 00 724 303 Ud d Link for CCS NAFO PRIORE Texas Instruments CGOOO Little Endian 5853 Configuration Parameters dsp asr Confieuration qu 7 5 Texas Instruments
7. qp 100 usec W Source Block Parameters mem rcv081 Memory Copy mask link Read from and or write to sequential locations of the target memory Each location is specified by the start address and offset The number of the elements to be copied is specified by the data length while the stride determines the relative location of the next element to be copied The start addresses and offsets can be changed during run time Memory may be read and or written during initialization termination and at every sample time You can specify custom source code to be inserted before and or after the memory write read instructions Quick DMA QDMA data copy can be used on supported DSP platforms Destination Copy to Output port Inherit from source C Use offset when writing Stride 1 00001 ME S25 Wk iW Xo 113 14 A D EZE Destination Input port Copy from opecified address Specify address source hex2dec bOOOO810 Te Stride li Sink Block Parameters mem snd081 iW Sink Block Parameters mem snd081 Memory Copy mask link Read from and or wri
8. 364 KB FixedStepDiscrete DSP M As pana 6 DSP Uv ZU YVZBBIDEME Simulink Library Browser Link for Code Composer Studio tm gt C6000 DSP Chip Support gt Memory Copy 2 Bb Simulink Library Browser FEF CE H D cE a d Memory Copy Read from and or write to sequential locations of the target memory Each location is specified by the start address and offset The number ofthe elements to be copied is specified by the data length while the stride determines the relative location ofthe next element to be copied The start addresses and offsets can be changed during v CGCCO Hardware Interrupt Handwore Inemapl Memory Allocate src 4 EMemory Copy run time ph Control System Toolbox ih Link for Code Composer Studio tm 2 C280x DSP Chip Support 2 C281x DSP Chip Support 2 C5000 DSP Chip Support Dz A Target Preferences Real Time Workshop Real Time Workshop Embedded Coder Simulink Extras Simulink Verification and Validation Stateflow Virtual Reality Toolbox Memory Copy HIA ERE
9. E E ET char 8 short 16 int 32 long 40 32 i Re al Ti VT HJI Little Endian 0 i i Link for CCS ALI M Real Time WorkshopO EAE Real Time Workshop ccslink ert tlc Link for CCS ERT code generation for TMS320 TM DSP platforms C i Link for COS 585 Configuration Parameters TESTI Confieuration ccslink erttlc Link for COS ERT code generation for TMS320 TM DSP platforms HTML BI
10. system Configuration huailubts Factor Beard valable Factory boards Al gt AI vla vj 2 My System ER C6711 Device Cycle Accurate Simulator C67xx simulator little C6713 Device Cycle Accurate Simulator Eg C6712 Device Cycle Accurate Simulator CB7xx simulator little TMS320C6718 EA C6712 Device Cycle Accurate Simulator simulator 866713 Device Cycle Accurate Simulator simulator simulator EA b xdsolU em Cx XDS560 Emulator xds560 em 672x CPU Simulator It Endian simulator little Ej C672x XDS510 Emulator xds510 em CD 2x XDS560 Emulator xds560 em Eg C67xx CPU Cycle Accurate Simulator C8 xx simulator big Eg C67xx CPU Cycle Accurate Simulator C67xx simulator little E gmrOMAP V POM OA O Platform Similataor OMAP cimiilator v Eg Factory Boards Custom Boards Custom Boards ff Create Board Remove lt lt Add Drag a device driver to the lett to add a board to the system File gt Save 4 SEOGUEDA TDqdsPMonitor Exported Global
11. LPCdsSP TDdsPMonitor EE id 3 2e uU qp 2a E Y2 PIII M ML ul a I c C 4 e AEE a a 4 o 0 Sch MATCAB RZ0OTPJ xE FSHATARE RANA 4 Se 1 1 Configuration Parameter isE 4 ec cx Custom Board 0 Ss O 3 2 Code Composer Studio IDE 9v T SSCS dO VS 9XDBAB 10 RR RE RR a 11 Sn OL RA DDE ETA TR TTR GT 11 Ge DSP TZ NUI DEI CE 12 d Emi eve epe euro eet euer 14 EE 7 8 Z CPU DSP SHPC 1 15 Z SHPC 115 Z 2o 2 7 DSP SHPC 115 Z MATLAB CR200 7b Math Works Code Composer Studio IDE R200 7b v3 3 DSP SHPC 1 15 Z MATLAB
12. jp 9 2 TEL 03 3535 0652 5 FAX 03 3535 0660 0664 X Bx di dE BE f 1 1 X Bx m Cv TEL 06 6313 1301 FAX 06 6313 0165 14 16 TEL 052 541 1141 FAX 052 586 4457 5 8 TEL 011 271 1771 FAX 011 271 2197 3 1 TEL 092 4 72 0765 FAX 092 473 9105 TEL 045 3 TEL 082 13 8 13 4030 FAX 045 313 4041 15 249 7250 FAX 082 249 7188 E TEL FAX 0 10242 98 956 7314 Stt T 104 0031 T 530 0017 T 450 0002 T 060 0042 T 812 0016 T 221 0835 T 730 0044 T 904 0202 http www toyosangyou co jp TEL 03 3862 9371 IFH 1 T H 10 6 FAX 03 3866
13. 6383 TEL 06 6307 8181 4 7 4 FAX 06 6307 8185 TEL 045 324 2356 2 T 13 8 FAX 045 324 3731 3 14 16 FAX 052 586 4457 1 3 1 FAX 092 473 9105 TEL 052 541 1150 TEL 092 413 6951 5 8 TEL 011 251 5611 FAX 011 271 2197 101 0031 532 0011 221 0835 450 0002 812 0016 060 0042 2011 02 QG18579
14. offset when reading Stride 1 Specify address source Address hex2dec CBODO00810 547 uint16 C Use offset when writing Stride 1 1 7 ARA 2 R FBAR GIAI dc http www toyodenki co
15. A O OK A 3 1 2 Custom og Simulink Custom Board Custom Board Simulink Library Browser Link for Code Composer Studio tm gt Target Preferences k VEM TCT Wl Simulink Library Browser FFRED ATAD AJAH D iE A d Custom Board ccslinklib tetpre f Custom Board Jf Link for Cade Composer Studiattm AlE dMEm Cpu stmm Board i alix Lir Ip Support ua G281x DSF Chip Support ua C5000 DSF Chip Support tH Custom Cade t Interrunt Temolates CEM Custom Board Board Into ZDERE DSP Board propertiesODzRAE Board type gt Custom Processor gt C6713 CPU clock gt 300 MHZ Code Composer Studio SetupO EE CCS Board name gt C6713 Device Cycle Accurate Simulator Processor name gt TMS320C6713 E Tareet Preferences Custom Board Board Info Memory Sections Board properties Board type Custom Processor oenas vj CPU clock 300 MHz Simulator Enable High Speed RTDX Code generation support Operating syste
16. m Board custom code Source files Include paths Libraries Initialize functions Terminate functions Code Composer Studio Setup CCS Board name 66713 Device Cycle Accurate Simulator Processor name ITMS320C671 3 ZEN Custom Board Memory S IDEE AJ RAM Internal RAM SDRAM RAM Internal RAM 192KB SDRAM 32MB Length X Lengthn IAE X EU ARAM DESER Memory bank list IRAM Address gt OxOOOOOOOO Length gt OxOOOO01000 Contents gt Code amp Data AMVIZSDRAMCODESAE BI Memory bank list SDRAM Address gt OxeOOOO000 Length gt OxOOO10000 Contents gt Code amp Data E Tareet Preferences Custom Board 0x00000000 0x80000000 0x00001000 ength 0x00010000 Code amp Data ontents Code amp Data Cache configuration C
17. onfiguration 64 kb Cache level L2 EE Custom Board Sections ZO EAE IRAM SDRAM E2X3 XYD CLE RIS SDRAM const SDRAM far malloc Printf Apply 3 2 Code Composer Studio IDE D amp E 3 2 7 Setup CCStudio v3 3 DRIE Code Composer Studio IDE R2007b v3 3 Setup CCStudio v3 34 0 Boards Available Factory Boards C6713 Device Cycle Accurate Simulator little lt Add My System 9 Code Composer Studio Setup Jog File Edit Wiew Help Family Platform Endianness
18. te to sequential locations of the target memory Each location is specified by the start address and offset The number of the elements to be copied is specified by the data length while the stride 4 determines the relative location of the next element to be copied The start addresses and offsets can be changed j during run time Memory may be read and or written during initialization termination and at every sample time You can specify custom source code to be inserted before and or after the memory write read instructions Quick DMA QDMA data copy can be used on supported DSP platforms Memory Copy mask link Read from and or write to sequential locations of the target memory Each location is specified by the start address and offset The number of the elements to be copied is specified by the data length while the stride determines the relative location of the next element to be copied The start addresses and offsets can be changed during run time Memory may be read and or written during initialization termination and at every sample time You can specify custom source code to be inserted before and or after the memory write read instructions Quick DMA QDMA data copy can be used on supported DSP platforms Destination Destination Copy from Input port Copy to Specified address 543 Inherit from input port Data length 1 C Use
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