Axis APPINT Instrukcja Użytkownika Pobierz pdf (Strona 45)

LNC-M8000

Function

寶元數控精密股份有限公司 221

LNC Technology Co., Ltd.

W_CCD(0,1,"T1"); /* wait CCD reply data */

#1 = PASER_CCD(0,1); /* analyze CCD reply data，get 1 column value */

#2 = PASER_CCD(0,2); /* analyze CCD reply data，get 2 column value */

…

#20 = PASER_CCD(0,20); /* analyzeCCDReplydata，get 20 column value */

Example2, use RS232 to connect with CCD：

W_CCD(0,101,"COM1,9600,812"); /* COM1,BAUD=9600,BITS=8,PARITY=Even,STOP=2 */

W_CCD(0,1,"T1"); /* wait CCD reply data */

#1 = PASER_CCD(0,1); /* analyze CCD reply data, get 1 column value */

#2 = PASER_CCD(0,2); /* analyzeCCD reply data, get 2 column value e */

…

#20 = PASER_CCD(0,20); /* analyze CCD reply data, get 20 column value */

Example3, switch CCD program number：

W_CCD(0,100,"192.168.0.10,8500"); /* IP=192.168.0.10,PORT=8500 */

W_CCD(0,2,2); /* switch CCD program number 2 */

W_CCD(0,1,"T1"); /* wait CCD reply data */

#1 = PASER_CCD(0,1); /* analyze CCD reply data, get 1 column value */

#2 = PASER_CCD(0,2); /* analyze CCD reply data, get 2 column value e */

…

#20 = PASER_CCD(0,20); /* analyze CCD reply data, get 20 column value */

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Axis APPINT Instrukcja Użytkownika Strona 45