INFICON XTC/3 Thin Film Deposition Controller Communications Library Operating Manual - Manual (Page 31)

1 - 17
IP
N 07
4-
45
4-
P1
B
XTC/3 Communications Library Operating Manual
for(int i = 0; i < len/4; i++)
printf("%d\n",val.m_Data[i]);
}
else
printf(ErrStr);
CloseSocket();
}
1.3.2.9 setGenAll
int setGenAll (XTC3GenAllData *val, char* ErrMsg, BOOL TCP);
Description
setGenAll sets all XTC3_MAX_GEN_PARAM General Parameters in the
XTC/3 instrument.
Arguments:
XTC3GenAllData *val:
An XTC3_MAX_GEN_PARAM x 4 bytes structure that will contain
XTC3_MAX_GEN_PARAM General Parameters sent to the instrument.
char* ErrMsg
BOOL TCP
Example
// This example sends all the General Parameters to the XTC/3
// instrument
#include "XTC3Lib.h"
void main()
{
if(StartSocket()==0)
printf("Socket could not be initialized.");
if(!ConnectSocket("10.211.70.209"))
printf("Socket could not be connected!");
char ErrStr[256];
memset(ErrStr,0,256);
XTC3GenAllData val;
int i = 0;
val.m_Data[i++] = 63; // This is an XTC/3M -> Process to run = 63
val.m_Data[i++] = 0; // Do NOT Start Layer Without Backup Xtal
val.m_Data[i++] = 1; // Stop on Alarms
val.m_Data[i++] = 0; // Do NOT Stop On Max Power
val.m_Data[i++] = 0; // Deposit Mode
val.m_Data[i++] = 1; // Test ON
val.m_Data[i++] = 0; // Sensor 1 Type: SINGLE
val.m_Data[i++] = 0; // Sensor 2 Type: SINGLE
val.m_Data[i++] = 1; // Source Control Voltage: 0 to -10
val.m_Data[i++] = 0; // Recorder Mode : RATE
val.m_Data[i++] = 1; // Recorder Range: 1000