3K04 Project
/
Pacemaker
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control.cpp
- Committer:
- kieftea
- Date:
- 2016-12-06
- Revision:
- 4:179fc666147c
File content as of revision 4:179fc666147c:
#include "control.h"
#include <iostream>
#include <sstream>
#include "parameters.h"
#include "serial.h"
using namespace std;
//SERIAL SENDER
void control::sendProgData(){
control::sendActivityThreshold();
control::sendATRDuration();
control::sendATREnable();
control::sendATRFallback();
control::sendAtrRP();
control::sendDynamicAVDelay();
control::sendFixedAVDelay();
control::sendHysterisisRateLimit();
control::sendLowerRateLimit();
control::sendMaximumSensorRate();
control::sendPulseWidth();
control::sendPVARP();
control::sendPVARPExt();
control::sendRateSmoothing();
control::sendReactionTime();
control::sendRecoveryTime();
control::sendRegulatedAmplitude();
control::sendResponseFactor();
control::sendSensedAVDelayOffset();
control::sendSensitivity();
control::sendUnregulatedAmplitude();
control::sendUpperRateLimit();
control::sendVentBlanking();
control::sendVentRP();
control::sendpaceMode();
}
void control::sendProgData(control::ID input){
switch(input){
case control::P0000:
break;
case control::PS001:
control::sendActivityThreshold();
break;
case control::PI002:
control::sendATRDuration();
break;
case control::PS003:
control::sendATREnable();
break;
case control::PI004:
control::sendATRFallback();
break;
case control::PI005:
control::sendAtrRP();
break;
case control::PS006:
control::sendDynamicAVDelay();
break;
case control::PI007:
control::sendFixedAVDelay();
break;
case control::PI008:
control::sendHysterisisRateLimit();
break;
case control::PI009:
control::sendLowerRateLimit();
break;
case control::PI010:
control::sendMaximumSensorRate();
break;
case control::PD011:
control::sendPulseWidth();
break;
case control::PI012:
control::sendPVARP();
break;
case control::PI013:
control::sendPVARPExt();
break;
case control::PI014:
control::sendRateSmoothing();
break;
case control::PI015:
control::sendReactionTime();
break;
case control::PI016:
control::sendRecoveryTime();
break;
case control::PD017:
control::sendRegulatedAmplitude();
break;
case control::PI018:
control::sendResponseFactor();
break;
case control::PI019:
control::sendSensedAVDelayOffset();
break;
case control::PD020:
control::sendSensitivity();
break;
case control::PD021:
control::sendUnregulatedAmplitude();
break;
case control::PI022:
control::sendUpperRateLimit();
break;
case control::PI023:
control::sendVentBlanking();
break;
case control::PI024:
control::sendVentRP();
break;
case control::PS025:
control::sendpaceMode();
break;
}
}
void control::sendActivityThreshold(){
}
void control::sendATRDuration(){
}
void control::sendATREnable(){
}
void control::sendATRFallback(){
}
void control::sendAtrRP(){
}
void control::sendDynamicAVDelay(){
}
void control::sendFixedAVDelay(){
}
void control::sendHysterisisRateLimit(){
}
void control::sendLowerRateLimit(){
}
void control::sendMaximumSensorRate(){
}
void control::sendPulseWidth(){
}
void control::sendPVARP(){
}
void control::sendPVARPExt(){
}
void control::sendRateSmoothing(){
}
void control::sendReactionTime(){
}
void control::sendRecoveryTime(){
}
void control::sendRegulatedAmplitude(){
}
void control::sendResponseFactor(){
}
void control::sendSensedAVDelayOffset(){
}
void control::sendSensitivity(){
}
void control::sendUnregulatedAmplitude(){
}
void control::sendUpperRateLimit(){
}
void control::sendVentBlanking(){
}
void control::sendVentRP(){
}
void control::sendpaceMode(){
}
//SERIAL ACCESSOR
void control::getProgData(){
control::getActivityThreshold();
control::getATRDuration();
control::getATREnable();
control::getATRFallback();
control::getAtrRP();
control::getDynamicAVDelay();
control::getFixedAVDelay();
control::getHysterisisRateLimit();
control::getLowerRateLimit();
control::getMaximumSensorRate();
control::getPulseWidth();
control::getPVARP();
control::getPVARPExt();
control::getRateSmoothing();
control::getReactionTime();
control::getRecoveryTime();
control::getRegulatedAmplitude();
control::getResponseFactor();
control::getSensedAVDelayOffset();
control::getSensitivity();
control::getUnregulatedAmplitude();
control::getUpperRateLimit();
control::getVentBlanking();
control::getVentRP();
control::getpaceMode();
}
void control::getProgData(control::ID input){
switch(input){
case control::P0000:
break;
case control::PS001:
control::getActivityThreshold();
break;
case control::PI002:
control::getATRDuration();
break;
case control::PS003:
control::getATREnable();
break;
case control::PI004:
control::getATRFallback();
break;
case control::PI005:
control::getAtrRP();
break;
case control::PS006:
control::getDynamicAVDelay();
break;
case control::PI007:
control::getFixedAVDelay();
break;
case control::PI008:
control::getHysterisisRateLimit();
break;
case control::PI009:
control::getLowerRateLimit();
break;
case control::PI010:
control::getMaximumSensorRate();
break;
case control::PD011:
control::getPulseWidth();
break;
case control::PI012:
control::getPVARP();
break;
case control::PI013:
control::getPVARPExt();
break;
case control::PI014:
control::getRateSmoothing();
break;
case control::PI015:
control::getReactionTime();
break;
case control::PI016:
control::getRecoveryTime();
break;
case control::PD017:
control::getRegulatedAmplitude();
break;
case control::PI018:
control::getResponseFactor();
break;
case control::PI019:
control::getSensedAVDelayOffset();
break;
case control::PD020:
control::getSensitivity();
break;
case control::PD021:
control::getUnregulatedAmplitude();
break;
case control::PI022:
control::getUpperRateLimit();
break;
case control::PI023:
control::getVentBlanking();
break;
case control::PI024:
control::getVentRP();
break;
case control::PS025:
control::getpaceMode();
break;
}
}
/* void control::getActivityThreshold(){
setActivityThreshold(receive());
}
void control::getATRDuration(){
setATRDuration(atoi(receive()));
}
void control::getATREnable(){
setATREnable(receive());
}
void control::getATRFallback(){
setATRFallback((receive()));
}
void control::getAtrRP(){
setAtrRP((receive()));
}
void control::getDynamicAVDelay(){
setDynamicAVDelay(receive());
}
void control::getFixedAVDelay(){
setFixedAVDelay((recieve()));
}
void control::getHysterisisRateLimit(){
setHysterisisRateLimit((recieve()));
}
void control::getLowerRateLimit(){
setLowerRateLimit(stoi(recieve()));
}
void control::getMaximumSensorRate(){
setMaximumSensorRate(stoi(recieve()));
}
void control::getPulseWidth(){
setPulseWidth(stod(recieve()));
}
void control::getPVARP(){
setPVARP(stoi(recieve()));
}
void control::getPVARPExt(){
setPVARPExt(stoi(recieve()));
}
void control::getRateSmoothing(){
setRateSmoothing(stoi(recieve()));
}
void control::getReactionTime(){
setReactionTime(stoi(recieve()));
}
void control::getRecoveryTime(){
setRecoveryTime(stoi(recieve()));
}
void control::getRegulatedAmplitude(){
setRegulatedAmplitude(stod(recieve()));
}
void control::getResponseFactor(){
setResponseFactor(stoi(recieve()));
}
void control::getSensedAVDelayOffset(){
setSensedAVDelayOffset(stoi(recieve()));
}
void control::getSensitivity(){
setSensitivity(stod(recieve()));
}
void control::getUnregulatedAmplitude(){
setUnregulatedAmplitude(stod(recieve()));
}
void control::getUpperRateLimit(){
setUpperRateLimit(stoi(recieve()));
}
void control::getVentBlanking(){
setVentBlanking(stoi(recieve()));
}
void control::getVentRP(){
setVentRP(stoi(recieve()));
}
void control::getpaceMode(){
setpaceMode(recieve());
} */