fake.coreVarsGenerator.c File Reference

Iterate through possible sensor values. More...

#include "inc/freeEMS.h"
#include "inc/commsCore.h"
#include "inc/coreVarsGenerator.h"

Include dependency graph for fake.coreVarsGenerator.c:

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Defines
#define	COREVARSGENERATOR_C
Functions
void	generateCoreVars ()
	Iterate through possible sensor values.

---

Detailed Description

Iterate through possible sensor values.

A very basic way of trying out all possible input values to the system.

Author:

Fred Cooke

Definition in file fake.coreVarsGenerator.c.

---

Define Documentation

#define COREVARSGENERATOR_C

Definition at line 39 of file fake.coreVarsGenerator.c.

---

Function Documentation

void generateCoreVars

(

void

)

Iterate through possible sensor values.

Generate the core variables and average them.

A very basic way of trying out all possible input values to the system.

This file needs to be manually added to the output instead of the normal one by renaming the real version with a suffix (eg .real) and renaming this one by removing the prefix (ie fake.).

Author:

Fred Cooke

Todo:

TODO average the generated values here

Definition at line 55 of file fake.coreVarsGenerator.c.

References CoreVar::AAP, ADCArray::AAP, AAP_NOT_CONFIGURED_CODE, sensorRange::AAPMinimum, sensorRange::AAPRange, ADC_DIVISIONS, ADCArrays, bootTimeAAP, boundedTPSADC, CoreVar::BRV, ADCArray::BRV, BRV_NOT_CONFIGURED_CODE, sensorRange::BRVMinimum, sensorRange::BRVRange, CoreVar::CHT, ADCArray::CHT, CHT_NOT_CONFIGURED_CODE, CHTTransferTable, CORE_VARS_LENGTH, CoreVars, CoreVar::DDRPM, CoreVar::DRPM, CoreVar::EGO, ADCArray::EGO, CoreVar::EGO2, ADCArray::EGO2, EGO2_NOT_CONFIGURED_CODE, EGO_NOT_CONFIGURED_CODE, sensorRange::EGOMinimum, sensorRange::EGORange, FALSE, fixedConfigs2, freezingPoint, halfThrottle, CoreVar::IAP, ADCArray::IAP, CoreVar::IAT, ADCArray::IAT, IAT_NOT_CONFIGURED_CODE, IATTransferTable, CoreVar::MAF, ADCArray::MAF, MAFTransferTable, CoreVar::MAP, ADCArray::MAP, MAP_NOT_CONFIGURED_CODE, sensorRange::MAPMinimum, sensorRange::MAPRange, CoreVar::MAT, ADCArray::MAT, MAT_NOT_CONFIGURED_CODE, sensorPreset::presetAAP, sensorPreset::presetBRV, sensorPreset::presetCHT, sensorPreset::presetEGO, sensorPreset::presetEGO2, sensorPreset::presetIAT, sensorPreset::presetMAP, sensorPreset::presetMAT, sensorPreset::presetTPS, roomTemperature, RPM, CoreVar::RPM, runningTemperature, runningVoltage, seaLevelKPa, sendErrorIfClear(), fixedConfig2::sensorPresets, fixedConfig2::sensorRanges, stoichiometricLambda, CoreVar::TPS, ADCArray::TPS, TPS_NOT_CONFIGURED_CODE, TPS_RANGE_MAX, TPSADCRange, sensorRange::TPSClosedMAP, TPSMAPRange, sensorRange::TPSMaximumADC, sensorRange::TPSMinimumADC, sensorRange::TPSOpenMAP, and TRUE.

                       {

    /*
     * Fastest rate of change for RPM at the top, lowest rate of change for
     * battery voltage at the bottom. Each time a variable reaches its maximum
     * it rolls over back to zero. Because the numbers are prime they will not
     * remain synchronised and should give a nice mix of output value sets.
     */
    CoreVars->RPM += 11;
    CoreVars->MAP += 7;
    CoreVars->IAT += 5;
    CoreVars->CHT += 3;
    CoreVars->BRV += 1;

    /* Not currently used... */
    CoreVars->DDRPM = 0;
    CoreVars->DRPM = 0;
    CoreVars->AAP = 0;
    CoreVars->TPS = 0;
    CoreVars->EGO = 0;
    CoreVars->EGO2 = 0;
    CoreVars->MAT = 0;
    CoreVars->IAP = 0;
    CoreVars->MAF = 0;
}

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