c2000ware-core-sdk/driverlib/.meta/pga/pga.board.h.xdt

% var moduleName = "pga"
% var module = system.modules['/driverlib/' + moduleName + '.js'];
%if (module != null)
%{
//*****************************************************************************
//
// PGA Configurations
//
//*****************************************************************************
    % for(var i = 0; i < module.$instances.length; i++) {
        % var instance = module.$instances[i];
        % let modInst  = instance[moduleName];
#define `instance.$name`_BASE `instance.pgaBase`
#define `instance.$name`_GAIN `instance.gainMode`
            % if (instance.enableFilter) {
#define `instance.$name`_FILTER `instance.filterMode`
            % } else {
#define `instance.$name`_FILTER PGA_LOW_PASS_FILTER_DISABLED
            % }
            % if (instance.enableFilterMode)
            % {
#define `instance.$name`_PMUXInput PGA_PMUX_VSSA
#define `instance.$name`_NMUXInput PGA_NMUX_RTAP
#define `instance.$name`_MMUXInput PGA_MMUX_NON_INVERTING_GAIN_VSSA               
            % }
            % if (instance.modeSelection == "BufferMode")
            % {
#define `instance.$name`_PMUXInput PGA_PMUX_POS
#define `instance.$name`_NMUXInput PGA_NMUX_RTOP
#define `instance.$name`_MMUXInput PGA_MMUX_NAKED_OPAMP
            % }
            % else if (instance.modeSelection == "StandaloneMode")
            % {
#define `instance.$name`_PMUXInput PGA_PMUX_POS
#define `instance.$name`_NMUXInput PGA_NMUX_NEG
#define `instance.$name`_MMUXInput PGA_MMUX_NAKED_OPAMP
            % }
            % else if (instance.modeSelection == "Non-invertingMode")
            % {
#define `instance.$name`_PMUXInput PGA_PMUX_POS
#define `instance.$name`_NMUXInput PGA_NMUX_RTAP
#define `instance.$name`_MMUXInput PGA_MMUX_NON_INVERTING_GAIN_VSSA
            % }
            % else if (instance.modeSelection == "SubtractorMode")
            % {
#define `instance.$name`_PMUXInput PGA_PMUX_POS
#define `instance.$name`_NMUXInput PGA_NMUX_RTAP
#define `instance.$name`_MMUXInput PGA_MMUX_INVERTING_GAIN_NEG
            % }
            % if (instance.enableNEGShared) {
#define `instance.$name`_MMUXInput PGA_MMUX_INVERTING_GAIN_NEG_SHARED
            % }
            % if (instance.useSignalConditionCalculator) {
#define `instance.$name`_CONDITIONEDPGAINMIN `instance.calculatedInputSignalConditionMin`f //Conditioned PGA_IN signal minimum
#define `instance.$name`_CONDITIONEDPGAINMAX `instance.calculatedInputSignalConditionMax`f //Conditioned PGA_IN signal maximum              
#define `instance.$name`_CONDITIONEDPGAOUTMIN `instance.calculatedOutputSignalConditionMin`f //Conditioned PGA_OUT signal minimum
#define `instance.$name`_CONDITIONEDPGAOUTMAX `instance.calculatedOutputSignalConditionMax`f //Conditioned PGA_OUT signal maximum
            % }
            % if (instance.useCutoffFreqCalculator) {
#define `instance.$name`_CUTOFFFREQ `instance.calculatedCutoffFreq`f //Calculated cutoff frequency of low-pass filter
            % }
            % if (instance.cutoffFreqCalculator) {
#define `instance.$name`_CUTOFFFREQ `instance.calculatedFreq`f //Calculated cutoff frequency of low-pass filter using internal gain resistor
            % }
void `instance.$name`_init();
    % }
%}