自学教程：C++ GetFloat函数代码示例

int main (void){  // Get the size of the pizza from the user  printf("What's the diameter of the pizza? ");  float pizza_diameter = GetFloat();    // Calculate circumference and area of the pizza  float pizza_circumference = circumference(pizza_diameter);  float pizza_area = area( pizza_diameter / 2.0 );    // Tell the user all about their pizza  printf("The pizza is %f inches around./n", pizza_circumference);  printf("The pizza has %f square inches./n", pizza_area);}

int main(void){    float amount;    do    {        printf("How much change is owed?/n");        amount = GetFloat();    }    while (amount < 0.0);    int amount_cents = to_cents(amount);    // Quarters    int type_coin = 25;    int total = num_coins(type_coin, amount_cents);    amount_cents = num_remain(type_coin, amount_cents);    // Dimes    type_coin = 10;    total = total + num_coins(type_coin, amount_cents);    amount_cents = num_remain(type_coin, amount_cents);    // Nickels    type_coin = 5;    total = total + num_coins(type_coin, amount_cents);    amount_cents = num_remain(type_coin, amount_cents);    // Pennies    type_coin = 1;    total = total + num_coins(type_coin, amount_cents);    amount_cents = num_remain(type_coin, amount_cents);    printf("Total: %d/n/n", total);    // Determine how many    // quarters    // dimes    // nickels    // pennies    // TODO    /*    - test large numbers 1.00039393    - test large ints    - test negative floats, ints    - test words    - words and ints    */}

int main(void){	float raw_change = 0;	do {		printf("how much change is due? ");		raw_change = GetFloat();	} while (raw_change < 0);//printf("%f", change_due);	float change_due = raw_change;	float quarter_val = 0.25;	float dime_val = 0.10;	float nickel_val = 0.05;	float penny_val = 0.01;	int coin_count = 0;	while (change_due >= quarter_val) {		coin_count++;		change_due = (roundf(change_due * 100) - (quarter_val * 100)) / 100;		//printf("quarter test test = %f/n", roundf(change_due));	}	while (change_due >= dime_val) {		coin_count++;		change_due = (roundf(change_due * 100) - (dime_val * 100)) / 100;		//printf("dime test = %f/n", (change_due));	}	while (change_due >= nickel_val) {		coin_count++;		change_due = (roundf(change_due * 100) - (nickel_val * 100)) / 100;		//printf("nickel test = %f/n", (change_due));	}	while (change_due > 0) {		change_due = (roundf(change_due * 100) - (penny_val * 100)) / 100;		coin_count++;		//printf("penny test = %f/n", roundf(change_due));	}	printf("%d/n", coin_count);//printf("change due is: %f/n", roundf(change_due));}

int main(void){    // Prompt the user for change    float owed;    int counter = 0;        do    {        printf("Welcome to Greedy! How much change do you require?/n");        owed = GetFloat();        if (owed <= 0)        {            printf("You need to enter a positive number, please try again./n");        }    }    while (owed <= 0);        int change = roundf ((owed * 100));        // calculate change               while (change >= 25)    {        change -= 25;        counter++;    }        while (change >= 10)    {        change -= 10;        counter++;    }        while (change >= 5)    {        change -= 5;        counter++;    }        while (change >= 1)    {        change -= 1;        counter++;    }        printf("%d/n", counter);}

int main(void){    float change;    do {        printf("Change due:/n");        change = GetFloat();        } while(change < 0);    change = change * 100; // change from dollars    int newChange = (int) round(change); // float to int, round int          // finished getting change due    int coins = 0;         // do for 0.25    if(newChange >= 25){        do {            newChange = newChange - 25;            coins = coins + 1;        } while(newChange >= 25);    }    //         // do for 0.10    if(newChange >= 10){        do {            newChange = newChange - 10;            coins = coins + 1;        } while(newChange >= 10);    }    //         // do for 0.5    if(newChange >= 5){        do {            newChange = newChange - 5;            coins = coins + 1;        } while(newChange >= 5);    }    //         // do for 0.1    if(newChange >= 1){        do {            newChange = newChange - 1;            coins = coins + 1;        } while(newChange >= 1);    }    //    printf("%i/n", coins); }

int main (void) {        // Declare variables.    float change;    int coin_counter = 0; // Must initialize here.    int change_int;        // Query user for amount of change.    do {        printf("How much change do you owe?/n");        change = GetFloat();    } while (change < 0.00);        // Calculate the number of coins needed to fulfill the request.    // First, round the change to an integer value. Using math library for round fxn.    change_int = round(change * 100);        /* Calculate number of coins. Algorithm takes value, subtracts chunks of coin values, and checks to see whether or not one can still use	that type of coin with a while loop check. */    // Begin with quarters.    while (change_int >= 25) {        change_int -= 25;        coin_counter += 1;    }        // Then sort out dimes.    while (change_int >= 10) {        change_int -= 10;        coin_counter += 1;    }        // Then nickels.    while (change_int >= 5) {        change_int -= 5;        coin_counter += 1;    }        // And lastly, cents.    while (change_int >= 1) {        change_int -= 1;        coin_counter += 1;    }        // Print the result.    printf("%i/n", coin_counter);        // Return null if error present.    return 0;}

int main(void){    // get correct input from user    float change;    do    {        printf("How much change is owed?/n");        change = GetFloat();    }    while(change <= 0);    // change into...    int coins = 0;        // quarters...    while(change >= 0.25)    {        change = change - 0.25;        coins++;    }    change = (round(change * 100)/100);        // dimes...    while(change >= 0.1)    {        change = change - 0.1;        coins++;    }    change = (round(change * 100)/100);        // nickels    while(change >= 0.05)    {        change = change - 0.05;        coins++;    }    change = (round(change * 100)/100);        // and pennys    while(change >= 0.009)    {        change = change - 0.01;        coins++;    }    change = (round(change * 100)/100);        // print result    printf("%i/n", coins);}

bool CBasePoly::LoadBasePolyLTA( CLTANode* pNode ){	// CLTANode* pIndicesNode = pNode->getElem(0); // shallow_find_list(pNode, "indices");	CLTANode* pIndex = pNode->GetElement(1); //PairCdrNode(pIndicesNode);	uint32 listSize = pIndex->GetNumElements();	assert(listSize > 0);	m_Indices.SetSize( listSize - 1 );		for( uint32 i = 1; i < listSize; i++ )	{		Index(i-1) = GetUint32(pIndex->GetElement(i));		if( Index(i-1) >= m_pBrush->m_Points )		{			Index(i-1) = 0;			return false;		}	}			CLTANode* pNormalNode = pNode->GetElement(2); //shallow_find_list(pNode, "normal");	if( pNormalNode )	{		Normal().x = GetFloat(pNormalNode->GetElement(1));		Normal().y = GetFloat(pNormalNode->GetElement(2));		Normal().z = GetFloat(pNormalNode->GetElement(3));	}		CLTANode* pDistNode = pNode->GetElement(3); //shallow_find_list(pNode, "dist");	if( pDistNode )	{		Dist() = GetFloat(PairCdrNode(pDistNode));	}		return true;}

  //-----------------------------------------------------------------------------------------------  string_type Variable::AsciiDump() const  {    stringstream_type ss;    ss << g_sCmdCode[ GetCode() ];    ss << _T(" [addr=0x") << std::hex << this << std::dec;    ss << _T("; pos=") << GetExprPos();    ss << _T("; id=/"") << GetIdent() << _T("/"");    ss << _T("; type=/"") << GetType() << _T("/"");    ss << _T("; val=");    switch(GetType())    {    case 'i': ss << (int_type)GetFloat(); break;    case 'f': ss << GetFloat(); break;    case 'm': ss << _T("(array)"); break;    case 's': ss << _T("/"") << GetString() << _T("/""); break;    }    ss << ((IsFlagSet(IToken::flVOLATILE)) ? _T("; ") : _T("; not ")) << _T("vol");    ss << _T("]");    return ss.str();  }

void cAseLoader::ProcessMESH_TVERTLIST( OUT std::vector<D3DXVECTOR2>& vecVT ){	int nLevel = 0;	do 	{		char* szToken = GetToken();		if(IsEqual(szToken, "{"))		{			++nLevel;		}		else if(IsEqual(szToken, "}"))		{			--nLevel;		}		else if(IsEqual(szToken, ID_MESH_TVERT))		{			int nIndex = GetInteger();			vecVT[nIndex].x = GetFloat();			vecVT[nIndex].y = 1.0f - GetFloat();		}	} while (nLevel > 0);}

LRESULT KGSFXGlobPage::WindowProc(UINT message, WPARAM wParam, LPARAM lParam){    IEKG3DSFX* sfx = GetSfx();    switch (message)    {    case WM_EDIT_RECEIVE_ENTER :        {            switch (wParam)            {            case IDC_EDIT_MAX_NUM :                {                    if (GetInt(lParam) < 0)                        break;                    if (sfx)                        sfx->SetMaxParticleNum(GetInt(lParam));                }                break;            case IDC_EDIT_WAVE_POWER :                {                    if (GetFloat(lParam) < 0)                        break;                    if (sfx)                        sfx->SetShockWavePower(GetFloat(lParam));                }                break;            default :                break;            }        }        break;    default  :        break;    }    return CDialog::WindowProc(message, wParam, lParam);}

float WBEvent::SParameter::CoerceFloat() const{	if( m_Type == EWBEPT_Float )	{		return GetFloat();	}	else if( m_Type == EWBEPT_Int )	{		return static_cast<float>( GetInt() );	}	else	{		return 0.0f;	}}

int main(void){    printf("O hai! ");    // Retrieve change owed    float owed = -1.0;    while ( owed < 0 )    {        printf("How much change is owed?/n");        owed = GetFloat();    }    // Convert a floating point dollar to a cent integer    int cents_owed = (int) round(owed * 100);    int coins = 0;    // Count out quarters    while ( cents_owed >= 25 )    {        cents_owed = cents_owed - 25;        coins++;    }    // Count out dimes    while ( cents_owed >= 10 )    {        cents_owed = cents_owed - 10;        coins++;    }    // Count out nickels    while ( cents_owed >= 5 )    {        cents_owed = cents_owed - 5;        coins++;    }    // Count out pennies    while ( cents_owed >= 1 )    {        cents_owed = cents_owed - 1;        coins++;    }    // Print final coin count    printf("%i/n", coins);}

nsresultnsSMILParserUtils::ParseRepeatCount(const nsAString& aSpec,                                    nsSMILRepeatCount& aResult){  nsresult rv = NS_OK;  NS_ConvertUTF16toUTF8 spec(aSpec);  nsACString::const_iterator start, end;  spec.BeginReading(start);  spec.EndReading(end);  SkipWsp(start, end);  if (start != end)  {    if (ConsumeSubstring(start, end, "indefinite")) {      aResult.SetIndefinite();    } else {      double value = GetFloat(start, end, &rv);      if (NS_SUCCEEDED(rv))      {        /* Repeat counts must be > 0 */        if (value <= 0.0) {          rv = NS_ERROR_FAILURE;        } else {          aResult = value;        }      }    }    /* Check for trailing junk */    SkipWsp(start, end);    if (start != end) {      rv = NS_ERROR_FAILURE;    }  } else {    /* Empty spec */    rv = NS_ERROR_FAILURE;  }  if (NS_FAILED(rv)) {    aResult.Unset();  }  return rv;}

int main(void){    const int CENTS_IN_DOLLAR = 100;    // say hi!    printf("O hai! ");    float change_reqd;    // get amount of change from the user, ensuring it is positive    do    {        printf("How much change is owed?/n");        change_reqd = GetFloat();    }     while (change_reqd < 0);    // convert from dollars to cents    int change_in_cents = round(change_reqd * CENTS_IN_DOLLAR);    int coins_owed = 0;    // while we still have change left to calculate    while (change_in_cents > 0)    {        if (change_in_cents >= 25)        {            change_in_cents -= 25;        }        else if (change_in_cents >= 10)        {            change_in_cents -= 10;        }        else if (change_in_cents >= 5)        {            change_in_cents -= 5;        }        else         {            change_in_cents--;        }        // increment the number of coins owed        coins_owed++;    }    // output the number of coins owed    printf("%i/n", coins_owed);}

int main (void){    //Variables    float amount = 0;    int cents = 0;    int quartercount = 0;    int dimecount = 0;    int nickelcount = 0;    int pennies = 0;    int coincount = 0;        do    {        printf("Input a float valor (0.00): ");        amount = GetFloat();    }        while(amount <= 0);        // amount is convert to cents    cents = (int)round(amount*100);    // Quarters     quartercount = cents / 25;    pennies = cents % 25;        // Dimes    dimecount = pennies / 10;    pennies = pennies % 10;        // Nickels    nickelcount = pennies / 5;    pennies = pennies % 5;        // Pennies    coincount = quartercount + dimecount + nickelcount + pennies;        //condition for  plural        char string[] = "s";        if (coins = 1 || quarters = 1 || dimes= 1 || nickels = 1 || pennies = 1)        {        // printing result of count coins        printf("You will get %d coin%s: %d quarter%s, %d dime%s, %d nickel%s and %d pennie%s./n",             coincount, quartercount, dimecount, nickelcount, pennies, string);        }        return 0;}

void g2Spinner::Render(int pX, int pY){    // Source texture coordinates for spinner    float SourceX, SourceY, SourceWidth, SourceHeight;    int OutWidth, OutHeight;    GetTheme()->GetComponent(g2Theme_Spinner_Pressed, &SourceX, &SourceY, &SourceWidth, &SourceHeight, &OutWidth, &OutHeight);        // Compute the offsets based on the size of the text field    int OffsetX = TextField->GetWidth();    int OffsetY = 0;    GetTheme()->GetComponentSize(g2Theme_TextField, NULL, &OffsetY);    OffsetY = OffsetY / 2 - OutHeight / 2; // Centered vertically        // Is the user's mouse on the top or bottom of the button?    // Note the ternary comparison operator to do the half-height offset    bool IsAbove = (MouseY < (OffsetY + (OutHeight / 2)));    bool IsVerticalBound = (MouseY >= OffsetY && MouseY <= (OffsetY + OutHeight));        // Disabled    if(GetDisabled())        DrawComponent(g2Theme_Spinner_Disabled, pX + OffsetX, pY + OffsetY);        // Actively pressed on the buttons, need to draw only the pressed button    else if( ((ControllerState & g2ControllerState_Pressed) == g2ControllerState_Pressed) && MouseX > TextField->GetWidth() && IsVerticalBound )    {        // Draw background normally, then draw the pressed button        DrawComponent(g2Theme_Spinner, pX + OffsetX, pY + OffsetY);        DrawComponent(pX + OffsetX, pY + OffsetY + (IsAbove ? 0 : (OutHeight / 2)), OutWidth, OutHeight / 2, SourceX, SourceY + (SourceHeight / 2.0f) * (IsAbove ? 0.0f : 1.0f), SourceWidth, SourceHeight / 2.0f);    }    // Normal    else        DrawComponent(g2Theme_Spinner, pX + OffsetX, pY + OffsetY);        // Increase or decrease the value based on timing    if((PressedTime > (g2Spinner_UpdateRate + g2Spinner_UpdateMin)) || (((ControllerState & g2ControllerState_Clicked) == g2ControllerState_Clicked) && MouseX > TextField->GetWidth() && IsVerticalBound))    {        if(IsAbove)            IncrementUp();        else            IncrementDown();                PressedTime -= g2Spinner_UpdateRate;    }        // Set the live value based on what the field currently has    if(LiveValue != NULL)        *LiveValue = (Type == g2SpinnerType_Float) ? GetFloat() : (float)GetInt();}

int main(void) {    // Variable declarations    float given_amount = 0;    int cent_amount = 0;    int quarter_count = 0;    int dime_count = 0;    int nickel_count = 0;    int leftover = 0;    int coin_count = 0;        //Input handling    do     {        printf("You gave me: ");        given_amount = GetFloat();        //If given amount is zero or less then zero checked        if(given_amount == 0||given_amount <= 0)        printf("Number Should be greater then Zero EG:10/n:");    }    while(given_amount <= 0);    // Given amount is convert to cents    cent_amount = (int)round(given_amount*100);    // Quarters    quarter_count = cent_amount / QUARTER;    leftover = cent_amount % QUARTER;        // Dimes    dime_count = leftover / DIME;    leftover = leftover % DIME;        // Nickels    nickel_count = leftover / NICKEL;    leftover = leftover % NICKEL;        // Leftover at this stage is pennies    coin_count = quarter_count + dime_count + nickel_count + leftover;        // Pretty print    // printf("You get %d coins: %d quarters, %d dimes, %d nickels and %d pennies./n", coin_count, quarter_count, dime_count, nickel_count, leftover);        //Required output:    printf("%d/n", coin_count);        return 0;}

std::string BaseRowsetReader::iterator::GetAsString( size_t index ) const{    const PyRep::PyType t = GetType( index );    switch( t )    {    case PyRep::PyTypeNone:        return "NULL";    case PyRep::PyTypeBool:        return itoa( GetBool( index ) ? 1 : 0 );    case PyRep::PyTypeInt:        return itoa( GetInt( index ) );    case PyRep::PyTypeLong:        return itoa( GetLong( index ) );    case PyRep::PyTypeFloat:        {            char buf[64];            snprintf( buf, 64, "%f", GetFloat( index ) );            return buf;        }    case PyRep::PyTypeString:        {            std::string str = GetString( index );            EscapeString( str, "'", "//'" );            str.insert( str.begin(), '/'' );            str.insert( str.end(),   '/'' );            return str;        }    case PyRep::PyTypeWString:        {            std::string str = GetWString( index );            EscapeString( str, "'", "//'" );            str.insert( str.begin(), '/'' );            str.insert( str.end(),   '/'' );            return str;        }    default:        {            char buf[64];            snprintf( buf, 64, "'UNKNOWN TYPE %u'", t );            return buf;        }    }}

void	cFishShowProbability::ProcessFishesShowProbabilityData(TiXmlElement*e_pTiXmlElement){	m_FishesShowProbability.FishAndProbabilityVector.clear();	m_FishesShowProbability.iAppearFishesCount = GetInt(e_pTiXmlElement->Attribute(L"AppearFishTypeCount"));	m_FishesShowProbability.vFishShowRange = GetVector2(e_pTiXmlElement->Attribute(L"FishShowRange"));	e_pTiXmlElement = e_pTiXmlElement->FirstChildElement();	while( e_pTiXmlElement )	{		std::wstring	l_strFileName = e_pTiXmlElement->Attribute(L"FileName");		float	l_fProbability = GetFloat(e_pTiXmlElement->Attribute(L"Probability"));		WCHAR	l_wcShowAreaID = e_pTiXmlElement->Attribute(L"AreaID")[0];		sFishAndProbability	l_sFishAndProbability(l_strFileName,l_fProbability,l_wcShowAreaID);		m_FishesShowProbability.FishAndProbabilityVector.push_back(l_sFishAndProbability);		e_pTiXmlElement = e_pTiXmlElement->NextSiblingElement();	}}

int main(void){    float bedrag;    float rentebedrag;        do    {    printf("Voer hier je gespaarde bedrag in:/n");    bedrag = GetFloat();    }    while (bedrag < 0);        rentebedrag = bedrag * RENTE;    printf("%.2f/n", rentebedrag);    return 0;}

// Gets a non-negative float from standard inputfloat read_input(const char *p_prompt){    bool correct_input = false;    float result;        while (!correct_input)    {        printf("%s/n", p_prompt);        result = GetFloat();                if (result >= 0.0)            correct_input = true;    }        return result;}

SimpleString WBEvent::SParameter::CoerceString() const{	switch( m_Type )	{	case EWBEPT_None:		return "None";	case EWBEPT_Bool:		return GetBool() ? "True" : "False";	case EWBEPT_Int:		return SimpleString::PrintF( "%d", GetInt() );	case EWBEPT_Float:		return SimpleString::PrintF( "%f", GetFloat() );	case EWBEPT_Hash:		return SimpleString::PrintF( "%s", ReverseHash::ReversedHash( GetHash() ).CStr() );	case EWBEPT_Vector:		return GetVector().GetString();	case EWBEPT_Angles:		return GetAngles().GetString();	case EWBEPT_Entity:		{ WBEntity* const pEntity = GetEntity().Get(); return pEntity ? pEntity->GetUniqueName() : "NULL"; }	case EWBEPT_Pointer:	return SimpleString::PrintF( "Ptr: 0x%08X", GetPointer() );	default:				return "Unknown";	}}

static  void    InNumber( void ) {//==========================    extended    value;    intstar4    intval;    int         col;    col = IOCB->fileinfo->col; // save position in case of repeat specifier    for(;;) {        IOCB->fileinfo->col = col;        if( IOCB->typ >= PT_REAL_4 ) {            GetFloat( &value, ( IOCB->typ - PT_REAL_4 ) );            switch( IOCB->typ ) {            case PT_REAL_4:                *(single PGM *)(IORslt.pgm_ptr) = value;                break;            case PT_REAL_8:                *(double PGM *)(IORslt.pgm_ptr) = value;                break;            case PT_REAL_16:                *(extended PGM *)(IORslt.pgm_ptr) = value;                break;            default:                IOErr( IO_FREE_MISMATCH );                break;            }        } else {            GetInt( &intval );            switch( IOCB->typ ) {            case PT_INT_1:                *(intstar1 PGM *)(IORslt.pgm_ptr) = intval;                break;            case PT_INT_2:                *(intstar2 PGM *)(IORslt.pgm_ptr) = intval;                break;            case PT_INT_4:                *(intstar4 PGM *)(IORslt.pgm_ptr) = intval;                break;            default:                IOErr( IO_FREE_MISMATCH );                break;            }        }        FreeIOType();        if( ( IOCB->rptnum-- <= 1 ) || ( IOCB->typ == PT_NOTYPE ) ) break;    }}

int main (void){      printf ("How much change is due?/n");    float change = 0;        if (change <= 0)      {         do         {            printf ("Please enter a positive numeric amount./n");         change = GetFloat();         }         while (change<=0);         }     int cents = (int)round(change * 100);           int coins = 0;             while (cents >= 25)      {        cents= cents-25;        coins++;     }            while (cents >= 10)     {        cents = cents-10;         coins++;     }             while (cents >= 5)     {        cents = cents -5;        coins ++;     }             while (cents >= 1)     {        cents = cents-1;        coins++;     }              printf("%d/n", coins);      }

int main(void){    int q=0, d=0, n=0, p = 0;    float f;         do    {        printf("How much change do you owe(in dollars)?");        f = GetFloat();    }    while (f<0);        int cents = round(f * 100);        while (cents >= 25)    {        q++;        cents = cents - 25;    }    printf("quarters: %i/n" , q);        while (cents >= 10)    {            d++;        cents = cents - 10;            }    printf("dimes: %i/n" , d);        while (cents >= 5)    {        n++;        cents = cents - 5;    }    printf("nickels: %i/n" , n);         while (cents >= 1)    {        p++;        cents = cents - 1;    }     printf("pennies: %i/n" , p);         int total = q+d+n+p;    printf("total coins: %i/n" , total);}

nsresultnsSMILParserUtils::ParseSemicolonDelimitedProgressList(const nsAString& aSpec,                                                       bool aNonDecreasing,                                                       nsTArray<double>& aArray){  nsresult rv = NS_OK;  NS_ConvertUTF16toUTF8 spec(aSpec);  const char* start = spec.BeginReading();  const char* end = spec.EndReading();  SkipBeginWsp(start, end);  double previousValue = -1.0;  while (start != end) {    double value = GetFloat(start, end, &rv);    if (NS_FAILED(rv))      break;    if (value > 1.0 || value < 0.0 ||        (aNonDecreasing && value < previousValue)) {      rv = NS_ERROR_FAILURE;      break;    }    if (!aArray.AppendElement(value)) {      rv = NS_ERROR_OUT_OF_MEMORY;      break;    }    previousValue = value;    SkipBeginWsp(start, end);    if (start == end)      break;    if (*start++ != ';') {      rv = NS_ERROR_FAILURE;      break;    }    SkipBeginWsp(start, end);  }  return rv;}

/** * Constructor for a Axis to load from Preferences * <p><b>Axis Preferences</b><br> * foo = channel. Either axis number, axis number, or pov direction (int)<br> * foo.js = joystick (int)<br> * </p> * @param axisConfig The configuration key for the axis */Axis::Axis(std::string axisConfig) {	auto pref = Preferences::GetInstance();	config = axisConfig;	if (!pref->ContainsKey(axisConfig.c_str())) {		DriverStation::ReportError("[Axis] Attempting to load config '" + axisConfig + "' and could not find it");		return;	} else {		axisChannel = pref->GetInt(axisConfig.c_str());		auto stickNum = pref->GetInt((axisConfig + ".js").c_str(), 0); // Default to joystick 0		stick = Joystick::GetStickForPort(stickNum);		invert = pref->GetBoolean((axisConfig + ".invert").c_str(), false);		deadband = pref->GetFloat((axisConfig + ".deadband").c_str());	}}

int main(void){    float change;    int coins = 0;        //Prompts for how much change.  Repromts when a non-float or float is negative    do    {        printf("How much change is owed? ");        change = GetFloat();    }        while (change < 0);        //multiplies by 100; easier to work with    change = round(change * 100);    coins = 0;        while (change >= 25)    {        change -= 25;        coins += 1;    }              while (change >= 10)    {        change -= 10;        coins += 1;    }        while (change >= 5)    {        change -= 5;        coins += 1;    }        while (change > 0)    {        change -= 1;        coins += 1;    }        printf("%i/n", coins);        return 0;}