/*
* _CHABS: complex(kind=4) absolute value, returns real(kind=4) value
* - pass by value
*/
_f_real4
#ifdef _CRAYMPP
_CHABS(_f_comp4 z)
{
union hl_complx4 {
_f_comp4 cpx4;
struct {
_f_real4 real;
_f_real4 imag;
} rlim4;
} f;
_f_real4 ret_val;
_f_real8 _SQRT(_f_real8 x);
_f_real8 real, imag;
f.cpx4 = z;
real = fabs((_f_real8) f.rlim4.real);
imag = fabs((_f_real8) f.rlim4.imag);
if (real == 0.0 && imag == 0.0) return((_f_real4) 0.0);
if (real > imag)
ret_val =
(_f_real4) (real * _SQRT((_f_real8) 1.0 +
(imag/real) * (imag/real)));
else
ret_val =
(_f_real4) (imag * _SQRT((_f_real8) 1.0 +
(real/imag) * (real/imag)));
#else
_CHABS(h_complex_t z)
{
_f_real8 __fabs(_f_real8 x);
_f_real8 __sqrt(_f_real8 x);
_f_real8 real = __fabs((_f_real8) z.real);
_f_real8 imag = __fabs((_f_real8) z.imag);
_f_real4 ret_val;
if (real == 0.0 && imag == 0.0) return((_f_real4) 0.0);
if (real > imag)
ret_val =
(_f_real4) (real * __sqrt((_f_real8) 1.0 +
(imag/real) * (imag/real)));
else
ret_val =
(_f_real4) (imag * __sqrt((_f_real8) 1.0 +
(real/imag) * (real/imag)));
#endif
return (ret_val);
}
/*
* complex(kind=8) / complex(kind=8)
* - pass by value
*/
void _CDIV(c_complex_t *retval, c_complex_t x, c_complex_t y)
{
_f_real8 a,b,c,d,e,f,g,q;
_f_real8 __fabs(_f_real8 c);
a = x.real;
b = x.imag;
c = y.real;
d = y.imag;
/*
* special case d=0 so we have (a+b*i)/c
*/
if (d == 0.0) {
f = a/c;
g = b/c;
retval->real = f;
retval->imag = g;
return;
}
/*
* perform complex/complex with scaling
*
* if (|c| > |d|) then {|d/c| <= 1}
* (a+b*i)/(c+d*i) = (a+b*(d/c))/(c+d*(d/c)) +
* (b-a*(d/c))/(c+d*(d/c))*i
* else {|c/d| < 1}
* (a+b*i)/(c+d*i) = (a*(c/d)+b)/(c*(c/d)+d) +
* (b*(c/d)-a)/(c*(c/d)+d)*i
*/
if (__fabs(c) > __fabs(d)) {
q = d/c;
e = c + d*q;
f = (a + b*q)/e;
g = (b - a*q)/e;
}
else {
q = c/d;
e = d + c*q;
f = (b + a*q)/e;
g = (-a + b*q)/e;
}
retval->real = f;
retval->imag = g;
return;
}
double copysign ( double x, double y )
{
double pos_x, neg_x;
double pos_y, neg_y, t;
pos_x = __fabs(x);
neg_x = __fnabs(x);
pos_y = __fabs(y);
neg_y = __fnabs(y);
if (unlikely(pos_y == neg_y))
return __copysign_MEM(x, y);
if (unlikely(y != y))
return __copysign_MEM(x, y);
t = __fsel(y, pos_x, neg_x);
return t;
}
float copysignf ( float x, float y )
{
double pos_x, neg_x;
double pos_y, neg_y;
float t;
pos_x = __fabs(x);
neg_x = __fnabs(x);
pos_y = __fabs(y);
neg_y = __fnabs(y);
if (unlikely(pos_y == neg_y))
return __copysignf_MEM(x, y);
if (unlikely(y != y))
return __copysignf_MEM(x, y);
t = __fsels(y, pos_x, neg_x);
return t;
}
/*************************************************************
Func: 触摸屏监视任务
Date: 2014 端午节
Note: 测试
*************************************************************/
void Task_GetTouch(void *Tags)
{
uint32 Temp_ADC1,Temp_ADC2,Temp_ADC11;
TGUI_TouchMsg TouchMsg;
TOUCH_Tos_TaskID=Tos_TaskCurrent;
ADC_WatchdogConfig();
while(1)
{
Tos_TaskDelay(30);
Touch_ADCX_Config();
Tos_TaskDelay(10);
Temp_ADC11=AvrFilter_ByWords((uint16 *)&TOUCH_ADC_Value[0][1],TOUCH_ADC_BUFSize,TOUCH_ADC_BUFSize);
if(Temp_ADC11>100)
{
Tos_TaskDelay(10);
Temp_ADC1=AvrFilter_ByWords((uint16 *)&TOUCH_ADC_Value[0][1],TOUCH_ADC_BUFSize,TOUCH_ADC_BUFSize);
Touch_ADCY_Config();
Tos_TaskDelay(10);
Temp_ADC2=AvrFilter_ByWords((uint16 *)&TOUCH_ADC_Value[0][0],TOUCH_ADC_BUFSize,TOUCH_ADC_BUFSize);
if(__fabs(Temp_ADC11-Temp_ADC1)<20&Temp_ADC2>400)//消抖
{
TOUCH_ADC_YValue=Temp_ADC2;
TOUCH_ADC_XValue=Temp_ADC1;
if(Touch_Update==TOUCH_DOWNING){Touch_Update=TOUCH_DOWN;}
if(Touch_Update!=TOUCH_DOWN)
{
Touch_Update=TOUCH_DOWNING;
Touch_Event.DownIng_Event=Touch_DownIngEvent;//事件测试
Touch_Event.Down_Event=Touch_DownDelayEvent;//事件测试
if(Touch_Event.DownIng_Event)Touch_Event.DownIng_Event();//当存在按下事件时触发
Touch_Event.UpIng_Event=Touch_UpIngEvent;//////事件测试
Touch_Event.DownDelay_Count=0;
}
if(Touch_Update==TOUCH_DOWN)
{
if(Touch_Event.DownDelay_Count<TOUCH_DOWNDELAYCOUNT)
{
Touch_Event.DownDelay_Count++;
}else if(Touch_Event.Down_Event)Touch_Event.Down_Event();//当存在持续按下事件时触发
}
TOUCH_XValue=Opera_WhithADC(TOUCH_ADC_XValue,TOUCH_CROSS_DATA[0][0],TOUCH_CROSS_ADDR[0][0],TOUCH_CROSS_DATA[1][0],TOUCH_CROSS_ADDR[1][0],LCD_XMAX);
TOUCH_YValue=Opera_WhithADC(TOUCH_ADC_YValue,TOUCH_CROSS_DATA[0][1],TOUCH_CROSS_ADDR[0][1],TOUCH_CROSS_DATA[3][1],TOUCH_CROSS_ADDR[3][1],LCD_YMAX);
#ifdef COMPILE_MODE_DEBUG
DeBug("X=%d Y=%d",TOUCH_ADC_XValue,TOUCH_ADC_YValue,Infor_Infor);
#endif
TouchMsg.TouchValueX=TOUCH_XValue;
TouchMsg.TouchValueY=TOUCH_YValue;
TouchMsg.TouchType=Touch_Update;
TouchMsg.TouchTime=0;
if(Touch_Update==TOUCH_DOWN)TouchMsg.TouchTime=Touch_Event.DownDelay_Count;
if(Touch_Update==TOUCH_UP)TouchMsg.TouchTime=Touch_Event.UpDelay_Count;
Tos_TaskPutQmsg(Touch_Screen_UserTaskID,TGUI_MsgType_TouchScreen,sizeof(TGUI_TouchMsg),&TouchMsg);
}
}else
{
if(Touch_Update==TOUCH_UPING){Touch_Update=TOUCH_UP;}
if(Touch_Update!=TOUCH_UP)//触摸屏第一次按下触发
{
Touch_Update=TOUCH_UPING;
if(Touch_Event.UpIng_Event)Touch_Event.UpIng_Event();//当存在放下动作时触发
Touch_Event.UpDelay_Count=0;//按下第一次时清除按下时间计数
Touch_Event.Up_Event=Touch_UpDelayEvent;//////事件测试
}
if(Touch_Update==TOUCH_UP)//触摸屏一直按下
{
if(Touch_Event.UpDelay_Count<TOUCH_UPDELAYCOUNT)
{
Touch_Event.UpDelay_Count++;
}else if(Touch_Event.Up_Event)Touch_Event.Up_Event();//当存在持续未按下触发
}
}
}
}
double jumpto__fabs(double x) {
return __fabs(x);
}
Err mathlib_fabs(UInt16 refnum, double x, double *result) {
#pragma unused(refnum)
*result = __fabs(x);
return mlErrNone;
}
double
test(double f32a, double f32b, double f32c)
{
f32c = __fabs(f32a);
return __fmadd(f32a, f32b, f32c);
}