ParadigmaTemperature.h

00001 #ifndef __PARADIGMATEMPERATURE_H__
00002 #define __PARADIGMATEMPERATURE_H__
00003 
00004 #include <string>
00005 #include "ParadigmaBase.h"
00006 
00007 namespace Paradigma {
00008 
00009 typedef enum {
00010     //  Temperatures from Monitor Data 1
00011     T_aussen,
00012     T_warm_wasser,
00013     T_kessel_vorlauf,
00014     T_kessel_ruecklauf,
00015     T_HK1_raum,
00016     T_HK2_raum,
00017     T_HK1_vorlauf,
00018     T_HK2_vorlauf,
00019     T_HK1_ruecklauf,
00020     T_HK2_ruecklauf,
00021     T_puffer_oben,
00022     T_puffer_unten,
00023     T_zirkulation,
00024     //  Temperatures form Monitor Data 2
00025     T_HK1_raum_soll,
00026     T_HK2_raum_soll,
00027     T_HK1_vorlauf_soll,
00028     T_HK2_vorlauf_soll,
00029     T_warm_wasser_soll,
00030     T_puffer_soll
00031 } ParadigmaTemperatureSelector_t;
00032 
00033 
00034 __packed class ParadigmaTemperature 
00035 {
00036     unsigned short m_temp;
00037     
00038     public:
00039         ParadigmaTemperature() : m_temp(0) {}
00040         
00041         operator string() const { char Buffer[14]; sprintf(Buffer, "%3d,%1d C", m_temp/10, m_temp%10); return Buffer; }
00042         operator float() const { return ((float)m_temp)/10.0f; }
00043         
00044         ParadigmaTemperature& operator=(float f) { m_temp = (int)ceil(f*10.0f); return *this; }
00045         ParadigmaTemperature& operator=(ParadigmaTemperature &p) { m_temp = p.m_temp; return *this; }
00046         
00047     public:
00048         
00049         /** On the MBED we need to swap the high and lowbytes after reading from stream. 
00050           * this function will be called from reading routine.
00051           */
00052         void    adjustEndiness()        { m_temp = ((m_temp&0xFF)<<8) | ((m_temp>>8)&0xFF); }
00053 };
00054 }
00055 #endif