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354 lines
15 KiB
354 lines
15 KiB
/***************************************************************************
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knutpanelmeter.cpp - description
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-------------------
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begin : Út b?e 16 2004
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copyright : (C) 2004 by Daniel Prynych
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email : Daniel.Prynych@alo.cz
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***************************************************************************/
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/***************************************************************************
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* *
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* This program is free software; you can redistribute it and/or modify *
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* it under the terms of the GNU General Public License as published by *
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* the Free Software Foundation; either version 2 of the License, or *
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* (at your option) any later version. *
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* *
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***************************************************************************/
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#include "knutpanelmeter.h"
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#include <kdebug.h>
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#include <tqlayout.h>
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#include <tqlabel.h>
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#include <tqfont.h>
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#include <math.h>
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#include <stdlib.h>
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#include <unistd.h>
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//#include <iostream>
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extern const char *nameUpsVars1[];
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extern const char *nameUpsVars2[];
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KNutPanelMeter::KNutPanelMeter(TQPalette aPanelPalette, KNutVarData::upsInfoDef* activeUpsInfo, KNutVarData::SettingDataDef* settingData, KNutVarData* analogRecords, TQWidget *parent, const char *name ) : TQScrollView(parent,name,TQt::WResizeNoErase|TQt::WStaticContents) {
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m_settingData = settingData;
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m_activeUpsInfo = activeUpsInfo;
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m_analogRecords = analogRecords;
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m_aPanelPalette = aPanelPalette;
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m_analogArea = new TQLabel(this->viewport());
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addChild(m_analogArea);
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setResizePolicy ( TQScrollView::AutoOneFit ) ;
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////NUTNO PAK UPRAVIT ACTIVATE A DEAKTIVATE ANALOGS
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m_analogPanels = new analogPanelRecordsDef;
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for (int i=0; i< knc::NumberOfVars; i++)
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m_analogPanels->upsAnalogs[i]=0L;
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m_widthArea =0;
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m_heightArea =0;
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}
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KNutPanelMeter::~KNutPanelMeter(){
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deActivateAnalogs();
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delete m_analogPanels;
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m_analogPanels=0L;
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}
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void KNutPanelMeter::deActivateAnalogs (void) {
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//std::cout << "KNutPanelMeter::deActivateAnalogs" << std::endl;
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if (m_analogPanels) {
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for (int i=0; i< knc::NumberOfVars; i++) {
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if (m_analogPanels->upsAnalogs[i] != 0) {
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delete m_analogPanels->upsAnalogs[i]; // uvolnime meraky
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}
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m_analogPanels->upsAnalogs[i]=0L;
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}
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}
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m_widthArea =0;
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m_heightArea =0;
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}
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void KNutPanelMeter::activateAnalogs (void) {
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//tqDebug ("KNutPanelMeter::activateAnalogs start");
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KNutVarData::VarStrucDef analogMemberData;
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int ii =0;
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// deletes vatiables which ups doeasn't support
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// vyjmeme promene ktere ups nepodporuje
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//// nasledujici radka neni nutna
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for (int i=0; i< knc::NumberOfVars; i++) m_analogPanels->upsAnalogs[i]=0L;
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for (int i=0; i< knc::NumberOfVars; i++) {
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// otestujeme zda dane UPS podporuje tuto promenou
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// pokud existuje vrati 1
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switch (m_activeUpsInfo->nutVariables) {
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case 1:
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if (!m_activeUpsInfo->upsNet->existName(nameUpsVars1[m_activeUpsInfo->record.upsVarCode[i]]))
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m_activeUpsInfo->record.upsVarCode[ii++] = m_activeUpsInfo->record.upsVarCode[i];
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break;
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case 2:
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if (!m_activeUpsInfo->upsNet->existName(nameUpsVars2[m_activeUpsInfo->record.upsVarCode[i]]))
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m_activeUpsInfo->record.upsVarCode[ii++] = m_activeUpsInfo->record.upsVarCode[i];
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break;
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}
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}
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for (int i=ii; i< knc::NumberOfVars; i++) m_activeUpsInfo->record.upsVarCode[i]=0;// doplnime zbytek nulami to znamena zadna promena
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for (int i=0; i< knc::NumberOfVars; i++) {
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if (m_activeUpsInfo->record.upsVarCode[i] != 0) {
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analogMemberData=m_analogRecords->getData (m_activeUpsInfo->record.upsVarCode[i]);
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m_analogPanels->scaleEnd[i]=analogMemberData.end;
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m_analogPanels->scaleStart[i]=analogMemberData.start;
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TQColor analogFingerColor, analogScaleColor, analogFontColor;
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if (m_settingData->customOAnalogColor) {
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analogFingerColor = m_settingData->analogFingerColor;
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analogScaleColor = m_settingData->analogScaleColor;
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analogFontColor = m_settingData->analogFontColor;
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}
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else {
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analogFingerColor = DEFAULT_FINGER_COLOR;
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analogScaleColor = DEFAULT_SCALE_COLOR;
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analogFontColor = DEFAULT_FONT_COLOR;
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}
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if (m_settingData->customFont)
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// doesn't make background
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m_analogPanels->upsAnalogs[i] = new KNutAnalog( m_analogArea,0L,analogMemberData.start,analogMemberData.end,analogMemberData.typeAnalog,analogMemberData.numberItem,analogMemberData.numberInItem,analogFingerColor,analogScaleColor,analogFontColor,&(m_settingData->aPanelFont),m_settingData->typeDigitalProcessing);
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else
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m_analogPanels->upsAnalogs[i] = new KNutAnalog( m_analogArea,0L,analogMemberData.start,analogMemberData.end,analogMemberData.typeAnalog,analogMemberData.numberItem,analogMemberData.numberInItem,analogFingerColor,analogScaleColor,analogFontColor,&(m_settingData->systemFont),m_settingData->typeDigitalProcessing);
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//nastavime barvu mezikruzi
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if (m_settingData->customOAnalogColor) {
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m_analogPanels->upsAnalogs[i]->setArcColor(1,m_settingData->analogOKColor); // doesn't make background
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m_analogPanels->upsAnalogs[i]->setArcColor(2,m_settingData->analogWarnningColor); // doesn't make background
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m_analogPanels->upsAnalogs[i]->setArcColor(3,m_settingData->analogErrorColor); // doesn't make background
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}
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// po vygenerovani panelu jsou standartni barvy nastaveny automaticky
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//nastavime mezikruzi
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for (int j = 0; j < 5; j++ ) {
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if (!((analogMemberData.scaleStruct[j].start == 0) && (analogMemberData.scaleStruct[j].end ==0 ))) {
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m_analogPanels->upsAnalogs[i]->addArc (analogMemberData.scaleStruct[j].start,analogMemberData.scaleStruct[j].end,analogMemberData.scaleStruct[j].scaleColor, false); // doesn't make background
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}
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}
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m_analogPanels->upsAnalogs[i]->setText(analogMemberData.nameAnalog,analogMemberData.nameUnit);
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m_analogPanels->upsAnalogs[i]->setPalette(m_aPanelPalette);
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m_analogPanels->upsAnalogs[i]->makeBackground(false); // makes background of analog panel
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}
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}
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//tqDebug ( "KNutPanelMeter::activateAnalogs 1" );
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m_analogArea->repaint(); //repaint all analog panels, background was made already
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//tqDebug ("KNutPanelMeter::activateAnalogs - end");
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// analogSV->resizeContents(sizeHint().width(),sizeHint().height());
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}
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void KNutPanelMeter::setSize (bool showPanels) {
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int row =0;
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int col=0;
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int maxCols =0;
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int maxRows =0;
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if (!m_activeUpsInfo->netError) {
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for (int i=0; i< knc::NumberOfVars; i++) {
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if (m_activeUpsInfo->record.upsVarCode[i] != 0) {
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if (maxCols < m_settingData->countCols) maxCols++;
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maxRows = row+1;
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// jestlize upsAnalogs =0 nejsou aktivovany
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if (m_analogPanels->upsAnalogs[i]) {
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m_analogPanels->upsAnalogs[i]->move (SpacePanels + (SpacePanels)+(col*(KNutAnalog::AnalogWidth+SpacePanels)),SpacePanels+(row*(KNutAnalog::AnalogWidth+SpacePanels)));
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if (showPanels) m_analogPanels->upsAnalogs[i]->show();
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}
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col++;
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if (col > (m_settingData->countCols-1) ) {col=0; row++;}; // prechod na dalsi radku
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}
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}
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}
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// musime nastavit velikost
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m_widthArea = (KNutAnalog::AnalogWidth + SpacePanels)*maxCols +2*SpacePanels; // sirka
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m_heightArea = (KNutAnalog::AnalogWidth + SpacePanels)*(maxRows) + SpacePanels; // minimalni velikost podle mericich panelu
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m_analogArea->setMinimumSize (m_widthArea,m_heightArea);
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adjustSize();
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resizeContents(m_widthArea,m_heightArea);
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repaint();
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}
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void KNutPanelMeter::repaintScaleAnalogPanel (int panelNumber, float value) {
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if (m_analogPanels->upsAnalogs[panelNumber] != 0L){
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switch (m_activeUpsInfo->record.upsVarCode[panelNumber]) {
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case knc::VarCurrent : // output.current
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if (m_analogPanels->scaleEnd[panelNumber] < MaxCurrent) {
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if (m_analogPanels->scaleEnd[panelNumber] < value) {
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m_analogPanels->scaleEnd[panelNumber]=(static_cast<int>(floor((value+1)/5)))*5 +5;
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if (m_analogPanels->scaleEnd[panelNumber] > MaxCurrent) m_analogPanels->scaleEnd[panelNumber]=MaxCurrent;
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m_analogPanels->upsAnalogs[panelNumber]->setRange(m_analogPanels->scaleStart[panelNumber],m_analogPanels->scaleEnd[panelNumber],true);
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}
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}
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break;
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case knc::VarBattVolt : // battery.voltage
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if (m_analogPanels->scaleEnd[panelNumber] < MaxBattVolt) {
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if (m_analogPanels->scaleEnd[panelNumber] < value) {
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m_analogPanels->scaleEnd[panelNumber]=(static_cast<int>(floor((value+1)/10)))*10 +10;
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if (m_analogPanels->scaleEnd[panelNumber] > MaxBattVolt) m_analogPanels->scaleEnd[panelNumber]=MaxBattVolt;
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m_analogPanels->upsAnalogs[panelNumber]->setRange(m_analogPanels->scaleStart[panelNumber],m_analogPanels->scaleEnd[panelNumber],true);
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}
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}
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break;
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case knc::VarBattCurrent : // battery.current
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if (m_analogPanels->scaleEnd[panelNumber] < MaxBattCurrent) {
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if ((m_analogPanels->scaleEnd[panelNumber] < value) || (m_analogPanels->scaleStart[panelNumber] > value)) {
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if ((value >10) || (value <- 15)) {
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if ((value >20) || (value < -30)) {
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m_analogPanels->scaleEnd[panelNumber]=30;
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m_analogPanels->scaleStart[panelNumber]=-45;
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}
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else {
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m_analogPanels->scaleEnd[panelNumber]=20;
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m_analogPanels->scaleStart[panelNumber]=-30;
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}
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m_analogPanels->upsAnalogs[panelNumber]->setPointer(value); // jistota pokud by nam to nekde propadlo
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m_analogPanels->upsAnalogs[panelNumber]->hide();// schovame analogovy panel hides analog panel
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m_analogPanels->upsAnalogs[panelNumber]->setRange (m_analogPanels->scaleStart[panelNumber],m_analogPanels->scaleEnd[panelNumber]);
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m_analogPanels->upsAnalogs[panelNumber]->repaint(); // prekreslime , repaints panel
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m_analogPanels->upsAnalogs[panelNumber]->show(); //zobrazime merak shows analog panel
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}
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}
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}
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break;
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} // end switch
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}
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}
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void KNutPanelMeter::repaintAnalogPointer (int panelNumber, float value, bool run) {
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if (m_analogPanels->upsAnalogs[panelNumber] != 0L)
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m_analogPanels->upsAnalogs[panelNumber]->setPointer (value,run); // nastavi hodnotu rucicky
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}
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void KNutPanelMeter::setAnalogBG(TQPalette aPanelPalette) {
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m_aPanelPalette = aPanelPalette;
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for (int i=0; i< knc::NumberOfVars; i++) {
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if ((m_activeUpsInfo->record.upsVarCode[i]) && (m_analogPanels->upsAnalogs[i]))
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m_analogPanels->upsAnalogs[i]->setPalette(m_aPanelPalette);
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}
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}
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void KNutPanelMeter::changeAnalogPanelsDigProcessing (void) {
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if (m_analogPanels == 0) return;
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for (int i=0; i< knc::NumberOfVars; i++) {
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if (m_analogPanels->upsAnalogs[i] != 0L) m_analogPanels->upsAnalogs[i]->setDigitalProcesing(m_settingData->typeDigitalProcessing,true);
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}
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}
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void KNutPanelMeter::repaintAnalogPanels (bool repaintFrequencyPanels, bool repaintVoltagePanels, bool repaintAllPanels) {
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KNutVarData::VarStrucDef analogMemberData;
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if (m_analogPanels == 0) return;
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// pregenerovani panelu slouzi pro settingMain a setting Analog
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for (int i=0; i< knc::NumberOfVars; i++) {
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if ((m_activeUpsInfo->record.upsVarCode[i]) && (m_analogPanels->upsAnalogs[i])) {
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//if upsAnalogs[x] is set to zero, this upsAnalog is not used
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// record.upsVarCode contain list of code of analog meter
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// 0 is code for none analog meter, 1 for Input Voltage, 2 for Battery Charge,
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if (((m_activeUpsInfo->record.upsVarCode[i] == knc::VarAcfreq) && (repaintFrequencyPanels)) ||
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((m_activeUpsInfo->record.upsVarCode[i] == knc::VarOutFreq) && (repaintFrequencyPanels)) ||
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(((m_activeUpsInfo->record.upsVarCode[i] == knc::VarUtility) ||
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(m_activeUpsInfo->record.upsVarCode[i] == knc::VarOutVolt)) && (repaintVoltagePanels))) {
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analogMemberData=m_analogRecords->getData (m_activeUpsInfo->record.upsVarCode[i]); // nacteme data
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m_analogPanels->upsAnalogs[i]->hide();// schovame analogovy panel
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m_analogPanels->upsAnalogs[i]->delArc(); //zrusime segmenty
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m_analogPanels->upsAnalogs[i]->setRange (analogMemberData.start,analogMemberData.end);
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for (int j = 0; j < 5; j++ ) {
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if (!((analogMemberData.scaleStruct[j].start == 0) && (analogMemberData.scaleStruct[j].end ==0 ))) {
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m_analogPanels->upsAnalogs[i]->addArc (analogMemberData.scaleStruct[j].start,analogMemberData.scaleStruct[j].end,analogMemberData.scaleStruct[j].scaleColor, false);
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} // end if (!
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}// end for (int i=0
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m_analogPanels->upsAnalogs[i]->makeBackground(false); // repaints analog meter
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m_analogPanels->upsAnalogs[i]->repaintPointer(false); // repaints analog meter
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m_analogPanels->upsAnalogs[i]->repaint(); // repaints analog meter
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m_analogPanels->upsAnalogs[i]->show(); // shows analog meter
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} // end if (((activeUpsInfo
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if (repaintAllPanels) {
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if (m_settingData->customOAnalogColor) {
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m_analogPanels->upsAnalogs[i]->setPointerColor(m_settingData->analogFingerColor);
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m_analogPanels->upsAnalogs[i]->setArcColor(1,m_settingData->analogOKColor);
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m_analogPanels->upsAnalogs[i]->setArcColor(2,m_settingData->analogWarnningColor);
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m_analogPanels->upsAnalogs[i]->setArcColor(3,m_settingData->analogErrorColor);
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m_analogPanels->upsAnalogs[i]->setScaleColor(m_settingData->analogScaleColor);
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m_analogPanels->upsAnalogs[i]->setFontColor(m_settingData->analogFontColor);
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}
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else {
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m_analogPanels->upsAnalogs[i]->setPointerColor (DEFAULT_FINGER_COLOR);
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m_analogPanels->upsAnalogs[i]->setDefaultArcColor();
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m_analogPanels->upsAnalogs[i]->setScaleColor (DEFAULT_SCALE_COLOR);
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m_analogPanels->upsAnalogs[i]->setFontColor (DEFAULT_FONT_COLOR);
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}
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m_analogPanels->upsAnalogs[i]->repaintAll();
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}
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}
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} // end for
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}
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void KNutPanelMeter::zeroingPanels (void) {
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if (m_analogPanels) {
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for (int i=0; i< knc::NumberOfVars; i++) {
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if ((m_analogPanels->upsAnalogs[i] != 0L) && (m_activeUpsInfo->record.upsVarCode[i] != 0)) // jistota pokud by nam to nekde propadlo
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m_analogPanels->upsAnalogs[i]->setPointer (0); // nastavi hodnotu rucicky
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}
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}
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}
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TQSize KNutPanelMeter::sizeHint (void){
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return TQSize(m_widthArea,m_heightArea);
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}
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void KNutPanelMeter::slotSetPanelsFont(TQFont newFont) {
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for (int i=0; i< knc::NumberOfVars; i++) {
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if ((m_activeUpsInfo->record.upsVarCode[i]) && (m_analogPanels->upsAnalogs[i])) {
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m_analogPanels->upsAnalogs[i]->slotSetAllFont(newFont);
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// je nutno prekresli i rucicku
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}
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}
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}
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#include "knutpanelmeter.moc"
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