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QTeletextMaker/render.cpp

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Initial commit.
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/*
Update copyright notices to 2022
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* Copyright (C) 2020-2022 Gavin MacGregor
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*
* This file is part of QTeletextMaker.
*
* QTeletextMaker is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* QTeletextMaker is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with QTeletextMaker. If not, see <https://www.gnu.org/licenses/>.
*/
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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#include <QBitmap>
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#include <QPainter>
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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#include <QPixmap>
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#include "render.h"
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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#include "decode.h"
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int TeletextFontBitmap::s_instances = 0;
QBitmap *TeletextFontBitmap::s_fontBitmap = nullptr;
TeletextFontBitmap::TeletextFontBitmap()
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{
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if (s_instances == 0)
s_fontBitmap = new QBitmap(":/images/teletextfont.png");
s_instances++;
}
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TeletextFontBitmap::~TeletextFontBitmap()
{
s_instances--;
if (s_instances == 0)
delete s_fontBitmap;
}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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Put font bitmap into a shared class
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TeletextPageRender::TeletextPageRender()
{
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for (int i=0; i<6; i++)
m_pagePixmap[i] = new QPixmap(864, 250);
m_pagePixmap[0]->fill(Qt::transparent);
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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m_reveal = false;
m_mix = false;
m_showControlCodes = false;
m_flashBuffersHz = 0;
for (int r=0; r<25; r++)
for (int c=0; c<40; c++)
m_controlCodeCache[r][c] = 0x7f;
Initial commit.
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}
TeletextPageRender::~TeletextPageRender()
{
for (int i=0; i<6; i++)
delete m_pagePixmap[i];
}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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void TeletextPageRender::setDecoder(TeletextPageDecode *decoder)
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{
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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m_decoder = decoder;
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}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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inline void TeletextPageRender::drawFromFontBitmap(QPainter &pixmapPainter, int r, int c, unsigned char characterCode, int characterSet, TeletextPageDecode::CharacterFragment characterFragment)
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{
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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switch (characterFragment) {
case TeletextPageDecode::NormalSize:
pixmapPainter.drawPixmap(c*12, r*10, *m_fontBitmap.rawBitmap(), (characterCode-32)*12, characterSet*10, 12, 10);
break;
case TeletextPageDecode::DoubleHeightTopHalf:
pixmapPainter.drawPixmap(c*12, r*10, 12, 10, *m_fontBitmap.rawBitmap(), (characterCode-32)*12, characterSet*10, 12, 5);
break;
case TeletextPageDecode::DoubleHeightBottomHalf:
pixmapPainter.drawPixmap(c*12, r*10, 12, 10, *m_fontBitmap.rawBitmap(), (characterCode-32)*12, characterSet*10+5, 12, 5);
break;
case TeletextPageDecode::DoubleWidthLeftHalf:
pixmapPainter.drawPixmap(c*12, r*10, 12, 10, *m_fontBitmap.rawBitmap(), (characterCode-32)*12, characterSet*10, 6, 10);
break;
case TeletextPageDecode::DoubleWidthRightHalf:
pixmapPainter.drawPixmap(c*12, r*10, 12, 10, *m_fontBitmap.rawBitmap(), (characterCode-32)*12+6, characterSet*10, 6, 10);
break;
case TeletextPageDecode::DoubleSizeTopLeftQuarter:
pixmapPainter.drawPixmap(c*12, r*10, 12, 10, *m_fontBitmap.rawBitmap(), (characterCode-32)*12, characterSet*10, 6, 5);
break;
case TeletextPageDecode::DoubleSizeTopRightQuarter:
pixmapPainter.drawPixmap(c*12, r*10, 12, 10, *m_fontBitmap.rawBitmap(), (characterCode-32)*12+6, characterSet*10, 6, 5);
break;
case TeletextPageDecode::DoubleSizeBottomLeftQuarter:
pixmapPainter.drawPixmap(c*12, r*10, 12, 10, *m_fontBitmap.rawBitmap(), (characterCode-32)*12, characterSet*10+5, 6, 5);
break;
case TeletextPageDecode::DoubleSizeBottomRightQuarter:
pixmapPainter.drawPixmap(c*12, r*10, 12, 10, *m_fontBitmap.rawBitmap(), (characterCode-32)*12+6, characterSet*10+5, 6, 5);
break;
}
Initial commit.
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}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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inline void TeletextPageRender::drawCharacter(QPainter &pixmapPainter, int r, int c, unsigned char characterCode, int characterSet, int characterDiacritical, TeletextPageDecode::CharacterFragment characterFragment)
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{
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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const bool dontUnderline = characterCode == 0x00;
if (dontUnderline)
characterCode = 0x20;
// If either foreground or background is set to transparent
// tinker with the QPainter settings so we get the desired result
if (!pixmapPainter.background().isOpaque()) {
if (pixmapPainter.pen().color().alpha() == 0) {
// Transparent foreground and background
pixmapPainter.setCompositionMode(QPainter::CompositionMode_Clear);
pixmapPainter.eraseRect(c*12, r*10, 12, 10);
pixmapPainter.setCompositionMode(QPainter::CompositionMode_SourceOver);
Initial commit.
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Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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return;
} else
// Transparent background, opaque foreground
pixmapPainter.setCompositionMode(QPainter::CompositionMode_Source);
} else if (pixmapPainter.pen().color().alpha() == 0) {
// Transparent foreground, opaque background
// Deal with optimising G1 solid 7/F blocks and spaces now
// otherwise the same optimisations later on won't work with
// our tinkered QPainter settings
if (characterCode == 0x7f && characterSet == 24) {
pixmapPainter.setCompositionMode(QPainter::CompositionMode_Clear);
pixmapPainter.eraseRect(c*12, r*10, 12, 10);
pixmapPainter.setCompositionMode(QPainter::CompositionMode_SourceOver);
Initial commit.
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Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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return;
}
Initial commit.
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Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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pixmapPainter.fillRect(c*12, r*10, 12, 10, m_decoder->cellBackgroundQColor(r, c));
Initial commit.
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Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (characterCode == 0x20 && characterSet < 25 && characterDiacritical == 0)
return;
pixmapPainter.setBackground(QColor(0, 0, 0, 0));
pixmapPainter.setPen(QColor(255, 255, 255, 255));
pixmapPainter.setCompositionMode(QPainter::CompositionMode_DestinationOut);
}
Initial commit.
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Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (characterCode == 0x20 && characterSet < 25 && characterDiacritical == 0)
pixmapPainter.fillRect(c*12, r*10, 12, 10, pixmapPainter.background().color());
else if (characterCode == 0x7f && characterSet == 24)
pixmapPainter.fillRect(c*12, r*10, 12, 10, pixmapPainter.pen().color());
Initial commit.
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else
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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drawFromFontBitmap(pixmapPainter, r, c, characterCode, characterSet, characterFragment);
if (m_decoder->cellUnderlined(r, c) && !dontUnderline)
switch (characterFragment) {
case TeletextPageDecode::NormalSize:
case TeletextPageDecode::DoubleWidthLeftHalf:
case TeletextPageDecode::DoubleWidthRightHalf:
pixmapPainter.drawLine(c*12, r*10+9, c*12+11, r*10+9);
break;
case TeletextPageDecode::DoubleHeightBottomHalf:
case TeletextPageDecode::DoubleSizeBottomLeftQuarter:
case TeletextPageDecode::DoubleSizeBottomRightQuarter:
pixmapPainter.drawRect(c*12, r*10+8, 11, 1);
break;
default:
break;
}
Initial commit.
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Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (characterDiacritical != 0) {
pixmapPainter.setCompositionMode(QPainter::CompositionMode_SourceOver);
pixmapPainter.setBackgroundMode(Qt::TransparentMode);
drawFromFontBitmap(pixmapPainter, r, c, characterDiacritical+64, 7, characterFragment);
pixmapPainter.setBackgroundMode(Qt::OpaqueMode);
Initial commit.
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}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (pixmapPainter.compositionMode() != QPainter::CompositionMode_SourceOver)
pixmapPainter.setCompositionMode(QPainter::CompositionMode_SourceOver);
Initial commit.
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}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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void TeletextPageRender::renderPage(bool force)
Initial commit.
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{
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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QPainter pixmapPainter[6];
int previousFlashBuffersHz = m_flashBuffersHz;
// If force-rendering (such as showing a new or different subpage) then
// we don't render flashing cells initially as it greatly speeds things up
// when rendering on top of an already flashing page.
// At the end of this method, if flashing cells are present then this method
// recursively calls itself with force=false to render the flashing cells.
if (force) {
m_flashBuffersHz = 0;
previousFlashBuffersHz = 0;
emit flashChanged(0);
Initial commit.
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}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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pixmapPainter[0].begin(m_pagePixmap[0]);
pixmapPainter[0].setBackgroundMode(Qt::OpaqueMode);
if (m_flashBuffersHz != 0) {
pixmapPainter[3].begin(m_pagePixmap[3]);
pixmapPainter[3].setBackgroundMode(Qt::OpaqueMode);
if (m_flashBuffersHz == 2) {
pixmapPainter[1].begin(m_pagePixmap[1]);
pixmapPainter[1].setBackgroundMode(Qt::OpaqueMode);
pixmapPainter[2].begin(m_pagePixmap[2]);
pixmapPainter[2].setBackgroundMode(Qt::OpaqueMode);
pixmapPainter[4].begin(m_pagePixmap[4]);
pixmapPainter[4].setBackgroundMode(Qt::OpaqueMode);
pixmapPainter[5].begin(m_pagePixmap[5]);
pixmapPainter[5].setBackgroundMode(Qt::OpaqueMode);
Initial commit.
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}
}
for (int r=0; r<25; r++)
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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for (int c=0; c<72; c++) {
Initial commit.
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Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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bool controlCodeChanged = false;
Initial commit.
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Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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// Ensure that shown control codes are refreshed
if (m_showControlCodes && c < 40 && (m_controlCodeCache[r][c] != 0x7f || m_decoder->teletextPage()->character(r, c) < 0x20)) {
controlCodeChanged = m_controlCodeCache[r][c] != m_decoder->teletextPage()->character(r, c);
if (controlCodeChanged) {
if (m_decoder->teletextPage()->character(r, c) < 0x20)
m_controlCodeCache[r][c] = m_decoder->teletextPage()->character(r, c);
Initial commit.
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else
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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m_controlCodeCache[r][c] = 0x7f;
Initial commit.
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}
}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (m_decoder->refresh(r, c) || force || controlCodeChanged) {
unsigned char characterCode;
int characterSet, characterDiacritical;
if (!m_reveal && m_decoder->cellConceal(r, c)) {
characterCode = 0x20;
characterSet = 0;
characterDiacritical = 0;
} else {
characterCode = m_decoder->cellCharacterCode(r, c);
characterSet = m_decoder->cellCharacterSet(r, c);
characterDiacritical = m_decoder->cellCharacterDiacritical(r, c);
Initial commit.
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}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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// QSet::insert won't insert a duplicate value already in the set
// QSet::remove doesn't mind if we try to remove a value that's not there
if (m_flashBuffersHz == 0 && m_decoder->cellFlashMode(r, c) != 0) {
if (m_decoder->cellFlashRatePhase(r, c) == 0)
m_flash1HzCells.insert(qMakePair(r, c));
else
m_flash2HzCells.insert(qMakePair(r, c));
if (!force)
updateFlashBuffers();
} else if (m_decoder->cellFlashMode(r, c) == 0) {
m_flash1HzCells.remove(qMakePair(r, c));
m_flash2HzCells.remove(qMakePair(r, c));
if (!force)
updateFlashBuffers();
} else if (m_decoder->cellFlashRatePhase(r, c) == 0) {
m_flash1HzCells.insert(qMakePair(r, c));
m_flash2HzCells.remove(qMakePair(r, c));
if (!force)
updateFlashBuffers();
} else {
m_flash1HzCells.remove(qMakePair(r, c));
m_flash2HzCells.insert(qMakePair(r, c));
if (!force)
updateFlashBuffers();
}
Initial commit.
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Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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// If flash rate has gone up, prepare painters for the other buffers
if (m_flashBuffersHz > previousFlashBuffersHz) {
if (previousFlashBuffersHz == 0) {
pixmapPainter[3].begin(m_pagePixmap[3]);
pixmapPainter[3].setBackgroundMode(Qt::OpaqueMode);
}
if (m_flashBuffersHz == 2) {
pixmapPainter[1].begin(m_pagePixmap[1]);
pixmapPainter[1].setBackgroundMode(Qt::OpaqueMode);
pixmapPainter[2].begin(m_pagePixmap[2]);
pixmapPainter[2].setBackgroundMode(Qt::OpaqueMode);
pixmapPainter[4].begin(m_pagePixmap[4]);
pixmapPainter[4].setBackgroundMode(Qt::OpaqueMode);
pixmapPainter[5].begin(m_pagePixmap[5]);
pixmapPainter[5].setBackgroundMode(Qt::OpaqueMode);
}
previousFlashBuffersHz = m_flashBuffersHz;
}
Initial commit.
2020-09-06 16:47:38 +01:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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// If flash rate has gone down, end the painters so we don't crash
// if the pixmaps get copied due to the flash rate going up again
if (m_flashBuffersHz < previousFlashBuffersHz) {
if (previousFlashBuffersHz == 2) {
pixmapPainter[1].end();
pixmapPainter[2].end();
pixmapPainter[4].end();
pixmapPainter[5].end();
}
if (m_flashBuffersHz == 0)
pixmapPainter[3].end();
Initial commit.
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Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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previousFlashBuffersHz = m_flashBuffersHz;
}
Initial commit.
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Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (m_flashBuffersHz == 0) {
pixmapPainter[0].setPen(m_decoder->cellForegroundQColor(r, c));
if (!m_mix || m_decoder->cellBoxed(r, c))
pixmapPainter[0].setBackground(m_decoder->cellBackgroundQColor(r, c));
else
pixmapPainter[0].setBackground(Qt::transparent);
drawCharacter(pixmapPainter[0], r, c, characterCode, characterSet, characterDiacritical, m_decoder->cellCharacterFragment(r, c));
} else {
for (int i=0; i<6; i++) {
if (m_flashBuffersHz == 1 && (i == 1 || i == 2 || i == 4 || i == 5))
continue;
Initial commit.
2020-09-06 16:47:38 +01:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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bool phaseOn;
Initial commit.
2020-09-06 16:47:38 +01:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (m_decoder->cellFlashRatePhase(r, c) == 0)
phaseOn = (i < 3) ^ (m_decoder->cellFlashMode(r, c) == 2);
else
phaseOn = ((i == m_decoder->cellFlash2HzPhaseNumber(r, c)-1) || (i == m_decoder->cellFlash2HzPhaseNumber(r, c)+2)) ^ (m_decoder->cellFlashMode(r, c) == 2);
Initial commit.
2020-09-06 16:47:38 +01:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (!m_mix || m_decoder->cellBoxed(r, c))
pixmapPainter[i].setBackground(m_decoder->cellBackgroundQColor(r, c));
else
pixmapPainter[i].setBackground(Qt::transparent);
if (m_decoder->cellFlashMode(r, c) == 3 && !phaseOn)
pixmapPainter[i].setPen(m_decoder->cellFlashForegroundQColor(r, c));
else
pixmapPainter[i].setPen(m_decoder->cellForegroundQColor(r, c));
if ((m_decoder->cellFlashMode(r, c) == 1 || m_decoder->cellFlashMode(r, c) == 2) && !phaseOn)
// Character 0x00 draws space without underline
drawCharacter(pixmapPainter[i], r, c, 0x00, 0, 0, m_decoder->cellCharacterFragment(r, c));
else
drawCharacter(pixmapPainter[i], r, c, characterCode, characterSet, characterDiacritical, m_decoder->cellCharacterFragment(r, c));
}
}
Initial commit.
2020-09-06 16:47:38 +01:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (m_showControlCodes && c < 40 && m_decoder->teletextPage()->character(r, c) < 0x20) {
pixmapPainter[0].setBackground(QColor(0, 0, 0, 128));
pixmapPainter[0].setPen(QColor(255, 255, 255, 224));
pixmapPainter[0].drawPixmap(c*12, r*10, *m_fontBitmap.rawBitmap(), (m_decoder->teletextPage()->character(r, c)+32)*12, 250, 12, 10);
if (m_flashBuffersHz == 1) {
pixmapPainter[3].setBackground(QColor(0, 0, 0, 128));
pixmapPainter[3].setPen(QColor(255, 255, 255, 224));
pixmapPainter[3].drawPixmap(c*12, r*10, *m_fontBitmap.rawBitmap(), (m_decoder->teletextPage()->character(r, c)+32)*12, 250, 12, 10);
} else if (m_flashBuffersHz == 2)
for (int i=1; i<6; i++) {
pixmapPainter[i].setBackground(QColor(0, 0, 0, 128));
pixmapPainter[i].setPen(QColor(255, 255, 255, 224));
pixmapPainter[i].drawPixmap(c*12, r*10, *m_fontBitmap.rawBitmap(), (m_decoder->teletextPage()->character(r, c)+32)*12, 250, 12, 10);
}
}
Initial commit.
2020-09-06 16:47:38 +01:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (!force || m_decoder->cellFlashMode(r, c) == 0)
m_decoder->setRefresh(r, c, false);
}
Initial commit.
2020-09-06 16:47:38 +01:00
}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
pixmapPainter[0].end();
if (m_flashBuffersHz != 0) {
pixmapPainter[3].end();
if (m_flashBuffersHz == 2) {
pixmapPainter[1].end();
pixmapPainter[2].end();
pixmapPainter[4].end();
pixmapPainter[5].end();
Initial commit.
2020-09-06 16:47:38 +01:00
}
}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (force && (!m_flash1HzCells.isEmpty() || !m_flash2HzCells.isEmpty()))
renderPage();
Initial commit.
2020-09-06 16:47:38 +01:00
}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
void TeletextPageRender::updateFlashBuffers()
Initial commit.
2020-09-06 16:47:38 +01:00
{
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
int highestFlashHz;
Initial commit.
2020-09-06 16:47:38 +01:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
if (!m_flash2HzCells.isEmpty())
highestFlashHz = 2;
else
highestFlashHz = !m_flash1HzCells.isEmpty();
Initial commit.
2020-09-06 16:47:38 +01:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
if (highestFlashHz == m_flashBuffersHz)
Initial commit.
2020-09-06 16:47:38 +01:00
return;
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
if (highestFlashHz > m_flashBuffersHz) {
if (m_flashBuffersHz == 0)
*m_pagePixmap[3] = m_pagePixmap[0]->copy();
if (highestFlashHz == 2) {
*m_pagePixmap[1] = m_pagePixmap[0]->copy();
*m_pagePixmap[2] = m_pagePixmap[0]->copy();
*m_pagePixmap[4] = m_pagePixmap[3]->copy();
*m_pagePixmap[5] = m_pagePixmap[3]->copy();
}
Initial commit.
2020-09-06 16:47:38 +01:00
}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
m_flashBuffersHz = highestFlashHz;
emit flashChanged(m_flashBuffersHz);
Initial commit.
2020-09-06 16:47:38 +01:00
}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
void TeletextPageRender::colourChanged(int index)
Initial commit.
2020-09-06 16:47:38 +01:00
{
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
for (int r=0; r<25; r++)
for (int c=0; c<72; c++) {
if (m_decoder->cellForegroundCLUT(r, c) == index || m_decoder->cellBackgroundCLUT(r, c) == index || m_decoder->cellForegroundCLUT(r, c) == 8 || m_decoder->cellBackgroundCLUT(r, c) == 8)
m_decoder->setRefresh(r, c, true);
if (m_decoder->cellFlashMode(r, c) == 3 && ((m_decoder->cellForegroundCLUT(r, c) ^ 8) == index || (m_decoder->cellForegroundCLUT(r, c) ^ 8) == 8))
m_decoder->setRefresh(r, c, true);
}
Initial commit.
2020-09-06 16:47:38 +01:00
}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
void TeletextPageRender::setReveal(bool reveal)
Initial commit.
2020-09-06 16:47:38 +01:00
{
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (reveal == m_reveal)
Initial commit.
2020-09-06 16:47:38 +01:00
return;
Use QPair in enhancement list
2021-01-31 11:54:45 +00:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
m_reveal = reveal;
Initial commit.
2020-09-06 16:47:38 +01:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
for (int r=0; r<25; r++)
for (int c=0; c<72; c++)
if (m_decoder->cellConceal(r, c))
m_decoder->setRefresh(r, c, true);
Initial commit.
2020-09-06 16:47:38 +01:00
}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
void TeletextPageRender::setMix(bool mix)
Initial commit.
2020-09-06 16:47:38 +01:00
{
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
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if (mix == m_mix)
return;
Initial commit.
2020-09-06 16:47:38 +01:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
m_mix = mix;
Initial commit.
2020-09-06 16:47:38 +01:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
for (int r=0; r<25; r++)
for (int c=0; c<72; c++)
if (!m_decoder->cellBoxed(r, c))
m_decoder->setRefresh(r, c, true);
Initial commit.
2020-09-06 16:47:38 +01:00
}
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
void TeletextPageRender::setShowControlCodes(bool showControlCodes)
Initial commit.
2020-09-06 16:47:38 +01:00
{
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
if (showControlCodes == m_showControlCodes)
Initial commit.
2020-09-06 16:47:38 +01:00
return;
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
m_showControlCodes = showControlCodes;
Initial commit.
2020-09-06 16:47:38 +01:00
Split decoder and render decode.* will solely decode the teletext packets into a grid of characters and colours and other attributes stored in an agnostic way, then render.* will read this grid and render the characters onto the screen with the Qt specific methods.
2022-04-02 22:38:38 +01:00
for (int r=0; r<25; r++)
for (int c=0; c<40; c++)
if (m_decoder->teletextPage()->character(r, c) < 0x20)
m_decoder->setRefresh(r, c, true);
Initial commit.
2020-09-06 16:47:38 +01:00
}
Reference in New Issue Copy Permalink