27867971263

Committed 20 Jun 2026 10:09AM UTC coverage: 35.268% (-0.1%) from 35.377%

Build # 27867971263

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mcallegari

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Back to 5.3.0 debug

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93.3

/engine/src/fadechannel.cpp

/*
  Q Light Controller
  fadechannel.cpp

  Copyright (c) Heikki Junnila

  Licensed under the Apache License, Version 2.0 (the "License");
  you may not use this file except in compliance with the License.
  You may obtain a copy of the License at

      http://www.apache.org/licenses/LICENSE-2.0.txt

  Unless required by applicable law or agreed to in writing, software
  distributed under the License is distributed on an "AS IS" BASIS,
  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
  See the License for the specific language governing permissions and
  limitations under the License.
*/

#include <QDebug>
#include <cmath>

#include "qlcfixturemode.h"
#include "fadechannel.h"
#include "qlcchannel.h"
#include "universe.h"
#include "fixture.h"

FadeChannel::FadeChannel()
    : m_flags(0)
    , m_fixture(Fixture::invalidId())
    , m_universe(Universe::invalid())
    , m_primaryChannel(QLCChannel::invalid())
    , m_address(QLCChannel::invalid())
    , m_channelRef(NULL)
    , m_start(0)
    , m_target(0)
    , m_current(0)
    , m_ready(false)
    , m_fadeTime(0)
    , m_elapsed(0)
{
}

FadeChannel::FadeChannel(const FadeChannel& ch)
    : m_flags(ch.m_flags)
    , m_fixture(ch.m_fixture)
    , m_universe(ch.m_universe)
    , m_primaryChannel(ch.m_primaryChannel)
    , m_channels(ch.m_channels)
    , m_address(ch.m_address)
    , m_channelRef(ch.m_channelRef)
    , m_start(ch.m_start)
    , m_target(ch.m_target)
    , m_current(ch.m_current)
    , m_ready(ch.m_ready)
    , m_fadeTime(ch.m_fadeTime)
    , m_elapsed(ch.m_elapsed)
{
    //qDebug() << Q_FUNC_INFO;
}

FadeChannel::FadeChannel(const Doc *doc, quint32 fxi, quint32 channel)
    : m_flags(0)
    , m_fixture(fxi)
    , m_universe(Universe::invalid())
    , m_primaryChannel(QLCChannel::invalid())
    , m_address(QLCChannel::invalid())
    , m_channelRef(NULL)
    , m_start(0)
    , m_target(0)
    , m_current(0)
    , m_ready(false)
    , m_fadeTime(0)
    , m_elapsed(0)
{
    m_channels.append(channel);
    autoDetect(doc);
}

FadeChannel::~FadeChannel()
{
}

FadeChannel &FadeChannel::operator=(const FadeChannel &fc)
{
    if (this != &fc)
    {
        m_flags = fc.m_flags;
        m_fixture = fc.m_fixture;
        m_universe = fc.m_universe;
        m_primaryChannel = fc.m_primaryChannel;
        m_channels = fc.m_channels;
        m_channelRef = fc.m_channelRef;
        m_address = fc.m_address;
        m_start = fc.m_start;
        m_target = fc.m_target;
        m_current = fc.m_current;
        m_ready = fc.m_ready;
        m_fadeTime = fc.m_fadeTime;
        m_elapsed = fc.m_elapsed;
    }

    return *this;
}

bool FadeChannel::operator==(const FadeChannel& ch) const
{
    return (m_fixture == ch.m_fixture && channel() == ch.channel());
}

int FadeChannel::flags() const
{
    return m_flags;
}

void FadeChannel::setFlags(int flags)
{
    m_flags = flags;
}

void FadeChannel::addFlag(int flag)
{
    m_flags |= flag;
}

void FadeChannel::removeFlag(int flag)
{
    m_flags &= (~flag);
}

void FadeChannel::autoDetect(const Doc *doc)
{
    bool fixtureWasInvalid = false;
    // reset before autodetecting
    setFlags(0);
    m_universe = Universe::invalid();
    m_primaryChannel = QLCChannel::invalid();
    m_address = QLCChannel::invalid();

    /* on invalid fixture, channel number is most likely
     * absolute (SimpleDesk/CueStack do it this way), so attempt
     * a reverse lookup to try and find the Fixture ID */
    if (m_fixture == Fixture::invalidId())
    {
        fixtureWasInvalid = true;
        m_fixture = doc->fixtureForAddress(channel());
    }

    Fixture *fixture = doc->fixture(m_fixture);
    if (fixture == NULL)
    {
        addFlag(FadeChannel::HTP | FadeChannel::Intensity | FadeChannel::CanFade);
    }
    else
    {
        QLCFixtureMode *mode = fixture->fixtureMode();
        m_universe = fixture->universe();
        m_address = fixture->address();

        // if the fixture was invalid at the beginning of this method
        // it means channel was an absolute address, so, fix it
        if (fixtureWasInvalid)
            m_channels[0] -= fixture->address();

        quint32 chIndex = channel();
        m_primaryChannel = mode ? mode->primaryChannel(chIndex) : QLCChannel::invalid();
        m_channelRef = fixture->channel(chIndex);

        // non existing channel within fixture
        if (m_channelRef == NULL)
        {
            addFlag(FadeChannel::HTP | FadeChannel::Intensity | FadeChannel::CanFade);
            return;
        }

        // autodetect the channel type
        if (fixture->channelCanFade(chIndex))
            addFlag(FadeChannel::CanFade);

        if (m_channelRef != NULL && m_channelRef->group() == QLCChannel::Intensity)
            addFlag(FadeChannel::HTP | FadeChannel::Intensity);
        else
            addFlag(FadeChannel::LTP);

        if (fixture->forcedHTPChannels().contains(int(chIndex)))
        {
            removeFlag(FadeChannel::LTP);
            addFlag(FadeChannel::HTP);
        }
        else if (fixture->forcedLTPChannels().contains(int(chIndex)))
        {
            removeFlag(FadeChannel::HTP);
            addFlag(FadeChannel::LTP);
        }
    }
}

quint32 FadeChannel::fixture() const
{
    return m_fixture;
}

quint32 FadeChannel::universe() const
{
    if (m_universe == Universe::invalid())
        return address() / UNIVERSE_SIZE;
    return m_universe;
}

void FadeChannel::addChannel(quint32 num)
{
    m_channels.append(num);
    //qDebug() << "[FadeChannel] ADD channel" << num << "count:" << m_channels.count();

    // on secondary channel, shift values 8bits up
    if (m_channels.count() > 1)
    {
        m_start = m_start << 8;
        m_target = m_target << 8;
        m_current = m_current << 8;
    }
}

int FadeChannel::channelCount() const
{
    if (m_channels.isEmpty())
        return 1;

    return m_channels.count();
}

quint32 FadeChannel::channel() const
{
    return m_channels.isEmpty() ? QLCChannel::invalid() : m_channels.first();
}

int FadeChannel::channelIndex(quint32 channel) const
{
    int idx = m_channels.indexOf(channel);
    return idx < 0 ? 0 : idx;
}

quint32 FadeChannel::primaryChannel() const
{
    return m_primaryChannel;
}

quint32 FadeChannel::address() const
{
    if (m_address == QLCChannel::invalid())
        return channel();

    return (m_address + channel());
}

quint32 FadeChannel::addressInUniverse() const
{
    quint32 addr = address();
    if (addr == QLCChannel::invalid())
        return QLCChannel::invalid();

    return addr % UNIVERSE_SIZE;
}

/************************************************************************
 * Values
 ************************************************************************/

void FadeChannel::setStart(uchar value, int index)
{
    ((uchar *)&m_start)[channelCount() - 1 - index] = value;
}

void FadeChannel::setStart(quint32 value)
{
    m_start = value;
}

uchar FadeChannel::start(int index) const
{
    return ((uchar *)&m_start)[channelCount() - 1 - index];
}

quint32 FadeChannel::start() const
{
    return m_start;
}

void FadeChannel::setTarget(uchar value, int index)
{
    ((uchar *)&m_target)[channelCount() - 1 - index] = value;
}

void FadeChannel::setTarget(quint32 value)
{
    m_target = value;
}

uchar FadeChannel::target(int index) const
{
    return ((uchar *)&m_target)[channelCount() - 1 - index];
}

quint32 FadeChannel::target() const
{
    return m_target;
}

void FadeChannel::setCurrent(uchar value, int index)
{
    ((uchar *)&m_current)[channelCount() - 1 - index] = value;
}

void FadeChannel::setCurrent(quint32 value)
{
    m_current = value;
}

uchar FadeChannel::current(int index) const
{
    return ((uchar *)&m_current)[channelCount() - 1 - index];
}

quint32 FadeChannel::current() const
{
    return m_current;
}

uchar FadeChannel::current(qreal intensity, int index) const
{
    return uchar(floor((qreal(current(index)) * intensity) + 0.5));
}

quint32 FadeChannel::current(qreal intensity) const
{
    return quint32(floor((qreal(m_current) * intensity) + 0.5));
}

void FadeChannel::setReady(bool rdy)
{
    m_ready = rdy;
}

bool FadeChannel::isReady() const
{
    return m_ready;
}

bool FadeChannel::canFade() const
{
    return (m_flags & CanFade) ? true : false;
}

void FadeChannel::setFadeTime(uint ms)
{
    m_fadeTime = ms;
}

uint FadeChannel::fadeTime() const
{
    return m_fadeTime;
}

void FadeChannel::setElapsed(uint time)
{
    m_elapsed = time;
}

uint FadeChannel::elapsed() const
{
    return m_elapsed;
}

uchar FadeChannel::nextStep(uint ms)
{
    if (elapsed() < UINT_MAX)
        setElapsed(elapsed() + ms);

    return calculateCurrent(fadeTime(), elapsed());
}

uchar FadeChannel::calculateCurrent(uint fadeTime, uint elapsedTime)
{
    if (elapsedTime >= fadeTime || m_ready == true)
    {
        // Return the target value if all time has been consumed
        // or if the channel has been marked ready.
        m_current = m_target;
        setReady(true);
    }
    else if (elapsedTime == 0)
    {
        m_current = m_start;
    }
    else
    {
        bool rampUp = m_target > m_start ? true : false;
        m_current = rampUp ? m_target - m_start : m_start - m_target;
        m_current = m_current * (qreal(elapsedTime) / qreal(fadeTime));
        m_current = rampUp ? m_start + m_current : m_start - m_current;
        //qDebug() << "channel" << channel() << "start" << m_start << "target" << m_target << "current" << m_current << "fade" << fadeTime << "elapsed" << elapsedTime ;
    }

    return uchar(m_current);
}

1	/*
2	Q Light Controller
3	fadechannel.cpp
4
5	Copyright (c) Heikki Junnila
6
7	Licensed under the Apache License, Version 2.0 (the "License");
8	you may not use this file except in compliance with the License.
9	You may obtain a copy of the License at
10
11	http://www.apache.org/licenses/LICENSE-2.0.txt
12
13	Unless required by applicable law or agreed to in writing, software
14	distributed under the License is distributed on an "AS IS" BASIS,
15	WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
16	See the License for the specific language governing permissions and
17	limitations under the License.
18	*/
19
20	#include <QDebug>
21	#include <cmath>
22
23	#include "qlcfixturemode.h"
24	#include "fadechannel.h"
25	#include "qlcchannel.h"
26	#include "universe.h"
27	#include "fixture.h"
28
29	FadeChannel::FadeChannel()	60,607✔
30	: m_flags(0)	60,607✔
31	, m_fixture(Fixture::invalidId())	121,214✔
32	, m_universe(Universe::invalid())	60,607✔
33	, m_primaryChannel(QLCChannel::invalid())	60,607✔
34	, m_address(QLCChannel::invalid())	60,607✔
35	, m_channelRef(NULL)	60,607✔
36	, m_start(0)	60,607✔
37	, m_target(0)	60,607✔
38	, m_current(0)	60,607✔
39	, m_ready(false)	60,607✔
40	, m_fadeTime(0)	60,607✔
41	, m_elapsed(0)	121,214✔
42	{
43	}	60,607✔
44
45	FadeChannel::FadeChannel(const FadeChannel& ch)	60,960✔
46	: m_flags(ch.m_flags)	60,960✔
47	, m_fixture(ch.m_fixture)	60,960✔
48	, m_universe(ch.m_universe)	60,960✔
49	, m_primaryChannel(ch.m_primaryChannel)	60,960✔
50	, m_channels(ch.m_channels)	60,960✔
51	, m_address(ch.m_address)	60,960✔
52	, m_channelRef(ch.m_channelRef)	60,960✔
53	, m_start(ch.m_start)	60,960✔
54	, m_target(ch.m_target)	60,960✔
55	, m_current(ch.m_current)	60,960✔
56	, m_ready(ch.m_ready)	60,960✔
57	, m_fadeTime(ch.m_fadeTime)	60,960✔
58	, m_elapsed(ch.m_elapsed)	60,960✔
59	{
60	//qDebug() << Q_FUNC_INFO;
61	}	60,960✔
62
63	FadeChannel::FadeChannel(const Doc *doc, quint32 fxi, quint32 channel)	60,633✔
64	: m_flags(0)	60,633✔
65	, m_fixture(fxi)	60,633✔
66	, m_universe(Universe::invalid())	121,266✔
67	, m_primaryChannel(QLCChannel::invalid())	60,633✔
68	, m_address(QLCChannel::invalid())	60,633✔
69	, m_channelRef(NULL)	60,633✔
70	, m_start(0)	60,633✔
71	, m_target(0)	60,633✔
72	, m_current(0)	60,633✔
73	, m_ready(false)	60,633✔
74	, m_fadeTime(0)	60,633✔
75	, m_elapsed(0)	121,266✔
76	{
77	m_channels.append(channel);	60,633✔
78	autoDetect(doc);	60,633✔
79	}	60,633✔
80
81	FadeChannel::~FadeChannel()	242,792✔
82	{
83	}	242,792✔
84
85	FadeChannel &FadeChannel::operator=(const FadeChannel &fc)	60,604✔
86	{
87	if (this != &fc)	60,604✔
88	{
89	m_flags = fc.m_flags;	60,604✔
90	m_fixture = fc.m_fixture;	60,604✔
91	m_universe = fc.m_universe;	60,604✔
92	m_primaryChannel = fc.m_primaryChannel;	60,604✔
93	m_channels = fc.m_channels;	60,604✔
94	m_channelRef = fc.m_channelRef;	60,604✔
95	m_address = fc.m_address;	60,604✔
96	m_start = fc.m_start;	60,604✔
97	m_target = fc.m_target;	60,604✔
98	m_current = fc.m_current;	60,604✔
99	m_ready = fc.m_ready;	60,604✔
100	m_fadeTime = fc.m_fadeTime;	60,604✔
101	m_elapsed = fc.m_elapsed;	60,604✔
102	}
103
104	return *this;	60,604✔
105	}
106
107	bool FadeChannel::operator==(const FadeChannel& ch) const	2✔
108	{
109	return (m_fixture == ch.m_fixture && channel() == ch.channel());	2✔
110	}
111
112	int FadeChannel::flags() const	11,620,398✔
113	{
114	return m_flags;	11,620,398✔
115	}
116
117	void FadeChannel::setFlags(int flags)	60,633✔
118	{
119	m_flags = flags;	60,633✔
120	}	60,633✔
121
122	void FadeChannel::addFlag(int flag)	173,121✔
123	{
124	m_flags \|= flag;	173,121✔
125	}	173,121✔
126
127	void FadeChannel::removeFlag(int flag)	320,129✔
128	{
129	m_flags &= (~flag);	320,129✔
130	}	320,129✔
131
132	void FadeChannel::autoDetect(const Doc *doc)	60,633✔
133	{
134	bool fixtureWasInvalid = false;	60,633✔
135	// reset before autodetecting
136	setFlags(0);	60,633✔
137	m_universe = Universe::invalid();	60,633✔
138	m_primaryChannel = QLCChannel::invalid();	60,633✔
139	m_address = QLCChannel::invalid();	60,633✔
140
141	/* on invalid fixture, channel number is most likely
142	* absolute (SimpleDesk/CueStack do it this way), so attempt
143	* a reverse lookup to try and find the Fixture ID */
144	if (m_fixture == Fixture::invalidId())	60,633✔
145	{
146	fixtureWasInvalid = true;	60,020✔
147	m_fixture = doc->fixtureForAddress(channel());	60,020✔
148	}
149
150	Fixture *fixture = doc->fixture(m_fixture);	60,633✔
151	if (fixture == NULL)	60,633✔
152	{
153	addFlag(FadeChannel::HTP \| FadeChannel::Intensity \| FadeChannel::CanFade);	60,020✔
154	}
155	else
156	{
157	QLCFixtureMode *mode = fixture->fixtureMode();	613✔
158	m_universe = fixture->universe();	613✔
159	m_address = fixture->address();	613✔
160
161	// if the fixture was invalid at the beginning of this method
162	// it means channel was an absolute address, so, fix it
163	if (fixtureWasInvalid)	613✔
164	m_channels[0] -= fixture->address();	6✔
165
166	quint32 chIndex = channel();	613✔
167	m_primaryChannel = mode ? mode->primaryChannel(chIndex) : QLCChannel::invalid();	613✔
168	m_channelRef = fixture->channel(chIndex);	613✔
169
170	// non existing channel within fixture
171	if (m_channelRef == NULL)	613✔
172	{
173	addFlag(FadeChannel::HTP \| FadeChannel::Intensity \| FadeChannel::CanFade);	3✔
174	return;	3✔
175	}
176
177	// autodetect the channel type
178	if (fixture->channelCanFade(chIndex))	610✔
179	addFlag(FadeChannel::CanFade);	609✔
180
181	if (m_channelRef != NULL && m_channelRef->group() == QLCChannel::Intensity)	610✔
182	addFlag(FadeChannel::HTP \| FadeChannel::Intensity);	139✔
183	else
184	addFlag(FadeChannel::LTP);	471✔
185
186	if (fixture->forcedHTPChannels().contains(int(chIndex)))	610✔
187	{
188	removeFlag(FadeChannel::LTP);	1✔
189	addFlag(FadeChannel::HTP);	1✔
190	}
191	else if (fixture->forcedLTPChannels().contains(int(chIndex)))	609✔
192	{
193	removeFlag(FadeChannel::HTP);	1✔
194	addFlag(FadeChannel::LTP);	1✔
195	}
196	}
197	}
198
199	quint32 FadeChannel::fixture() const	855,250✔
200	{
201	return m_fixture;	855,250✔
202	}
203
204	quint32 FadeChannel::universe() const	5✔
205	{
206	if (m_universe == Universe::invalid())	5✔
207	return address() / UNIVERSE_SIZE;	2✔
208	return m_universe;	3✔
209	}
210
211	void FadeChannel::addChannel(quint32 num)	×
212	{
213	m_channels.append(num);	×
214	//qDebug() << "[FadeChannel] ADD channel" << num << "count:" << m_channels.count();
215
216	// on secondary channel, shift values 8bits up
217	if (m_channels.count() > 1)	×
218	{
219	m_start = m_start << 8;	×
220	m_target = m_target << 8;	×
221	m_current = m_current << 8;	×
222	}
223	}	×
224
225	int FadeChannel::channelCount() const	11,622,329✔
226	{
227	if (m_channels.isEmpty())	11,622,329✔
228	return 1;	×
229
230	return m_channels.count();	11,622,329✔
231	}
232
233	quint32 FadeChannel::channel() const	12,596,834✔
234	{
235	return m_channels.isEmpty() ? QLCChannel::invalid() : m_channels.first();	12,596,834✔
236	}
237
238	int FadeChannel::channelIndex(quint32 channel) const	529✔
239	{
240	int idx = m_channels.indexOf(channel);	529✔
241	return idx < 0 ? 0 : idx;	529✔
242	}
243
244	quint32 FadeChannel::primaryChannel() const	855,226✔
245	{
246	return m_primaryChannel;	855,226✔
247	}
248
249	quint32 FadeChannel::address() const	11,680,935✔
250	{
251	if (m_address == QLCChannel::invalid())	11,680,935✔
252	return channel();	9,957,869✔
253
254	return (m_address + channel());	1,723,066✔
255	}
256
257	quint32 FadeChannel::addressInUniverse() const	11,620,330✔
258	{
259	quint32 addr = address();	11,620,330✔
260	if (addr == QLCChannel::invalid())	11,620,330✔
261	return QLCChannel::invalid();	2✔
262
263	return addr % UNIVERSE_SIZE;	11,620,328✔
264	}
265
266	/************************************************************************
267	* Values
268	************************************************************************/
269
270	void FadeChannel::setStart(uchar value, int index)	529✔
271	{
272	((uchar *)&m_start)[channelCount() - 1 - index] = value;	529✔
273	}	529✔
274
275	void FadeChannel::setStart(quint32 value)	854,976✔
276	{
277	m_start = value;	854,976✔
278	}	854,976✔
279
280	uchar FadeChannel::start(int index) const	×
281	{
282	return ((uchar *)&m_start)[channelCount() - 1 - index];	×
283	}
284
285	quint32 FadeChannel::start() const	526✔
286	{
287	return m_start;	526✔
288	}
289
290	void FadeChannel::setTarget(uchar value, int index)	531✔
291	{
292	((uchar *)&m_target)[channelCount() - 1 - index] = value;	531✔
293	}	531✔
294
295	void FadeChannel::setTarget(quint32 value)	854,986✔
296	{
297	m_target = value;	854,986✔
298	}	854,986✔
299
300	uchar FadeChannel::target(int index) const	×
301	{
302	return ((uchar *)&m_target)[channelCount() - 1 - index];	×
303	}
304
305	quint32 FadeChannel::target() const	19,780✔
306	{
307	return m_target;	19,780✔
308	}
309
310	void FadeChannel::setCurrent(uchar value, int index)	413✔
311	{
312	((uchar *)&m_current)[channelCount() - 1 - index] = value;	413✔
313	}	413✔
314
315	void FadeChannel::setCurrent(quint32 value)	915,228✔
316	{
317	m_current = value;	915,228✔
318	}	915,228✔
319
320	uchar FadeChannel::current(int index) const	529✔
321	{
322	return ((uchar *)&m_current)[channelCount() - 1 - index];	529✔
323	}
324
325	quint32 FadeChannel::current() const	13,030,105✔
326	{
327	return m_current;	13,030,105✔
328	}
329
330	uchar FadeChannel::current(qreal intensity, int index) const	×
331	{
332	return uchar(floor((qreal(current(index)) * intensity) + 0.5));	×
333	}
334
335	quint32 FadeChannel::current(qreal intensity) const	6,581,737✔
336	{
337	return quint32(floor((qreal(m_current) * intensity) + 0.5));	6,581,737✔
338	}
339
340	void FadeChannel::setReady(bool rdy)	6,415,163✔
341	{
342	m_ready = rdy;	6,415,163✔
343	}	6,415,163✔
344
345	bool FadeChannel::isReady() const	3,467✔
346	{
347	return m_ready;	3,467✔
348	}
349
350	bool FadeChannel::canFade() const	11,620,874✔
351	{
352	return (m_flags & CanFade) ? true : false;	11,620,874✔
353	}
354
355	void FadeChannel::setFadeTime(uint ms)	60,896✔
356	{
357	m_fadeTime = ms;	60,896✔
358	}	60,896✔
359
360	uint FadeChannel::fadeTime() const	11,620,493✔
361	{
362	return m_fadeTime;	11,620,493✔
363	}
364
365	void FadeChannel::setElapsed(uint time)	12,475,105✔
366	{
367	m_elapsed = time;	12,475,105✔
368	}	12,475,105✔
369
370	uint FadeChannel::elapsed() const	34,861,185✔
371	{
372	return m_elapsed;	34,861,185✔
373	}
374
375	uchar FadeChannel::nextStep(uint ms)	11,620,394✔
376	{
377	if (elapsed() < UINT_MAX)	11,620,394✔
378	setElapsed(elapsed() + ms);	11,620,389✔
379
380	return calculateCurrent(fadeTime(), elapsed());	11,620,394✔
381	}
382
383	uchar FadeChannel::calculateCurrent(uint fadeTime, uint elapsedTime)	11,621,450✔
384	{
385	if (elapsedTime >= fadeTime \|\| m_ready == true)	11,621,450✔
386	{
387	// Return the target value if all time has been consumed
388	// or if the channel has been marked ready.
389	m_current = m_target;	5,560,443✔
390	setReady(true);	5,560,443✔
391	}
392	else if (elapsedTime == 0)	6,061,007✔
393	{
394	m_current = m_start;	5✔
395	}
396	else
397	{
398	bool rampUp = m_target > m_start ? true : false;	6,061,002✔
399	m_current = rampUp ? m_target - m_start : m_start - m_target;	6,061,002✔
400	m_current = m_current * (qreal(elapsedTime) / qreal(fadeTime));	6,061,002✔
401	m_current = rampUp ? m_start + m_current : m_start - m_current;	6,061,002✔
402	//qDebug() << "channel" << channel() << "start" << m_start << "target" << m_target << "current" << m_current << "fade" << fadeTime << "elapsed" << elapsedTime ;
403	}
404
405	return uchar(m_current);	11,621,450✔
406	}

mcallegari / qlcplus / 27867971263

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