itsmattkc
75d4cd899b
The macro defined namespaces confused the hell out of lupdate and more or less broke translations permanently. Looks like the only way we can do it is to have a hardcoded namespace, which goes against my instinct, but honestly how likely is it that we'll change the namespace anyway (I guess forks might want to do it, but that's their problem ;) )
298 lines
8.7 KiB
C++
298 lines
8.7 KiB
C++
/***
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Olive - Non-Linear Video Editor
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Copyright (C) 2020 Olive Team
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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 3 of the License, or
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(at your option) any later version.
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This program is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU General Public License for more details.
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You should have received a copy of the GNU General Public License
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along with this program. If not, see <http://www.gnu.org/licenses/>.
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***/
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#include "matrix.h"
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#include <QGuiApplication>
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#include <QMatrix4x4>
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#include <QVector2D>
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#include "common/range.h"
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namespace olive {
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MatrixGenerator::MatrixGenerator()
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{
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position_input_ = new NodeInput("pos_in", NodeParam::kVec2, QVector2D());
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AddInput(position_input_);
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rotation_input_ = new NodeInput("rot_in", NodeParam::kFloat, 0.0f);
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AddInput(rotation_input_);
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scale_input_ = new NodeInput("scale_in", NodeParam::kVec2, QVector2D(1.0f, 1.0f));
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scale_input_->set_property("min", QVector2D(0, 0));
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scale_input_->set_property("view", "percent");
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scale_input_->set_property("disabley", true);
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AddInput(scale_input_);
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uniform_scale_input_ = new NodeInput("uniform_scale_in", NodeParam::kBoolean, true);
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uniform_scale_input_->set_is_keyframable(false);
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uniform_scale_input_->set_connectable(false);
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connect(uniform_scale_input_, &NodeInput::ValueChanged, this, &MatrixGenerator::UniformScaleChanged);
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AddInput(uniform_scale_input_);
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anchor_input_ = new NodeInput("anchor_in", NodeParam::kVec2, QVector2D());
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AddInput(anchor_input_);
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}
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Node *MatrixGenerator::copy() const
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{
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return new MatrixGenerator();
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}
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QString MatrixGenerator::Name() const
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{
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return tr("Orthographic Matrix");
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}
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QString MatrixGenerator::ShortName() const
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{
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return tr("Ortho");
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}
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QString MatrixGenerator::id() const
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{
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return QStringLiteral("org.olivevideoeditor.Olive.transform");
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}
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QVector<Node::CategoryID> MatrixGenerator::Category() const
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{
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return {kCategoryGenerator, kCategoryMath};
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}
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QString MatrixGenerator::Description() const
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{
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return tr("Generate an orthographic matrix using position, rotation, and scale.");
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}
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void MatrixGenerator::Retranslate()
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{
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position_input_->set_name(tr("Position"));
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rotation_input_->set_name(tr("Rotation"));
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scale_input_->set_name(tr("Scale"));
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uniform_scale_input_->set_name(tr("Uniform Scale"));
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anchor_input_->set_name(tr("Anchor Point"));
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}
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NodeValueTable MatrixGenerator::Value(NodeValueDatabase &value) const
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{
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// Push matrix output
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QMatrix4x4 mat = GenerateMatrix(value);
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NodeValueTable output = value.Merge();
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output.Push(NodeParam::kMatrix, mat, this);
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return output;
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}
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bool MatrixGenerator::GizmoPress(NodeValueDatabase &db, const QPointF &p, const QVector2D &scale, const QSize &viewport)
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{
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GizmoSharedData gizmo_data(viewport, scale);
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QPointF anchor_pt = GetGizmoAnchorPoint(db, gizmo_data);
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int anchor_radius = GetGizmoAnchorPointRadius();
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if (InRange(p.x(), anchor_pt.x(), anchor_radius * 2.0)
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&& InRange(p.y(), anchor_pt.y(), anchor_radius * 2.0)) {
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gizmo_drag_ = anchor_input_;
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gizmo_start2_ = db[position_input_].Get(NodeParam::kVec2).value<QVector2D>();
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} else {
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gizmo_drag_ = position_input_;
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}
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gizmo_start_ = db[gizmo_drag_].Get(NodeParam::kVec2).value<QVector2D>();
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gizmo_mouse_start_ = p;
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return true;
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}
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void MatrixGenerator::GizmoMove(const QPointF &p, const QVector2D &scale, const rational &time)
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{
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QVector2D movement = 2.0 * QVector2D(p - gizmo_mouse_start_) / scale;
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QVector2D new_pos = gizmo_start_ + movement;
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if (!gizmo_x_dragger_.IsStarted()) {
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gizmo_x_dragger_.Start(gizmo_drag_, time, 0);
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}
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if (!gizmo_y_dragger_.IsStarted()) {
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gizmo_y_dragger_.Start(gizmo_drag_, time, 1);
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}
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gizmo_x_dragger_.Drag(new_pos.x());
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gizmo_y_dragger_.Drag(new_pos.y());
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if (gizmo_drag_ == anchor_input_) {
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// If we're dragging the anchor, counter the position at the same time
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QVector2D new_pos2 = gizmo_start2_ + movement;
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if (!gizmo_x2_dragger_.IsStarted()) {
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gizmo_x2_dragger_.Start(position_input_, time, 0);
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}
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if (!gizmo_y2_dragger_.IsStarted()) {
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gizmo_y2_dragger_.Start(position_input_, time, 1);
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}
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gizmo_x2_dragger_.Drag(new_pos2.x());
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gizmo_y2_dragger_.Drag(new_pos2.y());
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}
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}
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void MatrixGenerator::GizmoRelease()
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{
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gizmo_x_dragger_.End();
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gizmo_y_dragger_.End();
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gizmo_x2_dragger_.End();
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gizmo_y2_dragger_.End();
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}
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bool MatrixGenerator::HasGizmos() const
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{
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return true;
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}
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void MatrixGenerator::DrawGizmos(NodeValueDatabase &db, QPainter *p, const QVector2D &scale, const QSize& viewport) const
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{
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p->setPen(Qt::white);
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GizmoSharedData gizmo_data(viewport, scale);
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{
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// Fold values into a matrix
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QMatrix4x4 matrix;
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matrix.scale(gizmo_data.half_scale);
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matrix *= GenerateMatrix(db, false);
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matrix.scale(gizmo_data.inverted_half_scale);
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// Create rect and transform it
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QVector<QPointF> points = {QPointF(-100, -100),
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QPointF(100, -100),
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QPointF(100, 100),
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QPointF(-100, 100),
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QPointF(-100, -100)};
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QPolygonF poly(points);
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poly = matrix.toTransform().map(poly);
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poly.translate(gizmo_data.half_viewport);
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// Draw square
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p->drawPolyline(poly);
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}
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{
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// Draw anchor point marker (with no anchor point translation)
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QPointF pt = GetGizmoAnchorPoint(db, gizmo_data);
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// Draw anchor point
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int anchor_pt_radius = GetGizmoAnchorPointRadius();
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p->drawEllipse(pt, anchor_pt_radius, anchor_pt_radius);
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p->drawLines({QLineF(pt.x() - anchor_pt_radius, pt.y(),
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pt.x() + anchor_pt_radius, pt.y()),
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QLineF(pt.x(), pt.y() - anchor_pt_radius,
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pt.x(), pt.y() + anchor_pt_radius)});
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}
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}
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QMatrix4x4 MatrixGenerator::GenerateMatrix(NodeValueDatabase &value) const
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{
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return GenerateMatrix(value[position_input_].Take(NodeParam::kVec2).value<QVector2D>(),
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value[rotation_input_].Take(NodeParam::kFloat).toFloat(),
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value[scale_input_].Take(NodeParam::kVec2).value<QVector2D>(),
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value[uniform_scale_input_].Take(NodeParam::kBoolean).toBool(),
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value[anchor_input_].Take(NodeParam::kVec2).value<QVector2D>());
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}
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QMatrix4x4 MatrixGenerator::GenerateMatrix(NodeValueDatabase &value, bool ignore_anchor) const
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{
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QVector2D anchor;
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if (!ignore_anchor) {
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anchor = value[anchor_input_].Get(NodeParam::kVec2).value<QVector2D>();
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}
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return GenerateMatrix(value[position_input_].Get(NodeParam::kVec2).value<QVector2D>(),
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value[rotation_input_].Get(NodeParam::kFloat).toFloat(),
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value[scale_input_].Get(NodeParam::kVec2).value<QVector2D>(),
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value[uniform_scale_input_].Get(NodeParam::kBoolean).toBool(),
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anchor);
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}
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QMatrix4x4 MatrixGenerator::GenerateMatrix(const QVector2D& pos,
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const float& rot,
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const QVector2D& scale,
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bool uniform_scale,
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const QVector2D& anchor)
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{
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QMatrix4x4 mat;
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// Position
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mat.translate(pos);
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// Rotation
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mat.rotate(rot, 0, 0, 1);
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// Scale (convert to a QVector3D so that the identity matrix is preserved if all values are 1.0f)
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QVector3D full_scale;
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if (uniform_scale) {
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full_scale = QVector3D(scale.x(), scale.x(), 1.0f);
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} else {
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full_scale = QVector3D(scale, 1.0f);
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}
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mat.scale(full_scale);
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// Anchor Point
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mat.translate(-anchor);
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return mat;
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}
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QPointF MatrixGenerator::GetGizmoAnchorPoint(NodeValueDatabase &db,
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const GizmoSharedData& gizmo_data) const
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{
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QMatrix4x4 matrix;
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matrix.scale(gizmo_data.half_scale);
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matrix *= GenerateMatrix(db, true);
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matrix.scale(gizmo_data.inverted_half_scale);
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QPointF pt = matrix.toTransform().map(QPointF());
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pt += gizmo_data.half_viewport;
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return pt;
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}
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int MatrixGenerator::GetGizmoAnchorPointRadius()
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{
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return QFontMetrics(qApp->font()).height() / 2;
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}
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void MatrixGenerator::UniformScaleChanged()
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{
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scale_input_->set_property("disabley", uniform_scale_input_->get_standard_value().toBool());
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}
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MatrixGenerator::GizmoSharedData::GizmoSharedData(const QSize &viewport, const QVector2D &scale)
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{
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half_viewport = QPointF(viewport.width() / 2, viewport.height() / 2);
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half_scale = scale * 0.5;
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inverted_half_scale = QVector2D(1.0f / half_scale.x(), 1.0f / half_scale.y());
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}
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}
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