XTreeBranch::XTreeBranch(XTree* tree_, XTreeBranch* previous_, uint width_, ofVec2f start_, ofVec2f end_) :
m_tree(tree_),
previous(previous_),
m_age(0),
m_active(false),
m_start(start_),
m_end(end_),
m_currentStart(start_),
m_currentEnd(start_),
m_justActivated(true),
m_growthTime(0.F),
m_width(width_) {
m_length = ofDist(m_start.x, m_start.y, m_end.x, m_end.y);
ofPoint thisStart(m_start.x, m_start.y, 0);
ofPoint thisEnd(m_end.x, m_end.y, 0);
m_rotation = ofAngle(thisStart, thisEnd);
m_startPosition.x = m_start.x + m_width/2 * sin(m_rotation);
m_startPosition.y = m_start.y - m_width/2 * cos(m_rotation);
this->m_level = (previous_ ? previous_->m_level + 1 : 0);
m_image = g_images[(size_t)ofRandom(g_images.size())];
m_growthTime = ofRandom(g_growthMin, g_growthMax);
m_timer.set();
#ifndef XTREES_SCREENSAVER
std::vector<float> msg;
msg.push_back(m_growthTime); // time
msg.push_back(-45.f + 90.F * (float)m_start.x / (float)g_scene.width); // panning
InteractiveAudio::instance()->sendFloatList(kNewBranch, msg);
#endif
m_timer.setAlarm(m_growthTime);
m_numChildren = 2 + (m_level + ofRandom(g_fertility)) / 3;
m_positions.resize(m_numChildren);
for (int i = 0; i < m_numChildren; ++i)
m_positions[i] = i;
std::random_shuffle(m_positions.begin(), m_positions.end());
m_numLeaves = g_leavesFertility;
stemProportions.resize(m_numLeaves);
leaves.resize(m_numLeaves);
usedLeaves.resize(m_numLeaves);
leavesAngles.resize(m_numLeaves);
for (int i = 0; i < m_numLeaves; ++i) {
stemProportions[i] = ofRandom(m_length);
leavesAngles[i] = .0f;// ofRandomuf() * M_PI/7.f;
leaves[i] = NULL;
usedLeaves[i] = false;
}
}
float ofAngle(const ofVec3f & vec) {
ofVec2f v(vec);
return ofAngle(v);
}
