bool RequestBall::mouseOver(TextArea& textarea, vec2& mouse) {
//within 3 pixels
vec2 from_mouse = pos - mouse;
if( glm::dot(from_mouse, from_mouse) < 36.0f) {
std::vector<std::string> content;
content.push_back( std::string( le->path ) );
content.push_back( " " );
if(le->vhost.size()>0) content.push_back( std::string("Virtual-Host: ") + le->vhost );
content.push_back( std::string("Remote-Host: ") + le->hostname );
if(le->referrer.size()>0) content.push_back( std::string("Referrer: ") + le->referrer );
if(le->user_agent.size()>0) content.push_back( std::string("User-Agent: ") + le->user_agent );
textarea.setText(content);
textarea.setPos(mouse);
textarea.setColour(colour);
return true;
}
return false;
}
bool Summarizer::mouseOver(TextArea& textarea, vec2 mouse) {
mouseover=false;
if(right && mouse.x < pos_x) return false;
if(mouse.y < top_gap || mouse.y > (display.height-bottom_gap)) return false;
if(items.empty()) return false;
float y = mouse.y;
for(SummItem& item : items) {
if(item.departing) continue;
if(item.pos.y<=y && (item.pos.y+font.getMaxHeight()+4) > y) {
if(mouse.x< item.pos.x || mouse.x > item.pos.x + item.width) continue;
std::vector<std::string> content;
textarea.setText(item.unit.expanded);
textarea.setColour(vec3(item.colour));
textarea.setPos(mouse);
mouseover=true;
return true;
}
}
return false;
}
bool Paddle::mouseOver(TextArea& textarea, vec2& mouse) {
if(pos.x <= mouse.x && pos.x + width >= mouse.x && abs(pos.y - mouse.y) < height/2) {
std::vector<std::string> content;
content.push_back( token );
textarea.setText(content);
textarea.setPos(mouse);
textarea.setColour(vec3(colour));
return true;
}
return false;
}