Console_State::Console_State()
: m_virtual_screen(Point2f(0.0f, 0.0f), Point2f(float(get_Window().get_width() * 600.0f / get_Window().get_height()), 600.0f)),
m_projector(m_virtual_screen),
m_bg(Vertex2f_Color(Point2f(0.0f, 0.0f), get_Colors()["console_border"]),
Vertex2f_Color(Point2f(0.0f, 54.0f + 7.0f * get_Fonts()["system_36_x600"].get_text_height()), get_Colors()["console_border"]),
Vertex2f_Color(Point2f(m_virtual_screen.second.x, 54.0f + 7.0f * get_Fonts()["system_36_x600"].get_text_height()), get_Colors()["console_border"]),
Vertex2f_Color(Point2f(m_virtual_screen.second.x, 0.0f), get_Colors()["console_border"])),
m_log(Point2f(18.0f, 18.0f),
Point2f(m_virtual_screen.second.x - 18.0f,
18.0f + 6.0f * get_Fonts()["system_36_x600"].get_text_height()),
"system_36_x600",
"",
get_Colors()["console_foreground"],
false),
m_prompt(Point2f(18.0f, 36.0f + 6.0f * get_Fonts()["system_36_x600"].get_text_height()),
Point2f(m_virtual_screen.second.x - 18.0f,
36.0f + 7.0f * get_Fonts()["system_36_x600"].get_text_height()),
"system_36_x600",
"",
get_Colors()["console_foreground"],
true),
m_log_dirty(false),
m_child(0)
{
m_functions["args"] = new Console_Function;
m_log.give_BG_Renderer(new Widget_Renderer_Color(get_Colors()["console_background"]));
m_prompt.give_BG_Renderer(new Widget_Renderer_Color(get_Colors()["console_background"]));
}
void Logo::create_thick_line(const Point2f &p0, const Point2f &p1, const float &thickness, const Color &color) {
const Vector3f n = (vector_k % (Vector3f(p1.x, p1.y, 0.0f) - Vector3f(p0.x, p0.y, 0.0f))).normalized() * thickness;
Quadrilateral<Vertex2f_Color> q( (Vertex2f_Color(Point2f(p0.x - n.x, p0.y - n.y), color)) ,
(Vertex2f_Color(Point2f(p0.x + n.x, p0.y + n.y), color)) ,
(Vertex2f_Color(Point2f(p1.x + n.x, p1.y + n.y), color)) ,
(Vertex2f_Color(Point2f(p1.x - n.x, p1.y - n.y), color)) );
Material m("", color);
q.fax_Material(&m);
m_vbo->fax_quadrilateral(&q);
}
void Logo::create_circle(const Point2f &p, const float &radius, const Color &color, const size_t &segments, const size_t &begin, const size_t &end) {
const float arc = 2.0f * pi / segments;
Triangle<Vertex2f_Color> t(Vertex2f_Color(p, color),
Vertex2f_Color(Point2f(), color),
Vertex2f_Color(Point2f(), color));
Material m("", color);
t.fax_Material(&m);
for(size_t i = begin; i != segments && i != end; ++i) {
t.b.position.x = p.x - radius * sin(arc * i);
t.b.position.y = p.y - radius * cos(arc * i);
t.c.position.x = p.x - radius * sin(arc * (i + 1));
t.c.position.y = p.y - radius * cos(arc * (i + 1));
m_vbo->fax_triangle(&t);
}
}
void Logo::create_hollow_ellipse(const Point2f &p, const Point2f &inner_radius, const Point2f &outer_radius, const Color &color, const size_t &segments, const size_t &begin, const size_t &end) {
const float arc = 2.0f * pi / segments;
Quadrilateral<Vertex2f_Color> q(Vertex2f_Color(p, color),
Vertex2f_Color(p, color),
Vertex2f_Color(p, color),
Vertex2f_Color(p, color));
Material m("", color);
q.fax_Material(&m);
for(size_t i = begin; i != segments && i != end; ++i) {
q.a.position.x = p.x - inner_radius.x * sin(arc * i);
q.a.position.y = p.y - inner_radius.y * cos(arc * i);
q.b.position.x = p.x - outer_radius.x * sin(arc * i);
q.b.position.y = p.y - outer_radius.y * cos(arc * i);
q.c.position.x = p.x - outer_radius.x * sin(arc * (i + 1));
q.c.position.y = p.y - outer_radius.y * cos(arc * (i + 1));
q.d.position.x = p.x - inner_radius.x * sin(arc * (i + 1));
q.d.position.y = p.y - inner_radius.y * cos(arc * (i + 1));
m_vbo->fax_quadrilateral(&q);
}
}