// draws the bullet to the screen
void Bullet::drawBullet() {
// get points and draw the bullet
set_fill_color(this->color);
draw_rectangle_filled(this->pos.x, this->pos.y, size, size / 2);
set_fill_color(WHITE);
}
void J_Text_Box::set_colors(J_Color_RGBA<j_float> i_cursor_color
, J_Color_RGBA<j_float> i_fill_color, J_Color_RGBA<j_float> i_outline_color){
set_cursor_color(i_cursor_color);
set_fill_color(i_fill_color);
set_outline_color(i_outline_color);
}
void
NodeView::on_property(machina::URIInt key, const Atom& value)
{
static const uint32_t active_color = 0x408040FF;
static const uint32_t active_border_color = 0x00FF00FF;
if (key == URIs::instance().machina_selector) {
if (value.get<int32_t>()) {
set_dash_length(4.0);
} else {
set_dash_length(0.0);
}
} else if (key == URIs::instance().machina_initial) {
set_border_width(value.get<int32_t>() ? 4.0 : 1.0);
set_is_source(value.get<int32_t>());
} else if (key == URIs::instance().machina_active) {
if (value.get<int32_t>()) {
if (get_fill_color() != active_color) {
set_fill_color(active_color);
set_border_color(active_border_color);
}
} else if (get_fill_color() == active_color) {
set_default_colors();
}
} else if (key == URIs::instance().machina_enter_action) {
const uint64_t action_id = value.get<int32_t>();
MachinaCanvas* canvas = dynamic_cast<MachinaCanvas*>(this->canvas());
_enter_action_connection.disconnect();
_enter_action = canvas->app()->client_model()->find(action_id);
if (_enter_action) {
_enter_action_connection = _enter_action->signal_property.connect(
sigc::mem_fun(this, &NodeView::on_action_property));
for (auto i : _enter_action->properties()) {
on_action_property(i.first, i.second);
}
}
}
}
// draws the player to the screen
void Player::drawPlayer() {
set_fill_color(WHITE);
int size = this->size;
int xSize = this->facingEast ? size : size * -1;
int x = this->pos.x;
int y = this->pos.y;
// draw the bill
Point billP1 = Point::Point(x - xSize, y - size / 2);
Point billP2 = Point::Point(x + xSize / 2, y - size);
draw_rectangle_filled(billP1, billP2);
// draw the head
draw_square(x, y - size, size / 2);
// draw the eyes
draw_circle_filled(x - xSize / 4, y - (size * 12 / 11), size / 8);
draw_circle_filled(x + xSize / 8, y - (size * 12 / 11), size / 8);
// draw the left arm
draw_square(x - xSize, y, size / 2);
// draw the right arm
draw_square(x + xSize, y, size / 2);
// draw the left foot
Point leftFootP1 = Point::Point(x - xSize, y + size);
Point leftFootP2 = Point::Point(x + (xSize * 1/10), y + (size * 12/10));
draw_rectangle_filled(leftFootP1, leftFootP2);
// draw the right arm
Point rightFootP1 = Point::Point(x + xSize, y + size);
Point rightFootP2 = Point::Point(x + (xSize * 1/10), y + (size * 12/10));
draw_rectangle_filled(rightFootP1, rightFootP2);
}
void WMFUpdateState::SelectObject(int nIndex)
{
ASSERT(nIndex < m_cpaGdiObjects.GetSize());
if (nIndex != -1 && nIndex < m_cpaGdiObjects.GetSize())
{
CWMFGdiObject* pObject = (CWMFGdiObject*)m_cpaGdiObjects.GetAt(nIndex);
ASSERT(pObject != NULL);
if (pObject != NULL)
{
// We have an object.
switch (pObject->m_nType)
{
case CWMFGdiObject::Brush:
{
m_DCState.m_nCurrentBrush = nIndex;
CWMFBrushObject* pBrush = (CWMFBrushObject*)pObject;
// Handle the interior style.
switch (pBrush->m_LogBrush.lbStyle)
{
case BS_NULL:
{
set_interior_style(STYLE_Empty);
break;
}
case BS_HATCHED:
{
set_interior_style(STYLE_Hatch);
// set_hatch_index(?);
break;
}
case BS_PATTERN:
{
set_interior_style(STYLE_Pattern);
break;
}
default:
case BS_SOLID:
{
set_interior_style(STYLE_Solid);
break;
}
}
// Handle the interior color.
set_fill_color(RGBToOutlineColor(pBrush->m_LogBrush.lbColor));
break;
}
case CWMFGdiObject::Pen:
{
m_DCState.m_nCurrentPen = nIndex;
CWMFPenObject* pPen = (CWMFPenObject*)pObject;
// Handle the edge visibility.
set_edge_visibility(pPen->m_LogPen.lopnStyle != PS_NULL);
// Handle the line/edge color.
OUTLINE_COLOR Color = RGBToOutlineColor(pPen->m_LogPen.lopnColor);
set_line_color(Color);
set_edge_color(Color);
// TRACE("Select Pen - Style: %u; Width: %d, %d; Color: %08lx\n",
// pPen->m_LogPen.lopnStyle,
// pPen->m_LogPen.lopnWidth.x,
// pPen->m_LogPen.lopnWidth.y,
// pPen->m_LogPen.lopnColor);
// Handle the line/edge width.
int nWidth = (pPen->m_LogPen.lopnWidth.y > pPen->m_LogPen.lopnWidth.x)
? pPen->m_LogPen.lopnWidth.y : pPen->m_LogPen.lopnWidth.x;
set_edge_width((short)nWidth);
set_line_width((short)nWidth);
break;
}
case CWMFGdiObject::Font:
{
m_DCState.m_nCurrentFont = nIndex;
SetCurrentFont(((CWMFFontObject*)pObject)->m_LogFont);
break;
}
case CWMFGdiObject::Palette:
{
m_DCState.m_nCurrentPalette = nIndex;
SetCurrentPalette(((CWMFPaletteObject*)pObject)->m_pPalette);
break;
}
default:
{
// Invalid GDI object type.
ASSERT(FALSE);
break;
}
}
}
}
}
void
NodeView::set_default_colors()
{
set_fill_color(_default_fill_color);
set_border_color(_default_border_color);
}
