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menu.h
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menu.h
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#pragma once
#include "context.h"
#include "wrappers.h"
// changes to improve and not make it 1:1 supremacy
// tabs at top with tiny bar underneath them
// skeet bar at top
// 3 columns
// hover/highlight animation on items
// colorpicker stays open
// textured background
// tab in animations: all controls fade in, sliders fill up to their position
// checkboes fill up from center when pressed
// dropdown closing animation
namespace UI
{
class c_cursor
{
int cursor_x{ }, cursor_y{ };
float hue_cycle{ };
public:
void handle( )
{
g_input.get_cursor_pos( cursor_x, cursor_y );
hue_cycle = std::clamp<float>( hue_cycle + 0.002f, 0.f, 1.f );
draw( );
}
void draw( )
{
const UIcolor_t outer_color( 3, 6, 26, 215 );
const UIcolor_t inner_color( 255, 255, 255, 255 ); //color_t::FromHSB( hue_cycle, 1.0f, 1.0f )
#pragma warning( push )
#pragma warning( disable : 4244 )
UI::_filled_rect( outer_color, cursor_x + 1.0f, cursor_y, 1, 17 );
for ( int i = 0; i < 11; i++ )
UI::_filled_rect( outer_color, cursor_x + 2 + i, cursor_y + 1 + i, 1, 1 );
UI::_filled_rect( outer_color, cursor_x + 8, cursor_y + 12, 5, 1 );
UI::_filled_rect( outer_color, cursor_x + 8, cursor_y + 13, 1, 1 );
UI::_filled_rect( outer_color, cursor_x + 9, cursor_y + 14, 1, 2 );
UI::_filled_rect( outer_color, cursor_x + 10, cursor_y + 16, 1, 2 );
UI::_filled_rect( outer_color, cursor_x + 8, cursor_y + 18, 2, 1 );
UI::_filled_rect( outer_color, cursor_x + 7, cursor_y + 16, 1, 2 );
UI::_filled_rect( outer_color, cursor_x + 6, cursor_y + 14, 1, 2 );
UI::_filled_rect( outer_color, cursor_x + 5, cursor_y + 13, 1, 1 );
UI::_filled_rect( outer_color, cursor_x + 4, cursor_y + 14, 1, 1 );
UI::_filled_rect( outer_color, cursor_x + 3, cursor_y + 15, 1, 1 );
UI::_filled_rect( outer_color, cursor_x + 2, cursor_y + 16, 1, 1 );
for ( int i = 0; i < 4; i++ )
UI::_filled_rect( inner_color, cursor_x + 2 + i, cursor_y + 2 + i, 1, 14 - ( i * 2 ) );
UI::_filled_rect( inner_color, cursor_x + 6, cursor_y + 6, 1, 8 );
UI::_filled_rect( inner_color, cursor_x + 7, cursor_y + 7, 1, 9 );
for ( int i = 0; i < 4; i++ )
UI::_filled_rect( inner_color, cursor_x + 8 + i, cursor_y + 8 + i, 1, 4 - i );
UI::_filled_rect( inner_color, cursor_x + 8, cursor_y + 14, 1, 4 );
UI::_filled_rect( inner_color, cursor_x + 9, cursor_y + 16, 1, 2 );
#pragma warning( pop )
}
};
class c_control
{
public:
vec2 m_start;
vec2 m_bounds;
vec2 m_end;
int m_cursor_x;
int m_cursor_y;
float m_drag_x;
float m_drag_y;
float m_alpha = 255;
bool m_dragging;
bool m_should_draw = true;
bool m_is_inside;
int m_tab;
size_t m_current_tab;
__forceinline bool is_inside( const float& x, const float& y, const float& w, const float& h )
{
return m_cursor_x > x && m_cursor_x < x + w && m_cursor_y > y && m_cursor_y < y + h + 1.0f;
}
__forceinline bool __is_inside( const float& x, const float& y, const float& w, const float& h )
{
return m_cursor_x > x && m_cursor_x < w && m_cursor_y > y && m_cursor_y < h + 1.0f;
}
};
class c_window_data
{
public:
bool m_first_click{ };
bool m_left_click{ };
bool m_right_click{ };
bool m_ignore{ };
float m_x{ };
float m_y{ };
UIcolor_t m_color = UIcolor_t( 181, 0, 41, 255 );
int m_alpha = 0;
float m_animation_progress = 0.f;
};
class c_window : public c_control
{
bool m_is_open{ };
bool m_was_open{ };
bool m_should_open = true;
vec2 m_window_size{ };
c_window_data m_data{ };
const float m_edge_size = 8.f;
bool m_is_inside_edge{ };
void draw_box( float x, float y, float w, float h ) const
{
// draw black background
UI::filled_rect( UIcolor_t( 1, 1, 1, m_data.m_alpha ), x, y, x + w, y + h );
// draw grey edge
UI::filled_rect( UIcolor_t( 44, 44, 44, m_data.m_alpha ), x + 1.f, y + 1.f, x + w - 1.f, y + h - 1.f );
// draw inner box
UI::filled_rect( UIcolor_t( 9, 9, 9, m_data.m_alpha ), x + 2.f, y + 2.f, x + w - 2.f, y + h - 2.f );
};
void draw_watermark ( float x, float y, float w, float h )
{
const UIcolor_t text_shadow( 0, 0, 0, m_data.m_alpha );
const UIcolor_t text_color( 206, 206, 206, m_data.m_alpha );
std::string time = xors( __DATE__ );
std::string username = xors( "SenatorII" );
std::string watermark = time + xors( " | " ) + username;
float text_w = UI::text_width( watermark.c_str( ) );
float text_x = x + w - text_w - 5.f;
float text_y = y + h - 16.f;
UI::string( text_shadow, text_x + 1.f, text_y + 1.f, false, watermark.c_str( ) );
UI::string( text_color, text_x, text_y, false, watermark.c_str( ) );
};
public:
c_window( float x = 100.f, float y = 100.f, float w = 482.f, float h = 500.f )
{
m_start = vec2( x , y );
m_window_size = vec2( w, h );
m_bounds = vec2( w + 40.f, h + 60.f );
m_end = m_start + m_bounds;
}
bool is_open( ) const { return m_is_open; }
bool handle( std::vector<std::string>& tabs, UIcolor_t color )
{
if ( g_input.is_key_pressed( KEYS_INSERT ) )
{
if ( !m_was_open )
{
m_should_open = !m_should_open;
UI::util::set_mouse_state( !m_should_open );
}
m_was_open = true;
}
else
m_was_open = false;
if ( ctx.m_settings.menu_fade_speed > 0 )
m_data.m_alpha = std::clamp<int>( m_should_open ? ( m_data.m_alpha + ctx.m_settings.menu_fade_speed ) : ( m_data.m_alpha - ctx.m_settings.menu_fade_speed ), 0, 255 );
else
m_data.m_alpha = std::clamp<int>( m_should_open ? ( m_data.m_alpha + 255 ) : ( m_data.m_alpha - 255 ), 0, 255 ); // sorry
if ( ctx.m_settings.menu_rainbow )
ctx.m_settings.menu_color( ) = ( m_data.m_color = UI::UIcolor_t::get_rainbow( m_data.m_alpha ) ).to_renderer_color( );
else
m_data.m_color = color;
m_data.m_color.A = m_data.m_alpha;
m_is_open = m_data.m_alpha > 0;
if ( !m_is_open )
return false;
g_input.get_cursor_pos( m_cursor_x, m_cursor_y );
m_is_inside = m_cursor_x > m_start.x && m_cursor_x < m_start.x + m_bounds.x && m_cursor_y > m_start.y && m_cursor_y < m_start.y + m_bounds.y;
m_is_inside_edge = m_is_inside && ( ( m_cursor_x > m_start.x + m_bounds.x - m_edge_size || m_cursor_x < m_start.x + m_edge_size ) || ( m_cursor_y > m_start.y + m_bounds.y - m_edge_size || m_cursor_y < m_start.y + m_edge_size ) );
// update data
m_data.m_first_click = !m_data.m_left_click && g_input.is_key_pressed( KEYS_MOUSE1 );
m_data.m_left_click = g_input.is_key_pressed( KEYS_MOUSE1 );
m_data.m_right_click = g_input.is_key_pressed( KEYS_MOUSE2 );
m_data.m_animation_progress = std::clamp<float>( m_data.m_animation_progress + 0.05f, 0.f, 1.f );
if ( !m_data.m_left_click )
m_data.m_ignore = false;
if ( m_dragging && !m_data.m_left_click )
m_dragging = false;
if ( m_data.m_first_click && m_is_inside_edge )
{
m_dragging = true;
m_drag_x = m_cursor_x - m_start.x;
m_drag_y = m_cursor_y - m_start.y;
}
if ( m_dragging )
{
m_start.x = std::clamp( static_cast< float >( m_cursor_x - m_drag_x ), 0.0f, static_cast< float >( UI::util::screen_width() ) - m_bounds.x );
m_start.y = std::clamp( static_cast< float >( m_cursor_y - m_drag_y ), 0.0f, static_cast< float >( UI::util::screen_height( ) ) - m_bounds.y );
}
m_end = m_start + m_bounds;
// very transparent background
{
// i also want to draw a texture here, cheat logo or something, instead of text here v
UI::lily_string( UIcolor_t( 1.0f, 1.0f, 1.0f, 0.5f * m_data.m_alpha ), 100.0f, 10.0f, false, "placeholderbot" );
UI::filled_rect( UIcolor_t( 1, 1, 1, 0.5f * m_data.m_alpha ), 0.0f, 0.0f, UI::util::screen_width( ), UI::util::screen_height( ) );
}
// draw black background
UI::filled_rect( UIcolor_t( 1, 1, 1, m_data.m_alpha ), m_start.x, m_start.y, m_end.x, m_end.y );
// draw outer light grey box
UI::filled_rect( UIcolor_t( 57, 57, 57, m_data.m_alpha ), m_start.x + 1.f, m_start.y + 1.f, m_end.x - 1.f, m_end.y - 1.f );
// draw dark grey box
UI::filled_rect( UIcolor_t( 35, 35, 35, m_data.m_alpha ), m_start.x + 2.f, m_start.y + 2.f, m_end.x - 2.f, m_end.y - 2.f );
// draw inner light grey box
UI::filled_rect( UIcolor_t( 57, 57, 57, m_data.m_alpha ), m_start.x + 5.f, m_start.y + 5.f, m_end.x - 5.f, m_end.y - 5.f );
// draw main menu background
UI::filled_rect( UIcolor_t( 4, 4, 4, m_data.m_alpha ), m_start.x + 6.f, m_start.y + 6.f, m_end.x - 6.f, m_end.y - 6.f );
// draw skeet bar
UI::skeet_rect( m_data.m_alpha, m_start.x + 6.0f, m_start.y + 6.0f, m_end.x - 6.0f, m_start.y + 8.0f );
// draw main box
draw_box( m_start.x + 20.f, m_start.y + 40.f, m_window_size.x, m_window_size.y );
// draw date/username
draw_watermark( m_start.x + 20.f, m_start.y + 40.f, m_window_size.x, m_window_size.y );
// tabz
const UIcolor_t text_color( 153, 153, 153, m_data.m_alpha );
const UIcolor_t text_color_shadow( 0, 0, 0, m_data.m_alpha );
const UIcolor_t tab_color ( 36, 36, 36, m_data.m_alpha );
const UIcolor_t tab_color_shadow ( 0, 0, 0, m_data.m_alpha / 2 );
const UIcolor_t tab_color_selected = m_data.m_color;
UIcolor_t tab_color_hovered = tab_color_selected;
tab_color_hovered.A /= 2;
// spacing per tab
float tab_spacing = 3.f;
// total used by spacing
float spacing = ( tabs.size( ) ) * tab_spacing;
// tab width
float tab_width = ( m_window_size.x - spacing ) / tabs.size( );
for ( size_t i = 0; i < tabs.size( ); i++ )
{
float tab_x = m_start.x + 20.f + ( tab_width + tab_spacing ) * i;
float tab_y = m_start.y + 30.f;
float text_x = tab_x + ( tab_width * 0.5f );
float text_y = tab_y - 14.f;
UI::string( text_color_shadow, text_x + 1.f, text_y + 1.f, true, tabs.at( i ).c_str( ) );
UI::string( text_color, text_x, text_y, true, tabs.at( i ).c_str( ) );
UI::filled_rect( m_current_tab == i ? tab_color_selected : tab_color, tab_x, tab_y, tab_x + tab_width, tab_y + 4.f );
UI::filled_rect( tab_color_shadow, tab_x, tab_y + 2.f, tab_x + tab_width, tab_y + 4.f );
if ( is_inside( tab_x, tab_y - 16.f, tab_width, 20.f ) && m_current_tab != i )
{
//select it if we are inside it and pressing
if ( m_data.m_first_click )
{
m_current_tab = i;
m_data.m_animation_progress = 0.f;
}
else
{
UI::filled_rect( tab_color_hovered, tab_x, tab_y, tab_x + tab_width, tab_y + 4.f );
UI::filled_rect( tab_color_shadow, tab_x, tab_y + 2.f, tab_x + tab_width, tab_y + 4.f );
}
}
}
return true;
}
void column_left ( )
{
m_data.m_x = m_start.x + 50.f;
m_data.m_y = m_start.y + 60.f;
}
void column_right( )
{
m_data.m_x = m_start.x + 280.f;
m_data.m_y = m_start.y + 60.f;
}
c_window_data* data()
{
return &m_data;
}
};
class c_groupbox : public c_control
{
const char* m_text { };
public:
void start( c_window_data* data, const char* text )
{
m_text = text;
m_start = vec2( data->m_x - 10.f, data->m_y + 5.f );
// setup coord for next item
data->m_y += 15.f;
}
void end( c_window_data* data )
{
m_end = vec2( data->m_x - 10.f, data->m_y + 5.f );
// setup coord for next item
data->m_y += 15.f;
draw( data );
}
void draw( c_window_data* data )
{
UIcolor_t text_color( 206, 206, 206, data->m_alpha );
UIcolor_t shadow_color( 0, 0, 0, data->m_alpha );
UIcolor_t edge_color( 44, 44, 44, data->m_alpha );
float width = 211.f;
float text_width = UI::text_width( m_text );
// top
UI::line( edge_color, m_start.x, m_start.y, m_start.x + 8.f, m_start.y );
UI::line( edge_color, m_start.x + 12.f + text_width, m_start.y, m_start.x + width, m_start.y );
// left
UI::line( edge_color, m_start.x, m_start.y, m_end.x, m_end.y );
// right
UI::line( edge_color, m_start.x + width, m_start.y, m_end.x + width, m_end.y + 1.f );
UI::line( shadow_color, m_start.x + width + 1.f, m_start.y, m_end.x + width + 1.f, m_end.y + 1.f );
// bottom
UI::line( edge_color, m_end.x, m_end.y, m_end.x + width + 1.f, m_end.y );
UI::line( shadow_color, m_end.x, m_end.y + 1.f, m_end.x + width + 2.f, m_end.y + 1.f);
if ( m_text )
{
UI::string( shadow_color, m_start.x + 10.f + 1.f, m_start.y + 1.f - 6.f, false, m_text );
UI::string( text_color, m_start.x + 10.f, m_start.y - 6.f, false, m_text );
}
}
};
class c_label : public c_control
{
const char* m_text { };
public:
c_label( )
{
}
void draw( c_window_data* data )
{
UIcolor_t text_color ( 206, 206, 206, data->m_alpha );
UIcolor_t text_shadow ( 0, 0, 0, data->m_alpha );
if ( m_text )
{
UI::string( text_shadow, m_start.x + 20.f + 1.f, m_start.y + 1.f - 3.f, false, m_text );
UI::string( text_color, m_start.x + 20.f, m_start.y - 3.f, false, m_text );
}
}
void handle( c_window_data* data, const char* text )
{
m_text = text;
m_start = vec2( data->m_x, data->m_y );
// setup coord for next item
data->m_y += 15.f;
draw( data );
}
};
class c_checkbox : public c_control
{
const char* m_text{ };
bool* m_value{ };
public:
c_checkbox( )
{
m_bounds = vec2( 8, 8 );
}
void draw( c_window_data* data )
{
UIcolor_t text_color ( 206, 206, 206, data->m_alpha );
UIcolor_t text_shadow ( 0, 0, 0, data->m_alpha );
if ( m_text )
{
UI::string( text_shadow, m_start.x + 20.f + 1.f, m_start.y + 1.f - 3.f, false, m_text );
UI::string( text_color, m_start.x + 20.f, m_start.y - 3.f, false, m_text );
}
// outer edge
UI::filled_rect( UIcolor_t( 0, 0, 0, data->m_alpha ), m_start.x, m_start.y, m_start.x + m_bounds.x, m_start.y + m_bounds.y );
// inner box empty
UIcolor_t empty_color_top = UIcolor_t( 69, 69, 69, data->m_alpha );
UIcolor_t empty_color_bottom
(
empty_color_top.R > 25 ? empty_color_top.R - 25 : 0,
empty_color_top.G > 25 ? empty_color_top.G - 25 : 0,
empty_color_top.B > 25 ? empty_color_top.B - 25 : 0,
data->m_alpha
);
UI::rect_gradient( empty_color_top, empty_color_bottom, m_start.x + 1.f, m_start.y + 1.f, m_bounds.x - 2.f, m_bounds.y - 2.f );
// inner box
if ( *m_value )
{
int anim_alpha = ( float( data->m_alpha ) * data->m_animation_progress );
UIcolor_t checkbox_color_top = data->m_color;
UIcolor_t checkbox_color_bottom
(
checkbox_color_top.R > 25 ? checkbox_color_top.R - 25 : 0,
checkbox_color_top.G > 25 ? checkbox_color_top.G - 25 : 0,
checkbox_color_top.B > 25 ? checkbox_color_top.B - 25 : 0,
anim_alpha
);
UI::rect_gradient( checkbox_color_top, checkbox_color_bottom, m_start.x + 1.f, m_start.y + 1.f, m_bounds.x - 2.f, m_bounds.y - 2.f );
}
}
void handle( c_window_data* data, const char* name, bool* setting )
{
g_input.get_cursor_pos( m_cursor_x, m_cursor_y );
m_text = name;
m_value = setting;
m_start = vec2( data->m_x, data->m_y );
m_end = m_start + m_bounds;
// setup coord for next item
data->m_y += 15.f;
float text_width = m_text ? UI::text_width( m_text ) : 0.f;
m_is_inside = m_cursor_x > m_start.x && m_cursor_x < m_start.x + 20.f + text_width + 5.f && m_cursor_y > m_start.y - 3.f && m_cursor_y < m_end.y + 3.f;
if ( m_value && data->m_left_click && !data->m_ignore && m_is_inside )
{
*m_value = !*m_value;
data->m_ignore = true;
}
draw( data );
}
};
class c_checkbox_smoll : public c_control
{
bool* m_value{ };
public:
c_checkbox_smoll( )
{
m_bounds = vec2( 8, 8 );
}
void draw( c_window_data* data )
{
// outer edge
UI::filled_rect( UIcolor_t( 0, 0, 0, data->m_alpha ), m_start.x, m_start.y, m_start.x + m_bounds.x, m_start.y + m_bounds.y );
// inner box empty
UIcolor_t empty_color_top = UIcolor_t( 69, 69, 69, data->m_alpha );
UIcolor_t empty_color_bottom
(
empty_color_top.R > 25 ? empty_color_top.R - 25 : 0,
empty_color_top.G > 25 ? empty_color_top.G - 25 : 0,
empty_color_top.B > 25 ? empty_color_top.B - 25 : 0,
data->m_alpha
);
UI::rect_gradient( empty_color_top, empty_color_bottom, m_start.x + 1.f, m_start.y + 1.f, m_bounds.x - 2.f, m_bounds.y - 2.f );
// inner box
if ( *m_value )
{
int anim_alpha = ( float( data->m_alpha ) * data->m_animation_progress );
UIcolor_t checkbox_color_top = data->m_color;
UIcolor_t checkbox_color_bottom
(
checkbox_color_top.R > 25 ? checkbox_color_top.R - 25 : 0,
checkbox_color_top.G > 25 ? checkbox_color_top.G - 25 : 0,
checkbox_color_top.B > 25 ? checkbox_color_top.B - 25 : 0,
anim_alpha
);
UI::rect_gradient( checkbox_color_top, checkbox_color_bottom, m_start.x + 1.f, m_start.y + 1.f, m_bounds.x - 2.f, m_bounds.y - 2.f );
}
}
void handle( c_window_data* data, bool* setting )
{
g_input.get_cursor_pos( m_cursor_x, m_cursor_y );
m_value = setting;
m_start = vec2( data->m_x, data->m_y );
m_end = m_start + m_bounds;
m_is_inside = m_cursor_x > m_start.x && m_cursor_x < m_start.x + 20.f + 100.f && m_cursor_y > m_start.y - 3.f && m_cursor_y < m_end.y + 3.f;
if ( m_value && data->m_left_click && !data->m_ignore && m_is_inside )
{
*m_value = !*m_value;
data->m_ignore = true;
}
draw( data );
}
};
class c_slider : public c_control
{
int* m_value;
int m_min;
int m_max;
const char* m_text;
const wchar_t* m_suffix;
vec2 m_slider_start;
float m_slider_pos;
float m_slider_width;
float m_slider_height;
public:
c_slider( )
{
m_slider_width = 150.f;
m_slider_height = 6.f;
m_bounds = vec2( m_slider_width, m_slider_height );
}
public:
void draw( c_window_data* data )
{
if ( m_text )
{
const UIcolor_t text_color ( 206, 206, 206, data->m_alpha );
const UIcolor_t text_shadow ( 0, 0, 0, data->m_alpha );
UI::string( text_shadow, m_start.x + 20.f + 1.f, m_start.y + 1.f - 3.f, false, m_text );
UI::string( text_color, m_start.x + 20.f, m_start.y - 3.f, false, m_text );
}
// outer edge
UI::filled_rect( UIcolor_t( 0, 0, 0, data->m_alpha ), m_slider_start.x - 1.f, m_slider_start.y - 1.f, m_end.x + 1.f, m_end.y + 1.f );
// inner background
UIcolor_t background_color_top ( 69, 69, 69, data->m_alpha );
UIcolor_t background_color_bottom ( 44, 44, 44, data->m_alpha );
UI::rect_gradient( background_color_top, background_color_bottom, m_slider_start.x, m_slider_start.y, m_bounds.x, m_bounds.y );
// slider bar
UIcolor_t slider_color_top = data->m_color; //should be menu colour setting
UIcolor_t slider_color_bottom
(
slider_color_top.R > 25 ? slider_color_top.R - 25 : 0,
slider_color_top.G > 25 ? slider_color_top.G - 25 : 0,
slider_color_top.B > 25 ? slider_color_top.B - 25 : 0
);
UI::rect_gradient( slider_color_top, slider_color_bottom, m_slider_start.x, m_slider_start.y, m_slider_pos, m_bounds.y );
std::wstring text_value( std::wstring( L"%d" ) + std::wstring( m_suffix ) );
UI::string( UIcolor_t( 0, 0, 0, data->m_alpha ), m_slider_start.x + m_slider_pos + 1.f, m_slider_start.y + 1.f, true, text_value.c_str( ), *m_value );
UI::string( UIcolor_t( 255, 255, 255, data->m_alpha ), m_slider_start.x + m_slider_pos, m_slider_start.y, true, text_value.c_str( ), *m_value );
}
void handle( c_window_data* data, const char* name, int* setting, int min, int max, const wchar_t* suffix = L"" )
{
g_input.get_cursor_pos( m_cursor_x, m_cursor_y );
m_text = strlen( name ) > 1 ? name : nullptr;
m_min = min;
m_max = max;
m_value = setting;
m_suffix = suffix;
m_start = vec2( data->m_x, data->m_y );
m_slider_start = vec2( m_start.x + 20.f, m_start.y );
m_end = m_slider_start + m_bounds;
data->m_y += 15.f;
if ( m_text )
{
m_slider_start.y += 15.f;
m_end.y += 15.f;
data->m_y += 15.f;
}
m_is_inside = m_cursor_x > m_slider_start.x - 1.0f && m_cursor_x < m_end.x + 1.0f && m_cursor_y > m_slider_start.y - 1.0f && m_cursor_y < m_end.y + 1.0f;
if ( m_dragging && !data->m_left_click )
m_dragging = false;
if ( m_value )
{
*m_value = std::clamp< int >( *m_value, m_min, m_max );
if ( m_dragging )
{
float dragged_pos = std::clamp< float >( m_cursor_x - m_slider_start.x, 0, m_slider_width );
*m_value = m_min + ( ( m_max - m_min ) * dragged_pos / m_slider_width );
}
if ( data->m_first_click && m_is_inside )
{
m_dragging = true;
data->m_ignore = true;
}
m_slider_pos = ( float( *m_value - m_min ) / float( m_max - m_min ) * m_slider_width );
m_slider_pos = std::clamp<float>( m_slider_pos, 0.f, m_slider_width * data->m_animation_progress );
}
draw( data );
}
};
class c_button : public c_control
{
const char* m_text{ };
public:
void draw( c_window_data* data )
{
filled_rect( UIcolor_t( 0, 0, 0, data->m_alpha ), m_start.x - 1.f, m_start.y - 1.f, m_end.x + 1.f, m_end.y + 1.f );
filled_rect( UIcolor_t( 36, 36, 36, data->m_alpha ), m_start.x, m_start.y, m_end.x, m_end.y );
if ( m_text )
string( UIcolor_t( 206, 206, 206, data->m_alpha ), m_start.x + m_bounds.x * 0.5f, m_start.y + ( m_bounds.y * 0.5f ) - 6.0f, true, m_text );
}
void handle( c_window_data* data, const char* text, std::function< void( ) > function )
{
g_input.get_cursor_pos( m_cursor_x, m_cursor_y );
m_text = text;
m_start = vec2( data->m_x + 20.f, data->m_y );
m_bounds = vec2( 150.f, 20.f );
m_end = m_start + m_bounds;
data->m_y += 25.f;
m_is_inside = m_cursor_x > m_start.x && m_cursor_x < m_end.x && m_cursor_y > m_start.y && m_cursor_y < m_end.y;
if ( data->m_left_click && !data->m_ignore && m_is_inside && function )
{
function( );
data->m_ignore = true;
}
draw( data );
}
};
class c_key_bind : public c_control
{
const char* m_text{ };
int* m_key{ };
vec2 m_box_start;
bool m_is_waiting{ };
public:
void handle( c_window_data* data, const char* text, int* key )
{
g_input.get_cursor_pos( m_cursor_x, m_cursor_y );
m_text = text;
m_key = key;
m_start = vec2( data->m_x + 20.f , data->m_y );
m_box_start = vec2( m_start.x, m_start.y + 12.f );
data->m_y += 40.f;
m_bounds = vec2( 150, 20 );
m_end = m_box_start + m_bounds;
m_is_inside = m_cursor_x > m_box_start.x && m_cursor_x < m_end.x && m_cursor_y > m_box_start.y && m_cursor_y < m_end.y;
if ( data->m_left_click && !data->m_ignore && m_is_inside )
{
m_is_waiting = true;
data->m_ignore = true;
}
if ( m_is_waiting )
{
*m_key = KEYS_NONE;
VirtualKeys_t start_key = data->m_ignore ? KEYS_MOUSE1 : KEYS_NONE;
if ( g_input.is_any_key_pressed( ) == KEYS_ESCAPE )
{
m_is_waiting = false;
*m_key = KEYS_NONE;
}
else if ( g_input.is_any_key_pressed( ) > start_key )
{
*m_key = g_input.is_any_key_pressed( );
m_is_waiting = false;
data->m_ignore = true;
}
}
draw( data );
}
void draw( c_window_data* data )
{
UIcolor_t text_color( 206, 206, 206, data->m_alpha );
UIcolor_t text_shadow( 0, 0, 0, data->m_alpha );
if ( m_text )
{
UI::string( text_shadow, m_start.x + 1.f, m_start.y + 1.f - 3.f, false, m_text ); //supwemacy dont have no shadow
UI::string( text_color, m_start.x, m_start.y - 3.f, false, m_text );
}
filled_rect( UIcolor_t( 0, 0, 0, data->m_alpha ), m_box_start.x - 1.f, m_box_start.y - 1.f, m_end.x + 1.f, m_end.y + 1.f );
filled_rect( UIcolor_t( 36, 36, 36, data->m_alpha ), m_box_start.x, m_box_start.y, m_end.x, m_end.y );
//supwemacy does m_box_start.y + 4.f, but it looks off (cuz it is off)
if ( m_is_waiting )
UI::string( data->m_color, m_box_start.x + 10.0f, m_box_start.y + 3.f, false, xors( "press key" ) );
else if ( *m_key )
UI::string( UIcolor_t( 153, 153, 153, data->m_alpha ), m_box_start.x + 10.f, m_box_start.y + 3.f, false, g_input.get_key_name( *reinterpret_cast< VirtualKeys_t* >( m_key ) ) );
}
};
class c_dropdown : public c_control
{
const char* m_text{ };
std::vector<std::string> m_items{ };
int* m_setting{ };
bool m_is_open{ };
vec2 m_box_start;
vec2 m_box_end;
bool m_is_inside_items{ };
float m_dropdown_end{ };
const float m_item_height = 16.f;
public:
void handle ( c_window_data* data, const char* text, const std::vector<std::string>& items, int* setting )
{
g_input.get_cursor_pos( m_cursor_x, m_cursor_y );
m_text = strlen( text ) > 1 ? text : nullptr;
m_items = items;
m_setting = setting;
m_start = vec2( data->m_x + 20.f, data->m_y );
m_box_start = vec2( m_start.x, m_start.y );
data->m_y += 25.f;
if ( m_text )
{
m_box_start.y += 15.f;
data->m_y += 15.f;
}
m_bounds = vec2( 150, 20 );
m_end = m_box_start + m_bounds;
m_box_end = m_end;
if ( m_is_open )
{
float h = items.size( ) * m_item_height;
m_box_end.y += h + 3.f;
}
m_is_inside = m_cursor_x > m_box_start.x && m_cursor_x < m_end.x && m_cursor_y > m_box_start.y && m_cursor_y < m_end.y;
m_is_inside_items = m_cursor_x > m_box_start.x && m_cursor_x < m_box_end.x && m_cursor_y > m_box_start.y && m_cursor_y < m_box_end.y;
if ( data->m_left_click && !data->m_ignore )
{
if ( m_is_inside )
{
m_is_open = !m_is_open;
data->m_ignore = true;
}
else if ( m_is_open && m_is_inside_items )
{
float offset = m_cursor_y - m_end.y;
*m_setting = (int)( offset / m_item_height );
data->m_ignore = true;
m_is_open = false;
}
else
{
m_is_open = false;
}
}
//clamp setting to avoid cwashing
*m_setting = std::clamp<int>( *m_setting, 0, std::max<int>( 0, items.size( ) - 1 ) );
draw( data );
}
void draw( c_window_data* data )
{
UIcolor_t text_color( 206, 206, 206, data->m_alpha );
UIcolor_t text_shadow( 0, 0, 0, data->m_alpha );
if ( m_text )
{
UI::string( text_shadow, m_start.x + 1.f, m_start.y + 1.f - 3.f, false, m_text ); //supwemacy dont have no shadow
UI::string( text_color, m_start.x, m_start.y - 3.f, false, m_text );
}
// outer edge
UI::filled_rect( UIcolor_t( 0, 0, 0, data->m_alpha ), m_box_start.x - 1.f, m_box_start.y - 1.f, m_end.x + 1.f, m_end.y + 1.f );
// inner background
UI::filled_rect( UIcolor_t( 36, 36, 36, data->m_alpha ), m_box_start.x, m_box_start.y, m_end.x, m_end.y );
UI::string( UIcolor_t( 153, 153, 153, data->m_alpha ), m_box_start.x + 10.f, m_box_start.y + 3.f, false, m_items.at( *m_setting ).c_str( ) );
// bester arrow
const UIcolor_t arrow_color( 153, 153, 153, data->m_alpha );
float x = m_end.x - 11.f;
float y = m_box_start.y + 9.f;
if ( m_is_open )
{
UI::line( arrow_color, x + 2.f, y, x + 3.f, y );
UI::line( arrow_color, x + 1.f, y + 1.f, x + 4.f, y + 1.f );
UI::line( arrow_color, x , y + 2.f, x + 5.f, y + 2.f );
}
else
{
UI::line( arrow_color, x + 2.f, y + 2.f, x + 3.f, y + 2.f );
UI::line( arrow_color, x + 1.f, y + 1.f, x + 4.f, y + 1.f );
UI::line( arrow_color, x, y, x + 5.f, y );
}
}
void dropdown( c_window_data* data )
{
// adjust end of dropdown
// sorry for ugly code
// as soon as m_is_open is false, m_box_end is set to bounding of button, so cant be used to just clamp it in 1 line, it would break close animation
// maybe this is reason supremacy also doesnt have close animation :>
if ( m_is_open )
{
m_dropdown_end += 2.f;
if ( m_dropdown_end + m_end.y > m_box_end.y )
m_dropdown_end = m_box_end.y - m_end.y;
}
else
{
m_dropdown_end -= 2.f;
if ( m_dropdown_end <= 0.f )
m_dropdown_end = 0.f;
}
// shop is closed!
if ( m_dropdown_end <= 0.f )
return;
UI::filled_rect( UIcolor_t( 0, 0, 0 ), m_box_start.x - 1.f, m_end.y + 2.f, m_box_end.x + 1.f, m_end.y + 2.f + m_dropdown_end );
UI::filled_rect( UIcolor_t( 36, 36, 36 ), m_box_start.x, m_end.y + 2.f + 1.f, m_box_end.x, m_end.y + 2.f + m_dropdown_end - 1.f );
for ( size_t i = 0; i < m_items.size( ); i++ )
{
float x = m_box_start.x + 10.f;
float y = m_end.y + 3.f + i * m_item_height;
if ( y + ( m_item_height * 0.5f ) > m_end.y + m_dropdown_end )
continue;
UI::string( *m_setting == i ? data->m_color : UIcolor_t( 153, 153, 153 ), x, y, false, m_items.at( i ).c_str( ) );
}
}
};
struct dropdown_item_t
{
bool* m_setting;
std::string m_text;
};
class c_multi_dropdown : public c_control
{
const char* m_text{ };
std::vector<dropdown_item_t> m_items{ };
bool m_is_open{ };
vec2 m_box_start;
vec2 m_box_end;
bool m_is_inside_items{ };
float m_dropdown_end{ };
const float m_item_height = 16.f;
public:
void handle( c_window_data* data, const char* text, const std::vector<dropdown_item_t>& items )
{
g_input.get_cursor_pos( m_cursor_x, m_cursor_y );
m_text = strlen( text ) > 1 ? text : nullptr;
m_items = items;
m_start = vec2( data->m_x + 20.f, data->m_y );
m_box_start = vec2( m_start.x, m_start.y );
data->m_y += 25.f;
if ( m_text )
{
m_box_start.y += 15.f;
data->m_y += 15.f;
}
m_bounds = vec2( 150, 20 );
m_end = m_box_start + m_bounds;