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curves.mccmd
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/script run
__command() -> null;
global_settings = {
'show_pos' -> true ,
'paste_with_air' -> false ,
'circle_axis' -> 'y' ,
'wave_axis' -> 'xy' ,
'replace_block' -> false ,
'rotate' -> false ,
'slope_mode' -> false ,
'max_template_size' -> 100 ,
'preview_enabled' -> false ,
'undo_history_size' -> 100 ,
'max_operations_per_tick' -> 10000 ,
};
global_block_alias = {
'water_bucket' -> 'water' ,
'lava_bucket' -> 'lava' ,
'feather' -> 'air' ,
'ender_eye' -> 'end_portal' ,
'flint_and_steel' -> 'nether_portal',
};
global_history = {
'overworld' -> [] ,
'the_nether' -> [] ,
'the_end' -> [] ,
};
global_set_count = 0;
__get_replace_block() -> (
block = query(player(), 'holds', 'offhand'):0;
alias = global_block_alias:block;
if(alias==null, block, alias)
);
__set_and_save(pos, material) -> (
global_this_story:length(global_this_story) = [pos, block(pos)];
set(pos , material);
);
__set_block(pos, material, replace_block) -> (
__set_and_save(pos, material);
if(global_set_count > global_settings:'max_operations_per_tick',
global_set_count = 0;
game_tick(20);
);
);
__get_center() -> (
dim = player() ~ 'dimension';
if(global_positions:dim:2 == null,
pos(player()),
global_positions:dim:2
)
);
__extend(list, extension) -> (
len = length(list);
for(extension, list:(len+_i) = _);
return(list)
);
__reflect(list) -> map(range(length(list)-1, -1, -1), list:_ );
__make_template() -> (
dim = player() ~ 'dimension';
if(!global_all_set:dim,
print(format('rb Error: ', 'y You need to make a selection first' ));
return(true)
);
pos0 = global_positions:dim:0;
pos1 = global_positions:dim:1;
global_template = l();
origin = map(range(3), min(pos0:_, pos1:_));
volume(
pos0:0, pos0:1, pos0:2,
pos1:0, pos1:1, pos1:2,
if(global_settings:'paste_with_air',
global_template:length(global_template) = [pos(_)-origin, _],
if(!air(_), global_template:length(global_template) = [pos(_)-origin, _] )
);
);
if(length(global_template) > global_settings:'max_template_size',
print( format(
'buy Warning',
'y : ',
'w Template is too big. Your tried to paste ',
str('by %d ', length(global_template)),
str('w blocks %s, but max size is ', if(global_settings:'paste_with_air', '(counting air)', '(not counting air)') ),
str('by %d', global_settings:'max_template_size' ),
'w .\nTry increasing it with ',
'b [this] ', '^t Click here!', '?/curves set_max_template_size 200',
'w command.'
) );
true,
false
)
);
__clone_template(pos, replace_block) -> (
for(global_template, __set_block(pos + _:0, _:1, replace_block) );
);
__make_set_function(dim, material, replace_block) -> (
if( material == 'template',
if(__make_template(), return() );
offset = map(global_positions:dim:0 - global_positions:dim:1, abs(_)) / 2;
__set_function(position, outer(replace_block), outer(offset)) -> __clone_template( position - offset, replace_block);
,
__set_function(position, outer(material), outer(replace_block)) -> __set_block( position, material, replace_block);
);
);
_circle(radius, material) -> (
circ = __make_circle(radius);
c = pos(player());
for(circ,
set(c + l(_:0, 0, _:1), material);
create_marker(str(_i), c + l(_:0, 0, _:1))
);
);
__rotated90(list_to_rotate) -> (
map(list_to_rotate, l(_:1, -_:0))
);
__spiral_get_step(circle, perimeter, advance_step, i) ->(
circle_pos = circle:(i%perimeter);
step = l(circle_pos:0, i * advance_step, circle_pos:1) ;
);
__make_circle(radius) -> (
z_function(x, outer(radius)) -> round(sqrt(radius * radius - x*x));
range_val = radius * cos(45);
x_range = range(-range_val, range_val);
quarter1 = map(x_range, l(_, z_function(_)) );
half = __extend(quarter1, __rotated90(quarter1));
__extend(half,__rotated90(__rotated90(half)));
);
__assert_pitch(pitch) -> (
if(pitch == 0,
print(format('rb Error: ', str('y %s must not be zero', if(global_settings:'slope_mode', 'Slope', 'Pitch')) ) );
true,
false
);
);
__preview_spiral(circle, center, pitch, size, iterations_left) -> (
perimeter = length(circle);
advance_step = if(global_settings:'slope_mode', pitch, pitch/perimeter);
loop(floor( size / advance_step) - 1 ,
this_step = __spiral_get_step(circle, perimeter, advance_step, _);
next_step = __spiral_get_step(circle, perimeter, advance_step, _+1);
draw_shape('line', 15, 'from', center + this_step, 'to', center + next_step);
);
if(iterations_left > 0,
schedule(10, '__preview_spiral', circle, center, pitch, size, iterations_left-1)
);
);
preview_spiral(radius, pitch, size, time) -> (
if(__assert_pitch(pitch), return('') );
center = __get_center();
circle = __make_circle(radius);
iterations = time * 2;
__preview_spiral(circle, center, pitch, size, iterations);
);
__draw_spiral(circle, center, pitch, size, material) -> (
dim = player() ~ 'dimension';
if(__assert_pitch(pitch), return('') );
perimeter = length(circle);
replace_block = __get_replace_block();
advance_step = if(global_settings:'slope_mode', pitch, pitch/perimeter);
global_this_story = [];
__make_set_function(dim, material, replace_block);
loop(floor( size / advance_step),
this_step = __spiral_get_step(circle, perimeter, advance_step, _);
__set_function(center + this_step);
);
__put_into_history(global_this_story, dim);
print(str('Set %d blocks', length(global_this_story) ));
);
spiral(radius, pitch, size, material) -> (
center = __get_center();
circle = __make_circle(radius);
__draw_spiral(circle, center, pitch, size, material);
);
antispiral(radius, pitch, size, material) -> (
center = __get_center();
circle = __make_circle(radius);
circle = __reflect(circle);
__draw_spiral(circle, center, pitch, size, material);
);
multispiral(radius, pitch, size, ammount, material) -> (
center = __get_center();
circle = __make_circle(radius);
perimeter = length(circle);
loop(ammount,
jump = floor(_ * perimeter/ammount);
this_circ = __extend(slice(circle, jump), slice(circle, 0, jump) );
__draw_spiral(this_circ, center, pitch, size, material);
);
);
antimultispiral(radius, pitch, size, ammount, material) -> (
center = __get_center();
circle = __make_circle(radius);
circle = __reflect(circle);
perimeter = length(circle);
loop(ammount,
jump = floor(_ * perimeter/ammount);
this_circ = __extend(slice(circle, jump), slice(circle, 0, jump) );
__draw_spiral(this_circ, center, pitch, size, material);
);
);
__wave_get_step(wave, len, current_offset, i) -> (
wave_pos = wave:(i%len);
this_step = l(wave_pos:0 + current_offset , wave_pos:1, 0) ;
);
__make_curve(L, A) -> (
start_pos = pos( block(pos(player())) );
x = range(L/4 + 1);
curve = map(x, l(_, floor(A * sin(360 *_ / L)) ));
curve = __fill_in(curve);
quarter_size = curve:(length(curve)-1):0;
reflected_quarter = map(curve, l(quarter_size * 2 + 1- _:0, _:1) );
reflected_quarter = __reflect(reflected_quarter);
curve = __extend(curve, reflected_quarter);
half_size = curve:(length(curve)-1):0;
reflected_half = map(curve, l(half_size * 2 - _:0, - _:1) );
reflected_half = __reflect(reflected_half);
delete(reflected_half, 0);
delete(reflected_half, length(reflected_half)-1);
curve = __extend(curve, reflected_half);
);
__fill_in(in_list) -> (
out_list = l();
len = length(in_list);
loop( len ,
out_list:length(out_list) = in_list:_;
if(_ < len,
d = in_list:(_+1):1 - in_list:_:1;
i = _;
loop( d -1 ,
out_list:length(out_list) = in_list:i + l(0,_+1);
);
);
);
out_list;
);
wave(wavelength, amplitude, size, material) -> (
dim = player() ~ 'dimension';
start = __get_center();
wave = __make_curve(wavelength, amplitude);
lenx = wave:(length(wave) - 1):0;
len = length(wave);
fractional_fit = size/lenx;
replace_block = __get_replace_block();
global_this_story = [];
__make_set_function(dim, material, replace_block);
loop( floor( fractional_fit * len ),
current_period = floor(_ / len);
this_step = __wave_get_step(wave, len, current_period * lenx, _);
__set_function(start + this_step);
);
__put_into_history(global_this_story, dim);
print(str('Set %d blocks', length(global_this_story) ));
return('');
);
__circle_wave_get_step(u, v, w) -> [u, w, v];
__get_arclength_planar(R, A, k, arc) -> (
arclength = sqrt(A*A * k*k + A*A + R*R + 2*A*R) * arc;
);
__get_arclength_tarsverse(R, A, k, arc) -> (
arclength = sqrt(R*R + A*A * k*k) * arc;
);
__get_param(arclength, arc) -> (
parameter = arc * l( range(arclength) ) / arclength;
);
__create_planar_functions(R, A, k, from) -> (
u(t, outer(A), outer(R), outer(k), outer(from) ) -> (R + A * sin(t * k) ) * cos(t + from);
v(t, outer(A), outer(R), outer(k), outer(from) ) -> (R + A * sin(t * k) ) * sin(t + from);
w(t) -> 0;
);
__create_transverse_functions(R, A, k, from) -> (
u(t, outer(R), outer(from) ) -> R * cos(t + from);
v(t, outer(R), outer(from) ) -> R * sin(t + from);
w(t, outer(A), outer(k) ) -> A * sin( k * t );
);
__draw_circle_wave(parameter, material) -> (
dim = player() ~ 'dimension';
center = __get_center();
replace_block = __get_replace_block();
global_this_story = [];
position_list = [];
__make_set_function(dim, material, replace_block);
for( parameter,
position = map(center + __circle_wave_get_step( u(_) , v(_) , w(_)), floor(_) );
if( position_list ~ position,
continue(),
position_list:length(position_list) = position
);
__set_function(position);
);
__put_into_history(global_this_story, dim);
print(str('Set %d blocks', length(global_this_story) ));
return('');
);
cwave_planar(radius, amplitude, cycles, material) -> (
cwave_planar_partial(radius, amplitude, cycles, 0, 360, material);
);
cwave_planar_partial(radius, amplitude, cycles, from, to, material) -> (
arc = abs(to-from);
arclength = __get_arclength_planar(radius, amplitude, cycles, arc);
parameter = __get_param(arclength, arc);
__create_planar_functions(radius, amplitude, cycles, from);
__draw_circle_wave(parameter, material);
);
cwave_transverse(radius, amplitude, cycles, material) -> (
cwave_transverse_partial(radius, amplitude, cycles, 0, 360, material);
);
cwave_transverse_partial(radius, amplitude, cycles, from, to, material) -> (
arc = abs(to-from);
arclength = __get_arclength_tarsverse(radius, amplitude, cycles, arc);
parameter = __get_param(arclength, arc);
__create_transverse_functions(radius, amplitude, cycles, from);
__draw_circle_wave(parameter, material);
);
__draw_line(p1, p2) -> (
m = p2-p1;
max_size = max(map(m, abs(_)));
t = l(range(max_size+1))/max_size;
for(t,
b = m * _ + p1;
__set_function(b);
);
);
__get_points(R, n, phase) -> (
angle_step = 360/n;
get_step(i, outer(R), outer(angle_step), outer(phase)) -> R * [ cos(i*angle_step + phase), sin(i*angle_step + phase)];
map(range(n), get_step(_) );
);
__interlace_lists(l1, l2) -> (
out = [];
for(l1,
out:length(out) = _;
out:length(out) = l2:_i;
);
return(out);
);
star(outer_radius, inner_radius, n_points, phase, material) -> (
dim = player() ~ 'dimension';
center = __get_center();
replace_block = __get_replace_block();
global_this_story = [];
position_list = [];
__make_set_function(dim, material, replace_block);
inner_points = __get_points(inner_radius, n_points, phase);
outer_points = __get_points(outer_radius, n_points, phase + 360/n_points/2);
interlaced_list = __interlace_lists(inner_points, outer_points);
interlaced_list:length(interlaced_list) = inner_points:0;
loop(length(interlaced_list)-1,
p1 = center + __circle_wave_get_step(interlaced_list:_:0, interlaced_list:_:1, 0) ;
p2 = center + __circle_wave_get_step(interlaced_list:(_+1):0, interlaced_list:(_+1):1, 0) ;
__draw_line(p1, p2);
);
__put_into_history(global_this_story, dim);
print(str('Set %d blocks', length(global_this_story) ));
return('');
);
__get_states(b) -> (
properties = block_properties(pos(b));
pairs = map(properties, l(_, property(pos(b), _)) );
);
__make_properies_string(pairs) -> (
if( pairs,
props_str = join(',', map(pairs, str('%s="%s"', _:0, _:1)) ),
props_str = '',
);
);
__set_with_state(b, replace) -> (
pairs = __get_states(b);
properties_string = __make_properies_string(pairs);
__set_and_save(b, block(str('%s[%s]', replace, properties_string)) );
);
__replace_one_block(b, to_replace, replace_with) -> (
if(b == to_replace,
__set_with_state(b, replace_with)
);
);
__replace_one_block_filt(b, to_replace, replace_with, property, value) -> (
if(b == to_replace && property(b, property)==value,
__set_with_state(b, replace_with)
);
);
soft_replace() -> (
to_replace = __get_replace_block();
replace_with = query(player(), 'holds', 'mainhand'):0;
dim = player() ~ 'dimension';
if(!global_all_set:dim,
print(format('rb Error: ', 'y You need to make a selection first' ));
return('')
);
global_this_story = [];
pos0 = global_positions:dim:0;
pos1 = global_positions:dim:1;
volume(
pos0:0, pos0:1, pos0:2,
pos1:0, pos1:1, pos1:2,
(
__replace_one_block(_, to_replace, replace_with)
);
);
print(global_this_story);
__put_into_history(global_this_story, dim);
print(str('Replaced %d %s blocks with %s', length(global_this_story), to_replace, replace_with ));
);
soft_replace_filt(property, value) -> (
to_replace = __get_replace_block();
replace_with = query(player(), 'holds', 'mainhand'):0;
dim = player() ~ 'dimension';
if(!global_all_set:dim,
print(format('rb Error: ', 'y You need to make a selection first' ));
return('')
);
global_this_story = l();
print(str('Replacing %s with %s', to_replace, replace_with));
volume(global_positions:0:0, global_positions:0:1, global_positions:0:2,
global_positions:1:0, global_positions:1:1, global_positions:1:2,
(
__replace_one_block_filt(_, to_replace, replace_with, property, value)
);
);
__put_into_history(global_this_story, dim);
print(str('Replaced %d blocks', length(global_this_story) ));
);
__paste_brush() -> (
dim = player() ~ 'dimension';
looking_at = query(player(), 'trace', 200, 'blocks');
if(looking_at == null, return(''), block_pos = pos(looking_at) );
replace_block = __get_replace_block();
if(__make_template(), return() );
offset = map(global_positions:dim:0 - global_positions:dim:1, abs(_)) / 2;
global_this_story = l();
__clone_template( block_pos - offset, replace_block);
);
set_max_template_size(value) -> (
if( type(value) == 'number' && value > 0,
global_settings:'max_template_size' = value;
print(format(str('b Max tempalte size value set to %s', value) ) ),
print(format('rb Error: ', 'y Max template size should be a positive number') )
);
return('')
);
set_max_operations_per_tick(value) -> (
if( type(value) == 'number' && value > 0,
global_settings:'max_template_size' = value;
print(format(str('b max operations per tick set to %s', value) ) ),
print(format('rb Error: ', 'y Max operations per tick should be a positive number') )
);
return('')
);
set_circle_axis(axis) -> (
if( ( l('x','y','z')~axis ) == null,
print(format('rb Error: ', 'y Axis must be one of ', 'yb x, y ', 'y or ', 'yb z'));
return('')
);
global_settings:'circle_axis' = axis;
if( axis == 'x',
__spiral_get_step(circle, perimeter, advance_step, i) ->(
circle_pos = circle:(i%perimeter);
step = l(i * advance_step, circle_pos:0, circle_pos:1) ;
);
__circle_wave_get_step( u , v , w) -> l(w, u, v);
,
axis == 'y',
__spiral_get_step(circle, perimeter, advance_step, i) ->(
circle_pos = circle:(i%perimeter);
step = l(circle_pos:0, i * advance_step, circle_pos:1)
);
__circle_wave_get_step( u , v , w) -> l(u, w, v);
,
axis == 'z',
__spiral_get_step(circle, perimeter, advance_step, i) ->(
circle_pos = circle:(i%perimeter);
step = l(circle_pos:0, circle_pos:1, i * advance_step) ;
);
__circle_wave_get_step( u , v , w) -> l(u, v, w);
);
print(format(str('b Spirals and circular waves will now generate along the %s axis', axis) ) );
return('')
);
set_wave_axis(axis) -> (
if( ( l('xy', 'xz', 'yx' ,'yz','zx', 'zy')~axis ) == null,
print(format('rb Error: ', 'y Axis must be one of ', 'yb xy, xz, yx, yz, zx ', 'y or ', 'yb zy'));
return('')
);
global_settings:'wave_axis' = axis;
if( axis == 'xy',
__wave_get_step(wave, len, current_offset, i) -> (
wave_pos = wave:(i%len);
this_step = l(wave_pos:0 + current_offset , wave_pos:1, 0) ;
),
axis == 'xz',
__wave_get_step(wave, len, current_offset, i) -> (
wave_pos = wave:(i%len);
this_step = l( wave_pos:0 + current_offset , 0, wave_pos:1) ;
),
axis == 'yx',
__wave_get_step(wave, len, current_offset, i) -> (
wave_pos = wave:(i%len);
this_step = l( wave_pos:1, wave_pos:0 + current_offset , 0) ;
),
axis == 'yz',
__wave_get_step(wave, len, current_offset, i) -> (
wave_pos = wave:(i%len);
this_step = l( 0, wave_pos:0 + current_offset , wave_pos:1) ;
),
axis == 'zx',
__wave_get_step(wave, len, current_offset, i) -> (
wave_pos = wave:(i%len);
this_step = l( wave_pos:1, 0, wave_pos:0 + current_offset ) ;
),
axis == 'zy',
__wave_get_step(wave, len, current_offset, i) -> (
wave_pos = wave:(i%len);
this_step = l( 0, wave_pos:1, wave_pos:0 + current_offset) ;
),
);
print(format(str('b Waves will now generate along the %s axis and into the %s axis', slice(axis, 0, 1), slice(axis, 1)) ) );
return('')
);
set_undo_histoy_size(value) -> (
if( type(value) == 'number' && value > 0,
global_settings:'undo_history_size' = value;
print(format(str('b Max undo value set to %s', value) ) ),
print(format('rb Error: ', 'y Undo history size should be a positive number') )
);
index = length(global_history) - global_settings:'undo_history_size';
if( index>0 , global_history = slice(global_history, index) );
return('')
);
toggle_paste_with_air() -> (
global_settings:'paste_with_air' = !global_settings:'paste_with_air';
if(global_settings:'paste_with_air',
print('Template will now be pasted with air'),
print('Template will now be pasted without air')
);
return('')
);
toggle_replace_block() -> (
global_settings:'replace_block' = !global_settings:'replace_block';
if(global_settings:'replace_block',
print( format('b Curves will now only replce block in your offhand.\n',
'g Hold bucket for liquids, feather for air, ender eye for end portal, and flint and steel for nether portal.') );
__set_block(pos, material, replace_block) -> if(block(pos) == replace_block, __set_and_save(pos, material) ),
print(format( 'b Spiral will paste completly, replacing whatever is there.') );
__set_block(pos, material, replace_block) -> __set_and_save(pos, material)
);
return('')
);
toggle_slope_mode() -> (
global_settings:'slope_mode' = !global_settings:'slope_mode';
if(global_settings:'slope_mode',
print(format('b Second argument of spiral commands is now slope (in blocks)') ),
print(format('b Second argument of spiral commands is now pitch (separation between revolutions)') )
);
return('')
);
__make_toggle_setting(parameter, hover) -> (
str_list = l(
str('w * %s: ', parameter),
str('^y %s', hover),
);
str_list = __extend(str_list, __get_button('true', parameter) );
str_list = __extend(str_list, __get_button('false', parameter) );
print(player(), format(str_list))
);
__get_active_button(value) -> (
l( str('yb [%s] ', value) )
);
__get_inactive_button(value, parameter) -> (
l(
str('g [%s] ', value),
str('^gb Click to toggle'),
str('!/curves toggle_%s', parameter)
)
);
__get_button(value, parameter) -> (
bool_val = if(bool(value), global_settings:parameter, !global_settings:parameter);
if( bool_val, __get_active_button(value), __get_inactive_button(value, parameter) )
);
__make_value_setting(parameter, hover, options, has_arbitrary_values) -> (
str_list = l(
str('w * %s: ', parameter),
str('^y %s', hover),
);
options_list = [];
map( options,
len = length(options_list);
options_list:len = str('%sb [%s]', if(global_settings:parameter == _, 'y', 'g',), _);
options_list:(len+1) = '^bg Click to set this value';
options_list:(len+2) = str('?/curves set_%s %s', parameter, _)
);
str_list = __extend(str_list, options_list);
if( has_arbitrary_values,
current_val = ['w \ | ', str('e %s', global_settings:parameter), '^e Current value'];
str_list = __extend(str_list, current_val)
);
print(player(), format( str_list ))
);
settings() -> (
print(player(), '======================');
print(player(), format( 'b General settings:' ));
__make_toggle_setting('show_pos', 'Shows markers and outlines selection');
__make_toggle_setting('paste_with_air', 'Includes air when pasting template');
__make_toggle_setting('replace_block', 'Shapes will only be generated replacing block in offhand');
__make_value_setting('max_template_size', 'Limits template size to avoid freezing the game if you mess up the selection', [20, 100, 1200] , true);
__make_value_setting('undo_history_size', 'Sets the maximum ammount of actions to undo', [10, 100, 500] , true);
__make_value_setting('max_operations_per_tick', 'Sets the maximum ammount of operations per gametick', [2000, 10000, 50000] , true);
print(player(), format( 'b Shapes settings:' ));
__make_toggle_setting('slope_mode', 'Defines behaviour of second argument in spiral definitions: slope or pitch');
__make_value_setting('circle_axis', 'Axis along which circular stuff is generated. Affects stars, spirals and cwaves', ['x', 'y', 'z'] , false);
__make_value_setting('wave_axis', 'Axis along which and into which waves are generated', ['xy', 'xz', 'yx' ,'yz','zx', 'zy'] , false);
print(player(), '');
return('')
);
__put_into_history(story, dim) -> (
global_set_count = 0;
global_history:dim:length(global_history:dim) = story;
if(length(global_history:dim) > global_settings:'undo_history_size',
delete(global_history:dim, 0)
);
);
__undo(index, dim) -> (
for(range(length(global_history:dim:index)-1, -1, -1),
set(global_history:dim:index:_:0, global_history:dim:index:_:1);
);
delete(global_history:dim, index);
);
go_back_stories(num) -> (
if( type(num) != 'number' || num <= 0,
print(format('rb Error: ', 'y Need a positive number of steps to go to'));
return('')
);
dim = player() ~ 'dimension';
index = length(global_history:dim)-num;
if(index<0,
print(format('rb Error: ', str('y You only have %d actions available to undo', length(global_history:dim) ) ));
return('')
);
__undo(index, dim);
print(str('Undid what you did %s actions ago', num ));
);
undo(num) -> (
if( type(num) != 'number' || num <= 0,
print(format('rb Error: ', 'y Need a positive number of steps to undo'));
return('')
);
dim = player() ~ 'dimension';
index = length(global_history:dim)-num;
if(index<0,
print(format('rb Error: ', str('y You only have %d actions to undo available', length(global_history:dim) ) ));
return('')
);
loop(num, __undo(length(global_history:dim)-1, dim) );
print(str('Undid the last %d actions', num) );
);
__mark(i, position, dim) -> (
colours = l('red', 'lime', 'light_blue');
e = create_marker('pos' + i, position + l(0.5, 0.5, 0.5), colours:(i-1) + '_concrete', false);
run(str(
'data merge entity %s {Glowing:1b, Fire:32767s}', query(e, 'uuid')
));
global_armor_stands:dim:(i-1) = query(e, 'id');
);
__remove_mark(i, dim) -> (
e = entity_id(global_armor_stands:dim:(i));
if(e != null, modify(e, 'remove'));
);
set_pos(i) -> (
dim = player() ~ 'dimension';
try(
if( !reduce(range(1,4), _a + (_==i), 0),
throw();
),
print(format('rb Error: ', 'y Input must be either 1, 2 or 3 for position to set. You input ' + i) );
return()
);
tha_block = query(player(), 'trace');
if(tha_block!=null,
tha_pos = pos(tha_block),
tha_pos = map(pos(player()), round(_))
);
global_positions:dim:(i-1) = tha_pos;
__all_set(dim);
print(str('Set your position %d in %s to ',i, dim) + tha_pos);
if(global_settings:'show_pos',
__remove_mark(i-1, dim);
__mark(i, tha_pos, dim);
);
);
get_pos() -> (
dim = player() ~ 'dimension';
for(global_positions:dim,
print(str('Position %d is %s',
_i+1, if(_==null, 'not set', _)));
)
);
toggle_show_pos() ->(
dim = player() ~ 'dimension';
global_settings:'show_pos' = !global_settings:'show_pos';
if(global_settings:'show_pos',
(
for(global_positions:dim,
if(_!=null, __mark( (_i+1) , _, dim) );
);
print('Positions are now shown');
),
(
for(global_armor_stands:dim,
__remove_mark(_i, dim);
);
print('Positions are now hidden');
);
);
);
__reset_positions(dim) -> (
loop(3,
__remove_mark(_, dim);
);
global_positions:dim = l(null, null, null);
global_all_set:dim = false;
global_armor_stands:dim = l(null, null, null);
);
reset_positions() -> (
dim = player() ~ 'dimension';
__reset_positions(dim);
);
__on_player_clicks_block(player, block, face) -> (
if(query(player(), 'holds'):0 == 'golden_sword',
set_pos(1);
);
);
__on_player_uses_item(player, item_tuple, hand) -> (
if(item_tuple:0 == 'golden_sword' && hand == 'mainhand',
if(query(player(), 'sneaking'),
set_pos(3),
set_pos(2)
),
item_tuple:0 == 'blaze_rod' && hand == 'mainhand',
__paste_brush();
);
);
__all_set(dim) -> (
if(all(slice(global_positions:dim, 0, 2), _!=null), global_all_set:dim = true);
__render_box();
);
__render_box() -> (
dim = current_dimension();
if(global_all_set:dim && global_settings:'show_pos',
min_pos = map(range(3), min(global_positions:dim:0:_, global_positions:dim:1:_));
max_pos = map(range(3), max(global_positions:dim:0:_, global_positions:dim:1:_));
draw_shape('box', 6, 'color', 0xFFFFFF70 , 'fill', 0xFFFFFF20, 'from', min_pos, 'to', max_pos+1 );
schedule(5, '__render_box')
);
);
global_positions = m();
global_all_set = m();