def draw_text(offset_x, offset_y, width, height):
canvas.paint.text_align = canvas.paint.TextAlign.CENTER
for row in range(3):
for col in range(3):
text_string = ""
if settings["user.grids_put_one_bottom_left"]:
text_string = f"{(2 - row)*3+col+1}"
else:
text_string = f"{row*3+col+1}"
text_rect = canvas.paint.measure_text(text_string)[1]
background_rect = text_rect.copy()
background_rect.center = Point2d(
offset_x + width / 6 + col * width / 3,
offset_y + height / 6 + row * height / 3,
)
background_rect = background_rect.inset(-4)
paint.color = "9999995f"
paint.style = Paint.Style.FILL
canvas.draw_rect(background_rect)
paint.color = "00ff00ff"
canvas.draw_text(
text_string,
offset_x + width / 6 + col * width / 3,
offset_y + height / 6 + row * height / 3 +
text_rect.height / 2,
)
def draw_header_buttons(self, canvas, paint, dimensions):
header_height = dimensions["header_height"]
dimensions = dimensions["rect"]
# Header button tray
x = dimensions.x
for index, icon in enumerate(self.icons):
# Minimize / maximize icon
icon_position = Point2d(x + dimensions.width - (self.icon_radius * 1.5 + ( index * self.icon_radius * 2.2 )),
dimensions.y + self.icon_radius + self.padding[0] / 2)
self.icons[index].pos = icon_position
paint.style = paint.Style.FILL
if icon.id == "minimize":
hover_colour = self.theme.get_colour("button_hover_background", "999999") if self.icon_hovered == index \
else self.theme.get_colour("button_background", "CCCCCC")
paint.shader = linear_gradient(self.x, self.y, self.x, self.y + header_height, (hover_colour, hover_colour))
canvas.draw_circle(icon_position.x, icon_position.y, self.icon_radius, paint)
text_colour = self.theme.get_colour("icon_colour", "000000")
paint.shader = linear_gradient(self.x, self.y, self.x, self.y + header_height, (text_colour, text_colour))
if not self.minimized:
canvas.draw_rect(ui.Rect(icon_position.x - self.icon_radius / 2, icon_position.y - 1, self.icon_radius, 2))
else:
paint.style = paint.Style.STROKE
canvas.draw_rect(ui.Rect( 1 + icon_position.x - self.icon_radius / 2, icon_position.y - self.icon_radius / 2,
self.icon_radius - 2, self.icon_radius - 2))
elif icon.id == "close":
close_colour = self.theme.get_colour("close_icon_hover_colour") if self.icon_hovered == index else self.theme.get_colour("close_icon_accent_colour")
paint.shader = linear_gradient(self.x, self.y, self.x, self.y + header_height, (self.theme.get_colour("close_icon_colour"), close_colour))
canvas.draw_circle(icon_position.x, icon_position.y, self.icon_radius, paint)
def draw_text(offset_x, offset_y, width, height):
canvas.paint.text_align = canvas.paint.TextAlign.CENTER
for row in range(3):
for col in range(3):
text_string = ""
text_string = f"{row*3+col+1}"
text_rect = canvas.paint.measure_text(text_string)[1]
center = Point2d(
offset_x + width / 6 + col * width / 3,
offset_y + height / 6 + row * height / 3,
)
background_rect = text_rect.copy()
background_rect.center = center
background_rect = background_rect.inset(-4)
paint.color = "9999995f"
paint.style = Paint.Style.FILL
canvas.draw_rect(background_rect)
paint.color = "00ff00ff"
canvas.draw_text(
text_string,
center.x,
center.y + text_rect.height / 2,
)
def setup_draw_cycle(self, canvas):
"""Drawing cycle that mimics a screen region set up"""
region = HudScreenRegion("setup", "Setup mode text", "command_icon", "DD4500", canvas.rect, \
Point2d(canvas.rect.x, canvas.rect.y), vertical_centered = True)
region.text_colour = "FFFFFF"
canvas_rect = self.align_region_canvas_rect(region)
self.draw_region(canvas, region, True)
if self.canvas:
self.canvas.pause()
def draw_text():
canvas.paint.text_align = canvas.paint.TextAlign.CENTER
canvas.paint.textsize = 17
for row in range(0, self.rows + 1):
skip_it = row % 2 == 0
for col in range(0, self.columns + 1):
skip_it = not skip_it
center = Point2d(
col * self.field_size + self.field_size / 2,
row * self.field_size + self.field_size / 2,
)
if not skip_it or not self.checkers:
text_string = f"{letters[row % len(letters)]}{letters[col % len(letters)]}"
text_rect = canvas.paint.measure_text(text_string)[1]
background_rect = text_rect.copy()
background_rect.center = Point2d(
col * self.field_size + self.field_size / 2,
row * self.field_size + self.field_size / 2,
)
background_rect = background_rect.inset(-4)
if (self.input_so_far.startswith(
letters[row % len(letters)])
or len(self.input_so_far) > 1
and self.input_so_far.endswith(
letters[col % len(letters)])):
canvas.paint.color = setting_row_highlighter.get(
) + hx(self.label_transparency)
else:
canvas.paint.color = setting_letters_background_color.get(
) + hx(self.label_transparency)
canvas.paint.style = Paint.Style.FILL
canvas.draw_rect(background_rect)
canvas.paint.color = setting_small_letters_color.get(
) + hx(self.label_transparency)
#paint.style = Paint.Style.STROKE
canvas.draw_text(
text_string,
col * self.field_size + self.field_size / 2,
row * self.field_size + self.field_size / 2 +
text_rect.height / 2)
def draw_header_buttons(self, canvas, paint, dimensions):
# Header button tray
x = dimensions.x
for index, icon in enumerate(self.icons):
icon_position = Point2d(x + dimensions.width - (icon_radius * 1.5 + ( index * icon_radius * 2.2 )),
dimensions.y + icon_radius + self.padding[0] / 2)
self.icons[index].pos = icon_position
paint.style = paint.Style.FILL
if icon.id == "close":
close_colour = self.theme.get_colour("close_icon_hover_colour") if self.icon_hovered == index else self.theme.get_colour("close_icon_accent_colour")
paint.shader = linear_gradient(icon_position.x, dimensions.y, icon_position.x, icon_position.y + icon_radius, (self.theme.get_colour("close_icon_colour"), close_colour))
canvas.draw_circle(icon_position.x, icon_position.y, icon_radius, paint)
def determine_active_icon(self, pos):
pos = Point2d(pos[0], pos[1])
active_icon = None
size = None
for icon in self.cursor_icons:
if icon.rect is None and active_icon is None:
active_icon = icon
if icon.rect is not None and hit_test_rect(icon.rect, pos):
if size is None or size > icon.rect.width * icon.rect.height:
size = icon.rect.width * icon.rect.height
active_icon = icon
self.active_icon = active_icon
def hud_create_screen_region(topic: str,
colour: str = None,
icon: str = None,
title: str = None,
hover_visibility: Union[bool, int] = False,
x: int = 0,
y: int = 0,
width: int = 0,
height: int = 0,
relative_x: int = 0,
relative_y: int = 0):
"""Create a HUD screen region, where by default it is active all over the available space and it is visible only on a hover"""
rect = ui.Rect(x, y, width, height) if width * height > 0 else None
point = Point2d(x + relative_x, y + relative_y)
return HudScreenRegion(topic, title, icon, colour, rect, point,
hover_visibility)
def draw_footer_buttons(self, canvas, paint, dimensions):
footer_height = dimensions["header_height"]
dimensions = dimensions["rect"]
# Small divider between the content and the footer
x = dimensions.x + self.padding[3]
start_y = dimensions.y + dimensions.height - self.padding[0] - self.padding[2] / 2
for index, icon in enumerate(self.footer_icons):
icon_position = Point2d(x + dimensions.width - self.padding[3] - (self.icon_radius * 1.5 + ( index * self.icon_radius * 2.2 )),
start_y - self.padding[0] * 2)
self.footer_icons[index].pos = icon_position
paint.style = paint.Style.FILL
hover_colour = self.theme.get_colour("button_hover_background", "999999") if self.footer_icon_hovered == index \
else self.theme.get_colour("button_background", "CCCCCC")
paint.shader = linear_gradient(self.x, self.y, self.x, self.y + footer_height, ("AAAAAA", hover_colour))
canvas.draw_circle(icon_position.x, icon_position.y, self.icon_radius, paint)
image = self.theme.get_image(icon.image)
if image:
canvas.draw_image(image, icon_position.x - image.width / 2, icon_position.y - image.height / 2)
def determine_active_regions(self, pos):
pos = Point2d(pos[0], pos[1])
active_regions = []
size = None
for region in self.regions:
if not region.hover_visibility:
active_regions.append(region)
else:
if region.rect is None:
active_regions.append(region)
elif region.rect is not None and region.hover_visibility == 1 and hit_test_rect(
region.rect, pos):
active_regions.append(region)
# For hover visibility -1 , we want the region canvas to be translucent when hovered
# So it doesn"t occlude content - But otherwise it should be visible
elif region.hover_visibility == -1:
rect = self.align_region_canvas_rect(region)
if not hit_test_rect(rect, pos):
active_regions.append(region)
if self.active_regions != active_regions:
self.active_regions = active_regions
for canvas_reference in self.canvases:
canvas_reference["canvas"].freeze()
def jump(self, spoken_letters, number=-1, compasspoint=None):
if number == -1:
number = self.default_superblock + 1
base_rect = self.superblocks[number - 1].copy()
base_rect.x += self.rect.x
base_rect.y += self.rect.y
spoken_letters = spoken_letters.upper()
x_idx = letters.index(spoken_letters[1])
y_idx = letters.index(spoken_letters[0])
if compasspoint != None:
index = direction_name_step.index(compasspoint)
point = direction_vectors[index]
else:
point = Point2d(0, 0)
ctrl.mouse_move(
point.x + base_rect.x + x_idx * self.field_size +
self.field_size / 2, point.y + base_rect.y +
y_idx * self.field_size + self.field_size / 2)
self.input_so_far = ""
def start_setup(self, setup_type, mouse_position=None):
"""Starts a setup mode that is used for moving, resizing and other various changes that the user might setup"""
if (mouse_position is not None):
self.drag_position = [
mouse_position[0] - self.limit_x,
mouse_position[1] - self.limit_y
]
if (setup_type not in self.allowed_setup_options
and setup_type not in ["", "cancel", "reload"]):
return
pos = ctrl.mouse_pos()
# Persist the user preferences when we end our setup
if (self.setup_type != "" and not setup_type):
self.drag_position = []
rect = self.canvas.rect
if (self.setup_type == "dimension"):
self.x = 0
self.y = 0
self.width = int(rect.width)
self.height = int(rect.height)
self.limit_width = int(rect.width)
self.limit_height = int(rect.height)
self.preferences.width = self.limit_width
self.preferences.height = self.limit_height
self.preferences.limit_width = self.limit_width
self.preferences.limit_height = self.limit_height
elif (self.setup_type == "font_size"):
self.preferences.font_size = self.font_size
self.setup_type = setup_type
self.preferences.mark_changed = True
self.canvas.pause()
self.canvas.unregister("draw", self.setup_draw_cycle)
self.canvas = None
self.event_dispatch.request_persist_preferences()
# Cancel every change
elif setup_type == "cancel":
self.drag_position = []
if (self.setup_type != ""):
self.load({}, False)
self.setup_type = ""
if self.canvas:
self.canvas.unregister("draw", self.setup_draw_cycle)
self.canvas = None
for canvas_reference in self.canvases:
canvas_rect = self.align_region_canvas_rect(
canvas_reference["region"])
canvas_reference["canvas"].rect = canvas_rect
canvas_reference["canvas"].freeze()
elif setup_type == "reload":
self.drag_position = []
self.setup_type = ""
for canvas_reference in self.canvases:
canvas_reference["canvas"].freeze()
# Start the setup by mocking a full screen screen region to place the canvas in
else:
main_screen = ui.main_screen()
region = HudScreenRegion("setup", "Setup mode text", "command_icon", "DD4500", main_screen.rect, \
Point2d(main_screen.rect.x, main_screen.rect.y))
region.vertical_centered = True
canvas_rect = self.align_region_canvas_rect(region)
self.x = canvas_rect.x
self.y = canvas_rect.y
if not self.canvas:
self.canvas = canvas.Canvas(self.x, self.y, self.limit_width,
self.limit_height)
self.canvas.register("draw", self.setup_draw_cycle)
self.canvas.move(self.x, self.y)
self.canvas.resume()
super().start_setup(setup_type, mouse_position)
ctx = Context()
ctx.matches = r"""
tag: user.full_mouse_grid_enabled
"""
# stolen from the race car, this should probably go in a central spot somewhere
direction_name_steps = [
"east", "east south east", "south east", "south south east", "south",
"south south west", "south west", "west south west", "west",
"west north west", "north west", "north north west", "north",
"north north east", "north east", "east north east"
]
direction_vectors = [Point2d(0, 0) for i in range(len(direction_name_steps))]
direction_vectors[0] = Point2d(1, 0)
direction_vectors[4] = Point2d(0, 1)
direction_vectors[8] = Point2d(-1, 0)
direction_vectors[12] = Point2d(0, -1)
for i in [2, 6, 10, 14]:
direction_vectors[i] = direction_vectors[
(i - 2) % len(direction_vectors)] + direction_vectors[
(i + 2) % len(direction_vectors)]
for i in [1, 3, 5, 7, 9, 11, 13, 15]:
direction_vectors[i] = (
direction_vectors[(i - 1) % len(direction_vectors)] +
direction_vectors[(i + 1) % len(direction_vectors)]) / 2
def hud_show_context_menu(widget_id: str, pos_x: int, pos_y: int,
buttons: list[HudButton]):
"""Show the context menu for a specific widget id"""
hud.move_context_menu(widget_id, Point2d(pos_x, pos_y), buttons)
class HeadUpTextPanel(LayoutWidget):
preferences = HeadUpDisplayUserWidgetPreferences(type="text_box", x=1680, y=50, width=200, height=200, limit_x=1580, limit_y=50, limit_width=300, limit_height=400, enabled=False, alignment="left", expand_direction="down", font_size=18)
mouse_enabled = True
# New content topic types
topic_types = ["text"]
current_topics = []
subscriptions = ["*"]
# Top, right, bottom, left, same order as CSS padding
padding = [3, 20, 10, 8]
line_padding = 6
# Options given to the context menu
default_buttons = [
HudButton("copy_icon", "Copy contents", ui.Rect(0,0,0,0), lambda widget: widget.copy_contents())
]
buttons = []
# All the header icons in a right to left order
icon_radius = 10
icon_hovered = -1
icons = [HudIcon("close", "", Point2d(0,0), icon_radius, close_widget),
HudIcon("minimize", "", Point2d(0,0), icon_radius, minimize_toggle_widget),
]
# All the footer icons in a right to left order
footer_icon_hovered = -1
footer_icons = [HudIcon("next", "next_icon", Point2d(0,0), icon_radius, lambda widget: widget.set_page_index(widget.page_index + 1)),
HudIcon("previous", "previous_icon", Point2d(0,0), icon_radius, lambda widget: widget.set_page_index(widget.page_index - 1))
]
panel_content = HudPanelContent("", "", [""], [], 0, False)
animation_max_duration = 60
def copy_contents(self):
clip.set_text(remove_tokens_from_rich_text(self.panel_content.content[0]))
actions.user.hud_add_log("event", "Copied contents to clipboard!")
def update_panel(self, panel_content) -> bool:
# Update the content buttons
self.buttons = list(panel_content.buttons)
self.buttons.extend(self.default_buttons)
return super().update_panel(panel_content)
def set_preference(self, preference, value, persisted=False):
self.mark_layout_invalid = True
super().set_preference(preference, value, persisted)
def load_theme_values(self):
self.intro_animation_start_colour = self.theme.get_colour_as_ints("intro_animation_start_colour")
self.intro_animation_end_colour = self.theme.get_colour_as_ints("intro_animation_end_colour")
self.blink_difference = [
self.intro_animation_end_colour[0] - self.intro_animation_start_colour[0],
self.intro_animation_end_colour[1] - self.intro_animation_start_colour[1],
self.intro_animation_end_colour[2] - self.intro_animation_start_colour[2]
]
def on_mouse(self, event):
icon_hovered = -1
for index, icon in enumerate(self.icons):
if hit_test_icon(icon, event.gpos):
icon_hovered = index
footer_icon_hovered = -1
if icon_hovered == -1:
for index, icon in enumerate(self.footer_icons):
if hit_test_icon(icon, event.gpos):
footer_icon_hovered = index
if icon_hovered != self.icon_hovered or footer_icon_hovered != self.footer_icon_hovered:
self.icon_hovered = icon_hovered
self.footer_icon_hovered = footer_icon_hovered
self.canvas.resume()
if event.event == "mouseup" and event.button == 0:
clicked_icon = None
if icon_hovered != -1:
clicked_icon = self.icons[icon_hovered]
elif footer_icon_hovered != -1:
clicked_icon = self.footer_icons[footer_icon_hovered]
if clicked_icon != None:
self.icon_hovered = -1
self.footer_icon_hovered = -1
clicked_icon.callback(self)
if event.button == 1 and event.event == "mouseup":
self.event_dispatch.show_context_menu(self.id, event.gpos, self.buttons)
if event.button == 0 and event.event == "mouseup":
self.event_dispatch.hide_context_menu()
# Allow dragging and dropping with the mouse
if icon_hovered == -1 and footer_icon_hovered == -1:
super().on_mouse(event)
def layout_content(self, canvas, paint):
paint.textsize = self.font_size
# Line padding needs to accumulate to at least 1.5 times the font size
# In order to make it readable according to WCAG specifications
# https://www.w3.org/TR/WCAG21/#visual-presentation
self.line_padding = int(self.font_size / 2) + 1 if self.font_size <= 17 else 5
horizontal_alignment = "right" if self.limit_x < self.x else "left"
vertical_alignment = "bottom" if self.limit_y < self.y else "top"
layout_width = max(self.width - self.padding[1] - self.padding[3] * 2,
self.limit_width - self.padding[1] * 2 - self.padding[3] * 2)
icon_size = len(self.icons) * 2 * self.icon_radius
"""Calculates the width and the height of the content"""
header_title = self.panel_content.title if self.panel_content.title != "" else self.id
header_text = layout_rich_text(paint, header_title, self.limit_width - icon_size, self.limit_height)
content_text = [] if self.minimized else layout_rich_text(paint, self.panel_content.content[0], layout_width, self.limit_height)
layout_pages = []
line_count = 0
total_text_width = 0
total_text_height = 0
current_line_length = 0
header_height = 0
# The header can only be one line long, so only take the first line
for index, text in enumerate(header_text):
line_count = line_count + 1 if text.x == 0 else line_count
if line_count <= 1:
header_height = text.height + self.padding[0] * 2
current_line_length = current_line_length + text.width + self.icon_radius * 1.5
total_text_width = max( total_text_width, current_line_length )
header_height = max(header_height, self.padding[0] * 2 + self.icon_radius)
page_height_limit = self.limit_height - header_height * 2
# We do not render content if the text box is minimized
current_content_height = self.font_size + self.line_padding
current_page_text = []
current_line_height = 0
if not self.minimized:
line_count = 0
for index, text in enumerate(content_text):
line_count = line_count + 1 if text.x == 0 else line_count
current_line_length = current_line_length + text.width if text.x != 0 else text.width
total_text_width = max( total_text_width, current_line_length )
total_text_height = total_text_height + current_line_height if text.x == 0 else total_text_height
current_content_height = total_text_height + self.padding[0] + self.padding[2] + header_height
# Recalculate current line height if we are starting a new line
if text.x == 0:
current_line_height = max(text.height, self.font_size) + self.line_padding
else:
current_line_height = max(current_line_height, max(text.height, self.font_size) + self.line_padding)
if page_height_limit > current_content_height:
current_page_text.append(text)
# We have exceeded the page height limit, append the layout and try again
else:
width = min( self.limit_width, max(self.width, total_text_width + self.padding[1] + self.padding[3]))
height = self.limit_height
x = self.x if horizontal_alignment == "left" else self.limit_x + self.limit_width - width
y = self.limit_y if vertical_alignment == "top" else self.limit_y + self.limit_height - height
layout_pages.append({
"rect": ui.Rect(x, y, width, height),
"line_count": max(1, line_count - 1),
"header_text": header_text,
"icon_size": icon_size,
"content_text": current_page_text,
"header_height": header_height,
"content_height": current_content_height
})
# Reset the variables
total_text_height = current_line_height
current_page_text = [text]
line_count = 1
# Make sure the remainder of the content gets placed on the final page
if len(current_page_text) > 0 or len(layout_pages) == 0:
# If we are dealing with a single line going over to the only other page
# Just remove the footer to make up for space
if len(layout_pages) == 1 and line_count == 1:
layout_pages[0]["line_count"] = layout_pages[0]["line_count"] + 1
layout_pages[0]["content_text"].extend(current_page_text)
layout_pages[0]["content_height"] += current_line_height
else:
width = min( self.limit_width, max(self.width, total_text_width + self.padding[1] + self.padding[3]))
content_height = header_height if self.minimized else total_text_height + self.padding[0] + self.padding[2] + header_height * 2
height = header_height + self.padding[0] * 2 if self.minimized else min(self.limit_height, max(self.height, content_height))
x = self.x if horizontal_alignment == "left" else self.limit_x + self.limit_width - width
y = self.limit_y if vertical_alignment == "top" else self.limit_y + self.limit_height - height
layout_pages.append({
"rect": ui.Rect(x, y, width, height),
"line_count": max(1, line_count + 2 ),
"header_text": header_text,
"icon_size": icon_size,
"content_text": current_page_text,
"header_height": header_height,
"content_height": content_height
})
return layout_pages
def draw_content(self, canvas, paint, dimensions) -> bool:
paint.textsize = self.font_size
paint.style = paint.Style.FILL
# Draw the background first
background_colour = self.theme.get_colour("text_box_background", "F5F5F5")
paint.color = background_colour
self.draw_background(canvas, paint, dimensions["rect"])
paint.color = self.theme.get_colour("text_colour")
self.draw_content_text(canvas, paint, dimensions)
self.draw_header(canvas, paint, dimensions)
if not self.minimized and len(self.layout) > 1:
self.draw_footer(canvas, paint, dimensions)
self.draw_footer_buttons(canvas, paint, dimensions)
self.draw_header_buttons(canvas, paint, dimensions)
return False
def draw_animation(self, canvas, animation_tick):
if self.enabled:
paint = canvas.paint
if self.mark_layout_invalid and animation_tick == self.animation_max_duration - 1:
self.layout = self.layout_content(canvas, paint)
if self.page_index > len(self.layout) - 1:
self.page_index = len(self.layout) -1
dimensions = self.layout[self.page_index]["rect"]
# Determine colour of the animation
animation_progress = ( animation_tick - self.animation_max_duration ) / self.animation_max_duration
red = self.intro_animation_start_colour[0] - int( self.blink_difference[0] * animation_progress )
green = self.intro_animation_start_colour[1] - int( self.blink_difference[1] * animation_progress )
blue = self.intro_animation_start_colour[2] - int( self.blink_difference[2] * animation_progress )
red_hex = "0" + format(red, "x") if red <= 15 else format(red, "x")
green_hex = "0" + format(green, "x") if green <= 15 else format(green, "x")
blue_hex = "0" + format(blue, "x") if blue <= 15 else format(blue, "x")
paint.color = red_hex + green_hex + blue_hex
if self.minimized:
self.draw_background(canvas, paint, dimensions)
else:
header_height = self.layout[self.page_index]["header_height"]
growth = (self.animation_max_duration - animation_tick ) / self.animation_max_duration
easeInOutQuint = 16 * growth ** 5 if growth < 0.5 else 1 - pow(-2 * growth + 2, 5) / 2
rect = ui.Rect(dimensions.x, dimensions.y, dimensions.width, max(header_height, dimensions.height * easeInOutQuint))
self.draw_background(canvas, paint, rect)
if animation_tick == 1:
return self.draw(canvas)
return True
else:
return False
def draw_header(self, canvas, paint, dimensions):
header_height = dimensions["header_height"]
dimensions = dimensions["rect"]
paint.color = self.theme.get_colour("text_colour")
paint.font.embolden = True
x = dimensions.x + self.padding[3]
canvas.draw_text(self.panel_content.title if self.panel_content.title else self.id, x, dimensions.y + self.font_size)
# Small divider between the content and the header
if not self.minimized:
paint.color = self.theme.get_colour("text_box_line", "000000")
canvas.draw_rect(ui.Rect(x - self.padding[3], dimensions.y + header_height + self.padding[0] * 2, dimensions.width, 1))
def draw_header_buttons(self, canvas, paint, dimensions):
header_height = dimensions["header_height"]
dimensions = dimensions["rect"]
# Header button tray
x = dimensions.x
for index, icon in enumerate(self.icons):
# Minimize / maximize icon
icon_position = Point2d(x + dimensions.width - (self.icon_radius * 1.5 + ( index * self.icon_radius * 2.2 )),
dimensions.y + self.icon_radius + self.padding[0] / 2)
self.icons[index].pos = icon_position
paint.style = paint.Style.FILL
if icon.id == "minimize":
hover_colour = self.theme.get_colour("button_hover_background", "999999") if self.icon_hovered == index \
else self.theme.get_colour("button_background", "CCCCCC")
paint.shader = linear_gradient(self.x, self.y, self.x, self.y + header_height, (hover_colour, hover_colour))
canvas.draw_circle(icon_position.x, icon_position.y, self.icon_radius, paint)
text_colour = self.theme.get_colour("icon_colour", "000000")
paint.shader = linear_gradient(self.x, self.y, self.x, self.y + header_height, (text_colour, text_colour))
if not self.minimized:
canvas.draw_rect(ui.Rect(icon_position.x - self.icon_radius / 2, icon_position.y - 1, self.icon_radius, 2))
else:
paint.style = paint.Style.STROKE
canvas.draw_rect(ui.Rect( 1 + icon_position.x - self.icon_radius / 2, icon_position.y - self.icon_radius / 2,
self.icon_radius - 2, self.icon_radius - 2))
elif icon.id == "close":
close_colour = self.theme.get_colour("close_icon_hover_colour") if self.icon_hovered == index else self.theme.get_colour("close_icon_accent_colour")
paint.shader = linear_gradient(self.x, self.y, self.x, self.y + header_height, (self.theme.get_colour("close_icon_colour"), close_colour))
canvas.draw_circle(icon_position.x, icon_position.y, self.icon_radius, paint)
def draw_footer(self, canvas, paint, dimensions):
footer_height = dimensions["header_height"]
dimensions = dimensions["rect"]
# Small divider between the content and the header
x = dimensions.x + self.padding[3]
start_y = dimensions.y + dimensions.height - self.padding[0] - self.padding[2] / 2
paint.color = self.theme.get_colour("text_colour")
canvas.draw_text(str(self.page_index + 1 ) + " of " + str(len(self.layout)), x, start_y)
paint.color = self.theme.get_colour("text_box_line", "000000")
canvas.draw_rect(ui.Rect(x - self.padding[3], start_y - footer_height, dimensions.width, 1))
def draw_footer_buttons(self, canvas, paint, dimensions):
footer_height = dimensions["header_height"]
dimensions = dimensions["rect"]
# Small divider between the content and the footer
x = dimensions.x + self.padding[3]
start_y = dimensions.y + dimensions.height - self.padding[0] - self.padding[2] / 2
for index, icon in enumerate(self.footer_icons):
icon_position = Point2d(x + dimensions.width - self.padding[3] - (self.icon_radius * 1.5 + ( index * self.icon_radius * 2.2 )),
start_y - self.padding[0] * 2)
self.footer_icons[index].pos = icon_position
paint.style = paint.Style.FILL
hover_colour = self.theme.get_colour("button_hover_background", "999999") if self.footer_icon_hovered == index \
else self.theme.get_colour("button_background", "CCCCCC")
paint.shader = linear_gradient(self.x, self.y, self.x, self.y + footer_height, ("AAAAAA", hover_colour))
canvas.draw_circle(icon_position.x, icon_position.y, self.icon_radius, paint)
image = self.theme.get_image(icon.image)
if image:
canvas.draw_image(image, icon_position.x - image.width / 2, icon_position.y - image.height / 2)
def draw_content_text(self, canvas, paint, dimensions):
"""Draws the content and returns the height of the drawn content"""
paint.textsize = self.font_size
header_height = dimensions["header_height"]
rich_text = dimensions["content_text"]
content_height = dimensions["content_height"]
line_count = dimensions["line_count"]
dimensions = dimensions["rect"]
text_x = dimensions.x + self.padding[3]
text_y = dimensions.y + header_height + self.padding[0] * 2
#line_height = ( content_height - header_height - self.padding[0] - self.padding[2] ) / line_count
self.draw_rich_text(canvas, paint, rich_text, text_x, text_y, self.line_padding)
def draw_background(self, canvas, paint, rect):
radius = 10
rrect = skia.RoundRect.from_rect(rect, x=radius, y=radius)
canvas.draw_rrect(rrect)
class HeadUpWalkthroughPanel(LayoutWidget):
preferences = HeadUpDisplayUserWidgetPreferences(type="walkthrough", x=910, y=1000, width=100, height=20, limit_x=420, limit_y=784, limit_width=1080, limit_height=230, enabled=False, sleep_enabled=True, alignment="center", expand_direction="up", font_size=24)
mouse_enabled = True
step_scheduled = None
# Top, right, bottom, left, same order as CSS padding
padding = [12, 20, 12, 8]
line_padding = 6
button_padding = 8
# New content topic types
topic_types = ["walkthrough_step"]
current_topics = []
subscriptions = ["*"]
# Animation frame related variables
animation_max_duration = 30
max_transition_animation_state = 30
max_animated_word_state = 20
transition_animation_state = 0
animated_word_state = 0
animated_words = []
commands_positions = {}
icon_hovered = -1
icons = [
HudIcon("close", "", Point2d(0,0), icon_radius, close_widget)
]
# Previous dimensions to transition from
previous_content_dimensions = None
# Options given to the context menu
buttons = [
HudButton("next_icon", "Skip this step", ui.Rect(0,0,0,0), lambda widget: actions.user.hud_skip_walkthrough_step()),
HudButton("check_icon", "Mark as done", ui.Rect(0,0,0,0), lambda widget: actions.user.hud_skip_walkthrough_all()),
HudButton("", "Restore current step", ui.Rect(0,0,0,0), lambda widget: actions.user.hud_restore_walkthrough_step())
]
walkthrough_button_hovered = -1
walkthrough_buttons = [
HudButton("", "Previous", ui.Rect(0,0,0,0), lambda widget: actions.user.hud_previous_walkthrough_step()),
HudButton("", "Walkthrough options", ui.Rect(0,0,0,0), lambda widget: actions.user.hud_widget_options(widget.id)),
HudButton("", "Continue", ui.Rect(0,0,0,0), lambda widget: actions.user.hud_skip_walkthrough_step())
]
previous_progress = HudContentPage(0,1,0)
voice_commands_available = []
previous_walkthrough_step = None
def disable(self, persisted=False):
self.previous_content_dimensions = None
self.transition_animation_state = 0
super().disable(persisted)
def should_enable(self):
current_walkthrough_step = self.content.get_topic("walkthrough_step")
return current_walkthrough_step is not None and len(current_walkthrough_step) > 0
def content_handler(self, event) -> bool:
replaced = False
if event.topic_type == "walkthrough_step":
if event.operation == "replace":
current_walkthrough_step = self.content.get_topic("walkthrough_step")
self.previous_walkthrough_step = copy.copy(current_walkthrough_step[0]) if len(current_walkthrough_step) > 0 else None
self.previous_progress = self.previous_walkthrough_step.progress if self.previous_walkthrough_step is not None else HudContentPage(0,1,0)
replaced = True
elif event.operation == "remove":
self.previous_walkthrough_step = None
self.previous_progress = HudContentPage(0,1,0)
self.mark_layout_invalid = True
super().content_handler(event)
if replaced:
if self.show_animations and ( self.previous_progress and self.previous_progress.percent != event.content.progress.percent ) or \
self.previous_walkthrough_step is None:
if self.layout is None:
self.previous_content_dimensions = None
else:
self.previous_content_dimensions = self.layout[self.page_index]["rect"] if self.page_index < len(self.layout) else None
self.page_index = 0
should_animate = self.previous_content_dimensions is not None and self.enabled == True
self.transition_animation_state = self.max_transition_animation_state if should_animate else 0
self.animated_words = []
def refresh(self, new_content):
# Animate the new words
if "event" in new_content and new_content["event"].topic_type == "walkthrough_step":
if self.previous_walkthrough_step is None or new_content["event"].operation == "remove":
self.animated_words = []
self.animated_word_state = 0
self.previous_progress = HudContentPage(0,1,0)
else:
if self.show_animations and self.previous_walkthrough_step.said_walkthrough_commands is not None \
and new_content["event"].content.said_walkthrough_commands is not None \
and len(self.previous_walkthrough_step.said_walkthrough_commands) != len(new_content["event"].content.said_walkthrough_commands):
animated_words = []
for said_voice_command in new_content["event"].content.said_walkthrough_commands:
current_count = self.previous_walkthrough_step.said_walkthrough_commands.count(said_voice_command)
new_count = new_content["event"].content.said_walkthrough_commands.count(said_voice_command)
if new_count > current_count:
for index in range(new_count - current_count):
indexed_voice_command = said_voice_command + ":" + str(current_count + index)
if indexed_voice_command not in animated_words:
animated_words.append(indexed_voice_command)
self.animated_words = animated_words
self.animated_word_state = self.max_animated_word_state
else:
self.animated_words = []
self.animated_word_state = 0
if not self.enabled and new_content["event"].show:
self.enable()
super().refresh(new_content)
if self.enabled:
if not self.canvas:
self.generate_canvases()
self.canvas.resume()
def on_mouse(self, event):
icon_hovered = -1
for index, icon in enumerate(self.icons):
if hit_test_icon(icon, event.gpos):
icon_hovered = index
button_hovered = -1
for index, button in enumerate(self.walkthrough_buttons):
if hit_test_button(button, event.gpos):
button_hovered = index
if event.event == "mouseup" and event.button == 0:
clicked_element = None
if icon_hovered != -1:
clicked_element = self.icons[icon_hovered]
if button_hovered != -1:
clicked_element = self.walkthrough_buttons[button_hovered]
self.event_dispatch.hide_context_menu()
if clicked_element != None:
self.icon_hovered = -1
self.button_hovered = -1
clicked_element.callback(self)
elif event.button == 1 and event.event == "mouseup":
self.event_dispatch.show_context_menu(self.id, event.gpos, self.buttons)
if icon_hovered != self.icon_hovered or button_hovered != self.walkthrough_button_hovered:
self.icon_hovered = icon_hovered
self.walkthrough_button_hovered = button_hovered
self.canvas.resume()
# Allow dragging and dropping with the mouse
if icon_hovered == -1 and button_hovered == -1:
super().on_mouse(event)
def set_preference(self, preference, value, persisted=False):
self.mark_layout_invalid = True
super().set_preference(preference, value, persisted)
def load_theme_values(self):
self.intro_animation_start_colour = self.theme.get_colour_as_ints("intro_animation_start_colour")
self.intro_animation_end_colour = self.theme.get_colour_as_ints("intro_animation_end_colour")
self.blink_difference = [
self.intro_animation_end_colour[0] - self.intro_animation_start_colour[0],
self.intro_animation_end_colour[1] - self.intro_animation_start_colour[1],
self.intro_animation_end_colour[2] - self.intro_animation_start_colour[2]
]
def layout_content(self, canvas, paint):
current_walkthrough_step = self.content.get_topic("walkthrough_step")
if current_walkthrough_step is not None and len(current_walkthrough_step) > 0:
current_walkthrough_step = current_walkthrough_step[0]
else:
# If there is no current walkthrough step - Just clear the layout completely and don"t calculate anything
return [None]
paint.textsize = self.font_size
self.line_padding = int(self.font_size / 2) + 1 if self.font_size <= 17 else 5
horizontal_alignment = "right" if self.limit_x < self.x else "left"
vertical_alignment = "bottom" if self.limit_y < self.y else "top"
if self.alignment == "center" or \
( self.x + self.width < self.limit_x + self.limit_width and self.limit_x < self.x ):
horizontal_alignment = "center"
icon_padding = icon_radius
layout_width = self.limit_width - self.padding[1] * 2 - self.padding[3] * 2 - icon_padding
max_text_width = layout_width - icon_padding - self.padding[1] if self.width < self.limit_width else self.limit_width - self.padding[1] - self.padding[3] - icon_padding
content_text = [] if self.minimized else layout_rich_text(paint, current_walkthrough_step.content if not current_walkthrough_step.show_context_hint else current_walkthrough_step.context_hint, max_text_width, self.limit_height)
footer_height = self.font_size + self.padding[2] + self.padding[0]
# Calculate the size of the footer buttons
button_x = self.limit_x
layout_buttons = []
total_button_width = 0
for index, button in enumerate(self.walkthrough_buttons):
button_content_text = layout_rich_text(paint, button.text, layout_width - icon_padding, self.font_size)
layout_buttons.append({"text": [button_content_text[0]], "rect": ui.Rect(button_x, self.limit_y + self.limit_height - footer_height + self.padding[0], button_content_text[0].width + self.button_padding * 2, self.font_size + self.padding[2] / 2)})
button_x += button_content_text[0].width + self.button_padding * 3
total_button_width += button_content_text[0].width + self.button_padding * 3
total_button_width -= self.button_padding * 3
# Reposition the buttons based on alignment and their combined width
left_offset = 0
if self.alignment == "center":
left_offset = ( self.limit_width - total_button_width ) / 2
elif self.alignment == "right":
left_offset = self.limit_width - total_button_width
for index, layout_button in enumerate(layout_buttons):
layout_buttons[index]["rect"].x += left_offset
# Start segmenting the available voice commands by indexes
self.voice_commands_available = []
self.commands_positions = {}
voice_command_words = []
voice_command_indecis = []
for index, text in enumerate(content_text):
if "command_available" in text.styles:
voice_command_words += string_to_speakable_string(text.text).split()
voice_command_indecis.append(index)
elif len(voice_command_words) > 0:
voice_command = " ".join(voice_command_words)
for voice_command_index in voice_command_indecis:
self.commands_positions[str(voice_command_index)] = voice_command + ":" + str(self.voice_commands_available.count(voice_command))
self.voice_commands_available.append(voice_command)
voice_command_words = []
voice_command_indecis = []
# Add remaining voice commands if they haven"t been added yet
if len(voice_command_words) > 0:
voice_command = " ".join(voice_command_words)
for voice_command_index in voice_command_indecis:
self.commands_positions[str(voice_command_index)] = voice_command + ":" + str(self.voice_commands_available.count(voice_command))
voice_command_words = []
voice_command_indecis = []
self.voice_commands_available.append(voice_command)
layout_pages = []
line_count = 0
total_text_width = 0
total_text_height = 0
current_line_length = 0
page_height_limit = self.limit_height - footer_height - self.padding[0] + self.padding[2]
# We do not render content if the text box is minimized
current_content_height = self.padding[0] + self.padding[2]
current_page_text = []
current_line_height = 0
if not self.minimized:
line_count = 0
for index, text in enumerate(content_text):
line_count = line_count + 1 if text.x == 0 else line_count
current_line_length = current_line_length + text.width if text.x != 0 else text.width
total_text_width = max( total_text_width, current_line_length )
total_text_height = total_text_height + max(text.height, self.font_size) + self.line_padding if text.x == 0 else total_text_height
current_content_height = total_text_height
current_line_height = max(text.height, self.font_size) + self.line_padding
if page_height_limit > current_content_height:
current_page_text.append(text)
# We have exceeded the page height limit, append the layout and try again
else:
width = min( self.limit_width, max(self.width, total_text_width + self.padding[1] + self.padding[1] + self.padding[3]))
height = self.limit_height
x = self.x if horizontal_alignment == "left" else self.limit_x + self.limit_width - width
if horizontal_alignment == "center":
x = self.limit_x + ( self.limit_width - width ) / 2
y = self.limit_y if vertical_alignment == "top" else self.limit_y + self.limit_height - height - footer_height
layout_pages.append({
"rect": ui.Rect(x, y, width, height),
"line_count": max(1, line_count - 1),
"content_text": current_page_text,
"content_height": current_content_height,
"layout_buttons": layout_buttons,
"footer_height": footer_height
})
# Reset the variables
total_text_height = current_line_height
current_page_text = [text]
current_content_height = self.padding[0] + self.padding[2]
line_count = 1
# Make sure the remainder of the content gets placed on the final page
if len(current_page_text) > 0 or len(layout_pages) == 0:
width = min( self.limit_width, max(self.width, total_text_width + self.padding[1] + self.padding[1] + self.padding[3]))
content_height = total_text_height + self.padding[0] + self.padding[2]
if self.height == self.limit_height:
height = min(self.limit_height, min(self.height, content_height) + footer_height)
else:
height = min(self.limit_height, max(self.height, content_height) + footer_height)
x = self.x if horizontal_alignment == "left" else self.limit_x + self.limit_width - width
if horizontal_alignment == "center":
x = self.limit_x + ( self.limit_width - width ) / 2
y = self.limit_y if vertical_alignment == "top" else self.limit_y + self.limit_height - height
last_page_layout_buttons = []
if vertical_alignment == "top":
for index, layout_button in enumerate(layout_buttons):
last_page_layout_button = {
"text": layout_button["text"],
"rect": ui.Rect(layout_button["rect"].x, min(self.limit_y + self.limit_height - footer_height + self.padding[0], y + content_height + self.padding[0]), layout_button["rect"].width, layout_button["rect"].height)
}
last_page_layout_buttons.append(last_page_layout_button)
else:
last_page_layout_buttons = layout_buttons
layout_pages.append({
"rect": ui.Rect(x, y, width, height),
"line_count": max(1, line_count + 2 ),
"content_text": current_page_text,
"content_height": content_height,
"layout_buttons": last_page_layout_buttons,
"footer_height": footer_height
})
return layout_pages
def draw_content(self, canvas, paint, dimensions) -> bool:
# Disable if there is no content
if dimensions is None:
self.disable()
return False
current_walkthrough_step = self.content.get_topic("walkthrough_step")
if current_walkthrough_step is not None and len(current_walkthrough_step) > 0:
current_walkthrough_step = current_walkthrough_step[0]
paint.textsize = self.font_size
paint.style = paint.Style.FILL
progress_bar_offset = 0
progress_bar_height = 7
# Animate the transition if an animation state has been set
self.transition_animation_state = max(0, self.transition_animation_state - 1)
animation_in_progress = self.transition_animation_state > 0
# Draw the buttons
buttons = dimensions["layout_buttons"]
for index, button_layout in enumerate(buttons):
self.walkthrough_buttons[index].rect = button_layout["rect"]
button_colour = self.theme.get_colour("button_background", "BBBBBB")
text_colour = self.theme.get_colour("button_text_colour", "000000FF")
button_hovered = self.walkthrough_button_hovered == index
if animation_in_progress:
if len(button_colour) == 8:
button_colour = button_colour[:-2]
button_colour += "55" # More transparent during transition
elif button_hovered:
button_colour = self.theme.get_colour("button_hover_background", "CCCCCC")
text_colour = self.theme.get_colour("button_hover_text_colour", "000000FF")
paint.color = button_colour
canvas.draw_rrect( skia.RoundRect.from_rect(button_layout["rect"], x=10, y=10) )
paint.color = self.theme.get_colour("text_colour")
self.draw_rich_text(canvas, paint, button_layout["text"], button_layout["rect"].x + self.button_padding, button_layout["rect"].y, self.font_size, False, current_walkthrough_step)
# Draw the background first
background_colour = self.theme.get_colour("text_box_background", "F5F5F5")
paint.color = background_colour
if animation_in_progress:
growth = (self.max_transition_animation_state - self.transition_animation_state ) / self.max_transition_animation_state
easeInOutQuint = 16 * growth ** 5 if growth < 0.5 else 1 - pow(-2 * growth + 2, 5) / 2
difference = ui.Rect((dimensions["rect"].x - self.previous_content_dimensions.x ) * easeInOutQuint,
( dimensions["rect"].y - self.previous_content_dimensions.y ) * easeInOutQuint,
( dimensions["rect"].width - self.previous_content_dimensions.width ) * easeInOutQuint,
( dimensions["rect"].height - self.previous_content_dimensions.height) * easeInOutQuint)
background_rect = ui.Rect(self.previous_content_dimensions.x + difference.x,
self.previous_content_dimensions.y + difference.y,
self.previous_content_dimensions.width + difference.width,
self.previous_content_dimensions.height + difference.height - dimensions["footer_height"])
self.draw_background(canvas, paint, background_rect)
# Reverse the growth if we are heading to a previous step
growth = growth if current_walkthrough_step.progress.percent > self.previous_progress.percent else growth * -1
# Draw the progress bar
progress = ( self.previous_progress.percent + ( growth * (abs(current_walkthrough_step.progress.percent - self.previous_progress.percent))) ) * 0.01
paint.color = self.theme.get_colour("spoken_voice_command_background_colour", "6CC653")
rect = ui.Rect(background_rect.x + progress_bar_offset, background_rect.y, \
min(background_rect.width - progress_bar_offset * 2, (background_rect.width - progress_bar_offset * 2) * progress), progress_bar_height)
canvas.draw_rect(rect)
self.draw_header_buttons(canvas, paint, background_rect)
else:
self.animated_word_state = max(0, self.animated_word_state - 1)
# Draw the background first
background_rect = ui.Rect(dimensions["rect"].x, dimensions["rect"].y, dimensions["rect"].width, dimensions["rect"].height - dimensions["footer_height"])
self.draw_background(canvas, paint, background_rect)
# Draw the progress bar
paint.color = self.theme.get_colour("spoken_voice_command_background_colour", "6CC653")
rect = ui.Rect(dimensions["rect"].x + progress_bar_offset, dimensions["rect"].y, \
min(dimensions["rect"].width - progress_bar_offset * 2, (dimensions["rect"].width - progress_bar_offset * 2) * ( current_walkthrough_step.progress.percent * 0.01 )), progress_bar_height)
canvas.draw_rect(rect)
paint.color = self.theme.get_colour("text_colour")
# Keep an offset of previous pages to make sure the animations are properly taken into account for highlighting commands
text_index_offset = 0
if self.page_index > 0:
current_page_index = self.page_index
while(current_page_index > 0):
current_page_index -= 1
text_index_offset += len(self.layout[current_page_index]["content_text"])
text_index_offset = max(0, text_index_offset)
self.draw_voice_command_backgrounds(canvas, paint, dimensions, self.animated_word_state, current_walkthrough_step, text_index_offset)
self.draw_content_text(canvas, paint, dimensions, current_walkthrough_step, text_index_offset)
self.draw_header_buttons(canvas, paint, dimensions["rect"])
return self.transition_animation_state > 0 or self.animated_word_state > 0
def draw_animation(self, canvas, animation_tick):
if self.enabled and self.should_enable():
paint = canvas.paint
if self.mark_layout_invalid and animation_tick == self.animation_max_duration - 1:
self.layout = self.layout_content(canvas, paint)
if self.page_index > len(self.layout) - 1:
self.page_index = len(self.layout) -1
dimensions = self.layout[self.page_index]["rect"]
# Determine colour of the animation
animation_progress = ( animation_tick - self.animation_max_duration ) / self.animation_max_duration
red = self.intro_animation_start_colour[0] - int( self.blink_difference[0] * animation_progress )
green = self.intro_animation_start_colour[1] - int( self.blink_difference[1] * animation_progress )
blue = self.intro_animation_start_colour[2] - int( self.blink_difference[2] * animation_progress )
red_hex = "0" + format(red, "x") if red <= 15 else format(red, "x")
green_hex = "0" + format(green, "x") if green <= 15 else format(green, "x")
blue_hex = "0" + format(blue, "x") if blue <= 15 else format(blue, "x")
paint.color = red_hex + green_hex + blue_hex
horizontal_alignment = "right" if self.limit_x < self.x else "left"
if self.alignment == "center" or \
( self.x + self.width < self.limit_x + self.limit_width and self.limit_x < self.x ):
horizontal_alignment = "center"
growth = (self.animation_max_duration - animation_tick ) / self.animation_max_duration
easeInOutQuint = 16 * growth ** 5 if growth < 0.5 else 1 - pow(-2 * growth + 2, 5) / 2
width = dimensions.width * easeInOutQuint
if horizontal_alignment == "left":
x = dimensions.x
elif horizontal_alignment == "right":
x = self.limit_x + self.limit_width - width
elif horizontal_alignment == "center":
x = self.limit_x + ( self.limit_width / 2 ) - ( width / 2 )
rect = ui.Rect(x, dimensions.y, width, dimensions.height - self.layout[self.page_index]["footer_height"])
if animation_tick == 1:
return self.draw(canvas)
else:
self.draw_background(canvas, paint, rect)
return True
else:
return False
def draw_content_text(self, canvas, paint, dimensions, current_walkthrough_step, text_index_offset=0) -> int:
"""Draws the content and returns the height of the drawn content"""
paint.textsize = self.font_size
# Line padding needs to accumulate to at least 1.5 times the font size
# In order to make it readable according to WCAG specifications
# https://www.w3.org/TR/WCAG21/#visual-presentation
self.line_padding = int(self.font_size / 2) + 1 if self.font_size <= 17 else 5
rich_text = dimensions["content_text"]
content_height = dimensions["content_height"]
line_count = dimensions["line_count"]
dimensions = dimensions["rect"]
text_x = dimensions.x + self.padding[3]
text_y = dimensions.y + self.padding[0] / 2
self.draw_rich_text(canvas, paint, rich_text, text_x, text_y, self.line_padding, False, current_walkthrough_step, text_index_offset)
def draw_background(self, canvas, paint, rect):
radius = 10
rrect = skia.RoundRect.from_rect(rect, x=radius, y=radius)
canvas.draw_rrect(rrect)
def draw_voice_command_backgrounds(self, canvas, paint, dimensions, animation_state, current_walkthrough_step, text_index_offset=0):
text_colour = paint.color
rich_text = dimensions["content_text"]
content_height = dimensions["content_height"]
line_count = dimensions["line_count"]
dimensions = dimensions["rect"]
x = dimensions.x + self.padding[3]
y = dimensions.y + self.padding[0]
non_spoken_background_colour = self.theme.get_colour("voice_command_background_colour", "535353")
spoken_background_colour = self.theme.get_colour("spoken_voice_command_background_colour", "6CC653")
current_line = -1
for index, text in enumerate(rich_text):
current_line = current_line + 1 if text.x == 0 else current_line
if text.x == 0:
y += paint.textsize
if index != 0:
y += self.line_padding
if "command_available" in text.styles and text.text.strip() != "":
command_padding = self.line_padding / 2
text_size = max(paint.textsize, text.height)
rect = ui.Rect(x + text.x - command_padding, y - paint.textsize - self.line_padding,
text.width + command_padding * 2, text_size + command_padding * 2)
if animation_state > 0 and str(text_index_offset + index) in self.commands_positions and \
self.commands_positions[str(text_index_offset + index)] in self.animated_words:
growth = (self.max_animated_word_state - animation_state ) / self.max_animated_word_state
easeOutQuad = 1 - pow(1 - growth, 4)
easeOutQuint = 1 - pow(1 - growth, 5)
# Draw the colour shifting rectangle
colour_from = hex_to_ints(non_spoken_background_colour)
colour_to = hex_to_ints(spoken_background_colour)
red_value = int(round(colour_from[0] + ( colour_to[0] - colour_from[0] ) * easeOutQuad))
green_value = int(round(colour_from[1] + ( colour_to[1] - colour_from[1] ) * easeOutQuad))
blue_value = int(round(colour_from[2] + ( colour_to[2] - colour_from[2] ) * easeOutQuad))
red_hex = "0" + format(red_value, "x") if red_value <= 15 else format(red_value, "x")
green_hex = "0" + format(green_value, "x") if green_value <= 15 else format(green_value, "x")
blue_hex = "0" + format(blue_value, "x") if blue_value <= 15 else format(blue_value, "x")
colour = red_hex + green_hex + blue_hex
paint.color = colour
paint.style = Paint.Style.FILL
canvas.draw_rrect(skia.RoundRect.from_rect(rect, x=5, y=5))
# Draw the expanding border
expand = ( self.font_size / 2 ) * easeOutQuint
alpha = int(round( 255 * (1 - easeOutQuint) ))
alpha_hex = "0" + format(alpha, "x") if alpha <= 15 else format(alpha, "x")
paint.color = colour + alpha_hex
paint.style = Paint.Style.STROKE
paint.stroke_width = 4
rect.x -= int(round(expand / 2))
rect.y -= int(round(expand / 2))
rect.height += int(round(expand))
rect.width += int(round(expand))
canvas.draw_rrect(skia.RoundRect.from_rect(rect, x=5, y=5))
paint.stroke_width = 1
# Not an animated set of words - Just draw the state
else:
paint.color = non_spoken_background_colour
if str(text_index_offset + index) in self.commands_positions:
used_voice_commands = []
for voice_command in current_walkthrough_step.said_walkthrough_commands:
if self.commands_positions[str(text_index_offset + index)] == voice_command + ":" + str(used_voice_commands.count(voice_command)):
paint.color = spoken_background_colour
break
used_voice_commands.append(voice_command)
paint.style = Paint.Style.FILL
canvas.draw_rrect(skia.RoundRect.from_rect(rect, x=5, y=5))
paint.color = text_colour
paint.style = Paint.Style.FILL
def draw_rich_text(self, canvas, paint, rich_text, x, y, line_padding, single_line=False, current_walkthrough_step=None, text_index_offset=0):
# Mostly copied over from layout_widget
# Draw text line by line
text_colour = paint.color
error_colour = self.theme.get_colour("error_colour", "AA0000")
warning_colour = self.theme.get_colour("warning_colour", "F75B00")
success_colour = self.theme.get_colour("success_colour", "00CC00")
info_colour = self.theme.get_colour("info_colour", "30AD9E")
spoken_voice_command_text_colour = self.theme.get_colour("spoken_voice_command_text_colour", "000000FF")
voice_command_text_colour = self.theme.get_colour("voice_command_text_colour", "DDDDDD")
current_line = -1
for index, text in enumerate(rich_text):
paint.font.embolden = "bold" in text.styles
paint.font.skew_x = -0.33 if "italic" in text.styles else 0
paint.color = text_colour
if "command_available" in text.styles:
paint.color = voice_command_text_colour
if str(text_index_offset + index) in self.commands_positions:
used_voice_commands = []
for voice_command in current_walkthrough_step.said_walkthrough_commands:
if self.commands_positions[str(text_index_offset + index)] == voice_command + ":" + str(used_voice_commands.count(voice_command)):
paint.color = spoken_voice_command_text_colour
break
used_voice_commands.append(voice_command)
else:
if "warning" in text.styles:
paint.color = warning_colour
elif "success" in text.styles:
paint.color = success_colour
elif "error" in text.styles:
paint.color = error_colour
elif "notice" in text.styles:
paint.color = info_colour
current_line = current_line + 1 if text.x == 0 else current_line
if single_line and current_line > 0:
return
if text.x == 0:
y += paint.textsize
if index != 0:
y += line_padding
canvas.draw_text(text.text, x + text.x, y )
def draw_header_buttons(self, canvas, paint, dimensions):
# Header button tray
x = dimensions.x
for index, icon in enumerate(self.icons):
icon_position = Point2d(x + dimensions.width - (icon_radius * 1.5 + ( index * icon_radius * 2.2 )),
dimensions.y + icon_radius + self.padding[0] / 2)
self.icons[index].pos = icon_position
paint.style = paint.Style.FILL
if icon.id == "close":
close_colour = self.theme.get_colour("close_icon_hover_colour") if self.icon_hovered == index else self.theme.get_colour("close_icon_accent_colour")
paint.shader = linear_gradient(icon_position.x, dimensions.y, icon_position.x, icon_position.y + icon_radius, (self.theme.get_colour("close_icon_colour"), close_colour))
canvas.draw_circle(icon_position.x, icon_position.y, icon_radius, paint)