innernaut/innernaut.py

#%%

from flight.server import FlightServer


server = FlightServer.ensure_threaded_instance()

#%%


import math

from flight.case import *
from flight.client import *
from flight.expressions import *


client = FlightClient()


def RoundedRect(x, y, width, height, radius):
    x2 = x + width
    y2 = y + height
    MoveTo(x, y + radius)
    QuadraticCurveTo(x + radius, y, x, y)
    LineTo(x2 - radius, y)
    QuadraticCurveTo(x2, y + radius, x2, y)
    LineTo(x2, y2 - radius)
    QuadraticCurveTo(x2 - radius, y2, x2, y2)
    LineTo(x + radius, y2)
    QuadraticCurveTo(x, y2 - radius, x, y2)
    ClosePath()


#%%

client.activate()

MaskRadius = 500
EyeSeparation = 175
EyeXRadius = 120
EyeYRadius = 150
PupilHeight = 30
PupilWidth = 150
EyeOutsideThickness = 50
NoseHeight = 250
NoseWidth = 130
NoseUpturn = 25
MouthOffset = 280
MouthWidth = 180
MouthHeight = 120
MouthCornerRadius = 30
LipThickness = 50
TriangleCount = 30
TriangleHeight = 30
TriangleSeparation = 20
OuterTriangleRadius = 450
InnerTriangleRadius = 430

with Screen('main', width=1920, height=1080) as screen:
    with Pattern('beads', width=30, height=30) as beads:
        for x in range(3):
            for y in range(3):
                with Path(tags='odd' if (x + y) % 2 == 1 else 'even',
                          color='red' if (x + y) % 2 == 1 else 'blue',
                          x=x * beads.width / 2, y=y * beads.height / 2):
                    Ellipse(0, 0, beads.width / 5, beads.height / 5)
                    FillPath()
    with Group('mask', x=screen.width/2, y=screen.height/2):
        with Group('background'):
            with Path(tags='outer', color='#330'):
                Ellipse(x=0, y=0, radiusX=MaskRadius, radiusY=MaskRadius)
                FillPath()
            with Path(tags='inner', pattern='beads'):
                Ellipse(x=0, y=0, radiusX=InnerTriangleRadius, radiusY=InnerTriangleRadius)
                FillPath()
        with Group('eyes'):
            for side, multiplier in [('left', -1), ('right', 1)]:
                with Group(tags={'eye', side}, x=multiplier * (EyeSeparation/2 + EyeRadius)):
                    with Path(tags='inside', color='#330'):
                        Ellipse(x=0, y=0, radiusX=EyeXRadius, radiusY=EyeYRadius)
                        FillPath()
                        with Path(tags='pupil', color='white'):
                            Rect(-PupilWidth / 2, -PupilHeight / 2, PupilWidth, PupilHeight)
                            FillPath()
                    with Path(tags='outside', lineWidth=EyeOutsideThickness, color='#072'):
                        Ellipse(x=0, y=0, radiusX=EyeXRadius + EyeOutsideThickness/2, radiusY=EyeYRadius + EyeOutsideThickness / 2)
                        StrokePath()
        with Group('nose', color='#fc3'):
            for side, multiplier in [('left', -1), ('right', 1)]:
                with Path(tags={'nose', side}, fader=0.9 + multiplier*.1):
                    MoveTo(multiplier * NoseWidth / 2, NoseHeight / 2)
                    LineTo(0, -NoseHeight / 2)
                    LineTo(0, NoseHeight / 2 - NoseUpturn)
                    FillPath()
            with Path(tags='nose bottom', fader=0.5):
                MoveTo(-NoseWidth / 2, NoseHeight / 2)
                LineTo(0, NoseHeight / 2 - NoseUpturn)
                LineTo(NoseWidth / 2, NoseHeight / 2)
                FillPath()
        with Group('mouth', y=MouthOffset):
            with Path(tags='inside', color='white'):
                RoundedRect(-MouthWidth / 2, -MouthHeight / 2, MouthWidth, MouthHeight, MouthCornerRadius)
                FillPath()
            with Path(tags='outside', color='#330', lineWidth=LipThickness):
                RoundedRect(-(MouthWidth + LipThickness) / 2, -(MouthHeight + LipThickness) / 2,
                            MouthWidth + LipThickness, MouthHeight + LipThickness, MouthCornerRadius + LipThickness)
                StrokePath()
        with Group('triangles', color='#fc3'):
            with Group('outer'):
                triangle_width = 2*math.pi * OuterTriangleRadius / TriangleCount - TriangleSeparation
                for i in range(TriangleCount):
                    with Group(rotate=i / TriangleCount):
                        with Path(y=-OuterTriangleRadius, tags='triangle outer'):
                            MoveTo(-triangle_width / 2, 0)
                            LineTo(0, -TriangleHeight)
                            LineTo(triangle_width / 2, 0)
                            FillPath()
            with Group('inner'):
                triangle_width = 2*math.pi * InnerTriangleRadius / TriangleCount - TriangleSeparation
                for i in range(TriangleCount):
                    with Group(rotate=i / TriangleCount):
                        with Path(y=-InnerTriangleRadius, tags='triangle outer'):
                            MoveTo(-triangle_width / 2, 0)
                            LineTo(0, TriangleHeight)
                            LineTo(triangle_width / 2, 0)
                            FillPath()


#%%

client.activate()

with Cue('Q1', name='Spinning triangles') as Q1:
    period = 10
    count = t / period
    Match('#outer').rotate = count
    Match('#inner').rotate = -count

with Cue('Q2', name='Blinking eyes') as Q2:
    period = 3
    duration = 0.2
    count = t / period
    cycle = t % period
    offset = beta('Q2.offset')[count] * (period - duration)
    blink = 1 - when((cycle > offset) & (cycle < offset + duration), impulse((cycle - offset) / duration), 0)
    Match('.pupil > Rect').y = -PupilHeight / 2 * blink
    Match('.pupil > Rect').height = PupilHeight * blink

with Cue('Q3', name='Nightmare spots') as Q3:
    period = 1
    count = t / period
    Match('#beads .odd').scale = 1.5 * sine(count)
    Match('#beads .even').scale = 1.5 * (1 - sine(count))


#%%

client.start('#Q1')