def init_scene():
g.set_duration(0.0)
g.set_renderer("ClearView (Unified)")
g.set_mesh(
"2011 - All-Hex Mesh Generation via Volumetric PolyCube Deformation",
"anc101_a1", "mesh")
g.set_transfer_function("Standard_anc_vid.xml")
g.set_camera_checkpoint("Frontal")
g.set_rendering_algorithm_settings({
"line_width":
0.0016,
"lod_value_context":
0.128,
"lod_value_focus":
0.15,
"use_screen_space_lens":
True,
"screen_space_lens_radius":
0.0,
"screen_space_lens_position": (10.5, 10.5),
"focus_outline_width":
9.0,
"clip_focus_outline":
False,
"focus_outline_color": (1.0, 0.0, 0.0),
"important_lines":
0.571,
"important_cells":
0.522,
})
g.set_duration(2)
def init_scene():
g.set_duration(0.0)
g.set_renderer("ClearView (Unified)")
g.set_mesh("2016 - All-Hex Meshing Using Closed-Form Induced Polycube",
"grayloc-hex", "vtk")
g.set_transfer_function("Standard_grayloc.xml")
g.set_camera_checkpoint("Overview")
g.set_rendering_algorithm_settings({
"line_width":
0.0016,
"lod_value_context":
0.0,
"lod_value_focus":
0.15,
"use_screen_space_lens":
True,
"screen_space_lens_radius":
0.0,
"screen_space_lens_position": (10.5, 10.5),
"focus_outline_width":
11.5,
"clip_focus_outline":
False,
"focus_outline_color": (1.0, 0.0, 0.0),
"important_lines":
0.562,
"important_cells":
0.562,
})
g.set_duration(2)
def init_scene():
g.set_duration(0)
g.set_dataset('Arched Bridge 3D (TVCG01, Fig 6, Fig 9)')
#g.set_dataset('KittenHex (Vis2021, results)')
g.set_camera_checkpoint('Front')
g.set_rendering_algorithm_settings({
'line_width': 0.0022,
'band_width': 0.004,
'depth_cue_strength': 0.8
})
g.set_dataset_settings({
'attribute': "Principal Stress",
'major_on': True,
'medium_on': False,
'minor_on': True,
'major_lod': 1.0,
'medium_lod': 1.0,
'minor_lod': 1.0,
'major_use_bands': False,
'medium_use_bands': False,
'minor_use_bands': False,
'thick_bands': True,
'smoothed_bands': True,
'use_principal_stress_direction_index': True,
})
g.set_transfer_functions([
'qualitative-ocher.xml', 'qualitative-emerald.xml',
'qualitative-pale-lilac.xml'
])
g.set_duration(6)
def init_scene():
g.set_duration(0)
g.set_dataset('Cantilever (Vis2021)')
g.set_camera_checkpoint('Overview')
g.set_rendering_algorithm_settings({
'line_width': 0.007,
'band_width': 0.005,
'depth_cue_strength': 0.0
})
g.set_dataset_settings({
'attribute': "Principal Stress",
'major_on': True,
'medium_on': False,
'minor_on': True,
'major_lod': 0.5,
'minor_lod': 0.5,
'major_use_bands': True,
'minor_use_bands': False,
'thick_bands': False,
'smoothed_bands': True,
'use_principal_stress_direction_index': True,
})
g.set_transfer_functions([
'qualitative-pale-lilac.xml', 'qualitative-emerald.xml',
'qualitative-ocher.xml'
])
def init_scene():
g.set_duration(0.0)
g.set_renderer("ClearView (Unified)")
g.set_mesh(
"2015 - Practical Hex-Mesh Optimization via Edge-Cone Rectification",
"dragon_out", "mesh")
g.set_transfer_function("Standard_dragon.xml")
g.set_camera_checkpoint("Overview")
g.set_rendering_algorithm_settings({
"line_width":
0.0018,
"lod_value_context":
0.126,
"lod_value_focus":
0.192,
"use_screen_space_lens":
True,
"screen_space_lens_radius":
0.0,
"screen_space_lens_position": (10.5, 10.5),
"focus_outline_width":
9.0,
"clip_focus_outline":
False,
"focus_outline_color": (1.0, 0.0, 0.0),
"important_lines":
0.457,
"important_cells":
0.440,
})
g.set_duration(2)
def init_scene():
g.set_duration(0)
g.set_dataset('Femur (Vis2021, Teaser)')
g.set_camera_checkpoint('TeaserA-2')
g.set_rendering_algorithm_settings({
'line_width': 0.005,
'band_width': 0.008,
'depth_cue_strength': 0.8
})
g.set_dataset_settings({
'attribute': "Principal Stress Magnitude",
'major_on': True,
'medium_on': False,
'minor_on': True,
'major_lod': 0.3,
'minor_lod': 0.5,
'major_use_bands': True,
'minor_use_bands': False,
'thick_bands': True,
'smoothed_bands': True,
'use_principal_stress_direction_index': True,
})
g.set_transfer_functions([
'qualitative-pale-lilac.xml', 'qualitative-emerald.xml',
'qualitative-ocher.xml'
])
g.set_transfer_functions_ranges([(0.0, 1.594), (0.0, 1.594), (0.0, 1.594)])
#g.set_transfer_functions_ranges([(-0.06, 1.274), (-0.213, 0.157), (-0.96, 0.019)])
g.set_duration(0.001)
g.set_transfer_functions_ranges([(0.0, 1.594), (0.03, 1.594),
(0.0, 1.594)])
g.set_duration(6)
def init_scene():
g.set_use_camera_flight(True)
g.set_duration(0.0)
g.set_renderer("ClearView (Unified)")
g.set_mesh("2012 - All-Hex Meshing using Singularity-Restricted Field", "sculpture/sculpture-B", "vtk")
g.set_transfer_function("Standard.xml")
g.set_camera_checkpoint("Video")
g.set_rendering_algorithm_settings({
"line_width": 0.0040,
"lod_value_context": 0.3,
"lod_value_focus": 0.3,
"use_screen_space_lens": True,
"screen_space_lens_radius": 0.0,
"screen_space_lens_position": (10.5, 10.5),
"focus_outline_width": 9.0,
"clip_focus_outline": False,
"focus_outline_color": (1.0, 0.0, 0.0),
"important_lines": 0.644,
"important_cells": 0.446,
})
def init_scene():
g.set_duration(0)
g.set_dataset('Arched Bridge 3D (TVCG01, Fig 6, Fig 9)')
g.set_camera_checkpoint('Closeup')
g.set_rendering_algorithm_settings({
'band_width': 0.003,
'depth_cue_strength': 0.8
})
g.set_dataset_settings({
'major_on': False,
'medium_on': False,
'minor_on': True,
'minor_lod': 0.3,
'minor_use_bands': True,
'thick_bands': False,
'smoothed_bands': True,
'use_principal_stress_direction_index': True
})
g.set_transfer_functions([
'qualitative-ocher.xml', 'qualitative-emerald.xml',
'qualitative-pale-lilac.xml'
])
def init_scene():
g.set_duration(0.0)
g.set_renderer("ClearView (Unified)")
g.set_mesh(
"2020 - LoopyCuts - Practical Feature-Preserving Block Decomposition for Strongly Hex-Dominant Meshing",
"motor_tail", "mesh")
g.set_transfer_function("motor_tail.xml")
g.set_camera_checkpoint("Close")
g.set_rendering_algorithm_settings({
"line_width":
0.0038,
"modulate_line_thickness_by_depth":
True,
"lod_value_context":
0.002,
"lod_value_focus":
0.251,
"use_screen_space_lens":
True,
"screen_space_lens_radius":
855.0,
"screen_space_lens_position": (-0.00368189, -0.157585),
"focus_outline_width":
14.0,
"clip_focus_outline":
False,
"focus_outline_color": (1.0, 0.0, 0.0),
"important_lines":
0.554,
"important_cells":
0.300,
"use_num_cells_or_volume":
0.522,
"lod_merge_factor":
0.0,
})
g.set_duration(1.0)
def move_camera():
g.set_duration(3)
g.set_camera_checkpoint("CloseUp")
g.set_duration(2)