Robinson et al (2007) stimuli generated by papers/RHS2007

stimuli/illusions/bullseye.py

@@ -73,35 +73,6 @@ def bullseye_illusion(
     return {"img": img, "mask": mask}
 
 
-def RHS2007_bullseye_thin():
-    """
-    Generates Bullseye thin illusion as used in the Robinson, Hammon and de Sa 2007 paper.
-    """
-    return bullseye_illusion(
-        n_rings=8,
-        ring_width=1,
-        padding=(100, 100, 100, 100),
-        back=1.0,
-        rings=9.0,
-        target=5.0,
-    )
-
-
-def RHS2007_bullseye_thick():
-    """
-    Generates Bullseye thick illusion as used in the Robinson, Hammon and de Sa 2007 paper.
-    """
-
-    return bullseye_illusion(
-        n_rings=8,
-        ring_width=1,
-        padding=(50, 50, 50, 50),
-        back=1.0,
-        rings=9.0,
-        target=5.0,
-    )
-
-
 if __name__ == "__main__":
     import matplotlib.pyplot as plt
 

stimuli/illusions/checkerboard_sbc.py

@@ -1,5 +1,5 @@
 import numpy as np
-from stimuli.utils import degrees_to_pixels, pad_img_to_shape, plot_stim
+from stimuli.utils import degrees_to_pixels, plot_stim
 
 
 def checkerboard_contrast(
@@ -73,93 +73,7 @@ def checkerboard_contrast(
     return {"img": img, "mask": mask}
 
 
-def RHS2007_Checkerboard016():
-    """
-    Generates checkerboard 0.16 illusion as used in Robinson, Hammon and de Sa 2007 paper.
-    """
-    total_height, total_width, ppd = (32,) * 3
-    height_checks, width_checks = 40, 102
-    check_height = 32 / 102
-    board_shape = (height_checks, width_checks)
-
-    check1, check2, target = 1, 0, 0.5
-    target_height = height_checks // 2
-    stim = checkerboard_contrast(
-        ppd=ppd,
-        board_shape=board_shape,
-        check_size=check_height,
-        targets_coords=((target_height, 16), (target_height, 85)),
-        extend_targets=False,
-        check1=check1,
-        check2=check2,
-        target=target,
-    )
-
-    img = pad_img_to_shape(stim["img"], (1024, 1024), val=target)
-    mask = pad_img_to_shape(stim["mask"], (1024, 1024), val=0)
-
-    return {"img": img, "mask": mask}
-
-
-def RHS2007_Checkerboard0938():
-    """
-    Generates checkerboard 0.94 illusion as used in Robinson, Hammon and de Sa 2007 paper.
-    """
-    total_height, total_width, ppd = (32,) * 3
-    height_checks, width_checks = 7, 25
-    check_height = 0.938
-    board_shape = (height_checks, width_checks)
-
-    check1, check2, target = 0, 1, 0.5
-    target_height = height_checks // 2
-    stim = checkerboard_contrast(
-        ppd=ppd,
-        board_shape=board_shape,
-        check_size=check_height,
-        targets_coords=((target_height, 6), (target_height, 17)),
-        extend_targets=False,
-        check1=check1,
-        check2=check2,
-        target=target,
-    )
-    img = pad_img_to_shape(stim["img"], (1024, 1024), val=target)
-    mask = pad_img_to_shape(stim["mask"], (1024, 1024), val=0)
-
-    return {"img": img, "mask": mask}
-
-
-def RHS2007_Checkerboard209():
-    """
-    Generates checkerboard 2.1 illusion as used in Robinson, Hammon and de Sa 2007 paper.
-    """
-    total_height, total_width, ppd = (32,) * 3
-    height_checks, width_checks = 3, 10
-    check_height = 2.09
-    board_shape = (height_checks, width_checks)
-
-    check1, check2, target = 0, 1, 0.5
-    target_height = height_checks // 2
-    stim = checkerboard_contrast(
-        ppd=ppd,
-        board_shape=board_shape,
-        check_size=check_height,
-        targets_coords=((target_height, 2), (target_height, 7)),
-        extend_targets=False,
-        check1=check1,
-        check2=check2,
-        target=target,
-    )
-    img = pad_img_to_shape(stim["img"], (1024, 1024), val=target)
-    mask = pad_img_to_shape(stim["mask"], (1024, 1024), val=0)
-
-    return {"img": img, "mask": mask}
-
-
 if __name__ == "__main__":
-    img1 = RHS2007_Checkerboard016()
-    img2 = RHS2007_Checkerboard0938()
-    img3 = RHS2007_Checkerboard209()
-
     stim = checkerboard_contrast()
-    plt.figure()
+
     plot_stim(stim, mask=True)

stimuli/illusions/grating_induction.py

@@ -78,31 +78,6 @@ def grating_illusion(
     return {"img": img, "mask": mask}
 
 
-def RHS2007_grating_induction():
-    total_height, total_width, ppd = (32.0,) * 3
-    n_cycles = 4.0
-    height, width = 12.0, 16.0
-    frequency = n_cycles / width
-    padding_horizontal = (total_width - width) / 2
-    padding_vertical = (total_height - height) / 2
-    padding = (
-        padding_vertical,
-        padding_vertical,
-        padding_horizontal,
-        padding_horizontal,
-    )
-    stim = grating_illusion(
-        shape=(height, width),
-        ppd=ppd,
-        frequency=frequency,
-        target_height=1,
-        blur=10,
-        start="high",
-        padding=padding,
-    )
-    return stim
-
-
 if __name__ == "__main__":
     import matplotlib.pyplot as plt
 

stimuli/illusions/sbc.py

@@ -60,72 +60,6 @@ def simultaneous_brightness_contrast(
     return {"img": img, "mask": mask}
 
 
-def RHS2007_sbc_large():
-    total_height, total_width, ppd = (32,) * 3
-    height, width = 12, 15
-    target_height, target_width = 3, 3
-
-    inner_padding_vertical, inner_padding_horizontal = (
-        height - target_height
-    ) / 2, (width - target_width) / 2
-    inner_padding = (
-        inner_padding_vertical,
-        inner_padding_vertical,
-        inner_padding_horizontal,
-        inner_padding_horizontal,
-    )
-
-    padding_vertical, padding_horizontal = (total_height - height) / 2, (
-        total_width - 2 * width
-    ) / 2
-    padding = (
-        padding_vertical,
-        padding_vertical,
-        padding_horizontal,
-        padding_horizontal,
-    )
-
-    return simultaneous_brightness_contrast(
-        target_shape=(target_height, target_width),
-        ppd=ppd,
-        inner_padding=inner_padding,
-        padding=padding,
-    )
-
-
-def RHS2007_sbc_small():
-    total_height, total_width, ppd = (32,) * 3
-    height, width = 12, 15
-    target_height, target_width = 1, 1
-
-    inner_padding_vertical, inner_padding_horizontal = (
-        height - target_height
-    ) / 2, (width - target_width) / 2
-    inner_padding = (
-        inner_padding_vertical,
-        inner_padding_vertical,
-        inner_padding_horizontal,
-        inner_padding_horizontal,
-    )
-
-    padding_vertical, padding_horizontal = (total_height - height) / 2, (
-        total_width - 2 * width
-    ) / 2
-    padding = (
-        padding_vertical,
-        padding_vertical,
-        padding_horizontal,
-        padding_horizontal,
-    )
-
-    return simultaneous_brightness_contrast(
-        target_shape=(target_height, target_width),
-        ppd=ppd,
-        inner_padding=inner_padding,
-        padding=padding,
-    )
-
-
 if __name__ == "__main__":
     import matplotlib.pyplot as plt