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How to use end_group method in hypothesis

Best Python code snippet using hypothesis

planetarium.py

Source:planetarium.py

...69                             elem['adjust']['move_index'][1],70                             ['shiitake', elem['adjust']['target'], 'surface'],71                             elem['adjust']['target_index'][0],72                             elem['adjust']['target_index'][1])73        pc.end_group()74    pc.translate([50, 50])75    pc.end_group()76    x = 077    for key in pipe.keys():78        for i in range(pipe[key]):79            pc.begin_group('pipe_' + str(key) + '_' + str(i), svg_group=True)80            pc.rect([0, 0], [4, key], fill='black', stroke='darkgray')81            pc.rect([4, 0], [8, key], fill='black', stroke='darkgray')82            pc.rect([8, 0], [12, key], fill='black', stroke='darkgray')83            pc.rect([12, 0], [16, key], fill='black', stroke='darkgray')84            pc.glue(['rect0'], 3, 0, root='active')85            pc.translate([x, 110])86            pc.end_group()87            x += 2588    for key in angle.keys():89        for i in range(angle[key]):90            pc.begin_group('angle_' + str(key) + '_' + str(i), svg_group=True)91            pc.rect([0, 0], [4, key], fill='black', stroke='darkgray')92            pc.rect([4, 0], [8, key], fill='black', stroke='darkgray')93            pc.rect([8, 0], [12, key], fill='black', stroke='darkgray')94            pc.rect([12, 0], [16, key], fill='black', stroke='darkgray')95            pc.translate([x, 110])96            pc.end_group()97            x += 2598    for i in range(8):99        pc.begin_group("plate" + str(i), svg_group=True)100        pc.polygon([[0, 0], [12, 0], [0, 12]], loop=True, fill='lightgray')101        pc.polygon([[0, 0], [0, -12], [12, 0]], loop=True, fill='lightgray')102        pc.circle([2, 2], 0.3, object_type='texture', fill='none')103        pc.circle([2, 6], 0.3, object_type='texture', fill='none')104        pc.circle([2, 8], 0.3, object_type='texture', fill='none')105        pc.circle([8, 2], 0.3, object_type='texture', fill='none')106        pc.circle([2, -2], 0.3, object_type='texture', fill='none')107        pc.circle([2, -6], 0.3, object_type='texture', fill='none')108        pc.circle([2, -8], 0.3, object_type='texture', fill='none')109        pc.circle([8, -2], 0.3, object_type='texture', fill='none')110        pc.translate([100 + i * 20, 15])111        pc.end_group()112    for i in range(2):113        pc.begin_group("latitude_gearbox_channel" + str(i), svg_group=True)114        pc.rect([0, 0], [5, 35], fill='lightgray')115        pc.rect([5, 0], [15, 35], fill='lightgray')116        pc.rect([15, 0], [20, 35], fill='lightgray')117        pc.rect([20, 0], [25, 35], fill='lightgray')118        pc.rect([25, 0], [35, 35], fill='lightgray')119        pc.rect([35, 0], [40, 35], fill='lightgray')120        pc.begin_group("final_bearing_unit" + str(i))121        pc.rect([-1, -3.5], [1, 3.5], stroke='none', fill='gray', object_type='texture')122        pc.circle([0, 3.5], 1, stroke='none', fill='gray', object_type='texture')123        pc.circle([0, -3.5], 1, stroke='none', fill='gray', object_type='texture')124        pc.circle([0, 3.5], 0.3, fill='none', object_type='texture')125        pc.circle([0, -3.5], 0.3, fill='none', object_type='texture')126        pc.circle([0, 0], 2.75, stroke='none', fill='gray', object_type='texture')127        pc.circle([0, 0], 2, stroke='none', fill='black', object_type='texture')128        pc.circle([0, 0], 1, fill='white', object_type='texture')129        pc.circle([20, 0], 1, fill='white', object_type='texture')130        pc.translate([10, 30])131        pc.end_group()132        small_bearing_pos = [[10, 15], [10, 20]]133        for j in range(2):134            pc.begin_group("small_bearing_unit" + str(i) + "_" + str(j))135            pc.rect([-2.25, -0.75], [2.25, 0.75], stroke='none', fill='gray', object_type='texture')136            pc.circle([2.25, 0], 0.75, stroke='none', fill='gray', object_type='texture')137            pc.circle([-2.25, 0], 0.75, stroke='none', fill='gray', object_type='texture')138            pc.circle([2.25, 0], 0.3, fill='none', object_type='texture')139            pc.circle([-2.25, 0], 0.3, fill='none', object_type='texture')140            pc.circle([0, 0], 1.8, stroke='none', fill='gray', object_type='texture')141            pc.circle([0, 0], 1.2, stroke='none', fill='black', object_type='texture')142            pc.circle([0, 0], 0.5, fill='gray', object_type='texture')143            pc.circle([20, 0], 0.5, fill='gray', object_type='texture')144            pc.translate(small_bearing_pos[j])145            pc.end_group()146        pc.translate([100 + i * 50, 30])147        pc.end_group()148        pc.begin_group("latitude_gearbox_plate" + str(i), svg_group=True)149        pc.rect([0, 0], [20, 24], fill='lightgray')150        pc.begin_group("small_bearing_unit" + str(i))151        pc.rect([-2.25, -0.75], [2.25, 0.75], stroke='none', fill='gray', object_type='texture')152        pc.circle([2.25, 0], 0.75, stroke='none', fill='gray', object_type='texture')153        pc.circle([-2.25, 0], 0.75, stroke='none', fill='gray', object_type='texture')154        pc.circle([2.25, 0], 0.3, fill='none', object_type='texture')155        pc.circle([-2.25, 0], 0.3, fill='none', object_type='texture')156        pc.circle([0, 0], 1.8, stroke='none', fill='gray', object_type='texture')157        pc.circle([0, 0], 1.2, stroke='none', fill='black', object_type='texture')158        pc.circle([0, 0], 0.5, fill='gray', object_type='texture')159        pc.translate([10, 10])160        pc.end_group()161        pc.translate([100 + i * 50, 70])162        pc.end_group()163        for j in range(2):164            pc.begin_group("latitude_bearing" + str(i) + "_" + str(j), svg_group=True)165            pc.rect([-2.5, 0], [2.5, 2.5], fill='black', stroke='darkgray')166            pc.circle([0, 2.5], 2.5, fill='lightgray')167            pc.circle([0, 2.5], 2.2, fill='black', object_type='texture', stroke='none')168            pc.circle([0, 2.5], 1.5, fill='darkgray', object_type='texture', stroke='none')169            pc.circle([0, 2.5], 1, fill='white', object_type='texture')170            pc.glue(['rect0'], 0, 1, width=2, root='active')171            pc.translate([30, 250])172            pc.end_group()173        pc.begin_group("latitude_bearing_side" + str(i), svg_group=True)174        pc.rect([-(1.25 * math.pi + 2.5), -1.6], [1.25 * math.pi + 2.5, 1.6], fill='lightgray')175        pc.glue(['rect0'], 0, 1, root='active', max_length=1.5, angle0=math.pi/3, angle1=math.pi/3)176        pc.glue(['rect0'], 2, 3, root='active', max_length=1.5, angle0=math.pi/3, angle1=math.pi/3)177        pc.begin_group()178        pc.rect([0, -1.6], [2.5, 1.6], fill='lightgray')179        pc.circle([1.3, 0], 0.3, fill='lightgray', object_type='texture')180        pc.adjust_points(['rect0'], 0, 3, ['latitude_bearing_side' + str(i), 'rect0'], 1, 2)181        pc.end_group()182        pc.begin_group()183        pc.rect([0, -1.6], [2.5, 1.6], fill='lightgray')184        pc.circle([1.3, 0], 0.3, fill='lightgray', object_type='texture')185        pc.adjust_points(['rect0'], 0, 3, ['latitude_bearing_side' + str(i), 'rect0'], 3, 0)186        pc.end_group()187        pc.end_group()188    for i in range(2):189        pc.begin_group("latitude_final_gear" + str(i), svg_group=True)190        pc.circle([0, 0], 8.25, fill='brown')191        pc.circle([0, 0], 1, fill='white', object_type='texture')192        pc.end_group()193    pc.begin_group("latitude_final_gear_side", svg_group=True)194    pc.rect([0, 0], [16.5 * math.pi, 2], fill='brown')195    for i in range(64):196        pc.polygon([[16.5 * math.pi / 64 * i, 0], [16.5 * math.pi / 64 * i, 2]], fill='none', object_type='texture')197    pc.glue(['rect0'], 0, 1, max_length=2, root='active', angle0=math.pi/3, angle1=math.pi/3)198    pc.glue(['rect0'], 2, 3, max_length=2, root='active', angle0=math.pi/3, angle1=math.pi/3)199    pc.glue(['rect0'], 1, 2, root='active', angle0=math.pi/2, angle1=math.pi/2, width=2)200    pc.end_group()201    for i in range(2):202        pc.begin_group("nisshu_final_gear" + str(i), svg_group=True)203        pc.circle([0, 0], 10.2, fill='dimgray')204        pc.circle([0, 0], 8, fill='white', object_type='texture')205        pc.translate([30 + 30 * i, 30])206        pc.end_group()207    pc.begin_group("nisshu_final_gear_side", svg_group=True)208    pc.rect([0, 0], [20.4 * math.pi, 1.5], fill='dimgray')209    for i in range(100):210        pc.polygon([[20.4 * math.pi / 100 * i, 0], [20.4 * math.pi / 100 * i, 1.5]], fill='none', object_type='texture')211    pc.glue(['rect0'], 0, 1, max_length=2, root='active', angle0=math.pi/3, angle1=math.pi/3)212    pc.glue(['rect0'], 2, 3, max_length=2, root='active', angle0=math.pi/3, angle1=math.pi/3)213    pc.glue(['rect0'], 1, 2, root='active', angle0=math.pi/2, angle1=math.pi/2, width=2)214    pc.end_group()215    pc.begin_group("nisshu_gearbox", svg_group=True)216    for i in range(2):217        pc.begin_group()218        pc.polygon([[0, 0], [9, 0], [16, 13.5], [16, 16.5], [9, 30], [0, 30], [7, 16.5], [7, 13.5]], loop=True, fill='black', stroke='darkgray')219        pc.rect([0, 30], [9, 39], fill='black', stroke='darkgray')220        pc.translate([0, 39 * i])221        pc.end_group()222    pc.glue(['group0', 'polygon0'], 0, 1, root='active')223    pc.end_group()224    for i in range(2):225        sign = 1 if i == 0 else -1226        pc.begin_group("nisshu_gearbox_plate" + str(i), svg_group=True)227        pc.polygon([[0, 0], [sign * 10, 0], [sign * 17, 13.5], [sign * 7, 13.5]], loop=True, fill='black', stroke='darkgray')228        pc.translate([10 + i * 30, 100])229        pc.end_group()230        pc.begin_group("nisshu_gearbox_support_pipe" + str(i), svg_group=True)231        for j in range(4):232            pc.rect([j * 3, 0], [(j + 1) * 3, 8], fill='black', stroke='darkgray')233        pc.glue(['rect0'], 3, 0, root='active', width=2)234        pc.end_group()235    pc.begin_group("nisshu_motor_mount", svg_group=True)236    pc.rect([0, 0], [9, 2], fill='black', stroke='darkgray')237    pc.rect([0, 2], [9, 11], fill='black', stroke='darkgray')238    pc.rect([0, 11], [9, 13], fill='black', stroke='darkgray')239    pc.rect([1.5, 3.5], [7.5, 9.5], fill='white', object_type='texture')240    pc.end_group()241    for i in range(2):242        pc.begin_group("motor" + str(i), svg_group=True)243        pc.rect([0, 0], [6, -6], fill='lightgray', stroke='black')244        pc.circle([3, -3], 2.5, fill='darkgray', stroke='none', object_type='texture')245        for j in range(4):246            pc.begin_group("side_surface" + str(j))247            pc.rect([j * 6, 0], [(j + 1) * 6, 10], fill='black', stroke='darkgray')248            pc.rect([j * 6, 0], [(j + 1) * 6, 1], fill='lightgray', stroke='none')249            pc.rect([j * 6, 9.5], [(j + 1) * 6, 10], fill='lightgray', stroke='none')250            pc.end_group()251            pc.glue(['side_surface' + str(j), 'rect0'], 2, 3, root='active')252        pc.glue(['rect0'], 0, 1, root='active')253        pc.glue(['rect0'], 1, 2, root='active')254        pc.glue(['rect0'], 3, 0, root='active')255        pc.glue(['side_surface0', 'rect0'], 3, 0, root='active')256        pc.translate([100, 80])257        pc.end_group()258    pc.begin_group("shiitake_base_polygon", svg_group=True)259    pentagon_side = math.sqrt(10**2 + 20**2 + 2 * 10 * 20 * math.cos(math.pi / 5))260    r = pentagon_side / 2.0 / math.sin(math.pi / 5)261    half_angle = math.asin(10 / r)262    vertex_list = []263    for i in range(5):264        vertex_list.append(np.array([r * math.cos(i * 2 * math.pi / 5 - half_angle),265                                     r * math.sin(i * 2 * math.pi / 5 - half_angle)]))266        vertex_list.append(np.array([r * math.cos(i * 2 * math.pi / 5 + half_angle),267                                     r * math.sin(i * 2 * math.pi / 5 + half_angle)]))268    pc.polygon(vertex_list, fill='lightgray', loop=True)269    pc.rect([-21.5, -6], [21.5, -4], fill='white', object_type='texture')270    pc.rect([-21.5, 6], [21.5, 4], fill='white', object_type='texture')271    pc.rect([6, -21.5], [4, 21.5], fill='white', object_type='texture')272    pc.rect([-6, -21.5], [-4, 21.5], fill='white', object_type='texture')273    pc.circle([0, 0], 20, fill='white', object_type='texture')274    pc.translate([170, 120])275    pc.end_group()276    pc.begin_group("kago_outer_plate_top", svg_group=True)277    for i in range(4):278        pc.begin_group()279        pc.rect([-8, -21.5], [8, -19], fill='lightgray')280        pc.rotate(i * math.pi / 2)281        pc.end_group()282    for i in range(4):283        pc.begin_group()284        pc.rect([-10, -22], [10, -18], fill='lightgray')285        pc.rotate(i * math.pi / 2 + math.pi / 4)286        pc.end_group()287    pc.translate([150, 270])288    pc.end_group()289    pc.begin_group("kago_outer_plate_back", svg_group=True)290    for i in range(4):291        pc.begin_group()292        pc.rect([-10, -22], [10, -18], fill='lightgray')293        pc.rotate(i * math.pi / 2 + math.pi / 4)294        pc.end_group()295    for i in range(4):296        pc.begin_group()297        pc.rect([-8, -21.5], [8, -19], fill='lightgray')298        pc.rotate(i * math.pi / 2)299        pc.end_group()300    pc.translate([100, 270])301    pc.end_group()302    for i in range(4):303        pc.begin_group("shiitake_base_bar" + str(i), svg_group=True)304        pc.rect([0, -21.5], [2, 21.5], fill='lightgray')305        pc.rect([0, -21.5], [-2, 21.5], fill='lightgray')306        pc.rect([0, -6], [2, -10], fill='white', object_type='texture')307        pc.rect([0, 6], [2, 10], fill='white', object_type='texture')308        sign = -1 if i % 2 else 1309        pc.rect([0, -4], [sign * 2, -6], fill='white', object_type='texture')310        pc.rect([0, 4], [sign * 2, 6], fill='white', object_type='texture')311        pc.translate([170 + i * 6, 200])312        pc.end_group()313        pc.begin_group("kago_base_angle" + str(i), svg_group=True)314        pc.rect([0, -21.5], [2, 21.5], fill='lightgray')315        pc.rect([2, -21.5], [4, 21.5], fill='lightgray')316        pc.rect([0, -21.5], [-2, 21.5], fill='lightgray')317        pc.rect([-2, -21.5], [-4, 21.5], fill='lightgray')318        pc.rect([-4, -4], [-2, -6], fill='white', object_type='texture')319        pc.rect([-4, 4], [-2, 6], fill='white', object_type='texture')320        pc.translate([170 + i * 10, 250])321        pc.end_group()322        pc.begin_group("kago_angle" + str(i), svg_group=True)323        pc.rect([0, 0], [2, 18], fill='lightgray')324        pc.rect([2, 0], [4, 18], fill='lightgray')325        pc.rect([0, 0], [-2, 18], fill='lightgray')326        pc.rect([-2, 0], [-4, 18], fill='lightgray')327        pc.rect([0, 0], [-2, -4], fill='lightgray')328        pc.rect([0, 0], [2, -4], fill='lightgray')329        pc.translate([10 + i * 10, 100])330        pc.end_group()331    for i in range(2):332        pc.begin_group("kago_channel" + str(i), svg_group=True)333        pc.polygon([[-6, -6], [-4.3, -6], [6, 4.3], [6, 6], [4.3, 6], [-6, -4.3]],334                   fill='lightgray', loop=True)335        pc.begin_group("side_plate0")336        pc.rect([-7, 0], [7, 2.5], fill='lightgray')337        pc.adjust_points(['rect0'], 0, 1,338                         ['kago_channel' + str(i), 'polygon0'], 2, 1)339        pc.end_group()340        pc.begin_group("side_plate1")341        pc.rect([-7, 0], [7, 2.5], fill='lightgray')342        pc.adjust_points(['rect0'], 0, 1,343                         ['kago_channel' + str(i), 'polygon0'], 5, 4)344        pc.end_group()345        pc.circle([-3.75, -3.75], 0.7, fill='white', object_type='texture')346        pc.circle([3.75, 3.75], 0.7, fill='white', object_type='texture')347        pc.translate([50 + 20 * i, 150])348        pc.end_group()349    pc.begin_group("kago_base_connector", svg_group=True)350    pc.rect([-6, -6], [6, 6], fill='lightgray')351    for i in range(4):352        pc.begin_group()353        pc.rect([-6, 6], [6, 8], fill='lightgray')354        pc.rotate(i * math.pi / 2)355        pc.end_group()356    pc.rect([-4, -4], [4, 4], fill='white', object_type='texture')357    pc.end_group()358    for i in range(4):359        pc.begin_group("zungiri" + str(i), svg_group=True)360        pc.rect([0, 0], [5, 36], fill='darkgray')361        for j in np.arange(0, 36, 0.2):362            pc.polygon([[0, j], [5, j]], fill='none', object_type='texture')363        pc.translate([150 + i * 10, 150])364        pc.end_group()365    for i in range(2):366        pc.begin_group("nisshu_center_pipe" + str(i), svg_group=True)367        pc.rect([0, 0], [3, 50], fill='darkslategray')368        pc.rect([3, 0], [6, 50], fill='darkslategray')369        pc.rect([6, 0], [9, 50], fill='darkslategray')370        pc.rect([9, 0], [12, 50], fill='darkslategray')371        pc.glue(['rect0'], 3, 0, root='active', width=2)372        pc.translate([10 + i * 20, 10])373        pc.end_group()374        pc.begin_group("nisshu_square_pipe" + str(i), svg_group=True)375        pc.rect([0, 0], [3, 30], fill='darkslategray')376        pc.rect([3, 0], [6, 30], fill='darkslategray')377        pc.rect([6, 0], [9, 30], fill='darkslategray')378        pc.rect([9, 0], [12, 30], fill='darkslategray')379        pc.glue(['rect0'], 3, 0, root='active', width=2)380        pc.translate([120 + i * 20, 10])381        pc.end_group()382        pc.begin_group("nisshu_channel" + str(i), svg_group=True)383        pc.rect([0, 0], [3, 116], fill='darkslategray')384        pc.rect([3, 0], [6, 116], fill='darkslategray')385        pc.rect([6, 0], [9, 116], fill='darkslategray')386        pc.translate([230 + i * 20, 10])387        pc.end_group()388    for i in range(8):389        pc.begin_group("nisshu_slant_pipe" + str(i), svg_group=True)390        pc.polygon([[0, 0], [3, 1.2], [3, 14.4 + 1.2], [0, 14.4]], loop=True, fill='darkslategray')391        pc.rect([3, 1.2], [6, 14.4 + 1.2], fill='darkslategray')392        pc.polygon([[6, 1.2], [9, 0], [9, 14.4], [6, 14.4 + 1.2]], loop=True, fill='darkslategray')393        pc.rect([9, 0], [12, 14.4], fill='darkslategray')394        pc.glue(['polygon0'], 3, 0, root='active', width=2)395        pc.translate([10 + i * 20, 60])396        pc.end_group()397        pc.begin_group("nisshu_axis_mount_pipe" + str(i), svg_group=True)398        for j in range(4):399            pc.rect([j * 3, 0], [(j + 1) * 3, 24], fill='black', stroke='darkgray')400            pc.glue(['rect' + str(j)], 0, 1, root='active')401        pc.glue(['rect0'], 3, 0, root='active', width=2)402        pc.translate([120 + i * 20, 60])403        pc.end_group()404    for i in range(2):405        pc.begin_group("nisshu_turntable_inner" + str(i), svg_group=True)406        pc.circle([0, 0], 9, fill='black', stroke='lightgray')407        pc.circle([0, 0], 2, fill='white', object_type='texture')408        for j in range(4):409            pc.begin_group()410            pc.circle([3.75, 3.75], 0.7, fill='white', object_type='texture')411            pc.rotate(j * math.pi / 2)412            pc.end_group()413        pc.end_group()414        pc.begin_group("nisshu_turntable_outer" + str(i), svg_group=True)415        pc.circle([0, 0], 12, fill='lightgray')416        pc.circle([0, 0], 8, fill='white')417        pc.end_group()418        pc.begin_group("nisshu_turntable_axis_outer" + str(i), svg_group=True)419        pc.rect([0, 0], [math.pi * 16, 1.5])420        pc.glue(['rect0'], 0, 1, root='active', max_length=1.5)421        pc.end_group()422        pc.begin_group("nisshu_slip_ring" + str(i), svg_group=True)423        pc.circle([0, 0], 13, fill='white', stroke='lightgray')424        pc.circle([0, 0], 11.5, fill='black', stroke='none', object_type='texture')425        pc.circle([0, 0], 8, fill='white', stroke='none', object_type='texture')426        pc.circle([0, 0], 2, fill='white', object_type='texture')427        for j in range(4):428            pc.begin_group()429            pc.circle([3.75, 3.75], 0.7, fill='white', object_type='texture')430            pc.rotate(j * math.pi / 2)431            pc.end_group()432        pc.end_group()433    pc.begin_group("nisshu_turntable_axis_inner", svg_group=True)434    pc.rect([0, 0], [math.pi * 16, 6])435    pc.glue(['rect0'], 0, 1, root='active', max_length=1.5)436    pc.glue(['rect0'], 2, 3, root='active', max_length=1.5)437    pc.end_group()438    for i in range(4):439        pc.begin_group("nisshu_spacer" + str(i), svg_group=True)440        for j in range(3):441            pc.rect([j * 1.5, 0], [(j + 1) * 1.5, 3], fill='gray')442            pc.glue(['rect' + str(j)], 2, 3, root='active')443        pc.glue(['rect0'], 3, 0, root='active', width=1.5)444        pc.translate([150 + i * 10 , 100])445        pc.end_group()446        pc.begin_group("nisshu_center_connect_plate" + str(i), svg_group=True)447        pc.polygon([[0, -3], [3, -3], [7, -1.5], [7, 1.5], [3, 3], [0, 3]], fill='darkslategray', loop=True)448        pc.end_group()449        pc.begin_group("nisshu_side_connect_plate" + str(i), svg_group=True)450        pc.polygon([[0, -1.5], [1.3, -5], [10, -5], [10, 5], [1.3, 5], [0, 1.5]], fill='darkslategray', loop=True)451        pc.end_group()452    pc.begin_group("latitude_axis0", svg_group=True)453    pc.rect([0, 0], [2 * math.pi, 60], fill='dimgray')454    for i in range(1, 60):455        pc.rect([0, i - 0.25], [2 * math.pi, i + 0.25], fill='none', stroke='black', object_type='texture')456    pc.glue(['rect0'], 3, 0, root='active', width=2)457    pc.end_group()458    pc.begin_group("latitude_axis1", svg_group=True)459    pc.rect([0, 0], [2 * math.pi, 73], fill='dimgray')460    for i in range(1, 73):461        pc.rect([0, i - 0.25], [2 * math.pi, i + 0.25], fill='none', stroke='black', object_type='texture')462    pc.glue(['rect0'], 3, 0, root='active', width=2)463    pc.end_group()464    #fixedstar_projector465    for i in range(32):466        pc.begin_group("fixedstar_side" + str(i), svg_group=True)467        pc.rect([0, 0], [8 * math.pi, 16.3], fill='lightgray')468        pc.glue(['rect0'], 3, 0, root='active')469        for j in range(10):470            pc.polygon([[0, 3 + j * 0.5], [8 * math.pi, 3 + j * 0.5]], fill='none', stroke='gray', object_type='texture')471        pc.polygon([[0, 11.3], [8 * math.pi, 11.3]], fill='none', stroke='gray', object_type='texture')472        pc.glue(['rect0'], 0, 1, max_length=2, angle0=math.pi/3, angle1=math.pi/3, root='active')473        pc.glue(['rect0'], 2, 3, max_length=2, angle0=math.pi/3, angle1=math.pi/3, root='active')474        pc.translate([10 + i * 30, 150])475        pc.end_group()476        pc.begin_group("fixedstar_top" + str(i), svg_group=True)477        pc.circle([0, 0], 4, fill='lightgray')478        pc.circle([0, 0], 1.75, fill='black', object_type='texture', stroke='white')479        pc.translate([10 + i * 10, 220])480        pc.end_group()481        pc.begin_group("fixedstar_bottom" + str(i), svg_group=True)482        pc.circle([0, 0], 4, fill='lightgray')483        pc.translate([10 + i * 10, 230])484        pc.end_group()485        for j in range(3):486            pc.begin_group("fixedstar_mount" + str(i) + "_" + str(j), svg_group=True)487            for k in range(3):488                pc.rect([k * 1.5, 0], [(k + 1) * 1.5, 5], fill='lightgray')489                pc.glue(['rect' + str(k)], 2, 3, root='active', angle0=math.pi/3, angle1=math.pi/3)490            pc.glue(['rect0'], 3, 0, root='active', width=1)491            pc.translate([10 + (i * 3 + j) * 6, 250])492            pc.end_group()493        pc.begin_group("triangle_plate" + str(i), svg_group=True)494        pc.regular_polygon(3, side=10, fill='lightgray')495        for j in range(3):496            pc.begin_group()497            pc.rect([2, -0.75], [6, 0.75], fill='lightgray')498            pc.rect([6, -0.75], [10, 0.75], fill='lightgray')499            pc.begin_group("hoseband")500            pc.rect([-0.5, -2.75],[0.5, 2.75], fill='darkgray')501            pc.polygon([[-0.5, -2.75], [-0.75, -3.75], [0.75, -3.75], [0.5, -2.75]], fill='orange', loop=True)502            pc.polygon([[-0.5, 2.75], [-0.75, 3.75], [0.75, 3.75], [0.5, 2.75]], fill='orange')503            pc.translate([7.5, 0])504            pc.end_group()505            pc.rotate(j * 2 * math.pi / 3)506            pc.end_group()507        pc.translate([10 + i * 20, 200])508        pc.end_group()...

test_groups.py

Source:test_groups.py

1from a1d05eba1.content_variations import build_content2def cc1():3    return build_content({4        'schema': '2',5        'survey': [6            {'type': 'begin_group',7             '$anchor': 'g1'},8            {'type': 'begin_group',9             '$anchor': 'g2'},10            {'type': 'begin_group',11             '$anchor': 'g3'},12            {'type': 'text',13            '$anchor': 't1'},14            {'type': 'end_group',15             '$anchor': '/g3'},16            {'type': 'end_group',17             '$anchor': '/g2'},18            {'type': 'end_group',19             '$anchor': '/g1'},20        ],21        'choices': {},22        'translations': [{'$anchor': 'tx0', 'name': ''}],23    })24def cc9():25    return build_content({26        'schema': '2',27        'survey': [28            {'type': 'group',29             '$anchor': 'g1',30             'rows': [31                {'type': 'group',32                 '$anchor': 'g2',33                 'rows': [34                    {'type': 'group',35                     '$anchor': 'g3',36                     'rows': [37                        {'type': 'text',38                        '$anchor': 't1'},39                     ],40                    },41                 ],42                },43             ],44            },45        ],46        'translations': [{'name': '', '$anchor': 'tx0'}]47    })48def test_surv_equiv_transforms():49    for cc in [cc1(), cc9()]:50        [row0, row1, row2, row3, row4, row5, row6] = list(cc.survey._tuple)51        assert row0._parent == cc.survey52        assert row1._parent == row053        assert row2._parent == row154        assert row3._parent == row255        assert row4._parent == row256        assert row5._parent == row157        assert row6._parent == row058        assert row4.flat_export() == {'$anchor': '/g3', 'type': 'end_group'}59        [row0] = cc.survey.rows60        assert row0.type == 'group'61        result = cc.export(schema='2', flat=True)62        assert len(result['survey']) == 763        tanks = cc.export(schema='1', flat=True)64        typs = cc._tanchors(schema='1', flat=True, key='type')65        assert typs == ['begin_group',66                        'begin_group',67                        'begin_group',68                        'text',69                        'end_group',70                        'end_group',71                        'end_group']72        zz = cc.export(schema='2', flat=False)73        assert len(cc.survey[0].rows) == 2 # g1, /g174        assert len(cc.survey[1].rows) == 2 # g2, /g275        assert len(cc.survey[2].rows) == 2 # g3, /g376        tanks2 = cc._tanchors(schema='2', flat=False)77        assert tanks2 == ['g1', 'g1.g2', 'g1.g2.g3', 'g1.g2.g3.t1']78        types = cc._tanchors(schema='2', flat=False, key='type')79        assert types == ['group',80                         'group.group',81                         'group.group.group',82                         'group.group.group.text']83        types = cc._tanchors(schema='2', flat=True, key='type')84        assert types == ['begin_group',85                         'begin_group',86                         'begin_group',87                         'text',88                         'end_group',89                         'end_group',90                         'end_group']91from pprint import pprint92from a1d05eba1.build_schema import MAIN_JSONSCHEMA93from jsonschema import validate94def test_odd_group_tree():95    cc = build_content({96        'schema': '2',97        'survey': [98            {'type': 'group',99             '$anchor': 'g1',100             'rows': [101                {'type': 'group',102                 '$anchor': 'g2',103                 'rows': [104                    {'type': 'text',105                    '$anchor': 'g2t1'},106                 ],107                },108                {'type': 'group',109                 '$anchor': 'g3',110                 'rows': [111                    {'type': 'text',112                    '$anchor': 'g3t1'},113                    {'type': 'integer',114                    '$anchor': 'g3t2'},115                    {'type': 'image',116                    '$anchor': 'g3t3'},117                 ],118                },119             ],120            },121        ],122        'translations': [{'name': '', '$anchor': 'tx0'}]123    })124    result = cc.export(schema='2', flat=False)125    validate(result, MAIN_JSONSCHEMA)126def test_repeats_with_repeat_count():127    cc = build_content({'choices': {},128                  'schema': '2',129                  'settings': {},130                  'metas': {},131                  'survey': [{'type': 'repeat',132                              '$anchor': 'rr',133                              'repeat_count': 2,134                              'label': {'tx0': 'tt'},135                              'name': 'rr',136                              'rows': [137                                {'$anchor': 't1', 'name': 't1', 'type': 'text'}138                               ],139                              }],140                  'translations': [{'$anchor': 'tx0', 'name': ''}]})141    result = cc.export(schema='2', flat=False)...

test_document.py

Source:test_document.py

...26    doc[r'\count1'].value=027    doc[r'\count0'].value=20028    doc[r'\count0'].value=20029    doc[r'\count1'].value=030    doc.end_group()31    doc[r'\count0'].value=10032    doc[r'\count1'].value=033def test_group_matching():34    doc = Document()35    g1 = doc.begin_group()36    assert g1 is not None37    g2 = doc.begin_group()38    assert g2 is not None39    doc.end_group(group=g2)40    doc.end_group(group=g1)41    g1 = doc.begin_group()42    g2 = doc.begin_group()43    doc.end_group()44    doc.end_group(group=g1)45    g1 = doc.begin_group()46    g2 = doc.begin_group()47    doc.end_group(group=g2)48    doc.end_group()49    g1 = doc.begin_group()50    g2 = doc.begin_group()51    doc.end_group()52    doc.end_group()53    g1 = doc.begin_group()54    g2 = doc.begin_group()55    with pytest.raises(ValueError):56        doc.end_group(group=g1)57def test_group_ephemeral():58    doc = Document()59    g1 = doc.begin_group()60    g2 = doc.begin_group()61    with pytest.raises(ValueError):62        doc.end_group(group=g1)63    doc = Document()64    g1 = doc.begin_group()65    g2 = doc.begin_group(ephemeral=True)66    doc.end_group(group=g1)67this_file_load_time = datetime.datetime.now()68def test_time():69    doc = Document()70    when = yex.control.parameter.file_load_time71    assert doc[r'\time'].value == when.hour*60+when.minute72    assert doc[r'\day'].value == when.day73    assert doc[r'\month'].value == when.month74    assert doc[r'\year'].value == when.year75    # In case the clock has ticked forward during running the test76    assert this_file_load_time-when < datetime.timedelta(seconds=3), \77        f"{when} {this_file_load_time}"78def test_set_global():79    doc = Document()80    assert doc[r'\count0'].value==081    doc[r'\count0'].value = 182    assert doc[r'\count0'].value==183    doc.begin_group()84    doc[r'\count0'].value = 285    assert doc[r'\count0'].value==286    doc.end_group()87    assert doc[r'\count0'].value==188    doc.begin_group()89    doc.next_assignment_is_global = True90    doc[r'\count0'].value = 291    assert doc[r'\count0'].value==292    doc.end_group()93    assert doc[r'\count0'].value==294def test_document_len():95    doc = Document()96    assert len(doc)==197    doc.begin_group()98    assert len(doc)==299    doc.end_group()100    assert len(doc)==1101def test_document_save(yex_test_fs):102    message = "Lorum ipsum dolor sit amet."103    y = yex.Document()104    y += (105        r"\def\TeX{T\kern-.1667em\lower.5ex\hbox{E}\kern-.125emX}"106        r"\shipout\hbox{"107        f"{message}"108        r"}"109        )110    y.save('lorum.svg')111    result = ''.join(check_svg('lorum.svg'))112    assert result == message.replace(' ','')113def _test_font_control(...

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