def create_non_overlapping_shapes(area_um2,top_cell,layer):
"""
在第一象限创建互不相交的六种形状（面积相同）
:param area_um2: 每个形状的目标面积 (平方微米)
:param output_file: 输出GDS文件名
"""
# 初始化布局
# 计算基本尺寸
base_size_um = math.sqrt(area_um2) # 正方形边长
# 形状位置偏移量 (确保互不重叠)
x_offset = 0
y_spacing = base_size_um * 1.5 # 行间距
# 1. 正方形
side_dbu = int(base_size_um / 0.001)
square = pya.Box(x_offset, 0, x_offset + side_dbu, side_dbu)
top_cell.shapes(layer).insert(square)
x_offset += side_dbu * 1.2 # 增加间距
# 2. 长方形 (长宽比2:1)
width_um = math.sqrt(area_um2 * 2.0)
height_um = area_um2 / width_um
width_dbu = int(width_um / 0.001)
height_dbu = int(height_um / 0.001)
rect = pya.Box(x_offset, 0, x_offset + width_dbu, height_dbu)
top_cell.shapes(layer).insert(rect)
x_offset += width_dbu * 1.2
# 3. 圆形
radius_um = math.sqrt(area_um2 / math.pi)
radius_dbu = int(radius_um / 0.001)
center_x = x_offset + radius_dbu
center_y = radius_dbu
circle = pya.Disk(pya.Point(center_x, center_y), radius_dbu)
top_cell.shapes(layer).insert(circle)
x_offset += radius_dbu * 2 * 1.2
# 4. 三角形 (等边)
side_um = math.sqrt(4 * area_um2 / math.sqrt(3))
side_dbu = int(side_um / 0.001)
tri_height_dbu = int(side_dbu * math.sqrt(3) / 2)
points = [
pya.Point(x_offset, 0),
pya.Point(x_offset + side_dbu, 0),
pya.Point(x_offset + side_dbu / 2, tri_height_dbu)
]
triangle = pya.Polygon(points)
top_cell.shapes(layer).insert(triangle)
x_offset += side_dbu * 1.2
# 5. 中空方形
outer_side_um = math.sqrt(2 * area_um2)
inner_side_um = math.sqrt(area_um2)
margin_um = (outer_side_um - inner_side_um) / 2
outer_dbu = int(outer_side_um / 0.001)
inner_dbu = int(inner_side_um / 0.001)
margin_dbu = int(margin_um / 0.001)
outer_box = pya.Box(x_offset, 0, x_offset + outer_dbu, outer_dbu)
inner_box = pya.Box(
x_offset + margin_dbu,
margin_dbu,
x_offset + outer_dbu - margin_dbu,
outer_dbu - margin_dbu
)
hollow = pya.Region(outer_box) - pya.Region(inner_box)
top_cell.shapes(layer).insert(hollow)
x_offset += outer_dbu * 1.2
# 6. 十字形
arm_width_um = math.sqrt(area_um2 / 3)
arm_length_um = arm_width_um * 3
arm_width_dbu = int(arm_width_um / 0.001)
arm_length_dbu = int(arm_length_um / 0.001)
# 水平臂
horiz_arm = pya.Box(
x_offset,
(arm_length_dbu - arm_width_dbu) // 2,
x_offset + arm_length_dbu,
(arm_length_dbu + arm_width_dbu) // 2
)
# 垂直臂
vert_arm = pya.Box(
x_offset + (arm_length_dbu - arm_width_dbu) // 2,
0,
x_offset + (arm_length_dbu + arm_width_dbu) // 2,
arm_length_dbu
)
cross = pya.Region(horiz_arm) + pya.Region(vert_arm)
top_cell.shapes(layer).insert(cross)
import klayout.db as pya
from ant.ANT_QA_PATTEN.creat_patten import Process_Library as prl
from klayout1.create_patten.CT_VIA.p1 import KU_FILE as kfl
ly = pya.Layout()
rule_name = "UTM6_5"
bad_cell_name = "bad_" + rule_name
good_cel_name = "good_" + rule_name
top_bad = ly.create_cell(bad_cell_name)
top_good = ly.create_cell(good_cel_name)
AA_LAYER = ly.layer(11, 0)
POLY_LAYER = ly.layer(278, 102)
SP_LAYER = ly.layer(87, 0)
SPW_LAYER = ly.layer(53, 0)
SN_LAYER = ly.layer(86, 0)
DG_LAYER = ly.layer(61, 0)
NW_LAYER = ly.layer(42, 0)
DLVMK_LAYER = ly.layer(73,99)
LDMK5_LAYER = ly.layer(261,305)
HVMK_LAYER = ly.layer(299,99)
PSUB_LAYER = ly.layer(256,0)
UTM6_LAYER = ly.layer(622,0)
PA1_LAYER = ly.layer(171,0)
UHV_LAYER = ly.layer(387,99)
UTV2_LAYER = ly.layer(154,0)
UTV1_LAYER = ly.layer(153,0)
V1_LAYER = ly.layer(141,0)
V2_LAYER = ly.layer(142,0)
V3_LAYER = ly.layer(143,0)
V4_LAYER = ly.layer(144,0)
CT_LAYER = ly.layer(96,0)
M1_LAYER = ly.layer(111,0)
M2_LAYER = ly.layer(112,0)
M3_LAYER = ly.layer(113,0)
M4_LAYER = ly.layer(114,0)
M5_LAYER = ly.layer(115,0)
UTM1_LAYER = ly.layer(125,0)
UTM2_LAYER = ly.layer(126,0)
UTM3_LAYER = ly.layer(127,0)
UTM4_LAYER = ly.layer(128,0)
UTM6_LAYER = ly.layer(622,0)
PA1_LAYER = ly.layer(171,0)
UHV_LAYER = ly.layer(387,99)
UTM6DUM_LAYER = ly.layer(622,1)
INDMK_LAYER = ly.layer(285,99)
kfl.create_non_overlapping_shapes(2.25,top_bad,UTM6_LAYER)
# kfl.single_LAYER_space_with_itself(cell,layer1,space,offset1,mark_layer1 = "define")
# kfl.creat_width_second(UTM6_LAYER,top_good,top_bad,35,0,PA1_LAYER,UHV_LAYER )
# kfl.single_space(top_good,UTM6_LAYER,0.95,0,mark_layer1 = "define")
# kfl.single_space(top_good,UTM6_LAYER,0.951,5,mark_layer1 = "define")
# kfl.single_space(top_good,UTM6_LAYER,0.96,10,mark_layer1 = "define")
# kfl.single_space(top_bad,UTM6_LAYER,0.949,0,mark_layer1 = "define")
# kfl.single_space(top_bad,UTM6_LAYER,0.94,5,mark_layer1 = "define")
#
# pattenr1 = kfl.creat_ring(0, 0, 300000, 300000, 20000)
# pattenr2 = kfl.creat_ring(0, 0, 300000, 300000, 10000)
# pattenr3 = kfl.creat_ring(5780, 5780, 294220,294220, 360)
# pattenr4 = kfl.creat_ring(7570, 7570, 292430,292430, 360)
#
# pattenr5 = kfl.creat_ring(5920, 5920, 294080,294080, 220)
# pattenr6 = kfl.creat_ring(7710, 7710, 292290,292290, 220)
#
# pattenr7 = kfl.creat_ring(4920, 4920, 295080,295080, 220)
# pattenr8 = kfl.creat_ring(6710, 6710, 293290,293290, 220)
# pattenr9 = kfl.creat_ring(8500, 8500, 291500,291500, 220)
#
# pattenr10 = kfl.creat_ring(4000, 4000, 296000,296000, 6000)
# # patten12_box = pya.Box(1500,1500,2000,2000)
# # outer1_region = pya.Region(patten1_box)
# # outer2_region = pya.Region(patten12_box)
# # patten123_box = outer1_region - outer2_region
# # patten2_box = pya.Box(1000,1000,1700,1700)
# # patten3_box = pya.Box(4900,4900,15000,15000)
# # patten4_box = pya.Box(1600,1600,1900,1900)
# # patten5_box = pya.Box(0,0,5000,5100)
# # top_bad.shapes(POLY_LAYER).insert(patten123_box)
# # top_bad.shapes(AA_LAYER).insert(patten1_box)
# # top_bad.shapes(AA_LAYER).insert(patten2_box)
# #
# # top_bad.shapes(AA_LAYER).insert(patten3_box)
# # top_bad.shapes(POLY_LAYER).insert(patten2_box)
# # top_bad.shapes(AA_LAYER).insert(patten4_box)
# # top_bad.shapes(AA_LAYER).insert(patten5_box)
#
# # patten1_box = pya.Box(0,0,3000,3000)
# # patten2_box = pya.Box(500,500,2500,2500)
# top_bad.shapes(POLY_LAYER).insert(pattenr1)
# top_bad.shapes(SPW_LAYER).insert(pattenr1)
# top_bad.shapes(AA_LAYER).insert(pattenr2)
# top_bad.shapes(SP_LAYER).insert(pattenr2)
#
#
# top_bad.shapes(UTV2_LAYER).insert(pattenr3)
# top_bad.shapes(UTV1_LAYER).insert(pattenr3)
# top_bad.shapes(UTV2_LAYER).insert(pattenr4)
# top_bad.shapes(UTV1_LAYER).insert(pattenr4)
# top_bad.shapes(V1_LAYER).insert(pattenr5)
# top_bad.shapes(V3_LAYER).insert(pattenr5)
# top_bad.shapes(V1_LAYER).insert(pattenr6)
# top_bad.shapes(V3_LAYER).insert(pattenr6)
#
# top_bad.shapes(V2_LAYER).insert(pattenr7)
# top_bad.shapes(V2_LAYER).insert(pattenr8)
# top_bad.shapes(V2_LAYER).insert(pattenr9)
#
# top_bad.shapes(V4_LAYER).insert(pattenr7)
# top_bad.shapes(V4_LAYER).insert(pattenr8)
# top_bad.shapes(V4_LAYER).insert(pattenr9)
#
# top_bad.shapes(CT_LAYER).insert(pattenr7)
# top_bad.shapes(CT_LAYER).insert(pattenr8)
# top_bad.shapes(CT_LAYER).insert(pattenr9)
#
# top_bad.shapes(M1_LAYER).insert(pattenr10)
# top_bad.shapes(M2_LAYER).insert(pattenr10)
# top_bad.shapes(M3_LAYER).insert(pattenr10)
# top_bad.shapes(M4_LAYER).insert(pattenr10)
# top_bad.shapes(M5_LAYER).insert(pattenr10)
# top_bad.shapes(UTM1_LAYER).insert(pattenr10)
# top_bad.shapes(UTM2_LAYER).insert(pattenr10)
# top_bad.shapes(UTM3_LAYER).insert(pattenr10)
# top_bad.shapes(UTM4_LAYER).insert(pattenr10)
output = r'/home/user/zhourf/PycharmProjects/pythonProject1/klayout1/create_patten/inout/'+rule_name+".gds"
ly.write(output)/CAD/SYSTEM/PYTHON/miniforge3/envs/python36/bin/python /home/user/zhourf/PycharmProjects/pythonProject1/klayout1/generate_patten.py
Traceback (most recent call last):
File "/home/user/zhourf/PycharmProjects/pythonProject1/klayout1/generate_patten.py", line 47, in <module>
kfl.create_non_overlapping_shapes(2.25,top_bad,UTM6_LAYER)
File "/home/user/zhourf/PycharmProjects/pythonProject1/klayout1/create_patten/CT_VIA/p1/KU_FILE.py", line 724, in create_non_overlapping_shapes
circle = pya.Disk(pya.Point(center_x, center_y), radius_dbu)
AttributeError: module 'pya' has no attribute 'Disk'
Process finished with exit code 1
本文介绍如何使用Cocos2d-x的create_project.py脚本创建一个多平台支持的游戏项目。通过正确的命令行操作，可以顺利生成包含iOS、Android等多平台支持的游戏工程，并完成项目的初始化设置。
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