iam-git / WellMet (public) (License: MIT) (since 2021-08-31) (hash sha1)
WellMet is pure Python framework for spatial structural reliability analysis. Or, more specifically, for "failure probability estimation and detection of failure surfaces by adaptive sequential decomposition of the design domain".
List of commits:
Subject Hash Author Date (UTC)
mplot.mart: add tri_plot() function aace2f9d02b7744651a089c164af9b7b5824729e I am 2022-01-04 05:44:14
simplex: fix use before initialization ff8be3dcc679c4893948d7d1dc6c45402ccee81b I am 2022-01-04 05:43:17
mplot.maxes: prepare convex_hull_plot() function 732f16a441c1a5f1160b45d91a050683ee70ff5d I am 2022-01-03 15:26:59
mplot.mart: comment out old convex plot function, prepare qhull_plot instead 59de205056903adf87f84c5c1b022c3c83fa9c57 I am 2022-01-03 15:24:30
mplot.mgraph: prepare orth graph routines 74e30ed99fcc6e68c6b3bf7e55bbd93fe8f26d13 I am 2022-01-02 11:18:11
convex_hull: complicate orth estimator ba5f40eaf0f5f4012ef07f5684d58481cefbfe09 I am 2021-12-28 13:56:19
reader: explicitly use utf-8 encoding. (Nemělo by to nic pokazit.. Pitomé nastavení ve Windows) 17bc8a9692695c22f78f8a39ed8aaddd4bfa4808 I am 2021-12-26 22:59:41
dicebox: walk throw candidates in reversed order cadf89d0efc973d540b4ee6b337eb175ae962ee8 I am 2021-12-24 21:03:00
schemes: exclude walkington 5 and 7 (2D and 3D schemes) from offer in higher dimensions 4d7b7e249c18c41f9220c778ada21116cca02aa0 I am 2021-12-23 23:52:07
simplex: implement fallback integration 9a1048540d803a76cba8c92ca67efc16c932f1a9 I am 2021-12-23 22:36:38
schemes: oprava komentaře bfa1fd1f1e1fe2e86838ee2f63f43fab50d0d115 I am 2021-12-22 13:40:45
schemes: send degree parameter as is to quadpy. a1758193a21bf47031e376612418c26c1eb1d289 I am 2021-12-22 11:53:30
qt_gui: allow zero degree for cubature schemes ed4cf50cdbf382999ef9e161dbec0e97ed508739 I am 2021-12-22 11:52:03
simplex: teď budeme hlídát aby vysledek integrace nebyl záporný 173727edac0fb6611aaa2da2ed0d200a7377a2a4 I am 2021-12-22 08:31:01
dicebox: comment out our favorite print debug 2963588b1d47a8c35a0c3ae8c611427ecbb3a843 I am 2021-12-22 08:30:16
mplot.mart: use fancy arrows instead of triangle markers ac42eaf4b8e12037720601d2335d44ae0b057feb I am 2021-12-22 04:32:06
mplot: use the same global settings for both TeX and nonTeX plots 3aab574123f38a35557e5c018b2e947da7feca0a I am 2021-12-22 04:22:58
mplot.misc: do not import pyplot 9072d3b25e614763a5904e1f6b14b8bf495834fa I am 2021-12-22 04:21:25
dicebox.Goal: add additional stats. Jsou to věci, které člověk by chtěl vědět. 45e8296c954705ca30c311e43e570c82c2f5113d I am 2021-12-20 02:49:15
dicebox: pochybná optimizace výběru kandidatů s použitím vlastního slovníku. Pořádně bych musel překopat celý DiceBox. 0f30c4301a1f2b40556a9c84ee4b8c53638a6571 I am 2021-12-19 20:33:43
Commit aace2f9d02b7744651a089c164af9b7b5824729e - mplot.mart: add tri_plot() function
Author: I am
Author date (UTC): 2022-01-04 05:44
Committer name: I am
Committer date (UTC): 2022-01-04 05:44
Parent(s): ff8be3dcc679c4893948d7d1dc6c45402ccee81b
Signer:
Signing key:
Signing status: N
Tree: f054f68893f4eef9ba908f92a96d41849feb1a09
File Lines added Lines deleted
mplot/mart.py 43 0
File mplot/mart.py changed (mode: 100644) (index 58460da..aed4017)
... ... def scatter_points(ax, **kwargs):
85 85 return scatter_list # success, failures, proxy_successes, proxy_failures return scatter_list # success, failures, proxy_successes, proxy_failures
86 86
87 87
88 #č triplot - pokud ax.space == tri_space
89 #č tri_plot - pokud ax.space != Tri.tri_space
90 def tri_plot(ax, Tri=None, fmt='-', ns=100, **kwargs):
91 if ax.sample_box.nvar == 2:
92 lines = []
93
94 if Tri is None:
95 Tri = ax.sample_box.Tri
96
97 # take coordinates in the space, where triangulation has been performed
98 sampled_plan_tri = getattr(ax.sample_box, Tri.tri_space)
99
100 #č mohli bychom zde machrovat se zkracenou smyčkou,
101 #č mohli bychom jednoduše zavolat zabudovanou v matplotlib funkciju,
102 #č my ale vůbec kontrolovat rovnost prostorů nebudeme,
103 #č nechť to dělá volající kód
104
105 #if ax.space == Tri.tri_space:
106 # #return triplot(ax, **kwargs)
107 #
108 # #for simplex_id in simplex_ids:
109 # # triangle = simplices[simplex_id]
110 # # pos = sampled_plan_tri[triangle[[0,1,2,0]]]
111
112 for triangle in Tri.tri.simplices:
113 x_tri_1 = np.linspace(sampled_plan_tri[triangle[0],0], sampled_plan_tri[triangle[1],0], ns, endpoint=False)
114 y_tri_1 = np.linspace(sampled_plan_tri[triangle[0],1], sampled_plan_tri[triangle[1],1], ns, endpoint=False)
115 x_tri_2 = np.linspace(sampled_plan_tri[triangle[1],0], sampled_plan_tri[triangle[2],0], ns, endpoint=False)
116 y_tri_2 = np.linspace(sampled_plan_tri[triangle[1],1], sampled_plan_tri[triangle[2],1], ns, endpoint=False)
117 x_tri_3 = np.linspace(sampled_plan_tri[triangle[2],0], sampled_plan_tri[triangle[0],0], ns, endpoint=True)
118 y_tri_3 = np.linspace(sampled_plan_tri[triangle[2],1], sampled_plan_tri[triangle[0],1], ns, endpoint=True)
119
120 tri_bound_tri = np.concatenate(((x_tri_1, y_tri_1), (x_tri_2, y_tri_2), (x_tri_3, y_tri_3)), axis=1).T
121 #č vytvořme sample
122 tri_bound = ax.sample_box.f_model.new_sample(tri_bound_tri, space=Tri.tri_space)
123
124 xy = getattr(tri_bound, ax.space)
125 x, y = xy.T
126 lines.append(ax.plot(x, y, fmt, **kwargs))
127
128 return lines
129
88 130
131 #č triplot() jednoduše volá zabudovanou do matplotlibu funkci
89 132 def triplot(ax, **kwargs): def triplot(ax, **kwargs):
90 133 xy = getattr(ax.sample_box, ax.space) xy = getattr(ax.sample_box, ax.space)
91 134 x, y = xy[:,:2].T x, y = xy[:,:2].T
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