diff --git a/CHANGELOG.md b/CHANGELOG.md index 4c3aabcf..9cffa826 100644 --- a/CHANGELOG.md +++ b/CHANGELOG.md @@ -6,6 +6,10 @@ Formatted as described on [https://keepachangelog.com](https://keepachangelog.co ## Unreleased +## Added + +- mention remotebmi in docs ([#471](https://github.com/eWaterCycle/ewatercycle/issues/471)) + ## [2.4.0] (2024-12-04) ## Added diff --git a/README.md b/README.md index c9385f62..1a8adcd7 100644 --- a/README.md +++ b/README.md @@ -21,7 +21,7 @@ without having intimate knowledge about how to install and run the models. - Uses container for running models in an isolated and portable way - with [grpc4bmi](https://github.com/eWaterCycle/grpc4bmi) + with [grpc4bmi](https://github.com/eWaterCycle/grpc4bmi) or [remotebmi](https://github.com/eWaterCycle/remotebmi) - Generates rain and sunshine required for the model using [ESMValTool](https://www.esmvaltool.org/) - Supports observation data from [GRDC or diff --git a/docs/_static/flowchart_ewatercycle.excalidraw.svg b/docs/_static/flowchart_ewatercycle.excalidraw.svg index 68a2b27f..f84d1d67 100644 --- a/docs/_static/flowchart_ewatercycle.excalidraw.svg +++ b/docs/_static/flowchart_ewatercycle.excalidraw.svg @@ -1,17 +1,2 @@ - - - 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 - - - - - Do you have a model?Does your model have a BMI interface?Is your BMI interface in a language that is supported GRPC4BMI Write a modelin Pythonwith BMI templateewatercycle/leakybucket-bmiNoYesYesImplement onesee bmi.readthedocs.ioNoOk.YesNoOpen an issue on ewatercycle/grpc4bmiPut your model in a (docker) container with GRPC4BMIUse the ewatercycle-leakybuckettemplate and instructions to wrap your model in the eWaterCycle interfaceDone!Put your container on a container registry (e.g. ghcr.io, dockerhub).OkIs your model compatible with eWaterCycle generic forcing?YupNow everyone can use your model in eWaterCycleYes!Create a custom forcing generatorNo... 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bWE405UCqmFx1MDAwMvJcdTAwMTLhrFx1MDAwMps5WL1cdTAwMTZ+XCKfidvEbng8Qls9XHUwMDE1tVlJpjaxMMhJrFx1MDAxMWmVMZZcdTAwMDDFTVxyg8k5Xlx1MDAwYlxug0pcdTAwMWGwXHUwMDEyXHUwMDE1hTsuLO75XHUwMDAwXG5KzVx1MDAxZGm5XHUwMDA2XHUwMDEzUmhQ42ZqXfmhoKWOVFxmuDtcdTAwMDNJYH7t45mQ1DhcdTAwMDDFdoLYXG6M/DBcZkqmLVjCXHUwMDFmhoOvPzOXXHK5t8Fbx+OjwcrjYGf/h3t4un7Urs1lQ1x1MDAxYWqt8TZA/iA701h7RipcdTAwMTBtJq0laJZcdTAwMDCSeZQvXGLDUlx1MDAwMIm1Qlx1MDAxOU2kkVxcZlx1MDAwM9nkhCVcdTAwMGY9XHUwMDFkilV5RFx1MDAxOFx1MDAwMH/4xaLXXHUwMDA0dEBYiVx1MDAxZUkpOOj9z20/xopcdTAwMTNcdTAwMWVhQUpcdTAwMDWyq1x1MDAxOe3H2HQqw4yAXHUwMDFiPUeOZrSkLDrEXHUwMDFhXHUwMDBiYkHBRpSApdRcdTAwMTdWniSWU1x1MDAwNUSTg0FHuCCCXHUwMDE053pcdTAwMDfzXHUwMDExhVx1MDAxM9iYMERE50+E7UfAXHUwMDE2okVcdTAwMWX5VNmtRyON9fTw57VcdTAwMWVnMISCrMe1rNZjYpok1Vx0/neiNFx1MDAxM2KOoNreysby0v59hW9cdTAwMWZcdTAwMGXaO8dcdTAwMGZuW1/fLXaapJVcdTAwMThD9o5g1lx1MDAwMrdB0m6KSZNkXCLK1y7D3nWmXHUwMDE5lYqYXHUwMDFjkqByz4t8Q1x1MDAwNeZv0eedxbhcdTAwMWVcdTAwMGXrN5zd7ZdcdTAwMWLfa+NvXHUwMDA3g51+7yB1zcVcdTAwMWJqT2YzuVx1MDAxOXmRbytcdTAwMWNdz6jBfXt7WtRcdTAwMTlcdTAwMDG6J3l6Z1H0rV9wXHUwMDE1blx1MDAxNdZlgTlKwFpcdTAwMDdtXHUwMDE0lHXgiznKenL4nKpnXHUwMDFmMFBnSjX15Y4llY6i+1pcdTAwMTH9J3JcdTAwMDFvdfrP6yr1uu7P7s8u3IpSWHpcblL0M9RZqJZi3sVmr5nYyN2VzExs3SjlXGZcdTAwMTnvPDnSybpgQeHBUO5gnpnSVitM2lxmwoMhjlx1MDAwNZNcdTAwMTJ+oZevyLpyXHUwMDBle8FoNGWVXHUwMDE2YIFHZUg7aJlTZolhTFx1MDAwMCb4wOpcdTAwMTktOLxDNFGfq2fFxv7VakuvXHUwMDBm9n6clWsra1t327c724tcdTAwMTWInyvizS3DxiFcdTAwMTjfNUTZiDg8mHPwKXRcdTAwMDcrXHUwMDBiXHUwMDE2fkYvSjJUXHUwMDA1XHUwMDE3RcFmZEprkGuGSZMytKhwLsBn8prEy8/k3ZDkeOdcdTAwMGLtLlx1MDAwZnE3805ZXHUwMDE0TDJcdTAwMDIr9MH7XGZQjZaNRVx1MDAwN1XJXHUwMDFkXHUwMDE0XHUwMDAyaahcdTAwMDDh1EG3idDU4Vx1MDAwNFOtqZWS2OI805kyXHUwMDE2Kag9yq3+XHUwMDEz1ZxcdTAwMTSWsDiDXHUwMDEyXHUwMDE0k7C4lTtPXHUwMDEyNkGilaBKzFx1MDAxMXJPtkFcdTAwMTdUouFcdTAwMTPUUVx1MDAxMzdcdTAwMDT8XHUwMDE2Ulx1MDAwNbOQ4f+O9lx1MDAxZMXxJKlcdTAwMWMpXHUwMDAwN4iWlkpifEE+jydcdJB7WCqIPChXq0go2oROSU0lzcGqekeedLa+Umvx07ZY+qErXHIyWrttm8ZiXHUwMDA1m2ZSkl9cdTAwMDQo2Fx1MDAwNY54ZnfJXHUwMDFm2Vx1MDAwMapcIiXX6KXATH+aMaSfMtpcdTAwMDSWXHUwMDAwmlx1MDAwMKCZmOVcdTAwMDbDqpGL4loxppjhVFrDtPjUtKlcdTAwMWMvT3iEJSlcdTAwMTVv2s7aXHUwMDFhNdZcdTAwMWFcdTAwMDWzXHUwMDA2XGJcdTAwMDOdw1lcdTAwMTUtLFx1MDAwYlx1MDAwZbNWXHUwMDAwjmL2glx1MDAwNraK/1xioKxSxFx1MDAwMTmQhjNcdTAwMDOGhSow3kSyxJu45dhigXx4wMlbWdHMaf/GKYg6zaBcdNPUKbCQ7NxpJ/9iXHUwMDBmXHUwMDFim65IqWBcdTAwMTTUcPpYU3KPp0VcdTAwMTVqSVx1MDAxZEPA+qZcdTAwMTZcdTAwMDP2POhiMlo4XFxRIJFSacxcci5MqEFcdTAwMGI6oN80N8DggKRFhZ9cdTAwMTjsXHUwMDE20GlcZniCXHUwMDEynPpiTq/+aOC6QlKRQz3XO1Kn70ttbff2+PjmeuXuZI2RW1x1MDAwNpezUNQpLUvRXHUwMDBlXHUwMDAxmlx1MDAwMpazsVx1MDAwNHuFR1GnSd2FXHUwMDAxXHJBJH5cYpV7OCkmn3TI1/rX2YRu4lx1MDAxYiNUXHUwMDEwYYXgTGmhwp6vz8SeYiVq8mZIllJxp295p+pYXHUwMDAxvFxy66VTo2y0sCw6ympAWW1ccuwwzGFcYjaWtkQ7QNZcdTAwMDXArGWyyFwi2WyZOvCAXHUwMDA0up0+NMr3vsypuFSdXHUwMDE5JKGgVJ3d3JlcdTAwMTNlKjZ4rzgoXHUwMDAwjDKkXHUwMDE26uR2k1x1MDAwYirUykpHKSmltnqCo1PUicNcdTAwMTNcIsaCOsHeI3JqXTlSJ4VcdTAwMGVtybEhPCVKiFxiqTZcdTAwMTNLXHUwMDFhTWVNrVA0TJ3gtYntVkhcIk9h1Gn3uHo8btyuNior90/tXHUwMDBl0XdcdTAwMTej3fmoXHUwMDEzI35T9lx1MDAwM6iTL1mYY0UmMFx1MDAxNFx0TISB0lx1MDAwZVx1MDAwN8Im0TmBdbJcXFxiw1x1MDAwMpUmV62HICvJxqrOL8p68/ihedbsn31/auzfXl7zYdSCy9QhsFx1MDAwMmBKXFxg9YvmXHUwMDEx65WTKFx1MDAwN6b5XHUwMDEz0Dda67lcdTAwMTb8mVxiVzleXHUwMDEw8VxiiWAqxrWXu7dKMCmkIHP0moxcdTAwMTayRUdnrVx1MDAxY1x1MDAwNjzeUsaxXHUwMDFm7Fx1MDAxNOfCPjEg/CD6XHUwMDA2uLAtMLNKIPOzxiomJnN8XCIyq1wi4nxcdTAwMDSWrlx1MDAxOM8hV+JccpxcdTAwMGLrxN+Nc1x1MDAxNVx1MDAxNuebQS6KifPtZ2VcXG673epcdTAwMGYjU6OFjM+XJFxcM0bn6OhmynT9sH5bvb986pz8uP+2XnbduJKHXHUwMDA1yYzW2jHcO9hUPzfOeEyT+1xcXHUwMDFiyNK4IUG+POlQ7lx1MDAxM7ZGXHUwMDEyTH0uv1Rrubey9HRwdXpdM+f1y93rw8FJ6tF7b+ggn3jeb7erx5Je3q1cZrZHpzdcdTAwMTW3e9xSNN1505BBgDzrXHUwMDE3/3k6039tXHKHY3f4tevef601ez2/XHUwMDE0z8yhPsim6KWNxVx1MDAwNEZcdTAwMTjwLqLFXHUwMDFjnWQjn/iCa3rKhWONXHUwMDAy9jVhzWZqwlx1MDAwNuVKXHUwMDAwXHUwMDEzXHUwMDEwUlor4TNcdTAwMDVm9Fx1MDAxMOlM4q5ESqVcdTAwMDRRXHUwMDExxaZcdTAwMTFJ1GBHgonAP7RcdFn0xi9M11x1MDAxZvdcdTAwMDaDx99K/bZcdTAwMGJqtDRw77FcdTAwMTPrr8l9z73eqy4w/sHP7kvP94K4wVxmLTjNXHJcItddXG4tu1x1MDAxNF519lF/h1mZRGKZXHUwMDE1Y/GNOiZV2/N0h032wy8kl6BUSkf51PhU50JCeEDNXHUwMDE3M7tcdTAwMTd7hcRcZlx1MDAxMPbYhDaBrvk01Jyecaot5XmMu8ixXHUwMDA2a1x1MDAxNru4vmi7l+dP9v7qrNt97Kw+blbGp1x1MDAxZj1P51xyvelcdTAwMTPPu0NueWN53GqcNLZr/OJ+pbz72MuNtUS2Qpmz5/3XartX/dpcdTAwMDFs/Hq0trS6u+Z06n9cdTAwMWY2K4NWt1HGiVx1MDAxY+VcdMyVQcZuKlxyfLE1Kre65Ur5XHUwMDE1Ustz0J2jjH5cclx1MDAxYjtrXHUwMDEwTFx1MDAwM8PZXHUwMDFjk1x1MDAwNqM34KKTXHUwMDFkXG5WkFx1MDAwMLZDjFTaXHUwMDA2c3AowelcdTAwMTbSO4rst8pcdTAwMWNLXHUwMDEzs5cjqI5U1HLhf4hcdTAwMWZAdTI3XHUwMDBlykR1XHUwMDBlxiP/6L5cdEv42f1HXHUwMDFkv2Lwz9Kr8JQmPed/dl8m2Vx1MDAxNOVcZklW1dOEJ2r1cWtcdTAwMGavPHs52XEhpIf7+lx1MDAxM4fSfbTSitE5glb7Z5srtUF1+PB0ynZrN0dcdTAwMTff1m9uXHUwMDE3nPVcdTAwMTBJ/Vx1MDAwMDHlQTE0MOLYsKmF5eRB4UHSXHUwMDEzVUwmZ3FcdTAwMWXKlGWYXHUwMDE1+rlIz8PoYtCq1Ve/nZ20XHUwMDFmrs/vtzZcdTAwMGZXTFpcdTAwMTKxv3u18bB8frpjyMpwtLFVa4z3T/IgPWvibOm8tb+2dLW73zVcdTAwMDfi/u6onVx1MDAxNznB4VxubG6Xim/aRrnfXHUwMDFlXHUwMDAzJs3BLU4yzjHW8ehALMGOqXNcdTAwMDRNop/0orNcdTAwMGJcdTAwMDKCp7CBvmJcdTAwMTg44XRcbiBcdTAwMDS2sfM8sMX5UjijjsSvkNRKXHUwMDFlOco4YiZcdTAwMGbnXHUwMDE4XHUwMDFh9Vx1MDAxNVx1MDAxMH5cdTAwMDC/iN7whfGL70Och+eW/Fx1MDAxMuOj9j+7LyNsSpVuXHUwMDFkXHUwMDE0ODyocW1cdTAwMDR7e1hcdTAwMWH1gG/cXHUwMDBmKv0pXHUwMDE1j6f72fWJozeIryBWMkOVTrOSXHUwMDE511xcSrzkmFx1MDAwYp5xudkn+3zPPfdG6FjfjWFaS27mqPhKtkxcdTAwMTdcdTAwMTWnXHUwMDE4IY60mlp0cmvt61xcOjlcdTAwMDG1XCJm5nLuXVZxpqFcdTAwMTZcdTAwMDKnXHUwMDAyoK89woFcdTAwMDPWWlxm33kp+FJAPJn+XFx18fXR5fHhyuOQbC31mteVx4cnsXSVg9tcIsfMm9TdUjHzRmHyuDZcdTAwMWN7Syjm61x1MDAxZOpLvPFcdTAwMGXYYOHaqlTZNZdnorF/uOTejFx1MDAxZuja9ri9cntxeVx1MDAxM5ldg2nS0mj++ndEdlxyXHI6KSOK0D5VXHUwMDA2Taw04Vx1MDAxMZIj73ShzebB72neZfLK4EbRc3Snj1x1MDAxNpVcdTAwMDWHWKuUg2Esq5lhWFx1MDAwYjONsNbRfogtXGZhJVb5WauI5enylSmzymJF3oeWellr2PslLK/2uu7/XHUwMDE1RM5mMIRpcja1lOwpNGfFXHUwMDA0vuLHXCJqYbBrLElv5CWD+UK6gFx1MDAxNGVcdTAwMDFcdTAwMTdxsDEzVZZcdTAwMDXmI1x1MDAxN+NcdTAwMDJcdTAwMDLhjPlcdTAwMTZfnbx0fMuUKpRTw1xmNVJcdTAwMTG5WK1cdTAwMDdn8aa7qyarXHUwMDFj2lx1MDAxNW6e6js7w0ZnY3kk3yGMlHjeojxLw42zerffIDeHV1x1MDAxYvej5fLZ8cq3tXTnnc1cdTAwMWazXHUwMDFi2lx1MDAxZcacZ1x1MDAxY98s43uTYUyE0nlcdTAwMDJR0VtiwfmBYtrBrDZpXHUwMDE00UA8p3BEw9vM67lRYNKNMFx1MDAwZcexltzg5KLI/NqISFx1MDAxNJGYkm7sRzbSeWdP0Wssx4vb9J6jUd5cdTAwMGJcdTAwMDO30YIn9Fj6h+s0XHUwMDFjeKvRrFxynFbvt9Jz0Kc5rv6zqKLyXHUwMDE5yjQ2NDV1ObFcdTAwMTeTfCnZY1VcdTAwMTe5O3hcdTAwMTSJh1x1MDAxN0Y4YZrN0aUrXHUwMDE53Fx1MDAxN1x1MDAxNF4skVx1MDAwZffHooLwXHUwMDAy5N6xXHUwMDAyTGKs3pGEXHUwMDE3OIOQM7/Lm3tcdTAwMTU3XHUwMDFlvnDjXGIlLfyZTFx1MDAxYTQ6XHUwMDE0rsJ2+IQo+7lcdTAwMTKAXHUwMDFmXHUwMDBmtTv80alcdTAwMWVcci/J9l15sDJ+un2aV0czkqnFekpcdTAwMWZPandcblx1MDAxMk6JmVKYXHUwMDAyiolcdTAwMTKcRkxK5oHwhqWBSvF8yquSfd2loFx1MDAwM1xi7EjFXHUwMDE0tkJcdTAwMDZcdTAwMGLY11x1MDAwZTlmxVxc+Kch/8Hqq+IlXHUwMDExj7BcZnrnXHUwMDBi7VNcdTAwMGa8f2QjgLE2pGRAQpQ/K3tcdTAwMTY8R1x1MDAwYtmCw7Mx2rGcxFmRzEiHKJx9gj1U/NlBudM/sFx1MDAxMrH5hSWUXHUwMDAz8U5Z0m4pJmj7XHUwMDFkNFx1MDAxZsD+XGIx9P3aKO7fXHUwMDE0RNtm0ItwL6A8fEOVrJyr3qp0et16lEwzXHUwMDEx6/Olklx1MDAwYiaoNulZV214YypbLbp1uLZ8J+72mtXaY2uxXUOwJ1x1MDAwMynRwc6oXHUwMDE0+JZjfcebbLr47CBcdTAwMWL0+4hcYr7FWCjyT4VBvzxcdTAwMTGfq379/natdX/Qs1x1MDAxN71j11Zu9q7OWlx1MDAxYo/vkLeTeN7x/uhHb+W6t2TZxZb7OLiv/2ioXHUwMDFjznurLm7EXHUwMDEzYZ1TW25WtWtcdTAwMGXXznNcdTAwMWJwgcY097ZFJm9QNWPiUHwrXGZAXGbL5mlcIlx1MDAxNr0hXHUwMDE2nFxyKKtcdTAwMWRKMPtaa4Yj4Vx1MDAwM8DBsD1rbsCRbKxJ5WicqkpcdTAwMDTW2vtvfFLaXHUwMDEwXHUwMDE4XHUwMDA10ohcdTAwMDDifYw3KNtcdTAwMDbONshi6E+CQVx1MDAxZlCnX1x1MDAxObWqbfclXHUwMDEz2Z9cdTAwMTHzs9twQeO3aqWr3qBcdTAwMDZcdTAwMDbOv1x1MDAwYmJcdTAwMTMz1GZowkXgKqavwX9cdTAwMDXx68+e2lPLykLiU3tofENCbN3EXHUwMDE0n6OcM1lBLCiYYCm7g1x1MDAxNlx1MDAxNFx1MDAxNWDOXHUwMDExYabKOS2agZJcdGs5XHUwMDBlIOdvqsxKRlx1MDAxM3RxcyE0wXGCUkTVcyrmXGIsKyVcdTAwMTTHXCJcbl9rr1x1MDAxN8+P0FpcdTAwMTFtP1d2z/b1mj5cdTAwMWFfPv1YaS89LG+ei/aqPZrf85Ope0RKz09qP1xucVx1MDAxODwh0MOcYd1cZuU6PJ6ZTjq3wHaz6KjTas42NalcdTAwMWM/ydBcdTAwMTZYMIHbx1xih9toXHKnRkT4fayDaUHUMCC9ODViPk/VZ/L7lOPlXHUwMDEwj5BcdTAwMDR651x1MDAwYu1SXHUwMDBmuutcdTAwMTnTgtj0i1x1MDAxZTxz2DnSzmFcIkZcdTAwMGLZgsOzsWYyXHUwMDFmxlx1MDAxOGItVWIqL0jgRDOKozUsXHUwMDE1XFz5I295Z4hTR1x1MDAwMchoLahcdTAwMDKsiVx1MDAxY1lcdTAwMTaRXHUwMDFjpFx0Q2zKo27kba6fd+xmOO5cdTAwMTfE1mZcdTAwMTCMUDdD/0KyO3/crLQrobdcdTAwMGWT8c5cdTAwMWZQXHUwMDE4VDA9R0F8Ta2tX93stS9vulx1MDAwZneNwaM6q56JxXb+aMZcdTAwMWTqq0RcdTAwMGaacKA5/UNJ3yTVsa5cdTAwMWahbIyd6CuGXHUwMDBmZLxcdTAwMTJcdTAwMTPKXG6ihsDTsrKYwrDCXGLXkbuin5Yvvu9ebCwzelRdXHUwMDFmdpX6aIfN4+bm7kbtrEPWy+t7pzuXO5tcdTAwMGZ39XTnTUVcdTAwMTDf7LC5yuiwXHUwMDExsVxyiSlcdTAwMTBAjlO106f3Rj+6RVfjXGaHXHUwMDA3KmVcdTAwMThcdTAwMTiUWvqG4kzkXHUwMDFkrFx1MDAxNofA4zFKWFx1MDAwMyZYgVx1MDAwMVx1MDAxYy1Aoq1cdTAwMDbKYFx1MDAwNVx1MDAxNSTCYyPDXHUwMDBlXHUwMDFi+ClQ/f4pxX94h81e777kwm597HXdUq3SLY2H7rPzw9c4x+fxKMpBk6zawt304ladvObs/XJcdTAwMWFZ2UG8Uya+V1x1MDAwZdBJXHRqiNH02X7JYL2wcGFcdTAwMWTCOdiiXFxKZkiw3opROZmaXHUwMDA3Rlx1MDAxOMGizVx1MDAwMlm/Jlx1MDAwZVjnXHUwMDA0XHUwMDA3Jlx1MDAwYssj+05QbLmppIS1XHUwMDAyllx1MDAxM0tDPlx1MDAxOTCaXHKchX0uinDb+a7tXHUwMDFk67CW/FHr9i9HbG3FXSyfzDwuXHUwMDBlyjmDXHUwMDFkw1x1MDAwNIP9onlEMo5yNJPKYlx1MDAwMTBcdTAwMDFz0zPwSvn5ZFx1MDAxMtGsXHUwMDE0TMahysBSmFwiuKlcdTAwMTRcdTAwMGKMkXh1I1x1MDAxMSGMhI1nqKLUiLmW/Jm8MrGCiEdYXHUwMDA0vdOFtqlcdTAwMDfdzWx0LrYlXHUwMDEwttxcdTAwMDX+MseY6GhcdTAwMTlbcHBcdTAwMDbz1JFcdTAwMTbtMmUnPbZcdTAwMDPgTLVcdTAwMTB+y67ATvRcdTAwMWNbo+JAkfnqtYS2nFx1MDAxMv6hXFzunT0y7rCoaq1cdTAwMTn0XCJiwEQuxVqtrKwrsViLynjmXHUwMDA1e11yPU+pe3WnfVu+XHUwMDFly8pRv7m7UT2hXHUwMDE349bmYntlKJVgp/k8L8GcXHUwMDFjRoJ+XHUwMDE5UUybQk5F8Fui2lx1MDAxNIpAgTRcdTAwMGKPmNCCK4ut8YtgXYXVa9XEjvp+JKsn18fnm716295cdTAwMWTdu+/gQEk871x1MDAwN2TSvHbs8TXdcFx1MDAwNkA0Rk233qtccp1W76vb/YptN4ajr2DlXHIuXHUwMDFi41bddZqjTvvv689R9zJ8lS91b6Z/5zpjlEbFw4agXHUwMDFhXHUwMDBiXHUwMDA35ijyjN5cdTAwMDFcdTAwMGLOXHSAe4I8TtQ99oA2Otjqi2EytT/NrshcZl2cMEjQmyQpsJNcYq9u2MHDXHUwMDA0cGf/QJE/vn9nXHUwMDA1hFx0W9aUwOBcdTAwMTj1Oi+JKi+pN5VRb1BcdTAwMTBlmKFcdTAwMTenKUPcQiOWmd2Lc5OVT8R7cXhshMdSrUEg5ujulVxm7Fx1MDAwYotcdNg7VFx1MDAwM9NWhkhuyVSeXHUwMDFlXHUwMDEzxXVxXHUwMDAwXHUwMDFiREhcdTAwMDPWXHRYhYwyZiP8vFx1MDAxOMlcdTAwMDd8XHUwMDA2XHUwMDBimlhcdTAwMDbYXHUwMDE1qqJcdTAwMTJcdTAwMTj/V+zDqqg+0rWSLKSlwFx1MDAxMHCcdWy1wInHhIrobFx1MDAxN3+dk/xIz1xucWBDXHUwMDE4sFx1MDAwMC1m6Fx1MDAxMFx1MDAxYTVEimBCXHUwMDE46Fx1MDAwMzgkmGpivvV+JrdKOV5Q8FxiiYh3vlx1MDAxMLHzwLSdTKPiIVPFjpHCObtYnJY+TJbMWVx1MDAxN1x1MDAxNDKtXHUwMDExmNlcZs+DTubETYXJXGI3ON2JKGm4XCKmwFREJVx1MDAxZHS9S83RXSqj+owpXG47h1JMZTZCcV/xolx1MDAxNzYzXHUwMDFh8N+Sz1WGuqdIc/OyvUul2Fx1MDAxZJdcdTAwMGZvvq029tkndXyXiWNcdTAwMTjjllFcdTAwMDH0knDF/VjmTVGGZ1xixj2BrVx1MDAwN1q5gCrU1Opk4vgmXHUwMDA2W6PBjWRcdTAwMTg6XHUwMDExXHUwMDExS/7DXHUwMDAycrzk4Vx1MDAxMZa5VIDcyT37kGMyqOJzVJpES9WC4zFFxFx1MDAwNZmmoFx1MDAwMrXkbDo5XFxR4XDBuSHAgVxmLTA5XFyQSdtcdTAwMTFcdTAwMWN7ibPOo1x1MDAxYdRGuLqNtZMxXHUwMDFmXHUwMDFmXnj6fr7uvZ7jXHUwMDE01TJkXHUwMDA2p1xiJyNcdTAwMDSWkt3b3Z3XOn1cdTAwMTa55Mmq8TWq+KU4KsZcdTAwMWbFXHQ2xLBaXHUwMDA2vK8stF8l4YHkOlx1MDAxYsEgmG9cdTAwMGV7WP7ykqD0fvZpczRcdTAwMGZcXJlL3rwn3lx1MDAwYnzbXFws6MWlRXGoJ4B0qLfLXHUwMDE3bFxcXHUwMDFkn5FcdTAwMDZwgVx1MDAwM35EmsTynFx1MDAxONeWu7/f3dpbKncvLyq3snpHt5/sJ578l7ze7UMpT2yF8m1yeF4/3drc27jOy5luMFXN25OzwTZcdTAwMDE+op9KXGI+guxcdTAwMDG3r8A+sVx1MDAwNNVcdTAwMGXO/cWgfFBrXHUwMDEyYWegXHUwMDA345MsPSPYZNqLikq2T9bef2r06EejR5DyvthoWEHL/C2NfFx1MDAwNrnPclx1MDAwYiWu6knylU5cdTAwMTNcdTAwMGadhonAQt6+h0NcdTAwMWPgpUxzeXfLa67+sztcdTAwMTkn8zIrrzRqVkaYXCL4sztcdTAwMTjjXHUwMDFimycnXHUwMDA3paE7gFx1MDAwYsVG7j+7sGa45lx1MDAxMfx7WNo+3t/zbYp5iUluXGZkhkqPq1dcctyIUvR9KEXehlL8XVxiUZF4ppOAMskwXHUwMDFi5zSawFxmXHUwMDExjlx1MDAwNVx1MDAwZWGxXHUwMDAzPcVOOEGYoVx1MDAxYWdGXHUwMDAxV1x1MDAwNsasXHUwMDAyqb5esy3taKm4XHUwMDA2gNFgcEX1XHUwMDA1xVRDYVx0XHUwMDE2XHUwMDE4KbC7fM7gv0AnXHUwMDAwOrdvpixcbkvahImEXCLGY32DRktLjFx1MDAxZsFcbicsu73jRnW0t326f+zunJRPli6PNjZzXHUwMDE4/ZtcdTAwMDbkci52jFx1MDAxM1x1MDAwMTzCm987X+hcdTAwMTJTellm+4qSMa5cdTAwMTTI6rRcdTAwMTajS8xcdTAwMTimqJTh0Fx1MDAwM1x1MDAxMFxyZTVcdTAwMDfzXHUwMDFjmVx1MDAwNNx0/2nycW0lz3QtXHUwMDA1XFxbk+pcdTAwMDeqjVx1MDAxMqBaOYtY8HyerTf5rdx2tXefilx0Rm/3XHUwMDE0TJBjYqY06NAjWDhsplx1MDAxYndxsFx1MDAxMkFcdTAwMWNgb+FAUV8qoddvXHUwMDE1Pd5cdTAwMTZcdTAwMTCcXHUwMDAxmeSR/VbZX5hcdTAwMWODyYM5iCDAXHUwMDExOvXCXHUwMDAzvlHVxtJAeCpEpktvmY9cdTAwMDVqhvnab2GBe71FYGwz+E3YZ5RcdTAwMWbBStegXsc+XFxcdTAwMGK0ylx1MDAxYc7Tpzw2W7ZiRP3kfv2mtd8/XFw7IebqfLFTXHUwMDFlJTGO8UWnp1x1MDAxMFxuKImjfcebOr9cdTAwMTY8mFx1MDAxOd29RFl/MeFnSHn85j62JD85Xemd1b5cdTAwMWaz/ZudfmvrXHUwMDFkWr4nnrdgL1xyjYhcdTAwMGYu9lx1MDAwNOVhxtpXXHUwMDE526yMMjDRQH2w9C0sordKNL4sTFx1MDAxMEly4SjsTWGB9VFcIqa8YfDOO422YVxmxzVbg6OnomdcdTAwMWNGdK5XRFBcdTAwMDY2tHo7pmSfoVx1MDAxYykv7zlDOXaE8s/uwO30Ri5cYmRBQadcdTAwMTk69S0jlCOWnr0v/SiBuCTYXHUwMDE2yVx1MDAwMJ7k/1GaOJRYyrk0yj+Z97kzjNWzQlTUIUB3iTBsajaDp3PtXz7mXHUwMDE402L89lxilWKcXGJNQsnzuEBcdTAwMWFbZUdcdTAwMDXQXHUwMDFjirHwXGY2R0aKQlx1MDAwZVx1MDAwZuo3ur9zYVx1MDAxZc02XHUwMDE5n1x1MDAxY5frcFx1MDAwM96u8t/d31x1MDAxM7vn8YDd7v186JJy8+8kXHUwMDAzWilYtUvQtSuE4dpcdTAwMWFm/N6RZ39JsKxA+ObglHLz8MwzQ5FSw2F/XG6ByTGC+9N3fq1Y+O1cdEPkfNlW7+Txid7wIVRcdTAwMGV7fJQgjjJcbn5Tqy2dauxDXHUwMDA14TFkZ/75e39cdTAwMDFyXHUwMDAwkO/m8PVY7C5ObCi/XHUwMDBiKWBcdTAwMWPuKpxyQNPNJJ/T1Vx1MDAxM0g6zOLqmVx1MDAxYVx1MDAwMvhx3p5cdTAwMTlsZsbwwnxcImrJpmtcIqPi1tGEgFxmXHUwMDFigFLi62TxK6BGXHUwMDFjzoSUjFx1MDAxYm4pXHJcdTAwMDfUwMBcdTAwMDCsZpZcdTAwMWFcdTAwMWNcIsIjeqlT+FxuUDtKWcBJjoNR/pLnaHm+fzPBXHUwMDAy21ozLXxcIuAjWFwinmBcdTAwMTmJLvtsTt2MXHUwMDA0S5Hl9buzjlpXojfcWNvcpvxllO7k0lJcdTAwMTCsScL8h1x1MDAxM6w4XHTAI7z334NupVx1MDAwZaeVMcVcdTAwMTRsfWvEr78jwlNcdTAwMGVQXHUwMDE2XHUwMDA2u1xuVIFcdTAwMDaOM2fHkVR0a1x1MDAwZX7IJKzC/Ppb2HBTXHUwMDE3OU1cdTAwMGZcdTAwMTeRbEVv/jRki1x1MDAwYlx1MDAxYyWutCagQFx1MDAwNZ+aoEFcdTAwMTmdQbY4c7DNt8Y0XG5cItSscTZ/IXRcdTAwMDChXHUwMDFm0jMuzozhwLmiXHUwMDE4V3yOXHUwMDE1tZxwnE2eP+WylGSbXHUwMDE37espslxihGtcdTAwMDbZieg/8lx1MDAwNrr1t19cdTAwMDD9pdLvXHUwMDFmj+COvqLYl7uWe79cdTAwMWNcdTAwMWbx+dsv2ceN7k7U+O9/+/3/XHUwMDAxvJyIXHUwMDEwIn0=Do you have a model?Does your model have a BMI interface?Is your BMI interface in a language that is supported GRPC4BMI Write a modelin Pythonwith BMI templateewatercycle/leakybucket-bmiNoYesYesImplement onesee bmi.readthedocs.ioNoOk.YesNoSorry, please rewritemodel in a betterlanguagePut your model in a (docker) container with GRPC4BMIUse the ewatercycle-leakybuckettemplate and instructions to wrap your model in the eWaterCycle interfaceDone!Put your container on a container registry (e.g. ghcr.io, dockerhub).OkIs your model compatible with eWaterCycle generic forcing?YupNow everyone can use your model in eWaterCycleYes!Create a custom forcing generatorNo...Is your BMI interfacein a language that canrun a HTTP server andunderstands JSONNoPut your model in a(docker) container withremotebmiDone!Yes diff --git a/docs/adding_models.rst b/docs/adding_models.rst index dc4a5034..f2c62822 100644 --- a/docs/adding_models.rst +++ b/docs/adding_models.rst @@ -18,6 +18,10 @@ Use the flowchart below to determine which steps are required for your model. .. raw:: html :file: _static/flowchart_ewatercycle.excalidraw.svg +You can also download the flowchart as an SVG file using the link below: + +:download:`Download flowchart <_static/flowchart_ewatercycle.excalidraw.svg>` + .. _BMI model: Create a model which exposes the Basic Model Interface (BMI) diff --git a/docs/conf.py b/docs/conf.py index eff30691..ed9cda97 100644 --- a/docs/conf.py +++ b/docs/conf.py @@ -182,6 +182,7 @@ def get_version(): "esmvalcore": ("https://docs.esmvaltool.org/projects/ESMValCore/en/latest/", None), "esmvaltool": ("https://docs.esmvaltool.org/en/latest/", None), "grpc4bmi": ("https://grpc4bmi.readthedocs.io/en/latest/", None), + "remotebmi": ("https://www.ewatercycle.org/remotebmi/python/", None), "iris": ("https://scitools-iris.readthedocs.io/en/latest/", None), "lime": ("https://lime-ml.readthedocs.io/en/latest/", None), "basic_modeling_interface": ("https://bmi.readthedocs.io/en/latest/", None),