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- <!DOCTYPE html>
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+ <!doctype html>
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< html >
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-
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- < head >
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- < link href ="https://fonts.googleapis.com/css?family=Ruda&display=swap " rel ="stylesheet " />
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- < link href ="https://fonts.googleapis.com/css?family=Nasalization&display=swap " rel ="stylesheet " />
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+ < head >
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+ < link
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+ href ="https://fonts.googleapis.com/css?family=Ruda&display=swap "
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+ rel ="stylesheet "
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+ />
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+ < link
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+ href ="https://fonts.googleapis.com/css?family=Nasalization&display=swap "
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+ rel ="stylesheet "
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+ />
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< link href ="./css/main.css " rel ="stylesheet " />
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< link href ="./css/footer.css " rel ="stylesheet " />
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+ < link
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+ href ="https://fonts.googleapis.com/css?family=Rubik "
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+ rel ="stylesheet "
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+ />
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+ < link
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+ rel ="stylesheet "
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+ href ="https://maxcdn.bootstrapcdn.com/bootstrap/3.4.1/css/bootstrap.min.css "
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+ />
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< title > RocketPy</ title >
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- </ head >
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-
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- < body >
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- < div style ="position: relative; min-height: 4865px; ">
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- < div class ="v33_2 ">
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- < div class ="v34_21 "> </ div >
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- < span class ="v37_87 body-title "> Let’s be realistic</ span >
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- < span class ="v33_17 body-font "> RocketPy is an innovative rocket trajectory simulator in Python that includes
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- features
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- never seen before in the state-of-the-art model rocketry simulators.</ span >
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- < div class ="v35_22 "> </ div >
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- < span class ="v35_50 body-title "> The sky is not the limit!</ span >
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- < div class ="v35_80 "> </ div >
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- < div class ="v35_81 "> </ div >
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- < div class ="v37_85 "> </ div >
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- < div class ="v41_142 "> </ div >
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- < div class ="v73_44 "> </ div >
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- < div class ="v96_39 "> </ div >
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- < span class ="v37_88 " body-font > RocketPy’s environment construction uses weather data from several
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- meteorological
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- agencies,
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- providing precise information about atmospheric conditions and taking into account different kinds of
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- uncertainties associated with the mathematical models of the phenomena.</ span >
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- < div class ="v40_140 ">
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- </ div >
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- < span class ="v50_2 body-title "> Physics in charge</ span >
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- < span class ="v73_47 body-title "> Simulation is all about predictions</ span >
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- < span class ="v102_62 body-title "> From the community to the community</ span >
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- < div class ="v40_141 "> </ div >
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- < div class ="v36_82 "> </ div >
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- < div class ="v73_37 "> </ div >
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- < div class ="v70_2 "> </ div >
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- < span class ="v50_35 body-font "> Rocketpy is an Open Source software created by a team of rocket enthusiasts.
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- Since is an
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- open source each and every of you is more than welcome tobe a part of it < Hyperlink to our GitHub >
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- </ span >
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- < span class ="v73_46 body-font "> A key feature in RocketPy is the dispersion analysis via Monte Carlo, which
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- shows
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- the
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- expected impact area. RocketPy was also successfully validated for several rockets, with apogee
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- predictions
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- showing deviations of the order of 1% when compared to actual flight data </ span >
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- < div class ="v89_25 "> </ div >
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- < xdiv class ="v89_22 ">
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- < div class ="v33_4 "> </ div >
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- < div class ="v33_6 "> </ div >
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- < button class ="v89_17 "
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- onclick ="window.location='https://docs.rocketpy.org/en/latest/#quick-installation' ">
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- < div class ="v33_8 "> </ div >
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- < span class ="v33_10 "> SIMULATE</ span >
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- < div class ="v89_11 "> </ div >
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- </ button >
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- < div class ="v89_16 ">
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- < div class ="v89_15 "> </ div >
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- < span class ="v89_14 "> About Us</ span >
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- </ div >
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- < button class ="v89_19 " onclick ="window.location='https://docs.rocketpy.org/en/latest/user/index.html' ">
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- < div class ="v89_20 "> </ div >
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- < span class ="v89_21 "> Help</ span >
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- </ div >
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- < div class ="v96_36 "> </ div >
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- < span class ="v96_37 body-font "> RocketPy is built on top of a six degree-of-freedom flight dynamics model that
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- includes
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- detailed mass variation effects, allowing for accurate trajectory prediction of different rocket
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- configurations.</ span >
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- < div class ="v137_50 "> </ div >
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- < div class ="v279_1723 ">
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- < div class ="v180_40 ">
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- < div class ="v180_36 "> </ div >
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- < div class ="v180_38 "> </ div >
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- < div class ="v180_39 "> </ div >
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- </ div >
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- < div class ="v180_41 ">
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- < div class ="v180_42 "> </ div >
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- < div class ="v180_43 "> </ div >
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- < div class ="v180_44 "> </ div >
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- </ div >
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- < div class ="v180_45 "> </ div >
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- < div class ="v180_46 "> </ div >
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- < span class ="v180_47 "> North</ span >
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- < span class ="v180_53 "> East</ span >
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+ </ head >
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+
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+ < body >
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+ < div class ="v33_2 ">
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+ < div class ="v34_21 "> </ div >
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+ < span class ="v37_87 body-title "> Let's be realistic</ span >
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+ < span class ="v33_17 body-font "
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+ > RocketPy is an innovative rocket trajectory simulator in Python that
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+ includes features never seen before in the state-of-the-art model
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+ rocketry simulators.</ span
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+ >
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+ < div class ="v35_22 "> </ div >
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+ < span class ="v35_50 body-title "> The sky is not the limit!</ span >
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+ < div class ="v35_80 "> </ div >
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+ < div class ="v35_81 "> </ div >
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+ < div class ="v37_85 "> </ div >
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+ < div class ="v41_142 "> </ div >
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+ < div class ="v73_44 "> </ div >
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+ < div class ="v96_39 "> </ div >
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+ < span class ="v37_88 body-font "
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+ > RocketPy's environment construction uses weather data from several
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+ meteorological agencies, providing precise information about atmospheric
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+ conditions and taking into account different kinds of uncertainties
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+ associated with the mathematical models of the phenomena.</ span
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+ >
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+ < div class ="v40_140 "> </ div >
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+ < span class ="v50_2 body-title "> Physics in charge</ span >
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+ < span class ="v73_47 body-title "> Simulation is all about predictions</ span >
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+ < span class ="v102_62 body-title "
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+ > From the community to the community</ span
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+ >
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+ < div class ="v40_141 "> </ div >
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+ < div class ="v36_82 "> </ div >
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+ < div class ="v73_37 "> </ div >
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+ < div class ="v70_2 "> </ div >
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+ < span class ="v50_35 body-font "
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+ > RocketPy is an Open Source software created by a team of rocket
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+ enthusiasts. Since it is open source, each and every one of you is more
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+ than welcome to be a part of it.
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+ < a href ="https://github.com/RocketPy-Team/RocketPy "> GitHub</ a > </ span
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+ >
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+ < span class ="v73_46 body-font "
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+ > A key feature in RocketPy is the dispersion analysis via Monte Carlo,
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+ which shows the expected impact area. RocketPy was also successfully
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+ validated for several rockets, with apogee predictions showing
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+ deviations of the order of 1% when compared to actual flight data
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+ </ span >
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+ < div class ="v89_25 "> </ div >
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+ < div class ="v89_22 ">
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+ < div class ="v33_4 "> </ div >
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+ < div class ="v33_6 "> </ div >
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+ < button
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+ class ="v89_17 "
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+ onclick ="window.location='https://docs.rocketpy.org/en/latest/#quick-installation' "
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+ >
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+ < div class ="v33_8 "> </ div >
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+ < span class ="v33_10 "> SIMULATE</ span >
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+ < div class ="v89_11 "> </ div >
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+ </ button >
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+ < div class ="v89_16 ">
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+ < div class ="v89_15 "> </ div >
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+ < span class ="v89_14 "> About Us</ span >
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</ div >
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+ < button
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+ class ="v89_19 "
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+ onclick ="window.location='https://docs.rocketpy.org/en/latest/user/index.html' "
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+ >
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+ < div class ="v89_20 "> </ div >
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+ < span class ="v89_21 "> Help</ span >
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+ </ button >
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+ </ div >
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</ div >
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< footer class ="footer-distributed ">
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+ < div class ="footer-left ">
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+ < div class ="footer-logo "> </ div >
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- < div class ="footer-left ">
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-
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- < div class ="footer-logo "> </ div >
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+ < p class ="footer-company-name "> RocketPy © 2024</ p >
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+ </ div >
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- < p class ="footer-company-name "> RocketPy © 2024</ p >
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+ < div class ="footer-center ">
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+ < div >
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+ < i class ="fa fa-map-marker "> </ i >
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+ < p > < span > 380 Av. Prof. Luciano Gualberto</ span > São Paulo, Brazil</ p >
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</ div >
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- < div class ="footer-center ">
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-
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- < div >
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- < i class ="fa fa-map-marker "> </ i >
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- < p > < span > 380 Av. Prof. Luciano Gualberto</ span > São Paulo, Brazil</ p >
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- </ div >
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-
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- < div >
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- < i class ="fa-brands fa-discord "> </ i >
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- < p > < a href ="https://discord.com/invite/b6xYnNh "> discord.com/b6xYnNh</ a > </ p >
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- </ div >
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-
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+ < div >
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+ < i class ="fa-brands fa-discord "> </ i >
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+ < p >
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+ < a href ="https://discord.com/invite/b6xYnNh "> Join us on discord</ a >
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+ </ p >
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</ div >
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-
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- < div class ="footer-right ">
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-
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- < p class ="footer-company-about ">
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- < span > About the company</ span >
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- RocketPy is an innovative rocket trajectory simulator in Python that includes
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- features never seenbefore in the state-of-the-art model rocketry simulators.
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- </ p >
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-
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- < div class ="footer-icons ">
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-
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- < a href ="https://www.instagram.com/rocketpyteam "> < i class ="fa-brands fa-instagram "> </ i > </ a >
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- < a href ="https://www.linkedin.com/company/rocketpy "> < i class ="fa-brands fa-linkedin "> </ i > </ a >
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- < a href ="https://github.com/RocketPy-Team/RocketPy "> < i class ="fa-brands fa-github "> </ i > </ a >
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-
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- </ div >
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-
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+ </ div >
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+
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+ < div class ="footer-right ">
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+ < p class ="footer-company-about ">
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+ < span > About the company</ span >
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+ RocketPy is an innovative rocket trajectory simulator in Python that
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+ includes features never seen before in the state-of-the-art model
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+ rocketry simulators.
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+ </ p >
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+
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+ < div class ="footer-icons ">
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+ < a href ="https://www.instagram.com/rocketpyteam "
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+ > < i class ="fa-brands fa-instagram "> </ i
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+ > </ a >
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+ < a href ="https://www.linkedin.com/company/rocketpy "
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+ > < i class ="fa-brands fa-linkedin "> </ i
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+ > </ a >
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+ < a href ="https://github.com/RocketPy-Team/RocketPy "
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+ > < i class ="fa-brands fa-github "> </ i
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+ > </ a >
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</ div >
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+ </ div >
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+ </ body >
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+ </ html >
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