matlab图片叠加的代码-Matlab-Contour-Analysis:Matlab脚本，用于分析Eng等人（《当前生物学》...
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Matlab-Contour-Analysis-main.zip （64个子文件） 
Matlab-Contour-Analysis-main example data 
Plasma Membrane_LTIi6b-GFP_WT_48h_S1_MIP.tif 1.12MB Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP.tif 1.12MB output from script A G_Selected Cells_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP.tif 1.06MB
D_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Watershed.jpg 60KB B_Plasma Membrane_LTIi6b-GFP_WT_48h_S1_MIP_Watershed.jpg 178KB E_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_WATERSHED_INIT.TIF 1.11MB workspace_Contours.mat 3.43MB F_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_WATERSHED_CLEAN.TIF 772KB C_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_MIP.TIF 920KB
Cell_Contours_4_Cells_Membrane_LTIi6b-GFP_WT_48h_S.txt 12KB A_Plasma Membrane_LTIi6b-GFP_WT_48h_S1_MIP_MIP.TIF 202KB LICENSE 1KB code B_Contour_Analysis_commented_29032021.m 31KB densityplot.m 1KB circfit.m 613B LineCurvature2D.m 4KB LineNormals2D.m 1KB A_Cell_Contour_Extraction_commented_29032021.m 9KB output from script B P_ALL_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Curv_Intensity_AllCells.tif 137KB Q_ALL_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_C-I-Heatmap.tif 1.02MB Ensemble-Data I_AllCells_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanIntensity.TIF 148KB N_AllCells_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_localLEC.TIF 146KB O_AllCells_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_Aniso_Norm.TIF 147KB L_AllCells_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanOrientation.TIF 148KB J_AllCells_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanCurvature.TIF 147KB H_AllCells_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours&MTs.TIF 169KB K_AllCells_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanAnisotropy.TIF 148KB SingleCell_MEASUREMENTS_4 cells -- Membrane_LTIi6b-GFP_WT_48h_S.txt 1KB workspace_Analysis.mat 38.65MB SingleCell-Data M_2_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Curv_vs_Intensity_EachCell.jpg 46KB I_Cell_2_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanIntensity.TIF 21KB N_Cell_4_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_localLEC.TIF 21KB I_Cell_3_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanIntensity.TIF 22KB H_Cell_2_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours&MTs.TIF 24KB O_Cell_2_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_Aniso_Norm.TIF 21KB J_Cell_2_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanCurvature.TIF 21KB N_Cell_3_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_localLEC.TIF 21KB J_Cell_3_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanCurvature.TIF 22KB O_Cell_1_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_Aniso_Norm.TIF 21KB K_Cell_2_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanAnisotropy.TIF 21KB L_Cell_3_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanOrientation.TIF 22KB M_4_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Curv_vs_Intensity_EachCell.jpg 47KB J_Cell_1_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanCurvature.TIF 21KB O_Cell_3_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_Aniso_Norm.TIF 22KB I_Cell_4_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanIntensity.TIF 21KB L_Cell_1_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanOrientation.TIF 21KB I_Cell_1_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanIntensity.TIF 21KB H_Cell_1_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours&MTs.TIF 23KB J_Cell_4_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanCurvature.TIF 21KB L_Cell_2_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanOrientation.TIF 21KB K_Cell_4_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanAnisotropy.TIF 21KB M_1_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Curv_vs_Intensity_EachCell.jpg 50KB M_3_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Curv_vs_Intensity_EachCell.jpg 45KB N_Cell_1_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_localLEC.TIF 21KB K_Cell_1_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanAnisotropy.TIF 21KB L_Cell_4_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanOrientation.TIF 21KB N_Cell_2_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_localLEC.TIF 21KB K_Cell_3_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_meanAnisotropy.TIF 22KB O_Cell_4_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours_Aniso_Norm.TIF 21KB H_Cell_4_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours&MTs.TIF 24KB H_Cell_3_Microtubules_mCHERRYTUA5_WT_48h_S1_SMP-based MIP_Contours&MTs.TIF 25KB Cell_Contour_ANALYSIS_4 cells -- Membrane_LTIi6b-GFP_WT_48h_S1.txt 2KB README.md 4KB .gitattributes 66B资源评论
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