Update and rename NanoROBOT_analiz_raporu.md to NanoROBOT_analysis_re…

…port.md

docs/NanoROBOT_analiz_raporu.md → docs/NanoROBOT_analysis_report.md

@@ -16,26 +16,14 @@ The distance of the nanorobot to the target sequence was checked at regular inte
 
 A graphic was created showing the path and route followed by the nanorobot. This graph helps us better understand the nanorobot's movements.
 
-### Road Graph 📈
-
-![Road Graph](examples/nanorobot_road_route.png)
-
 ## Speed Distribution Analysis 🚀
 
 The speed distribution of the nanorobot in different time periods was analyzed and visualized. This analysis helps us understand how the nanorobot's movement speed changes.
 
-### Speed Distribution Graph 📊
-
-![Speed Distribution Graph](examples/nanorobot_speedDistribution.png)
-
 ## Proximity Graph to Target Array 🎯
 
 The proximity of the nanorobot to the target sequence is shown in a time-varying graph. This graph shows how close the nanorobot gets to the target.
 
-### Proximity Graph to Target Array 📉
-
-![Target Sequence Proximity Graph](examples/nanorobotun_hareketi.png)
-
 ## Base Numbers Analysis 🔢
 
 Base numbers in the genomic sequence were examined. This analysis provides information about base diversity in the genomic sequence.
@@ -55,4 +43,4 @@ The data obtained as a result of the analysis are as follows:
 - Total distance of the nanorobot: 75.26 units
 - Average speed of the nanorobot: 0.75 units/s
 - Position of the target sequence in the genomic sequence: 0.00
-- Distance to target array: 3.75 units
+- Distance to target array: 3.75 units