remove figures not existing yet

index.md

@@ -164,6 +164,7 @@ PSD of hardpoint forces for 3 of the hardpoints showing no evolution with M1M3 s
 There are two topple blocks at az~-70 and az~-50 to detect the direction of the rotation in azimuth and to prevent TMA from slewing in one direction over the maximum angle of its rotation. While hitting the topple block and flipping it, it generates vibration and we have studied the vibration and the hardpoint forces fluctuating due to the topple blocks.
 
 On 2023 November 29, this is the histogram of the angle where vibration event due to topple blcok was happening.
+
 :::{figure} ./_static/20231129_toppleblock_position.png
 :name: histogram_angle_topple_block
 :target: ./_static/20231129_toppleblock_position.png
@@ -195,14 +196,14 @@ Hard point forces were high and exceeding the limit.
 (Something was done at that time : check what was changed) then HP forces were checked again in 2024 January 4th (Brian has comment on Slack with chronograf plots). 
 Here are the plots to compare with 2023 November 29th data.
 
-:::{figure} ./_static/20240104_MTM1M3_vibration.png
+:::{figure} ./_static/20231129_MTM1M3_vibration.png
 :name: vibration_during_az_slew_toppleblock
-:target: ./_static/20240104_MTM1M3_vibration.png
+:target: ./_static/20231129_MTM1M3_vibration.png
 :::
 
-:::{figure} ./_static/20240104_MTM1M3_zoomin.png
+:::{figure} ./_static/20231129_MTM1M3_zoomin.png
 :name: zoom_in_vibration
-:target: ./_static/20240104_MTM1M3_zoomin.png
+:target: ./_static/20231129_MTM1M3_zoomin.png
 :::
 
 :::{figure} ./_static/20240104_MTM1M3_hpforces.png