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General discussion forum. Support Game technical issues. Sign in Sign in Create account Sign in. Hand-picking the best in gaming. Customer-first approach. Delivering user-friendly support enriched with additional customer benefits. Gamer-friendly platform. Your profile. All players in a multiplayer game must have identical versions and you will not be able to play a game using differing versions. This caused the Pop-up Icon to be printed over the Encyclopaedia and cause problems.
Now, you cannot select a Pop-up Icon while the Encyclopaedia is open. Maximum Buildings Problem The maximum number of buildings available in the game is Unfortunately, the maximum number of buildings available to each player was 80 and this number, coupled with any damaged buildings, could potentially exceed This caused some problems in the multiplayer game, including an out of sync. Armageddon Crash Multiplayer Armageddon sometimes caused crashes when it was cast on busy levels lots of spells, buildings, battles and effects.
A certain proceedure sometimes caused the Tutorial to break and not proceed to the next stage. Figure 3 Means and standard deviations of the derived slope displacements in the five targeted images Table 1. Detected means and SDs of slope displacement on 13 April a1—a2 , 17 July b1—b2 , 24 August c1—c2 , 5 October d1—d2 and 12 November e1—e2. Figure 4 Time series of the slope displacements. Image to the left shows the slope displacements on 12 November , and the map colour is shown as a minimum—maximum linear-stretch type.
Sub-panels p1—p6 to the right show means points , SDs vertical bars and valid numbers histograms of cumulative displacements between the 19 base and 5 target images for the six selected points stars in the left image. From Fig. All displacements in the five target images show a similar pattern to results in image pair 2 Fig. We further selected six points on the slope to analyse time series of the slope displacements in Fig.
For all six points, accumulated displacements show similar growing trends from April to November Maximum displacements for all six points occurred on 24 August These unreasonably large values may be caused by a difference in solar elevation and zenith angles in target images.
For example, compared to the August image there are more mountain shadows in the November images in the Northern Hemisphere. Despite abnormal displacements in August , we can see that displacements from July to November are still larger than displacements in April Therefore, from the time series of these six points, we can see that major slope displacements occurred from April to August To analyse spatial deformation patterns in different periods, we selected nine Sentinel-2 images forming eight image pairs image pair no.
The first two image pairs Fig. The study area has a monsoonal climate with most precipitation occurring from May to September Fig. There are seasonal differences in the deformation of this landslide. Figure 6 Daily precipitation of the Baiyu meteorology station from October to February Major landslides in mountains may dam river channels forming transient lakes, the breach of which can result in catastrophic floods affecting downstream communities Dai et al.
In this work, we examined a hillslope near the town of Mindu along the Jinsha River. We found the slope had significant movement from November to November Considering the similar morphology of both river sections, the collapse of the Mindu slope could pose a threat to downstream communities by blocking the Jinsha River.
We call for further frequent monitoring of the hillslope in combination with other tools, such as InSAR Intrieri et al. The image to the left was acquired on 30 March for the Mindu slope a , and the right image was acquired on 18 July for the Baige slope b. The principle of this method is to use a sliding window to find pattern matches to derive displacements in image pairs Leprince et al.
Compared to the InSAR methods, this method is easier to understand and implement. In addition, image correlation methods favour larger displacements than InSAR methods. Limited by the wavelength of the SAR image, InSAR methods are versed in monitoring ground deformations on a millimetre to centimetre scale Intrieri et al.
In general, image correlation methods are more reliable for deriving large ground displacements on a metre scale Bradley et al.
In this work, it might be quite challenging for InSAR methods to detect such large displacements. Long temporal intervals of a few months could lead to incoherence in SAR images Li et al. Both methods can be affected by the atmosphere. Clear optical images without clouds should be used in image correlation methods.
Although SAR images can penetrate thin clouds, the atmosphere could cause phase delay and lead to uncertainties in derived results Li et al. Both methods work well on bare land without vegetation, though dense vegetation could seriously affect InSAR methods Intrieri et al. On the contrary, image correlation methods are less affected by vegetation cover as long as images in the pair are from the same season Yang, As image correlation methods use pattern matches within an image pair, we speculate that vegetation density may not be a major challenge for the method.
In theory, any of these four bands may be used to derive slope displacements. But, an ideal band should not be sensitive to ground cover change unrelated to ground displacements, which could minimize background noise. In general, optical bands with shorter wavelengths are more prone to be affected by moisture in the atmosphere. Considering that the near-infrared band is very sensitive to vegetation, we used the red band in this work. Both InSAR and image correlation methods can be impacted by complex terrains in mountain regions.
Similarly, shadows in optical images also influence derived results Yang et al. To derive reliable results, optical images acquired during larger solar angles should be prioritized to minimize the influence of mountain shadows. Fortunately, there are algorithms that have been developed to restore information in mountain shadows in optical images Shahtahmassebi et al.
Many other factors may also influence the accuracy of slope deformation from image correlation methods, which include image orthorectification errors, different viewing angles during image acquisition and different illuminations in images Stumpf et al. This work used the Sentinel-2 Level-1C product, which is orthorectified before distribution Gascon et al. To correct for possible misregistration between the base and target images, we used a stable zone to calculate and correct image shifts.
To reduce errors caused by different illuminations, all images used for the first two Sentinel-2 image pairs are from similar dates of different years. The first two image pairs no. Images of similar dates have similar zenith and elevation angles, which could minimize the influence of mountain shadows Yang et al.
To assess and reduce uncertainties in the second step, we first identified a stable period. Then, we used 19 base images in this stable period to derive cumulative displacements for a given target image in the moving period. The mean displacements from these 19 image pairs are expected to be more reliable than results from a single image pair. In addition, these 19 measurements can cross-validate each other and be used to estimate uncertainties by SD Figs.
Collective Populous Patch 1. Includes: Fix the bugs that the official Bullfrog patch fixes Update the version number to 1. Data Restorer - A handy program to have. It requires the Populous CD and restores different parts of the game from the CD at the click of a button. Pop Check - This checks to make sure Populous has all the file intact must be run from Populous dir.
Pop Fix - Places Populous files in registry. Populous Theme Pack - The Populous desktop theme unpacked. Populous Resolution Changer - Allows you to set the resolution and depth that Populous plays at.
Note, you need configure your router, set portfowarding of port UDP to the IP of your computer, and use the matchmaker version 1. Displacements Patch - This patch will enhance all landscape textures. This will have effect on all original levels and all new worlds, this will make many maps look better. Have a file that you think we need on our site? Well go ahead and send it to us and we'll put it up crediting you. If the file is over 2 MB then just fill out the form but don't put in the file and we'll get in contact with you.
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